#pragma once

#include "ReviewProcessor.h"
#include "CHEdgeTriangle/EdgeTriangle.h"
#include "LineChecker/LineChecker.h"

#define ErrorCount 20

enum CSOT_OFF_PROCESS_STATUS {CSOT_OFF_REVIEW_SUCCESS = 0, CSOT_OFF_USER_SUCCESS, CSOT_OFF_MEASURE_SUCCESS, CSOT_OFF_WSI_SUCCESS,CSOT_OFF_REFLOW_SUCCESS}; //kmj

class CReviewProcessor_CSOT_OFF : public CReviewProcessor
{
public:
	CReviewProcessor_CSOT_OFF(int nThreadCount=1);
	virtual ~CReviewProcessor_CSOT_OFF(void);

	virtual void	AddWsiResultData(int nModuleIndex, const SWsiResult& measureResut);
	virtual void	AddWsiReflowResultData(int nModuleIndex, const SWsiResult& measureResut);
	virtual void	AddCameraImageData(int nModuleIndex, int nResultIndex, VectorImageData& vectorImageData);
	virtual int		AddReviewProcessData(SReviewResult* pReviewResult);

	virtual int		PostProcessReviewResult(int nThreadIdx, SReviewResult* pReviewResult);
	virtual int		PostProcessUserResult(int nThreadIdx, SReviewResult* pReviewResult);
	virtual int		PostProcessWsiResult(int nThreadIdx, SReviewResult* pReviewResult);
	virtual int		PostProcessMeasureResult(int nThreadIdx, SReviewResult* pReviewResult);
	virtual int		PostProcessReflowResult(int nThreadIdx, SReviewResult* pReviewResult);
	virtual int		PostProcessWsiReflowResult(int nThreadIdx, SReviewResult* pReviewResult);

	// Checking Process Success	kmj
	BOOL	CheckProcessSuccess(CRsRcpReviewInfo* pRsRcpReviewInfo);
	void	ProcessSuccessReset();

protected:
	virtual void	WorkThreadProcess(PVOID pParameter);
	int		CheckMotionComplete();

private:
	int		ProcessReview(int nThreadIdx, SReviewResult* pReviewResult);
	int		ProcessMeasure(int nThreadIdx, SReviewResult* pReviewResult);
	int		ProcessWSI(int nThreadIdx, SReviewResult* pReviewResult);
	int		ProcessUser(int nThreadIdx, SReviewResult* pReviewResult);
	int		ProcessReflow(int nThreadIdx, SReviewResult* pReviewResult);
	int		ProcessWSIReflow(int nThreadIdx, SReviewResult* pReviewResult);

	// ProcessReview
	BOOL	MakeReviewImageFileName(SReviewResult* pReviewResult);
	void	LoadAoiImage(const CString& strGlassID, int nOpticType, int nPosX, int nPosY, CCHImageData* pAoiDark, CCHImageData *pAoiBright);
	void	FindAoiDefectImagePath(const CString& strGlassID, int nOpticType, int nPosX, int nPosY,  CString& strDarkPath, CString& strBrightPath);
	void	FindDefectPos(int nThreadIdx, CCHImageData* pImageData, const SReviewDefectFindParam& findParam, SReviewDefectFindResult& findResult, SReviewResult* pReviewResult);
	BOOL	MakeUploadImage(CCHImageData *pUploadImage, CCHImageData *pReviewCam, CCHImageData *pAoiDark, CCHImageData *pAoiBright, const SReviewDefectFindResult& findResult, const SReviewResult* pReviewResult);
	void	MakeAoiImage(CCHImageData *pAoiDark, CCHImageData* pAoiBright,  CCHImageData* pAoiDark1, CCHImageData* pAoiBright1, CCHImageData* pAoiDark2, CCHImageData* pAoiBright2, int& nMaxWidth, int& nMaxHeight);
	void	DrawAoiImage(CDC *pDC, CCHImageData *pAoiDark1, CCHImageData* pAoiBright1, CCHImageData *pAoiDark2, CCHImageData* pAoiBright2, int nWidth, int nHeight);
	void	DrawDefectInfo(CDC *pDC, const SReviewDefectFindResult& findResult, const SReviewResult* pReviewResult);
	void	DrawDefectInfo(CDC *pDC, const SReviewDefectFindResult& findResult, const SReviewResult* pReviewResult, CCHImageData* pAoiBright, CCHImageData* pAoiDark);// 20170720 smok. bright, dark image is exist
	// User Defect Á¤º¸ Ãß°¡ [2017.6.22 bhs]
	//void	DrawUserDefectInfo(CDC *pDC, const SReviewDefectFindResult& findResult, const SReviewResult* pReviewResult, ReviewType rType);
	void	DrawUserDefectInfo(CDC *pDC, const SReviewDefectFindResult& findResult, const SReviewResult* pReviewResult, CCHImageData* pAoiBright, CCHImageData* pAoiDark);// 20170720 smok. bright, dark image is exist
	void    DrawUserDefectInfo(CDC *pDC, const SReviewDefectFindResult& findResult, const SReviewResult* pReviewResult);


	void	FindCDDefectIdx(SReviewResult* pReviewResult);
	void	FindSDDefectIdx(SReviewResult* pReviewResult);
	void	FindInspectionDefectImage(int nUMOriginX, int nUMOriginY, const CString& strGlassID, CString& strInspectionDefectImagePath);
	void	FindInspectionDefectImage(int nUMOriginX, int nUMOriginY, const CString& strGlassID, int nOpticType, CString& strDarkPath, CString& strBrightPath);	

	// ProcessMeasure
	BOOL	MakeMeasureImageFileName(SReviewResult* pReviewResult);
	BOOL	MakeUploadMeasureImage(CCHImageData *pUploadImage, CCHImageData *pReviewCam, const SReviewResult* pReviewResult, CResultTriangle * pResultTriangle, int nMeasureResult); //Modify by JuneKi 2016-02-29

	// ProcessUser
	BOOL	MakeUserImageFileName(SReviewResult* pReviewResult);	

	// ProcessReflow
	BOOL	MakeReflowImageFileName(SReviewResult* pReviewResult);

	// Checking Process Success	
	BOOL	bProcessSuccess[3]; //kmj

private:
	CRITICAL_SECTION	m_csUserCriticalSection;
	CRITICAL_SECTION    m_csMeasureRcpfileCriticalSection;
	CRITICAL_SECTION	m_csMeasureRcpimageCriticalSection;
	CRITICAL_SECTION	m_csMeasureMeasureResult; 

	CMotorControlInfo* m_MotorControlInfo;

protected:
	CString				ErrorStringCode[ErrorCount];
};