#pragma once

#include "CHReviewResultParser/ParsingGlassResult.h"
#include "CHResultFileManager/ResultFileData_CPJT.h"
#include "../ReviewSystem/DitGlassRawClient.h"

enum GlassOriginDir 	{ GlassOrigin_LeftTop=0, GlassOrigin_RightTop, GlassOrigin_LeftBottom, GlassOrigin_RightBottom, GlassOrigin_Count };
enum CSOTDfectCode      {CSOT_PARTICLE=1,COST_CRACK,CSOT_MURA,CSOT_PROTRUDE,CSOT_DENT,CSOT_TFE_ABNORMAL,CSOT_BUBBLE,CSOT_SCRATCH};
enum Judgement { Judge_OK = 0, Judge_RP, Judge_NG, Judge_TR, Judge_PR, Judge_PT, Judge_Review, Judge_RC, Judge_Size, Judge_VI, Judge_Rework, Judge_Unknown };
enum JudgeCode { TRDF = 0, BATR, DOBB, DOBS, DOWW, DOWB, DOWS };

#define LAYER_GT_50			_T("0114")
#define LAYER_GT_58			_T("0214")
#define LAYER_IGZO_50		_T("0134")
#define LAYER_IGZO_58		_T("0234")
#define LAYER_ESGI_50		_T("0144")
#define LAYER_ESGI_58		_T("0244")
#define LAYER_SD_50			_T("0154")
#define LAYER_SD_58			_T("0254")
#define LAYER_JAS_50		_T("0174")
#define LAYER_JAS_58		_T("0274")
#define LAYER_PIX_50		_T("0184")
#define LAYER_PIX_58		_T("0284")

//enum eCSOTRawData{
//	eCSOTRaw_LotLayerInfoData = 0,		// 10
//	eCSOTRaw_LayerNumInfoData,			// 11
//	eCSOTRaw_GlassInfoData,			// 30
//	eCSOTRaw_PanelInfoData,			// 41
//	eCSOTRaw_DefectInfoData,			// 50
//	eCSOTRaw_ElectroInfoData,			// 51
//	eCSOTRaw_CCDInfoData,				// 52
//	eCSOTRaw_ReviewInfoData,			// 53
//	eCSOTRaw_AlignInfoData,			// 55
//	eCPJTRaw_Count
//};

//
//enum eCSOTRawGlassIndex{		// 30
//	eCSOTRaw_Glass_Name = 0,			// °èÃþ¹øÈ£						// AA - 30 °íÁ¤
//	eCSOTRaw_Glass_PanelNum,			// °Ë»ç Panel ¼ö·®				// 9999 - ¸Å
//	eCSOTRaw_Glass_RecipeID,			// Recipe ID					// AAAA
//	eCSOTRaw_Glass_ProcessTime,		// Processing Time				// 9999 - ÃÊ : ¹ÝÀÔ½ÃÀÛ ~ ¹ÝÃâ¿Ï·á ½Ã°£
//	eCSOTRaw_Glass_GlassID,			// 񃒀ID (VCR)					// AAAAAAAAAAAA
//
//	eCSOTRaw_Glass_ReadResult,			// VCR Àб⠰á°ú				// A
//	eCSOTRaw_Glass_CPFlag,				// CP Instruction Flag			// A - 0 : QMS Don't CP Processing, 1 : QMS IN the CP Processing
//	eCSOTRaw_Glass_ElectroNum,			// Á¤Àü±â Monitor ÃøÁ¤ ¼ö·®		// 9 - ȸ
//	eCSOTRaw_Glass_CCDNum,				// CCD Monitor ¼ö·®				// 99 - ȸ
//	eCSOTRaw_Glass_ReviewNum,			// Review ¼ö·®					// 999 - ȸ
//
//	eCSOTRaw_Glass_Alignment,			// Alignment À¯¹«				// 9 - ½Ç½Ã : 1, ¹Ì½Ç½Ã : 0
//	// [2018/07/05 08:38:46 by jylee] related Format º¯°æ
//	eCSOTRaw_Glass_Spare1,				// ½ºÆä¾î 1
//	eCSOTRaw_Glass_Spare2				// ½ºÆä¾î 2
//
//
//};
/*
enum eCSOTRawGlassIndex{		// 30
	eCSOTRaw_Glass_Name = 0,			// 1. °èÃþ¹øÈ£						// AA - 30 °íÁ¤
	eCSOTRaw_Glass_PanelNum,			// 2. °Ë»ç Panel ¼ö·®				// 9999 - ¸Å
	eCSOTRaw_Glass_RecipeID,			// 3. Recipe ID						// AAAA
	eCSOTRaw_Glass_ProcessTime,		// 4. Processing Time				// 9999 - ÃÊ : ¹ÝÀÔ½ÃÀÛ ~ ¹ÝÃâ¿Ï·á ½Ã°£
	eCSOTRaw_Glass_GlassID,			// 5. 񃒀ID (VCR)					// AAAAAAAAAAAA

	eCSOTRaw_Glass_ReadResult,			// 6. VCR Àб⠰á°ú					// A
	eCSOTRaw_Glass_CPFlag,				// 7. CP Instruction Flag			// A - 0 : QMS Don't CP Processing, 1 : QMS IN the CP Processing
	eCSOTRaw_Glass_ElectroNum,			// 8. Á¤Àü±â Monitor ÃøÁ¤ ¼ö·®		// 9 - ȸ
	eCSOTRaw_Glass_CCDNum,				// 9. CCD Monitor ¼ö·®				// 99 - ȸ
	eCSOTRaw_Glass_ReviewNum,			// 10. Review ¼ö·®					// 999 - ȸ

	eCSOTRaw_Glass_Alignment,			// 11. Alignment À¯¹«				// 9 - ½Ç½Ã : 1, ¹Ì½Ç½Ã : 0
	eCSOTRaw_Glass_TotalDefect,		// 12. °áÇÔÃѼö						// 99999
	eCSOTRaw_Glass_REVDefect,			// 13. ¸®ºä °áÇÔ¼ö					// 99999
	eCSOTRaw_Glass_FIXDefect,			// 14. °íÁ¤ ¸®ºä °áÇÔ¼ö				// 99999
	eCSOTRaw_Glass_MaskDefect,			// 15. MASK °áÇÔ¼ö					// 99999

	eCSOTRaw_Glass_CommonDefect,		// 16. °øÅë °áÇÔ¼ö					// 99999
	eCSOTRaw_Glass_Spare1,				// 17. ½ºÆä¾î 1
	eCSOTRaw_Glass_Spare2				// 18. ½ºÆä¾î 2

};
*/
//enum eCSOTRawPanelIndex{		// 41
//	eCSOTRaw_Panel_Name = 0,			// 1. °èÃþ¹øÈ£				// AA - 41 °íÁ¤
//	eCSOTRaw_Panel_CellNum,			// 2. Cell ¹øÈ£			// AAAA
//	eCSOTRaw_Panel_Judge,				// 3. Panel ÆÇÁ¤ °á°ú		// A
//	eCSOTRaw_Panel_Reason,				// 4. ÆÇÁ¤ÀÌÀ¯				// AAAAA
//	eCSOTRaw_Panel_CPFlag,				// 5. CP Flag				// AAA	- 0 : ¿ä±¸ ¹«, 1: ½Ç½Ã, 8: ¹Ì½Ç½Ã, 9:Data¹«
//
//	eCSOTRaw_Panel_FrontCPDefectNum,	// 6. CP Àü ÃÑ°áÇÔ¼ö		// 9999 - °³
//	eCSOTRaw_Panel_RearCPDefectNum,	// 7. CP ÈÄ ÃÑ°áÇÔ¼ö		// 9999 - °³
//	eCSOTRaw_Panel_Spare1,				// 8. ½ºÆä¾î 1
//	eCSOTRaw_Panel_Spare2				// 9. ½ºÆä¾î 2
//};


//enum eCSOTRawDefectIndex{		// 50
//	eCSOTRaw_Defect_Name = 0,			// °èÃþ¹øÈ£				// 50 °íÁ¤
//	eCSOTRaw_Defect_Code,				// °áÇÔÄÚµå				// AAAAA
//	eCSOTRaw_Defect_CenterOriX,		// °áÇÔÁÂÇ¥X 1			// +-9999.999 mm ±âÆÇ ¼¾ÅÍ ±âÁ¡À¸·Î ÁÂÇ¥
//	eCSOTRaw_Defect_CenterOriY,		// °áÇÔÁÂÇ¥Y 1			// +-9999.999 mm 
//	eCSOTRaw_Defect_Area,				// °áÇÔ Size(¸éÀû)		// 999.99 um - ÃßÃâ °áÇÔ¸éÀû
//
//	eCSOTRaw_Defect_SizeType,			// °áÇÔ Size Á¾·ù		// A - S/M/L/O
//	eCSOTRaw_Defect_DefectType,		// °áÇÔ Type			// A - N: Normal, C: Common, M: Mask
//	eCSOTRaw_Defect_Zone,				// °áÇÔ À§Ä¡			// A - Zone
//	eCSOTRaw_Defect_Size,				// °áÇÔ Size (CCD¼ö)	// 99999 um2 - Camera Pixel Size
//	eCSOTRaw_Defect_SizeX,				// °áÇÔSize DX			// 999.99 um - ÃßÃâ °áÇÔ XÃà ±æÀÌ
//
//	eCSOTRaw_Defect_SizeY,				// °áÇÔSize DY			// 999.99 um - ÃßÃâ °áÇÔ YÃà ±æÀÌ
//	eCSOTRaw_Defect_X,					// °áÇÔÁÂÇ¥ X 2			// 9999.999 mm - QMS Calculation 
//	eCSOTRaw_Defect_Y,					// °áÇÔÁÂÇ¥ Y 2			// 9999.999 mm
//	eCSOTRaw_Defect_PixelX,			// °áÇÔ Pixel ÁÂÇ¥ X	// 99999
//	eCSOTRaw_Defect_PixelY,			// °áÇÔ Pixel ÁÂÇ¥ Y	// 99999
//
//	eCSOTRaw_Defect_CPResult,			// CP °á°ú				// AAA - 0: CP ÀÏÄ¡ ¹«, 1: CPÀÏÄ¡, 8: ¹Ì½Ç½Ã
//	eCSOTRaw_Defect_Flag,				// ¼öÁ¤´ë»ó Flag		// AAAAA - 0 : ¼öÁ¤´ë»ó ¿Ü, 1: ¼öÁ¤Èĺ¸
//	eCSOTRaw_Defect_ImageName,			// À̹ÌÁö ¹øÈ£			// AAAAA.A999.AAA -  Rule : " ¼³ºñID " + " . " + " B " ( Before ) + " Ö§Ûã " + ?íåí­ " .AAA "
//	eCSOTRaw_Defect_ImageSizeX,		// À̹ÌÁö Size X		// 9999.99 um
//	eCSOTRaw_Defect_ImageSizeY,		// À̹ÌÁö Size Y		// 9999.99 um
//
//	// [2018/07/05 08:42:57 by jylee] related Format º¯°æ
//	eCSOTRaw_Defect_Spare1				// ½ºÆä¾î 1
//};

/*
enum eCSOTRawDefectIndex{		// 50
	eCSOTRaw_Defect_Name = 0,			// 1. °èÃþ¹øÈ£				// 50 °íÁ¤
	eCSOTRaw_Defect_Code,				// 2. °áÇÔÄÚµå				// AAAAA
	eCSOTRaw_Defect_CenterOriX,		// 3. °áÇÔÁÂÇ¥X 1			// +-9999.999 mm ±âÆÇ ¼¾ÅÍ ±âÁ¡À¸·Î ÁÂÇ¥
	eCSOTRaw_Defect_CenterOriY,		// 4. °áÇÔÁÂÇ¥Y 1			// +-9999.999 mm 
	eCSOTRaw_Defect_Area,				// 5. °áÇÔ Size(¸éÀû)		// 999.99 um - ÃßÃâ °áÇÔ¸éÀû

	eCSOTRaw_Defect_SizeType,			// 6. °áÇÔ Size Á¾·ù		// A - S/M/L/O
	eCSOTRaw_Defect_DefectType,		// 7. °áÇÔ Type			// A - N: Normal, C: Common, M: Mask
	eCSOTRaw_Defect_Zone,				// 8. °áÇÔ À§Ä¡			// A - Zone
	eCSOTRaw_Defect_Size,				// 9. °áÇÔ Size (CCD¼ö)	// 99999 um2 - Camera Pixel Size
	eCSOTRaw_Defect_SizeX,				// 10. °áÇÔSize DX			// 999.99 um - ÃßÃâ °áÇÔ XÃà ±æÀÌ

	eCSOTRaw_Defect_SizeY,				// 11. °áÇÔSize DY			// 999.99 um - ÃßÃâ °áÇÔ YÃà ±æÀÌ
	eCSOTRaw_Defect_X,					// 12. °áÇÔÁÂÇ¥ X 2			// 9999.999 mm - QMS Calculation 
	eCSOTRaw_Defect_Y,					// 13. °áÇÔÁÂÇ¥ Y 2			// 9999.999 mm
	eCSOTRaw_Defect_PixelX,			// 14. °áÇÔ Pixel ÁÂÇ¥ X	// 99999
	eCSOTRaw_Defect_PixelY,			// 15. °áÇÔ Pixel ÁÂÇ¥ Y	// 99999

	eCSOTRaw_Defect_CPResult,			// 16. CP °á°ú				// AAA - 0: CP ÀÏÄ¡ ¹«, 1: CPÀÏÄ¡, 8: ¹Ì½Ç½Ã
	eCSOTRaw_Defect_Flag,				// 17. ¼öÁ¤´ë»ó Flag		// AAAAA - 0 : ¼öÁ¤´ë»ó ¿Ü, 1: ¼öÁ¤Èĺ¸
	eCSOTRaw_Defect_ImageName,			// 18. À̹ÌÁö ¹øÈ£			// AAAAA.A999.AAA -  Rule : " ¼³ºñID " + " . " + " B " ( Before ) + " Ö§Ûã " + ?íåí­ " .AAA "
	eCSOTRaw_Defect_ImageSizeX,		// 19. À̹ÌÁö Size X		// 9999.99 um
	eCSOTRaw_Defect_ImageSizeY,		// 20. À̹ÌÁö Size Y		// 9999.99 um

	// [2018/07/05 08:42:57 by jylee] related Format º¯°æ
	eCSOTRaw_Defect_CCDValue,			// 21. CCD ¼öÄ¡				// 99999
	eCSOTRaw_Defect_CCDNum,			// 22. °áÇÔ°ËÃâ Ä«¸Þ¶ó ¹øÈ£ // 99
	eCSOTRaw_Defect_SliceNum,			// 23. °áÇÔ ¸î¹ø° ½ºÄµ °ËÃâ// 99
	eCSOTRaw_Defect_REVNum,			// 24. °áÇÔ ¸®ºäÇÑ Ä«¸Þ¶ó	// 99
	eCSOTRaw_Defect_DefectPosGray,		// 25. °áÇÔÀ§Ä¡ ÈÖµµÂ÷		// 999

	eCSOTRaw_Defect_NormalPosGray,		// 26. Á¤»óÀ§Ä¡ ÈÖµµÂ÷		// 999
	eCSOTRaw_Defect_Spare1,			// 27. ½ºÆä¾î 1
	eCSOTRaw_Defect_Spare2				// 28. ½ºÆä¾î 2
};
*/

//enum eCSOTRawElectroIndex{		// 51
//	eCSOTRaw_Electro_Name = 0,			// °èÃþ¹øÈ£				// 51 °íÁ¤
//	eCSOTRaw_Electro_Value,			// ÃøÁ¤Ä¡				// +-9999.99
//	eCSOTRaw_Electro_Spare1			// ½ºÆä¾î1
//};

//enum eCSOTRawCCDIndex{			// 52
//	eCSOTRaw_CCD_Name = 0,				// °èÃþ¹øÈ£				// 52 °íÁ¤
//	eCSOTRaw_CCD_CamNum,				// CCD Camera ¹øÈ£		// AA 
//	eCSOTRaw_CCD_AvgGrayScale,			// Æò±Õ Gray-Scale		// 999
//	eCSOTRaw_CCD_Spare1				// ½ºÆä¾î1
//};

enum eCSOTRawReviewIndex{		// 53
	eCSOTRaw_Review_Name = 0,			// °èÃþ¹øÈ£				// 53 °íÁ¤
	eCSOTRaw_Review_PosX,				// °áÇÔÀ§Ä¡ X			// +-9999.999 mm - ±âÆÇ Á᫐ 
	eCSOTRaw_Review_PosY,				// °áÇÔÀ§Ä¡ Y			// +-9999.999 mm
	eCSOTRaw_Review_ImageName,			// À̹ÌÁö¸í				// AAAAA.A999.AAA
	eCSOTRaw_Review_SizeX,				// À̹ÌÁö Size X		// 9999.99 um
	eCSOTRaw_Review_SizeY,				// À̹ÌÁö Size Y		// 9999.99 um
	eCSOTRaw_Review_Spare1				// ½ºÆä¾î1
};

//enum eCSOTRawAlignmentIndex{	// 55
//	eCSOTRaw_Alignment_Name = 0,		// °èÃþ¹øÈ£				// 55 °íÁ¤
//	eCSOTRaw_Alignment_Result,			// Alignment °á°ú		// 99999 - G: OK, N: NG, S:¹ÌÆÇÁ¤ 
//	eCSOTRaw_Alignment_Rotation,		// Alignment Rotation	// +-9.999999 - ±âÆÇ È¸Àü °¢µµ
//	eCSOTRaw_Alignment_A1ShiftX,		// A1 Shift¼öÄ¡ X		// +-9.999999
//	eCSOTRaw_Alignment_A1ShiftY,		// A1 Shift¼öÄ¡ Y		// +-9.999999
//
//	eCSOTRaw_Alignment_A2ShiftX,		// A2 Shift¼öÄ¡ X		// +-9.999999
//	eCSOTRaw_Alignment_A2ShiftY,		// A2 Shift¼öÄ¡ Y		// +-9.999999
//	eCSOTRaw_Alignment_A3ShiftX,		// A3 Shift¼öÄ¡ X		// +-9.999999
//	eCSOTRaw_Alignment_A3ShiftY,		// A3 Shift¼öÄ¡ Y		// +-9.999999
//	eCSOTRaw_Alignment_A4ShiftX,		// A4 Shift¼öÄ¡ X		// +-9.999999
//
//	eCSOTRaw_Alignment_A4ShiftY,		// A4 Shift¼öÄ¡ Y		// +-9.999999
//	eCSOTRaw_Alignment_Spare1			// ½ºÆä¾î1
//};

enum eCSOTRTMSRawData{	
	eCSOT_RTMS_GlassInfoItem = 0,	eCSOT_RTMS_GlassInfoData,	
	eCSOT_RTMS_CellInfoItem,		eCSOT_RTMS_CellInfoData, 
	eCSOT_RTMS_DefectInfoItem,		eCSOT_RTMS_DefectInfoData, 
	eCSOT_RTMS_CameraInfoItem,		eCSOT_RTMS_CameraInfoData, 
	eCSOT_RTMS_Count 
};

class AFX_EXT_CLASS CParsingGlassResult_CPJT : public CParsingGlassResult
{
public:
	CParsingGlassResult_CPJT(void);
	virtual ~CParsingGlassResult_CPJT(void);



	// °øÀ¯¸Þ¸ð¸® »ç¿ë½Ã ¾µÇÔ¼ö CMARK=================================================================================
	// Memory -> GlassResult
	virtual void MemoryParsingFileToGlassResult(CGlassResult* pGlassResult, CDitGlassRawClient* pDitRawClient);
	virtual int MemoryParsingReviewResultDataToFile(CGlassResult* pGlassResult,  CDitGlassRawClient* pRawMemoryMgr) ;
	virtual int MemoryParsingWsiResultDataToFile(CGlassResult* pGlassResult,  CDitGlassRawClient* pRawMemoryMgr) ;
	virtual int MemoryParsingMeasureResultDataToFile(CGlassResult* pGlassResult,  CDitGlassRawClient* pRawMemoryMgr) ;
	virtual int MemoryParsingReflowResultDataToFile(CGlassResult* pGlassResult,  CDitGlassRawClient* pRawMemoryMgr);
	//====================================================================================================================


	virtual int ParsingWsiReflowResultDataToFile(CGlassResult* pGlassResult, CResultFileManager* pResultFileMgr);
	virtual void ParsingFileToGlassResult(CGlassResult* pGlassResult, CResultFileManager* pResultFileMgr);
	virtual int ParsingReviewResultDataToFile(CGlassResult* pGlassResult, CResultFileManager* pResultFileMgr);
	virtual int ParsingReviewResultDataCD(CGlassResult* pGlassResult, CResultFileManager* pResultFileMgr);
	virtual int ParsingReviewResultDataSD(CGlassResult* pGlassResult, CResultFileManager* pResultFileMgr);
	virtual int ParsingWsiResultDataToFile(CGlassResult* pGlassResult, CResultFileManager* pResultFileMgr);
	virtual int ParsingReflowResultData(CGlassResult* pGlassResult, CResultFileManager* pResultFileMgr);

	virtual int ParsingMeasureResultDataToFile(CGlassResult* pGlassResult, CResultFileManager* pResultFileMgr);

	virtual void ParsingRTMSFileToGlassResult(CGlassResult* pGlassResult, CResultFileManager* pResultFileMgr);
	virtual int	ParsingReviewResultDataToRTMSFile(CGlassResult* pGlassResult, CResultFileManager* pResultFileMgr);
	//virtual int ParsingDeepLearningFileToResultData( CGlassResult* pGlassResult, CResultFileManager* pResultFileMgr );

	BOOL	CheckResultFileAndCopy( CGlassResult* pGlassResult, CResultFileManager* pResultFileMgr, const SReviewResult *pResult, const CString& strFileName );
	//BOOL	CheckDeepLearningResult( CGlassResult* pGlassResult, CResultFileManager* pResultFileMgr, int nDLIndex, const CString& strFileName );

	// [2018/03/14 10:19:06 by jylee] related Deep Learning
	//virtual int ParsingDeepLearningResultDataToGlassResult( CGlassResult* pGlassResult, CResultFileManager* pResultFileMgr );

	virtual int ParsingDataReloadToGlassResult( CGlassResult* pGlassResult, CResultFileManager* pResultFileMgr, int nOrgGlass );

protected:
	
private:
	
	BOOL StartParshing();
	int GetDefectType(const CString& strValue);
	int GetGrayType(const CString& strValue);
	CString GetGrayType(const int& nValue);
	int GetProcessType(const CString& strValue);
	int GetSizeType(const CString& strValue);
	int GetStackType(const CString& strValue);
	int GetJudgeType(const CString& strValue);
	int GetOpticType(int nDefectType);
	int GetCSOTDefectType(const CString& strValue);
	int GetZoneType(const CString& strValue);					// [2018/07/28 10:57:49 by jylee] related Zone Data
	//int GetFeatureType(const CString& strValue);

	int GetDefectCodeType( const CString& strRecipeID, const CString& strValue );		// [2018/03/14 09:47:51 by jylee] related Deep Learning
	int GetCSOTDefectCode(CString strDfectType);
	CString GetGradeType(int nJudgementType);//DefectJudgement
	int GetCodeType(CString strValue);

};