private bool InitLicenseAndCallee()
{
short activationResult;
nmsCOMcallee = new nmsQA5coreClass();
int tProcessId = nmsCOMcallee.nmsSDKgetProcessId();
string actCode = nmsQA5LicServer.nmsSRV_GetActivationLicense(ref tProcessId);
if (!short.TryParse(actCode.Substring(0, 4), out activationResult))
activationResult = 0;
if (activationResult == NMS_SDKERROR_LICENSERENEWNEEDEDNOW)
{
Console.WriteLine("The system requires re-licensing to operate!");
Marshal.ReleaseComObject(nmsCOMcallee);
nmsCOMcallee = null;
return false;
}
if (activationResult == NMS_SDKERROR_PROTECTIONERROR)
{
Console.WriteLine("The activation license could not be generated due to a protection error!");
Marshal.ReleaseComObject(nmsCOMcallee);
nmsCOMcallee = null;
return false;
}
if (activationResult == NMS_SDKERROR_OPERATIONNOTALLOWED)
{
Console.WriteLine("The activation license could not be generated because too many processes are already running. Please wait until one of the other calls is ended, and obtain a license again");
Marshal.ReleaseComObject(nmsCOMcallee);
nmsCOMcallee = null;
return false;
}
switch (nmsCOMcallee.nmsInitCore(ref actCode, ref lioDataSEGMENTfile, ref defOwner))
{
case NMS_OK:
break;
case NMS_LIOERROR_FILENOTFOUND:
Console.WriteLine("Error LioNet file missing - Deal here with Missing LioNet files");
Marshal.ReleaseComObject(nmsCOMcallee);
nmsCOMcallee = null;
return false;
case NMS_LIONET_CREATED_OK:
Console.WriteLine("New LioNet file created!");
break;
default:
{
actCode = nmsQA5LicServer.nmsSRV_GetActivationLicense(ref tProcessId);
int nmsInitCoreResult = nmsCOMcallee.nmsInitCore(ref actCode, ref lioDataSEGMENTfile,
ref defOwner);
switch (nmsInitCoreResult)
{
case NMS_SDKERROR_UNSPECIFIED:
Console.WriteLine("An unspecified type of error occurred. The operation will now abort.");
Marshal.ReleaseComObject(nmsCOMcallee);
nmsCOMcallee = null;
return false;
case NMS_SDKERROR_PROTECTIONERROR:
Console.WriteLine("The Activation License was not valid. The operation will now abort.");
Marshal.ReleaseComObject(nmsCOMcallee);
nmsCOMcallee = null;
return false;
}
Console.WriteLine("Error initializing QA5COM. Error: {0}.", nmsInitCoreResult);
Marshal.ReleaseComObject(nmsCOMcallee);
nmsCOMcallee = null;
return false;
}
}
return true;
}
private bool InitQA5Core()
{
try
{
nmsQA5LicServer = new nmsQA5coreClass();
short nmsSRV_INITResult = nmsQA5LicServer.nmsSRV_INIT(ref defOwner);
if (nmsSRV_INITResult != 0)
{
if (nmsSRV_INITResult == NMS_SDKERROR_PROTECTIONERROR)
{
Console.WriteLine("Plug Not found, or general security error.");
}
if (nmsSRV_INITResult != NMS_SDK_LICENSERENEWNEEDED)
{
Console.WriteLine("ERROR initializing SDK Server. Error Code:" + nmsSRV_INITResult);
}
if (nmsSRV_INITResult == NMS_SDKERROR_LICENSERENEWNEEDEDNOW)
{
Console.WriteLine("SDK Error. License renew needed");
}
if (nmsSRV_INITResult != NMS_SDK_LICENSERENEWNEEDED)
{
return false;
}
}
nmsLioNet = new nmsLioNetV6Class();
}
catch (Exception exception)
{
Console.WriteLine(exception.Message);
return false;
}
return true;
}
private bool ConfigureCoreForItsDesignatedTasks()
{
int nmsConfigTestDataResult;
short waveOutSamplesPerSecond = 11025;
short backgroundLevel = 1000;
short lengthOfSegmentInSeconds = 1;
short calibrationType = 5;
/* Configure the background noise. Default 1000 */
nmsConfigTestDataResult = nmsCOMcallee.nmsConfigTestData(ref waveOutSamplesPerSecond,
ref backgroundLevel,
ref lengthOfSegmentInSeconds,
ref calibrationType);
if (nmsConfigTestDataResult != 0)
{
if (nmsConfigTestDataResult == NMS_SDKERROR_WAVESMPRATEWRONG)
{
Console.WriteLine("The wave format provided is not supported. The operation will now abort.");
Marshal.ReleaseComObject(nmsCOMcallee);
nmsCOMcallee = null;
return false;
}
Console.WriteLine("An error was detected while configuring the core. The operation will now abort. Error = {0}", nmsConfigTestDataResult);
Marshal.ReleaseComObject(nmsCOMcallee);
nmsCOMcallee = null;
return false;
}
nmsCOMcallee.nmsQA_ConfigUse();
nmsCOMcallee.nmsSD_ConfigStressCL();
nmsCOMcallee.nmsBordersLoad(ref bordersFileName);
bool bActive = true;
nmsCOMcallee.nmsBordersSetConfig(ref bActive);
return true;
}
private bool ConfigureCoreForItsDesignatedTasks()
{
int nmsConfigTestDataResult;
short lengthOfSegmentInSeconds;
short calibrationType = ui.GetCalibrationType();
if (ui.GetAnalysisType() == 1)
calibrationType = (short) (calibrationType + 2);
short backgroundLevel = ui.GetBackgroundLevel();
if (ui.IsOneSecondBufferUsed())
{
lengthOfSegmentInSeconds = 1;
nmsConfigTestDataResult = nmsCOMcallee.nmsConfigTestData(ref waveOutSamplesPerSecond,
ref backgroundLevel,
ref lengthOfSegmentInSeconds,
ref calibrationType);
}
else
{
lengthOfSegmentInSeconds = 2;
nmsConfigTestDataResult = nmsCOMcallee.nmsConfigTestData(ref waveOutSamplesPerSecond,
ref backgroundLevel,
ref lengthOfSegmentInSeconds,
ref calibrationType);
}
if (nmsConfigTestDataResult != 0)
{
if (nmsConfigTestDataResult == NMS_SDKERROR_WAVESMPRATEWRONG)
{
ui.ShowMessage("The wave format provided is not supported. The operation will now abort.");
Marshal.ReleaseComObject(nmsCOMcallee);
nmsCOMcallee = null;
return false;
}
ui.ShowMessage(
string.Format(
"An error was detected while configuring the core. The operation will now abort. Error = {0}",
nmsConfigTestDataResult));
Marshal.ReleaseComObject(nmsCOMcallee);
nmsCOMcallee = null;
return false;
}
nmsCOMcallee.nmsQA_ConfigUse();
nmsCOMcallee.nmsSD_ConfigStressCL();
nmsCOMcallee.nmsBordersLoad(ref bordersFileName);
bool bActive = true;
nmsCOMcallee.nmsBordersSetConfig(ref bActive);
return true;
}
