#pragma once

#include <vector>

enum RECIPE_PRIORITY_TYPE			{ RCP_PRIORITY_TYPE_NONE = 0, RCP_PRIORITY_TYPE_OPTIC, RCP_PRIORITY_TYPE_GRAY, RCP_PRIORITY_TYPE_STACK, RCP_PRIORITY_TYPE_COUNT };
enum RECIPE_PRIORITY_ORDER_OPTIC	{ RCP_PRIORITY_ORDER_OPTIC_ALL = 0, RCP_PRIORITY_ORDER_OPTIC_DARK, RCP_PRIORITY_ORDER_OPTIC_BRIGHT, RCP_PRIORITY_ORDER_OPTIC_COUNT };
enum RECIPE_PRIORITY_ORDER_GRAY		{ RCP_PRIORITY_ORDER_GRAY_ALL = 0, RCP_PRIORITY_ORDER_GRAY_BLACK, RCP_PRIORITY_ORDER_GRAY_WHITE, RCP_PRIORITY_ORDER_GRAY_COUNT
};
enum RECIPE_PRIORITY_ORDER_MODEL {
	RCP_PRIORITY_MODEL_TYPE_ALL,
	RCP_PRIORITY_MODEL_TYPE_0, RCP_PRIORITY_MODEL_TYPE_1, RCP_PRIORITY_MODEL_COUNT
};
enum RECIPE_PRIORITY_ORDER_STACK	{ RCP_PRIORITY_ORDER_STACK_ALL= 0, RCP_PRIORITY_ORDER_STACK_CD, RCP_PRIORITY_ORDER_STACK_TD, RCP_PRIORITY_ORDER_STACK_SD, RCP_PRIORITY_ORDER_STACK_COUNT };
enum CSOT_RECIPE_PRIORITY_ORDER_STACK	{ CSOT_RCP_PRIORITY_ORDER_ALL=0,RCP_PRIORITY_ORDER_NONE_STACK,RCP_PRIORITY_ORDER_STACK, RCP_PRIORITY_ORDER_STACK_REVIEWED,CSOT_RCP_PRIORITY_ORDER_STACK_COUNT };
enum RECIPE_PRIORITY_ORDER_TYPE		{ RCP_PRIORITY_ORDER_ALL = 0, RCP_PRIORITY_ORDER_PARTICLE, RCP_PRIORITY_ORDER_CRACK, RCP_PRIORITY_ORDER_MURA, RCP_PRIORITY_ORDER_MHP, RCP_PRIORITY_ORDER_MHD,  RCP_PRIORITY_ORDER_TFE, RCP_PRIORITY_ORDER_BL, RCP_PRIORITY_ORDER_SCR, RCP_PRIORITY_ORDER_COUNT };

enum RECIPE_PRIORITY_CPJT_STACK_TYPE {
	RCP_PRIORITY_CPJT_STACK_ALL = 0, RCP_PRIORITY_STACK_TD, RCP_PRIORITY_STACK_SD, RCP_PRIORITY_STACK_PD, RCP_PRIORITY_STACK_SP, RCP_CPJT_PRIORITY_STACK_COUNT
};

enum RECIPE_PRIORITY_CSOT_STACK_TYPE		{ RCP_PRIORITY_STACK_ALL = 0, RCP_PRIORITY_STACK_NONE_STACK, RCP_PRIORITY_STACK,RCP_PRIORITY_STACK_REVIEWED,RCP_PRIORITY_STACK_COUNT};

enum RECIPE_PRIORITY_CPJT_JUDGEMENT {
	RCP_PRIORITY_Judge_ALL = 0, RCP_PRIORITY_Judge_OK, RCP_PRIORITY_Judge_RP, RCP_PRIORITY_Judge_NG, RCP_PRIORITY_Judge_TR, RCP_PRIORITY_Judge_PR, RCP_PRIORITY_Judge_PT, RCP_PRIORITY_Judge_Review, RCP_PRIORITY_Judge_RC, RCP_PRIORITY_Judge_Size, RCP_PRIORITY_Judge_VI, RCP_PRIORITY_Judge_Rework, RCP_PRIORITY_Judge_Unknown, RCP_PRIORITY_GRADE_COUNT
};

enum RECIPE_PRIORITY_CPJT_DEFECTCODE_TYPE {
	RCP_PRIORITY_DEFECT_CODE_ALL = 0, RCP_PRIORITY_DEFECT_CODE_TRDF, RCP_PRIORITY_DEFECT_CODE_BATR, RCP_PRIORITY_DEFECT_CODE_DOBB, RCP_PRIORITY_DEFECT_CODE_DOBS, RCP_PRIORITY_DEFECT_CODE_DOWW, RCP_PRIORITY_DEFECT_CODE_DOWB, RCP_PRIORITY_DEFECT_CODE_DOWS, RCP_PRIORITY_DEFECTCODE_COUNT
};


class AFX_EXT_CLASS CRcpPriorityInfo
{
public:
	CRcpPriorityInfo(void);
	virtual ~CRcpPriorityInfo(void);

public:
	void Reset();
	
	// getter
	void		GetInfo(CRcpPriorityInfo& rhs);
	int			GetPriorityOpticData() const			{ return m_nPriorityOpticData; }
	int			GetPriorityGrayData() const				{ return m_nPriorityGrayData; }
	int			GetPriorityStackData() const			{ return m_nPriorityStackData; }
	int			GetPriorityModelData() const            { return m_nPriorityModelData; }
	int			GetPriorityDefectType() const			{ return m_nPriorityDefectType;}
	int			GetPriorityDefectTypeNum() const		{ return m_nPriorityDefectTypeNum;}
	int			GetPriorityDefectMinSize() const		{ return m_nDefectumMinSize; }
	int			GetPriorityDefectMaxSize() const		{ return m_nDefectumMaxSize; }
	BOOL		GetPriorityDefectSizeOption() const		{ return m_bUseSizeOption; }
	int		    GetPriorityGradeData() const            { return m_nDefectGradeData; }
	CString			GetPriorityDefectCode() const			{ return m_strPriorityDefectCode; }//20210608 TRDF ������

	// setter
	void		SetInfo(const CRcpPriorityInfo& rhs);
	void		SetPriorityOpticData(int nData) 		{ m_nPriorityOpticData = nData; }
	void		SetPriorityGrayData(int nData) 			{ m_nPriorityGrayData = nData; }
	void		SetPriorityStackData(int nData) 		{ m_nPriorityStackData = nData; }
	void		SetPriorityModelData(int nData)         { m_nPriorityModelData = nData; }
	void		SetPriorityDefectType(int nData)		{ m_nPriorityDefectType	=	nData; }
	void		SetPriorityDefectTypeNum(int nData)		{ m_nPriorityDefectTypeNum = nData; }
	void		SetPriorityDefectMinSize(int nSize)		{ m_nDefectumMinSize = nSize; }
	void		SetPriorityDefectMaxSize(int nSize)		{ m_nDefectumMaxSize = nSize; }
	void		SetPriorityDefectSizeOption(bool bUse)	{ m_bUseSizeOption = bUse; }
	void		SetPriorityGradeData(int nData) {m_nDefectGradeData = nData; }
	void		SetPriorityDefectCode(CString StrData) { m_strPriorityDefectCode = StrData;} //20210608
protected:
	int		m_nPriorityOpticData;					// �켱���� optic ������
	int		m_nPriorityGrayData;					// �켱���� gray ������
	int		m_nPriorityStackData;					// �켱���� stack ������
	int		m_nPriorityModelData;					// �켱���� Midek ������
	int		m_nPriorityDefectType;
	int		m_nPriorityDefectTypeNum;
	int		m_nDefectGradeData;
	CString		m_strPriorityDefectCode;				   // �켱���� �˻� DefectCode ������//20210608

	BOOL	m_bUseSizeOption;
	int		m_nDefectumMinSize;
	int		m_nDefectumMaxSize;
};	
typedef std::vector<CRcpPriorityInfo>			VectorRcpPriorityInfo;
typedef std::vector<CRcpPriorityInfo>::iterator	VectorRcpPriorityInfoIt;