NERO_SCSI_DEVICE_INFOS *NeroDeviceInfos;
	NERO_SCSI_DEVICE_INFO *pSelectedDeviceInfo = NULL;
	NEROAPI_INIT_ERROR tInit;
	NERO_DEVICEHANDLE NeroDeviceHandle;
	void *pvIsoTrack = NULL;
	NERO_ISO_ITEM *pvIsoItem=NULL;
	NERO_WRITE_CD *ptNeroWriteCD = NULL;
	NEROAPI_BURN_ERROR tBurnError;
	NERO_PROGRESS tNeroProgress =
	{
		ProgressCallback,
		AbortedCallback,
		AddLogLine,
		SetPhaseCallback,
		NULL,
		DisableAbortCallback,
		SetMajorPhaseCallback
	};
	if (!NeroAPIGlueConnect(NULL)) 
	{
		return NERO_ERR_API_CONNECT;
	}
	tInit = NeroInit(&tNeroSettings, NULL);
	NeroDeviceInfos = NeroGetAvailableDrivesEx(MEDIA_CD, NULL);
	for (int i = 0; i < (int)NeroDeviceInfos->nsdisNumDevInfos; i++) 
	{ 
		if (!stricmp(pcBurnerName, NeroDeviceInfos->nsdisDevInfos[i].nsdiDeviceName))
		{
			NeroDeviceHandle = NeroOpenDevice(&((NeroDeviceInfos)->nsdisDevInfos[i]));
			pSelectedDeviceInfo=&NeroDeviceInfos->nsdisDevInfos[i];
			if (!NeroDeviceHandle) 
			{
				NeroFreeMem(NeroDeviceInfos);
				NeroAPIGlueDone();
				NeroDone();
				return NERO_ERR_DEV_NOT_FOUND;
			}
			break;
		}
	}
	pvIsoItem=NeroBuildIsoTreeFromPath( "C:\\test");// "*", FALSE);
	pvIsoTrack = NeroCreateIsoTrackEx(pvIsoItem,"Test",NCITEF_USE_JOLIET);
	ptNeroWriteCD  = (NERO_WRITE_CD *)malloc(sizeof(NERO_WRITE_CD));
	memset(ptNeroWriteCD, 0x0, sizeof(NERO_WRITE_CD));
	ptNeroWriteCD->nwcdArtist="";
	ptNeroWriteCD->nwcdTitle="";

	ptNeroWriteCD->nwcdIsoTrack=(CNeroIsoTrack*)pvIsoTrack;      /* if not NULL, then the disc will have an ISO track - please refer to "NeroIsoTrack.h" */
	ptNeroWriteCD->nwcdCDExtra=FALSE; 

	ptNeroWriteCD->nwcdpCDStamp=NULL;
	ptNeroWriteCD->nwcdNumTracks=1;

	ptNeroWriteCD->nwcdMediaType=MEDIA_CD;			/* Media on which the data should be written */

	tBurnError = NeroBurn(NeroDeviceHandle,
						  NERO_ISO_AUDIO_CD,
						  ptNeroWriteCD, // Must point on a NERO_WRITE_CD or a NERO_WRITE_VIDEO_CD structure
 						  NBF_SIMULATE
						  | NBF_CLOSE_SESSION
						  | NBF_DISABLE_EJECT,
						  pSelectedDeviceInfo->nsdiWriteSpeeds.nsiBaseSpeedKBs,				// In KB/s if NBF_SPEED_IN_KBS is present, in multiple of 150 KB/s otherwise
						  &tNeroProgress);

void CVideoArchivierung::DebugPrintIsoTree (const NERO_ISO_ITEM * pItem, int iLevel)
{
  while (pItem)
  {
    string indent(iLevel*2, ' ');

    // Indent each level a little bit.
    cout << indent << "fileName          : [" << pItem->fileName << "]" << endl;
    cout << indent << "longFileName      : [" << ((NULL == pItem->longFileName) ? "" : pItem->longFileName) << "]" << endl;
    cout << indent << "isDirectory       : " << (pItem->isDirectory ? "true" : "false" ) << endl;
    cout << indent << "isReference       : " << (pItem->isReference ? "true" : "false" ) << endl;
    cout << indent << "sourceFilePath    : [" << pItem->sourceFilePath << "]" << endl;
    cout << indent << "longSourceFilePath: [" << ((NULL == pItem->longSourceFilePath) ? "" : pItem->longSourceFilePath) << "]" << endl;
    cout << indent << "nextItem          : " << (long)pItem->nextItem << endl;
    cout << indent << "userData          : " << (long)pItem->userData << endl;
    cout << indent << "dataStartSec      : " << pItem->dataStartSec << endl;
    cout << indent << "dataLength        : " << (long)pItem->dataLength << endl;
    cout << indent << "itemSize          : " << pItem->itemSize << endl;
    cout << indent << "importInfo        : " << (long)pItem->importinfo << endl;

    // If it is a directory, show next level
    if (pItem->isDirectory)
    {
      DebugPrintIsoTree (pItem->subDirFirstItem, iLevel + 1);
    }

    pItem = pItem->nextItem;
  }
}

  iSize = sizeof(NERO_WRITE_CD) + (iNumTracks-1)*sizeof(NERO_AUDIO_TRACK);

{
  char * NeroResult = NeroGetErrorLog();
  cout << "Nero error: <" << endl << NeroResult << endl << ">" << endl;
  NeroFreeMem(NeroResult);
}