#include "StdAfx.h"
#include "ParsingGlassResult_CSOTF.h"

using namespace CHReviewResult;

CParsingGlassResult_CSOTF::CParsingGlassResult_CSOTF(void)
{
}

CParsingGlassResult_CSOTF::~CParsingGlassResult_CSOTF(void)
{
}

// [2017:5:12]-[WEZASW] : DFS Result File Format º¯°æ
void CParsingGlassResult_CSOTF::ParsingFileToGlassResult(CGlassResult* pGlassResult, CResultFileManager* pResultFileMgr)
{
	if(pGlassResult==NULL || pResultFileMgr==NULL)
		return;

	CString strItem = _T("");
	CString strData = _T("");

	// read cell(Panel) data
	CCellResult cellResult;
		
	int nDefectRawDataCount = pResultFileMgr->GetRawDataCount(eB7Raw_DefectInfoData, 0);
	int nTotalDefectIdx = 0;
	int nGlassIDLength = 0;
	int nCellCount = pResultFileMgr->GetCellCount();
	for(int nCellIdx=0; nCellIdx<nCellCount; nCellIdx++)
	{
		cellResult.Reset();

		// Panel Information
		cellResult.strCellID		= pResultFileMgr->GetRawData(eB7Raw_PanelInfoData, nCellIdx, 2);								// No.1 Panel ID
		// [2017:6:4]-[WEZASW] : °í°´»ç ¿äû¿¡ ÀÇÇÑ DFS CellID Ç׸ñ ³»¿ë º¯°æ(Glass ID : 13 + CELL ID : 4)À¸·Î CELL¸¸ Ãëµæ.
		//						(GlassID ¹× CellIDÀÇ ±æÀÌ¿¹¿Üó¸® Ãß°¡.)
		nGlassIDLength				= (*pGlassResult->GetJobID()).GetLength();// pGlassResult->GetGlassID() -> pGlassResult->GetJobID()
		cellResult.strCellID		= cellResult.strCellID.Mid(nGlassIDLength, cellResult.strCellID.GetLength()-nGlassIDLength);
		cellResult.strCellJudge		= pResultFileMgr->GetRawData(eB7Raw_PanelInfoData, nCellIdx, 3);								// No.2 Panel Judge	

		// 20180424 smok. ¼¿ ÁÂÇ¥ º¯°æ
		// [2017:6:9]-[bhs] : ¼¿ x,yÃà º¯°æ(±Û¶ó½º ÁÂÇ¥°è¿Í ¹Ý´ë)
		cellResult.nUMOriginY		= atoi(pResultFileMgr->GetRawData(eB7Raw_PanelInfoData, nCellIdx, 4));						// No.4 Panel Position Start Y		
		cellResult.nUMOriginX		= atoi(pResultFileMgr->GetRawData(eB7Raw_PanelInfoData, nCellIdx, 3));						// No.3 Panel Position Start X
		cellResult.nUMOriginX		= cellResult.nUMOriginX + pGlassResult->GetGlassSizeX()/2;
		cellResult.nUMOriginY		= cellResult.nUMOriginY + pGlassResult->GetGlassSizeY()/2;
		cellResult.nUMOriginHeight	= atoi(pResultFileMgr->GetRawData(eB7Raw_PanelInfoData, nCellIdx, 6));						// No.6 Panel Size Height	
		cellResult.nUMOriginWidth	= atoi(pResultFileMgr->GetRawData(eB7Raw_PanelInfoData, nCellIdx, 5));						// No.5 Panel Size Width

		// Panel Summary
		cellResult.nDefectCount		= atoi(pResultFileMgr->GetRawData(eB7Raw_PanelSumData, nCellIdx, 1));						// No.1 Total Detected Defect QTY 
		pGlassResult->AddCellResult(cellResult);		// Ãß°¡

		// ¿¹¿Üó¸® : PNL Total ¼ö·®°ú ½ÇÁ¦ ºÒ·® °³¼ö È®ÀÎ
		if (nTotalDefectIdx+cellResult.nDefectCount > nDefectRawDataCount)	{	continue;	}

		// [2017:5:15]-[WEZASW] : AOI °á°ú ÆÄÀÏ ¡®PNL_SUM'ÀÇ °áÇÔ¼ö·®°ú ¡®PNL_DFT_DATA'ÀÇ ¼ö·® »óÀÌ(ºÎºÐ Cell)
		//						AOI °á°ú ÆÄÀÏÀÇ ¼ö·® º¯°æ »ç¿ëÁß.
		for (int nDefIdx=0; nDefIdx<cellResult.nDefectCount; nDefIdx++)
		{
			CDefectResult* pDefectResult = new CDefectResult;
			if (pDefectResult==NULL) continue;

			// Defect Information			
			pDefectResult->nDefectIdx			= atoi(pResultFileMgr->GetRawData(eB7Raw_DefectInfoData, nTotalDefectIdx, 2));		// No.2 Defect No. 
			pDefectResult->strDefectCode		= pResultFileMgr->GetRawData(eB7Raw_DefectInfoData, nTotalDefectIdx, 3);			// No.3 Defect Code
			pDefectResult->strDefectName		= pResultFileMgr->GetRawData(eB7Raw_DefectInfoData, nTotalDefectIdx, 4);			// No.4 Defect Name
			pDefectResult->strDefectType		= pResultFileMgr->GetRawData(eB7Raw_DefectInfoData, nTotalDefectIdx, 5);			// No.5 defect Type

			// [2017:5:23]-[WEZASW] : Glass Center Position·Î º¯°æ(Review ±âÁØ)
/* °ËÅäÁß..
			pDefectResult->nUMCenterOriginX	= atof(pResultFileMgr->GetRawData(eB7Raw_DefectInfoData, nTotalDefectIdx, 8));		// No.5 Primary X coordinate (um) (Align º¸Á¤ Àü)
			pDefectResult->nUMCenterOriginY	= atof(pResultFileMgr->GetRawData(eB7Raw_DefectInfoData, nTotalDefectIdx, 7));		// No.6 Primary Y coordinate(um) (Align º¸Á¤ Àü)
			pDefectResult->nUMOriginX		= pDefectResult->nUMCenterOriginX + pGlassResult->GetGlassSizeX()/2;
			pDefectResult->nUMOriginY		= pDefectResult->nUMCenterOriginY + pGlassResult->GetGlassSizeY()/2;
			pDefectResult->nUMTransX			= atof(pResultFileMgr->GetRawData(eB7Raw_DefectInfoData, nTotalDefectIdx, 7));		// No.7 Secondary X coordinate (um) (Align º¸Á¤ ÈÄ)
			pDefectResult->nUMTransY			= atof(pResultFileMgr->GetRawData(eB7Raw_DefectInfoData, nTotalDefectIdx, 8));		// No.8 Secondary Y coordinate (um) (Align º¸Á¤ ÈÄ)*/

			//pDefectResult->nUMCenterOriginX	= atof(pResultFileMgr->GetRawData(eB7Raw_DefectInfoData, nTotalDefectIdx, 5));		// No.5 Primary X coordinate (um)
			//pDefectResult->nUMCenterOriginY	= atof(pResultFileMgr->GetRawData(eB7Raw_DefectInfoData, nTotalDefectIdx, 6));		// No.6 Primary Y coordinate(um)
			//pDefectResult->nUMOriginX		= pDefectResult->nUMCenterOriginY + pGlassResult->GetGlassSizeX()/2;
			//pDefectResult->nUMOriginY		= pDefectResult->nUMCenterOriginX + pGlassResult->GetGlassSizeY()/2;
			//pDefectResult->nUMTransX			= atof(pResultFileMgr->GetRawData(eB7Raw_DefectInfoData, nTotalDefectIdx, 7));		// No.7 Secondary X coordinate (um)
			//pDefectResult->nUMTransY			= atof(pResultFileMgr->GetRawData(eB7Raw_DefectInfoData, nTotalDefectIdx, 8));		// No.8 Secondary Y coordinate (um)
			//pDefectResult->strCellID			= pResultFileMgr->GetRawData(eB7Raw_DefectInfoData, nTotalDefectIdx, 9);				// No.9 Defected Panel ID

			// º¸Á¤ Àü ÁÂÇ¥ <-> º¸Á¤ ÈÄ ÁÂÇ¥ [2017.6.14 bhs]
			//pDefectResult->nUMCenterOriginX	= atof(pResultFileMgr->GetRawData(eB7Raw_DefectInfoData, nTotalDefectIdx, 7));		// No.5 Primary X coordinate (um)
			//pDefectResult->nUMCenterOriginY	= atof(pResultFileMgr->GetRawData(eB7Raw_DefectInfoData, nTotalDefectIdx, 8));		// No.6 Primary Y coordinate(um)
			// B11 »ç¾ç¿¡ ¸ÂÃç PR_COORDI, SE_COORDI °¡ ¼öÁ¤ µÊ¿¡ µû¶ó ÁÂÇ¥ ¼ö½ÅºÎ º¯°æ. [2017.6.27 bhs]
			pDefectResult->nUMCenterOriginX	= (int)atof(pResultFileMgr->GetRawData(eB7Raw_DefectInfoData, nTotalDefectIdx, 13));		// No.12 Tertiary X address(um)
			pDefectResult->nUMCenterOriginY	= (int)atof(pResultFileMgr->GetRawData(eB7Raw_DefectInfoData, nTotalDefectIdx, 14));		// No.13 Tertiary Y address(um)
			pDefectResult->nUMOriginX		= pGlassResult->GetGlassSizeX()/2 - pDefectResult->nUMCenterOriginY;
			pDefectResult->nUMOriginY		= pGlassResult->GetGlassSizeY()/2 - pDefectResult->nUMCenterOriginX;
			pDefectResult->nUMTransX		= (int)atof(pResultFileMgr->GetRawData(eB7Raw_DefectInfoData, nTotalDefectIdx, 6));		// No.7 Secondary X coordinate (um)
			pDefectResult->nUMTransY		= (int)atof(pResultFileMgr->GetRawData(eB7Raw_DefectInfoData, nTotalDefectIdx, 7));		// No.8 Secondary Y coordinate (um)
			pDefectResult->strCellID		= pResultFileMgr->GetRawData(eB7Raw_DefectInfoData, nTotalDefectIdx, 10);			// No.9 Defected Panel ID

			pDefectResult->strMarkType		= pResultFileMgr->GetRawData(eB7Raw_DefectInfoData, nTotalDefectIdx, 15);			// No.14 POINT/LINE/RECT/CIRCLE/TRIANGLE/ARC

			// [2017:5:24]-[WEZASW] : AOI DFS(DFT) Ç׸ñ Ãß°¡(Index º¯°æ)
			pDefectResult->strSizeType		= pResultFileMgr->GetRawData(eB7Raw_DefectInfoData, nTotalDefectIdx, 19);			// No.18 AOI Defect Size Type (S/M/L/EX_L/UL_L)
			pDefectResult->nAOISizeW		= atoi(pResultFileMgr->GetRawData(eB7Raw_DefectInfoData, nTotalDefectIdx, 20));		// No.19 Defect¡¯s X axis size (um) 
			pDefectResult->nAOISizeH		= atoi(pResultFileMgr->GetRawData(eB7Raw_DefectInfoData, nTotalDefectIdx, 21));		// No.20 Defect¡¯s Y axis size (um) 
			pDefectResult->nAOISizeLength	= atoi(pResultFileMgr->GetRawData(eB7Raw_DefectInfoData, nTotalDefectIdx, 22));		// No.21 Defect¡¯s Diagonal Length (um)  
			pDefectResult->nAOIArea			= atoi(pResultFileMgr->GetRawData(eB7Raw_DefectInfoData, nTotalDefectIdx, 23));		// No.22 Defect Area(um2) 
			pDefectResult->nAOIPeak			= atoi(pResultFileMgr->GetRawData(eB7Raw_DefectInfoData, nTotalDefectIdx, 24));		// No.23 Defect Peek
			pDefectResult->strDefectType1	= pResultFileMgr->GetRawData(eB7Raw_DefectInfoData, nTotalDefectIdx, 25);			// No.24 Defect  Type 1 (B : Black / W : White)
			pDefectResult->strDefectType2	= pResultFileMgr->GetRawData(eB7Raw_DefectInfoData, nTotalDefectIdx, 26);			// No.25 Defect  Type 2 (B : ÇϺÎÄ«¸Þ¶ó)
			pDefectResult->strDefectZone	= pResultFileMgr->GetRawData(eB7Raw_DefectInfoData, nTotalDefectIdx, 27);			// No.26 Defect  Zone (AA/PAD/CRACK)
			// 20170831 smok Ç׸ñ Ãß°¡ DEFECT_ZONE(AA/PAD/CRACK)

			pDefectResult->nAOICameraIdx		= atoi(pResultFileMgr->GetRawData(eB7Raw_DefectInfoData, nTotalDefectIdx, 32));		// No.30 Camera number that detect defect
			pDefectResult->strStackType			= pResultFileMgr->GetRawData(eB7Raw_DefectInfoData, nTotalDefectIdx, 34);

			// [2017:6:7]-[WEZASW] : 
			if (pDefectResult->strDefectType1.Compare(_T("B")) == 0)
			{
				pDefectResult->nOpticType = DEFECT_OPTIC_DARK;
				pDefectResult->strOpticType = _T("TR");
			} else if (pDefectResult->strDefectType1.Compare(_T("W")) == 0)
			{
				pDefectResult->nOpticType = DEFECT_OPTIC_BRIGHT;
				pDefectResult->strOpticType = _T("TR");
			}
			else
			{
				pDefectResult->nOpticType = DEFECT_OPTIC_DARK;
				pDefectResult->strOpticType = _T("TR");
			}	

			// pDefectResult->nLocation & pDefectResult->nSubType ¿¡ ÀÇÇÑ ºÐ·® ºÐ·ù => °í°´»ç »ç¾ç Á¤ÀÇ¿¡ ´Þ¶ó Ãß°¡ ÁøÇà ÇÊ¿ä.
			// ¼öÁ¤Áß : ÃßÈÄ ºÒ·® À¯Çü ¹× ¿ì¼± ½®À§ Á¤·É »ç¾ç È®Á¤½Ã °³¼± ÇÊ¿ä.
			pDefectResult->nBF_Width				= pDefectResult->nAOISizeW;						// µðÆå width  (¼¼·Î) BF Size  or MNT Data 1
			pDefectResult->nBF_Length			= pDefectResult->nAOISizeH;						// µðÆå Length (°¡·Î) BF Size  or MNT Data 2
			pDefectResult->nDF_Width				= pDefectResult->nAOISizeW;						// µðÆå width  (¼¼·Î) DF Size
			pDefectResult->nDF_Length			= pDefectResult->nAOISizeH;						// µðÆå Length (°¡·Î) DF Size
			pDefectResult->nAOISize				= pDefectResult->nAOISizeLength;
			pDefectResult->nBefore_SizeWidth		= pDefectResult->nAOISizeW;						// ±ÙÁ¢ µðÆå ¸ÓÁöÀü w,hÁß Å«°Í
			pDefectResult->nBefore_SizeHeight	= pDefectResult->nAOISizeH;						// (??)
			pDefectResult->nAfter_SizeWidth		= pDefectResult->nAOISizeLength;					// ±ÙÁ¢ µðÆå ¸ÓÁöÈÄ w,hÁß Å«°Í
			pDefectResult->nAfter_SizeHeight		= pDefectResult->nAOISizeH;						// (??)
			pDefectResult->dAfter_Area			= pDefectResult->nAOIArea;						// ¸ÓÁöµÈ ¸ðµç µðÆå Çü»óÀ» Àû¿ëÇÑ ¸éÀû
			pDefectResult->strStackType			= pDefectResult->strStackType;//_T("TD");										// "TD","CD","SD"
			pDefectResult->nStackType			= GetStackType(pDefectResult->strStackType);
			pDefectResult->strJudgeType			= _T("NG");										// "OK","NG"
			pDefectResult->nJudgeType			= GetJudgeType(pDefectResult->strJudgeType);		

			nTotalDefectIdx++;

			// [2017:6:1]-[WEZASW] : IJP ¼³ºñ°æ¿ì MURA °á°ú±îÁö ÃëÇյǾî MICRO¸¸ ÇÊÅ͸µ
			// 20171003 smok. MURA ¼¼ºÎ °á°ú pass
			// 20171017	smok. MURA ¼¼ºÎ °á°ú pass -> °Ë»ç DENT PROTRUDE¿Í ±¸ºÐ
			if (pDefectResult->strDefectType.Compare(_T("MURA")) == 0)	{	continue;	}
			if (pDefectResult->strDefectType.Compare(_T("VLINE")) == 0)	{	continue;	}
			if (pDefectResult->strDefectType.Compare(_T("HLINE")) == 0)	{	continue;	}
			if (pDefectResult->strDefectType.Compare(_T("SPOT")) == 0)	{	continue;	}
			if (pDefectResult->strDefectType.Compare(_T("M_DENT")) == 0)	{	continue;	}
			if (pDefectResult->strDefectType.Compare(_T("M_PROTRUDE")) == 0)	{	continue;	}
			// [2017:6:5]-[WEZASW] : Lami AOI ¼³ºñÀÇ ÇϺΠºÒ·® ÇÊÅ͸µ.(»óºÎ¸¸ ¸®ºä ÁøÇà)
			if (pDefectResult->strDefectType2.Compare(_T("B")) == 0)	{	continue;	}
			pDefectResult->nTotalDefectCount		= nTotalDefectIdx - 1;

			pGlassResult->AddDefectResult(pDefectResult);
		}
	}
}

// [2017:5:12]-[WEZASW] : DFS Result File Format º¯°æ
int CParsingGlassResult_CSOTF::ParsingReviewResultDataToFile(CGlassResult* pGlassResult, CResultFileManager* pResultFileMgr)
{
	if (pResultFileMgr==NULL || pGlassResult==NULL)
		return -1;

	// size count
	int pSizeCount[5] = {0, 0, 0, 0, 0};

	// judge count
	int pJudgeCount[3] = {0, 0, 0};

	// write defect data
	CString strImageFileName = _T("");
	int nWriteCount = 0;
	for (int nCameraIdx=0; nCameraIdx<pGlassResult->GetReviewResultCount(); nCameraIdx++)
	{
		const CReviewResult* pCameraResult = pGlassResult->GetReviewResult(nCameraIdx);
		if (pCameraResult==NULL) continue;

		for (int nResultIdx=0; nResultIdx<pCameraResult->GetSReviewResultCount(); nResultIdx++)
		{
			const SReviewResult *pResult = pCameraResult->GetSReviewResult(nResultIdx);
			if (pResult==NULL) continue;
			if (pResult->nResultCode!=ReviewResult_Process_Complete) continue;
			if (pResult->nReviewType!=ReviewType_Review) continue;
	
			// review image file name
			int nSize = 0;
			char* strTemp = NULL;
			strImageFileName = pResult->strUploadImgFileName;
#ifdef _UNICODE
			nSize = WideCharToMultiByte(CP_ACP, 0, strImageFileName.GetBuffer(), -1, NULL, 0, NULL,NULL); 
			strTemp = new char[nSize]; 
			WideCharToMultiByte(CP_ACP, 0, strImageFileName.GetBuffer(), -1, strTemp, nSize, NULL, NULL); 
#else
			nSize = strImageFileName.GetLength();
			strTemp = new char[nSize+1]; 
			memcpy(strTemp, strImageFileName.GetBuffer(), sizeof(char)*nSize);
			strTemp[nSize] = NULL;
#endif
			if (pResult->nDefectIdx != -1)
			{
				// 20170831 smok Ç׸ñ Ãß°¡ DEFECT_ZONE(AA/PAD/CRACK) 31 -> 32
				// [2017:5:24]-[WEZASW] : AOI DFS(DFT) Ç׸ñ Ãß°¡(Index º¯°æ)
				pResultFileMgr->SetRawData(eB7Raw_DefectInfoData, pResult->nTotalDefectCount, 32, strTemp);		// No.31 Image File Name

				nWriteCount++;
			}

			if(strTemp)
			{
				delete[] strTemp;
				strTemp = NULL;
			}
		}
	}

	return nWriteCount;
}

int CParsingGlassResult_CSOTF::ParsingReviewResultDataCD(CGlassResult* pGlassResult, CResultFileManager* pResultFileMgr)
{
	int nWriteCount = 0;

	return nWriteCount;
}

int CParsingGlassResult_CSOTF::ParsingReviewResultDataSD(CGlassResult* pGlassResult, CResultFileManager* pResultFileMgr)
{
	int nWriteCount = 0;

	return nWriteCount;
}

// [2017:1:3]-[WEZASW] : WSI ÃøÁ¤ °á°ú ¾²±â (»ç¾ç ¹ÌÁ¤À¸·Î ±âº» ¼³Á¤) (ING)
int CParsingGlassResult_CSOTF::ParsingWsiResultDataToFile(CGlassResult* pGlassResult, CResultFileManager* pResultFileMgr)
{
	if (pResultFileMgr==NULL || pGlassResult==NULL)
		return -1;

	// write defect data
	CString strImageFileName = _T("");
	int nWriteCount = 0;

	for (int nCameraIdx=0; nCameraIdx<pGlassResult->GetWsiResultCount(); nCameraIdx++)
	{
		const CReviewResult* pCameraResult = pGlassResult->GetWsiResult(nCameraIdx);
		if (pCameraResult==NULL) continue;

		for (int nResultIdx=0; nResultIdx<pCameraResult->GetSReviewResultCount(); nResultIdx++)
		{
			const SReviewResult *pResult = pCameraResult->GetSReviewResult(nResultIdx);
			if (pResult==NULL) continue;
			if (pResult->nResultCode!=WsiResultSuccess) continue;
			if (pResult->nReviewType!=ReviewType_Wsi) continue;

			if (pResultFileMgr && pResult->nDefectIdx != -1)
			{
				// [2017:5:13]-[WEZASW] : 7°³ Ãß°¡ Ç׸ñÀ̾úÀ¸³ª °í°´»ç Á¦Ãâ½Ã(ÃÖÁ¾) »èÁ¦(¹Ì½º)µÇ¾î Á¦°øµÇ¾î °í°´»ç ȸ½ÅÀ¸·Î Ãß°¡ Ç׸ñ(13, 25, 26)¸¸ Àû¿ë Çϱâ·Î ±â¼úÆÀ(±èD) ÇùÀǵÊ.
				// [2017:5:24]-[WEZASW] : AOI DFS(DFT) Ç׸ñ Ãß°¡(Index º¯°æ)
				pResultFileMgr->SetRawData(eB7Raw_DefectInfoData, pResult->nTotalDefectCount, 15, int(pResult->pWsi_ResultData[Wsi_X_Height]*1000));			// No.13 Defect Height (um)
				pResultFileMgr->SetRawData(eB7Raw_DefectInfoData, pResult->nTotalDefectCount, 28, pResult->nWsi_ResultCode);									// No.25 Measurement Code (Success:1 / fail:0)
				pResultFileMgr->SetRawData(eB7Raw_DefectInfoData, pResult->nTotalDefectCount, 29, int(pResult->pWsi_ResultData[Wsi_X_A_Ratio]*1000));			// No.26 Defect X axis Ration (um)

				nWriteCount++;
			}
		}
	}

	return nWriteCount;
}

int CParsingGlassResult_CSOTF::ParsingReflowResultData(CGlassResult* pGlassResult, CResultFileManager* pResultFileMgr)
{
	if (pGlassResult==NULL || pResultFileMgr==NULL)
		return -1;

	// write reflow data
	CString strImageFileName = _T("");
	int nWriteCount = 0;
	int nCommonReviewCnt = pGlassResult->GetDefectResultCount();
	int nMNTCnt=0, nMNTPADCnt=0;

	// [2017:6:21][bhs] : bug fix
	for (int nCameraIdx=0; nCameraIdx<pGlassResult->GetUserResultCount(); nCameraIdx++)
	{
		const CReviewResult* pCameraResult = pGlassResult->GetUserResult(nCameraIdx);
		if (pCameraResult==NULL) continue;

		for (int nResultIdx=0; nResultIdx<pCameraResult->GetSReviewResultCount(); nResultIdx++)
		{
			const SReviewResult *pResult = pCameraResult->GetSReviewResult(nResultIdx);
			if (pResult==NULL) continue;
			if (pResult->nReviewType!=ReviewType_User) continue;
			if (pResult->nResultCode!=ReviewResult_Process_Complete) continue;

			if (pResult->nDefectIdx != -1)
			{
				int nSize = 0;
				char* strTemp = NULL;
				char strData[20] = {0,};
				pResultFileMgr->SetUserDefectData(nResultIdx, 2, nCommonReviewCnt+nResultIdx+1);
				//4. CELL_ID
				//CString strCellID = pResult->strFullCellID;
				CString strCellID = pResult->strCellID;
#ifdef _UNICODE
				nSize = WideCharToMultiByte(CP_ACP, 0, strCellID.GetBuffer(), -1, NULL, 0, NULL,NULL); 
				strTemp = new char[nSize]; 
				WideCharToMultiByte(CP_ACP, 0, strCellID.GetBuffer(), -1, strTemp, nSize, NULL, NULL); 
#else
				nSize = strCellID.GetLength();
				strTemp = new char[nSize+1]; 
				memcpy(strTemp, strCellID.GetBuffer(), sizeof(char)*nSize);
				strTemp[nSize] = NULL;
#endif
				pResultFileMgr->SetUserDefectData(nResultIdx, 3, strTemp);
				//5. CELL_SIDE
				sprintf_s(strData, "ACT");
				pResultFileMgr->SetUserDefectData(nResultIdx, 4, strData);
				//6,7. COORD_X1,Y1
				pResultFileMgr->SetUserDefectData(nResultIdx, 5, pResult->nUMTransX);
				pResultFileMgr->SetUserDefectData(nResultIdx, 6, pResult->nUMTransY);
				//8,9. COORD_X2,Y2
				pResultFileMgr->SetUserDefectData(nResultIdx, 7, pResult->nUMOriginX);
				pResultFileMgr->SetUserDefectData(nResultIdx, 8, pResult->nUMOriginY);
				//19,20,21 AREA_SCORE,DF_W,DF_L
				pResultFileMgr->SetUserDefectData(nResultIdx, 18, 0.0);
				pResultFileMgr->SetUserDefectData(nResultIdx, 19, 0.0);
				pResultFileMgr->SetUserDefectData(nResultIdx, 20, 0.0);

				pResultFileMgr->SetUserDefectData(nResultIdx, 22, strData);
				//25,26,27,28,29,30,31,32,33,34,35,36,37 DFCT_CD_08~20
				pResultFileMgr->SetUserDefectData(nResultIdx, 24, 0);
				pResultFileMgr->SetUserDefectData(nResultIdx, 25, 0.0);
				pResultFileMgr->SetUserDefectData(nResultIdx, 26, 0.0);
				pResultFileMgr->SetUserDefectData(nResultIdx, 27, 0);
				pResultFileMgr->SetUserDefectData(nResultIdx, 28, 0.0);
				pResultFileMgr->SetUserDefectData(nResultIdx, 29, 0);
				pResultFileMgr->SetUserDefectData(nResultIdx, 30, 0);
				pResultFileMgr->SetUserDefectData(nResultIdx, 31, 0.0);
				pResultFileMgr->SetUserDefectData(nResultIdx, 32, 0.0);
				pResultFileMgr->SetUserDefectData(nResultIdx, 33, 0.0);
				pResultFileMgr->SetUserDefectData(nResultIdx, 34, 0.0);
				pResultFileMgr->SetUserDefectData(nResultIdx, 35, 0);
				pResultFileMgr->SetUserDefectData(nResultIdx, 36, 0.0);
				//38. ST
				sprintf_s(strData, "TD");
				pResultFileMgr->SetUserDefectData(nResultIdx, 37, strData);
				//41. JUDGE
				sprintf_s(strData, "ND");
				pResultFileMgr->SetUserDefectData(nResultIdx, 40, strData);
				//46~59.
				pResultFileMgr->SetUserDefectData(nResultIdx, 45, 0);
				pResultFileMgr->SetUserDefectData(nResultIdx, 46, 0.00000);
				pResultFileMgr->SetUserDefectData(nResultIdx, 47, 0.00000);
				pResultFileMgr->SetUserDefectData(nResultIdx, 48, -10.00000);
				pResultFileMgr->SetUserDefectData(nResultIdx, 49, 0);
				pResultFileMgr->SetUserDefectData(nResultIdx, 50, 0.00000);
				pResultFileMgr->SetUserDefectData(nResultIdx, 51, 0.00000);
				pResultFileMgr->SetUserDefectData(nResultIdx, 52, 0.00000);
				pResultFileMgr->SetUserDefectData(nResultIdx, 53, 0.00000);
				pResultFileMgr->SetUserDefectData(nResultIdx, 54, 0.00000);
				pResultFileMgr->SetUserDefectData(nResultIdx, 55, 0.00000);
				pResultFileMgr->SetUserDefectData(nResultIdx, 56, 0.00000);
				pResultFileMgr->SetUserDefectData(nResultIdx, 57, 0.00000);
				pResultFileMgr->SetUserDefectData(nResultIdx, 58, 0.00000);

				//43. IMAGE_FILE1 = IMAGE
				nSize = 0;
				if (strTemp) delete[] strTemp;
				strTemp = NULL;
				strImageFileName = pResult->strUploadImgFileName;
#ifdef _UNICODE
				nSize = WideCharToMultiByte(CP_ACP, 0, strImageFileName.GetBuffer(), -1, NULL, 0, NULL,NULL); 
				strTemp = new char[nSize]; 
				WideCharToMultiByte(CP_ACP, 0, strImageFileName.GetBuffer(), -1, strTemp, nSize, NULL, NULL); 
#else
				nSize = strImageFileName.GetLength();
				strTemp = new char[nSize+1]; 
				memcpy(strTemp, strImageFileName.GetBuffer(), sizeof(char)*nSize);
				strTemp[nSize] = NULL;
#endif
				pResultFileMgr->SetUserDefectData(nResultIdx, 42, strTemp);

				nWriteCount++;

				if(strTemp)
				{
					delete[] strTemp;
					strTemp = NULL;
				}
			}
		}
	}

	// write glass data
	for (int nGlass=0; nGlass<pResultFileMgr->GetGlassCount(); nGlass++)
	{
		pResultFileMgr->SetGlassData(nGlass, 58, nMNTCnt);
		pResultFileMgr->SetGlassData(nGlass, 59, nMNTPADCnt);
	}

	return nWriteCount;
}

int CParsingGlassResult_CSOTF::ParsingMeasureResultDataToFile(CGlassResult* pGlassResult, CResultFileManager* pResultFileMgr)
{
	return 0;
}

int CParsingGlassResult_CSOTF::GetDefectType(const CString& strValue)
{
	if (strValue.Compare(_T("BD"))==0)
	{
		return DEFECT_TYPE_BD;	//3
	}
	else if (strValue.Compare(_T("B"))==0)
	{
		return DEFECT_TYPE_B;	//2
	}
	else if (strValue.Compare(_T("D"))==0)
	{
		return DEFECT_TYPE_D;	//1
	}
	else if (strValue.Compare(_T("PBD"))==0)
	{
		return DEFECT_TYPE_PBD;	//3
	}
	else if (strValue.Compare(_T("PB"))==0)
	{
		return DEFECT_TYPE_PB;	//2
	}
	else if (strValue.Compare(_T("PD"))==0)
	{
		return DEFECT_TYPE_PD;	//1
	}
	else if (strValue.Compare(_T("MNT"))==0)
	{
		return DEFECT_TYPE_MNT;
	}
	else if (strValue.Compare(_T("EC"))==0)
	{
		return DEFECT_TYPE_EC;
	}
	else if (strValue.Compare(_T("MURA"))==0)
	{
		return DEFECT_TYPE_MURA;
	}
	// 20171003 smok. MURA ¼¼ºÎ °á°ú
	else if (strValue.Compare(_T("VLINE"))==0)
	{
		return DEFECT_TYPE_VLINE;
	}
	else if (strValue.Compare(_T("HLINE"))==0)
	{
		return DEFECT_TYPE_HLINE;
	}
	else if (strValue.Compare(_T("SPOT"))==0)
	{
		return DEFECT_TYPE_SPOT;
	}
	else if (strValue.Compare(_T("DENT"))==0)
	{
		return DEFECT_TYPE_DENT;
	}
	else if (strValue.Compare(_T("PROTRUDE"))==0)
	{
		return DEFECT_TYPE_PROTRUDE;
	}
	return 0;
}

int CParsingGlassResult_CSOTF::GetGrayType(const CString& strValue)
{
	if (strValue == "BRIGHT")	return DEFECT_GRAY_WHITE;
	else						return DEFECT_GRAY_BLACK;

	return DEFECT_GRAY_NONE;
}

CString CParsingGlassResult_CSOTF::GetGrayType(const int& nValue)
{
	if (nValue == DEFECT_GRAY_BLACK)		return _T("B");
	else									return _T("W");

	return _T("NONE");
}

int CParsingGlassResult_CSOTF::GetProcessType(const CString& strValue)
{
	if (strValue == "M")		return DEFECT_PROCESS_MASK;
	else if (strValue == "C")	return DEFECT_PROCESS_COMMON;
	else if (strValue == "K")	return DEFECT_PROCESS_CRACK;
	else						return DEFECT_PROCESS_NORMAL;

	return DEFECT_PROCESS_NONE;
}

int CParsingGlassResult_CSOTF::GetSizeType(const CString& strValue)
{
	if (strValue == "S")		return DEFECT_SIZE_SMALL;
	else if (strValue == "M")	return DEFECT_SIZE_MEDIUM;
	else if (strValue == "L")	return DEFECT_SIZE_LARGE;
	else						return DEFECT_SIZE_HUGE;
	return DEFECT_SIZE_NONE;
}

int CParsingGlassResult_CSOTF::GetStackType(const CString& strValue)
{
	if (strValue == "")			return DEFECT_STACK_NONE;
	else if (strValue == "CD")	return DEFECT_STACK_CD;
	else if (strValue == "SD")	return DEFECT_STACK_SD;
	else if (strValue == "TD")	return DEFECT_STACK_TD;

	return DEFECT_STACK_NONE;
}

int CParsingGlassResult_CSOTF::GetJudgeType(const CString& strValue)
{
	if (strValue == "R")		return DEFECT_JUDGE_TR;
	else if (strValue == "X")	return DEFECT_JUDGE_PR;
	else if (strValue == "W")	return DEFECT_JUDGE_PR;
	else						return DEFECT_JUDGE_OK;

	return DEFECT_JUDGE_NONE;	
}

int CParsingGlassResult_CSOTF::GetOpticType(int nDefectType)
{
	if (nDefectType==DEFECT_TYPE_BD || nDefectType==DEFECT_TYPE_PBD)
	{
		return DEFECT_OPTIC_DKBR;
	}
	else if (nDefectType==DEFECT_TYPE_D || nDefectType==DEFECT_TYPE_PD)
	{
		return DEFECT_OPTIC_DARK;
	}
	else if (nDefectType==DEFECT_TYPE_B || nDefectType==DEFECT_TYPE_PB)
	{
		return DEFECT_OPTIC_BRIGHT;
	}

	return 0;
}