protected virtual void TestResultUpdate(MTKTestResult TestResult)
{
TestResultEventHandler handler = OnTestResult;
if (handler != null)
{
handler(TestResult);
}
}
protected virtual void InitializeTestResult()
{
TestResult = new MTKTestResult();
TestResult.TestName = this.ToString();
TestResult.Parameters = new string[TestParameterCount];
TestResult.Value = new string[TestParameterCount];
for (int i = 0; i < TestParameterCount; i++)
{
TestResult.Parameters[i] = GetTestParameterName(i);
TestResult.Value[i] = GetTestParameter(i);
}
}
protected virtual void InitializeTestResult()
{
CurrentMTKTestType = MTKTestType.MTKTest;
TestResult = new MTKTestResult();
TestResult.TestName = this.ToString();
TestResult.Parameters = new string[TestParameterCount];
TestResult.Value = new string[TestParameterCount];
for (int i = 0; i < TestParameterCount; i++)
{
TestResult.Parameters[i] = GetTestParameterName(i);
TestResult.Value[i] = GetTestParameter(i);
}
MTKTestTmplSFCSErrCode = ECCS.ERRORCODE_DUT_NOT_TEST;
}
/// <summary>
/// ReturnErrCodeforAllProgram
/// To process the Error Code for AllProgram
/// this method is subject to ReturnErrCodeforTest
/// </summary>
/// <param name="TestResult"></param>
/// <param name="NumOfDUTs"></param>
/// <returns>string array</returns>
public UInt16[] ReturnErrCodeforAllProgram(MTKTestResult TestResult, int NumOfDUTs)
{
List <UInt16> errorcodesforallprogram = new List <UInt16>();
//List<string> DUT_PROG_FAIL = new List<string>();
string[] ALL_DUT_PROG_RESULT;
//init error code for AllProgram
if (TestResult.Result.Contains("DONE") && (TestResult.Measured == "N/A"))
{
for (int i = 0; i < NumOfDUTs; i++)
{
errorcodesforallprogram.Add(ERRORCODE_ALLPROG_TEST_INIT_NA);
}
}
else if (TestResult.Result.Contains("DONE") && (TestResult.Measured != "N/A"))
{
ALL_DUT_PROG_RESULT = TestResult.Measured.Split('|');
string DUT_PROG_FAILURE_MESSAGE = "";
for (int i = 0; i < NumOfDUTs; i++)
{
try
{
DUT_PROG_FAILURE_MESSAGE = "DUT#" + (i + 1).ToString() + ": FAIL";
if ((ALL_DUT_PROG_RESULT[i].ToLower() == DUT_PROG_FAILURE_MESSAGE.ToLower()) && (ALL_DUT_PROG_RESULT.Length == NumOfDUTs))
{
if (TestResult.Value[0] == "False")
{
//errorcodesforallprogram[i] = ERRORCODE_ALLPROG_AT_BEGIN_FAIL.ToString("X4");
errorcodesforallprogram.Insert(i, ERRORCODE_ALLPROG_AT_BEGIN_FAIL);
}
else
{
//errorcodesforallprogram[i] = ERRORCODE_ALLPROG_AT_END_FAIL.ToString("X4");
errorcodesforallprogram.Insert(i, ERRORCODE_ALLPROG_AT_END_FAIL);
}
}
else
{
//errorcodesforallprogram[i] = ERRORCODE_ALL_PASS.ToString("X4");
errorcodesforallprogram.Insert(i, ERRORCODE_ALL_PASS);
}
}
catch
{
//MessageBox.Show(ex.ToString() + "\nALL_DUT_PROG_RESULT Length is " + ALL_DUT_PROG_RESULT.Length.ToString() + "\n\nerrorcodesforallprogram count is: " + errorcodesforallprogram.Count.ToString());
//errorcodesforallprogram.Add(ERRORCODE_ALL_PASS.ToString("X4"));
}
}
UInt16[] ret_errorcodes = errorcodesforallprogram.ToArray();
errorcodesforallprogram.Clear();
return(ret_errorcodes);
}
return(errorcodesforallprogram.ToArray());
}
public override MTKTestError RunTest()
{
char[] DelimiterChars = { ',', '\n' };
string OuputACKNAC;
bool FailedOnce = false;
this.InitializeTestResult();
TestStatusUpdate(MTKTestMessageType.Information, "Applying offsets...");
this.Log.PrintLog(this, "Applying offsets.", LogDetailLevel.LogRelevant);
AnritsuPort.WriteLine("LEOPCFG " + TestScriptID.ToString() + ",AVGMNLIM," + OutputPowerOffset.ToString());
this.Log.PrintLog(this, "Setting offset: LEOPCFG " + TestScriptID.ToString() + ",AVGMNLIM," + OutputPowerOffset.ToString() + ": Done", LogDetailLevel.LogEverything);
Thread.Sleep(20);
AnritsuPort.DiscardInBuffer();
AnritsuPort.DiscardOutBuffer();
AnritsuPort.WriteLine("LEOPCFG? 4,AVGMNLIM");
Thread.Sleep(200);
string OffsetOutput = AnritsuPort.ReadExisting();
string[] OffsetOutputBroke = OffsetOutput.Split(DelimiterChars);
if (decimal.Parse(OffsetOutputBroke[2]) != OutputPowerOffset)
{
TestStatusUpdate(MTKTestMessageType.Failure, "FAIL");
this.Log.PrintLog(this, "Cannot apply output power offset.", LogDetailLevel.LogRelevant);
return(MTKTestError.TestFailed);
}
AnritsuPort.WriteLine("LESSCFG " + TestScriptID.ToString() + ",TXPWR," + TXPowerOffset.ToString());
this.Log.PrintLog(this, "Setting offset: LESSCFG " + TestScriptID.ToString() + ",TXPWR," + TXPowerOffset.ToString() + ": Done", LogDetailLevel.LogEverything);
Thread.Sleep(20);
AnritsuPort.DiscardInBuffer();
AnritsuPort.DiscardOutBuffer();
AnritsuPort.WriteLine("LESSCFG? 4,TXPWR");
Thread.Sleep(200);
OffsetOutput = AnritsuPort.ReadExisting();
OffsetOutputBroke = OffsetOutput.Split(DelimiterChars);
if (decimal.Parse(OffsetOutputBroke[2]) != TXPowerOffset)
{
TestStatusUpdate(MTKTestMessageType.Failure, "FAIL");
this.Log.PrintLog(this, "Cannot apply TX power offset.", LogDetailLevel.LogRelevant);
return(MTKTestError.TestFailed);
}
TestStatusUpdate(MTKTestMessageType.Information, "Running...");
this.Log.PrintLog(this, "Running Anritus test script.", LogDetailLevel.LogRelevant);
AnritsuPort.WriteLine("RUN");
int LoopCount = 0;
do
{
AnritsuPort.WriteLine("*INS?");
Thread.Sleep(100);
OuputACKNAC = AnritsuPort.ReadExisting();
LoopCount++;
} while ((OuputACKNAC != "R46\n") && (LoopCount < 150));
//Thread.Sleep(2000);
if (OuputACKNAC == "R46\n")
{
Log.PrintLog(this, "Getting result for: LEOP", LogDetailLevel.LogRelevant);
string TestOutput = GetResults("ORESULT TEST,0,LEOP");
string[] Output = TestOutput.Split(DelimiterChars);
if (Output[0] == "R46")
{
List <string> temp = Output.Cast <string>().ToList();
temp.Remove("R46");
Output = temp.ToArray();
}
if ((Output[0] == "RLEOP0") && (Output[1] == "TRUE"))
{
MTKTestResult TestResult1 = new MTKTestResult();
TestResult1.TestName = this.ToString() + " - LEOP0";
TestResult1.PassCriterion = "N/A";
TestResult1.Measured = "N/A";
TestResult1.Parameters = new string[] { "Packet Average Power", "Test Average Maximum",
"Test Average Minimum", "Overall Peak Power",
"Number of Failed Packets", "Number of Tested Packets" };
TestResult1.Value = new string[] { Output[2], Output[3], Output[4], Output[5], Output[6], Output[7] };
TestResult1.Result = Output[8];
TestResultUpdate(TestResult1);
Log.PrintLog(this, "Packet Average Power: " + Output[2] + "dBm", LogDetailLevel.LogEverything);
Log.PrintLog(this, "Test Average Maximum: " + Output[3] + "dBm", LogDetailLevel.LogEverything);
Log.PrintLog(this, "Test Average Minimum: " + Output[4] + "dBm", LogDetailLevel.LogEverything);
Log.PrintLog(this, "Overall Peak Power: " + Output[5] + "dBm", LogDetailLevel.LogEverything);
Log.PrintLog(this, "Number of Failed Packets: " + Output[6], LogDetailLevel.LogEverything);
Log.PrintLog(this, "Number of Tested Packets: " + Output[7], LogDetailLevel.LogRelevant);
Log.PrintLog(this, "Result: " + Output[8], LogDetailLevel.LogRelevant);
if (Output[8] == "FAIL")
{
TestStatusUpdate(MTKTestMessageType.Failure, "FAIL");
FailedOnce = true;
}
}
else
{
Log.PrintLog(this, "Invalid Test Result: " + TestOutput, LogDetailLevel.LogRelevant);
//TestStatusUpdate(MTKTestMessageType.Failure, "FAIL");
//this.Log.PrintLog(this, "Result: FAIL", LogDetailLevel.LogRelevant);
FailedOnce = true;
}
Log.PrintLog(this, "Getting result for: LEICD", LogDetailLevel.LogRelevant);
TestOutput = GetResults("ORESULT TEST,0,LEICD");
Output = TestOutput.Split(DelimiterChars);
if ((Output[0] == "RLEICD0") && (Output[1] == "TRUE"))
{
MTKTestResult TestResult1 = new MTKTestResult();
TestResult1.TestName = this.ToString() + " - LEICD0";
TestResult1.PassCriterion = "N/A";
TestResult1.Measured = "N/A";
TestResult1.Parameters = new string[] { "Average Fn", "Maximum Positive Fn", "Minimum Negative Fn",
"Drift Rate", "Average Drift", "Maximum Drift", "Packets Failed",
"Packets Tested" };
TestResult1.Value = new string[] { Output[2], Output[3], Output[4], Output[5],
Output[6], Output[7], Output[8], Output[9] };
TestResult1.Result = Output[10];
TestResultUpdate(TestResult1);
Log.PrintLog(this, "Average Fn: " + Output[2], LogDetailLevel.LogEverything);
Log.PrintLog(this, "Maximum Positive Fn: " + Output[3], LogDetailLevel.LogEverything);
Log.PrintLog(this, "Minimum Negative Fn: " + Output[4], LogDetailLevel.LogEverything);
Log.PrintLog(this, "Drift Rate: " + Output[5], LogDetailLevel.LogEverything);
Log.PrintLog(this, "Average Drift: " + Output[6], LogDetailLevel.LogEverything);
Log.PrintLog(this, "Maximum Drift: " + Output[7], LogDetailLevel.LogEverything);
Log.PrintLog(this, "Packets Failed: " + Output[8], LogDetailLevel.LogEverything);
Log.PrintLog(this, "Packets Tested: " + Output[9], LogDetailLevel.LogEverything);
Log.PrintLog(this, "Result: " + Output[10], LogDetailLevel.LogRelevant);
if (Output[10] == "FAIL")
{
TestStatusUpdate(MTKTestMessageType.Failure, "FAIL");
FailedOnce = true;
}
}
else
{
Log.PrintLog(this, "Invalid Test Result: " + TestOutput, LogDetailLevel.LogRelevant);
//TestStatusUpdate(MTKTestMessageType.Failure, "FAIL");
//this.Log.PrintLog(this, "Result: FAIL", LogDetailLevel.LogRelevant);
FailedOnce = true;
}
Log.PrintLog(this, "Getting result for: LEMI", LogDetailLevel.LogRelevant);
TestOutput = GetResults("ORESULT TEST,0,LEMI");
Output = TestOutput.Split(DelimiterChars);
if ((Output[0] == "RLEMI0") && (Output[1] == "TRUE"))
{
MTKTestResult TestResult1 = new MTKTestResult();
TestResult1.TestName = this.ToString() + " - LEMI0";
TestResult1.PassCriterion = "N/A";
TestResult1.Measured = "N/A";
TestResult1.Parameters = new string[] { "Delta f1 max in Hz", "Delta f1 average in Hz", "Delta f2 max in Hz",
"Delta f2 average in Hz", "Delta f2avg/ delta f1avg", "F2 max Failed limit",
"F2 max count", "Packets failed", "Packets tested", "F2max % pass rate" };
TestResult1.Value = new string[] { Output[2], Output[3], Output[4], Output[5],
Output[6], Output[7], Output[8], Output[9], Output[10], Output[12] };
TestResult1.Result = Output[11];
TestResultUpdate(TestResult1);
Log.PrintLog(this, "Delta f1 max: " + Output[2] + "Hz", LogDetailLevel.LogEverything);
Log.PrintLog(this, "Delta f1 average: " + Output[3] + "Hz", LogDetailLevel.LogEverything);
Log.PrintLog(this, "Delta f2 max: " + Output[4] + "Hz", LogDetailLevel.LogEverything);
Log.PrintLog(this, "Delta f2 average: " + Output[5] + "Hz", LogDetailLevel.LogEverything);
Log.PrintLog(this, "Delta f2 avg / delta f1 avg : " + Output[6], LogDetailLevel.LogEverything);
Log.PrintLog(this, "F2 max Failed limit: " + Output[7], LogDetailLevel.LogEverything);
Log.PrintLog(this, "F2 max count: " + Output[8], LogDetailLevel.LogEverything);
Log.PrintLog(this, "Packets failed: " + Output[9], LogDetailLevel.LogEverything);
Log.PrintLog(this, "Packets tested: " + Output[10], LogDetailLevel.LogEverything);
Log.PrintLog(this, "F2max % pass rate: " + Output[12], LogDetailLevel.LogEverything);
Log.PrintLog(this, "Result: " + Output[11], LogDetailLevel.LogRelevant);
if (Output[11] == "FAIL")
{
TestStatusUpdate(MTKTestMessageType.Failure, "FAIL");
FailedOnce = true;
}
}
else
{
Log.PrintLog(this, "Invalid Test Result: " + TestOutput, LogDetailLevel.LogRelevant);
//TestStatusUpdate(MTKTestMessageType.Failure, "FAIL");
//this.Log.PrintLog(this, "Result: FAIL", LogDetailLevel.LogRelevant);
FailedOnce = true;
}
Log.PrintLog(this, "Getting result for: LESS", LogDetailLevel.LogRelevant);
TestOutput = GetResults("ORESULT TEST,0,LESS");
Output = TestOutput.Split(DelimiterChars);
if ((Output[0] == "RLESS0") && (Output[1] == "TRUE"))
{
MTKTestResult TestResult1 = new MTKTestResult();
TestResult1.TestName = this.ToString() + " - LESS0";
TestResult1.PassCriterion = "N/A";
TestResult1.Measured = "N/A";
TestResult1.Parameters = new string[] { "Overall FER", "Total Frames Counted by DUT",
"Total Frames Sent by Tester" };
TestResult1.Value = new string[] { Output[2], Output[3], Output[4] };
TestResult1.Result = Output[5];
TestResultUpdate(TestResult1);
Log.PrintLog(this, "Overall FER: " + Output[2], LogDetailLevel.LogEverything);
Log.PrintLog(this, "Total Frames Counted by DUT: " + Output[3], LogDetailLevel.LogEverything);
Log.PrintLog(this, "Total Frames Sent by Tester: " + Output[4], LogDetailLevel.LogEverything);
Log.PrintLog(this, "Result: " + Output[5], LogDetailLevel.LogRelevant);
if (Output[5] == "FAIL")
{
TestStatusUpdate(MTKTestMessageType.Failure, "FAIL");
FailedOnce = true;
}
}
else
{
Log.PrintLog(this, "Invalid Test Result: " + TestOutput, LogDetailLevel.LogRelevant);
//TestStatusUpdate(MTKTestMessageType.Failure, "FAIL");
//this.Log.PrintLog(this, "Result: FAIL", LogDetailLevel.LogRelevant);
FailedOnce = true;
}
}
else
{
Log.PrintLog(this, "Test Error: " + OuputACKNAC, LogDetailLevel.LogRelevant);
//TestStatusUpdate(MTKTestMessageType.Failure, "FAIL");
//this.Log.PrintLog(this, "Result: FAIL", LogDetailLevel.LogRelevant);
FailedOnce = true;
}
MTKTestError RetVal = MTKTestError.NoError;
if (FailedOnce)
{
TestStatusUpdate(MTKTestMessageType.Failure, "FAIL");
RetVal = MTKTestError.TestFailed;
}
else
{
TestStatusUpdate(MTKTestMessageType.Success, "PASS");
}
TestResult.Result = "N/A";
//TestResultUpdate(TestResult);
return(RetVal);
}