#pragma once

class CRcp_RsReviewManager;
class CRcp_RsMeasureManager;
class CRcp_RsAlignManager;
class CRcp_RsDefectFindManager;
class CRcp_RsGlassTypeInfoManager;

enum RcpReadStatusType	{RCP_READ_STATUS_NONE = 0, RCP_READ_STATUS_SUCCESS, RCP_READ_STATUS_FAIL};

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

public:
	// setter
	void SetRecipeReadStatus(int nStatus);
	void SetRecipdFilePath(const CString& strFilePath);

	// getter
	int GetRecipeReadStatus() const;
	CRcp_RsReviewManager*			GetRcpRsReviewManager()				{ return m_pRcpRsReviewManager; }
	CRcp_RsMeasureManager*			GetRcpRsMeasureManager()			{ return m_pRcpRsMeasureManager; }
	CRcp_RsAlignManager*			GetRcpRsAlignManager()				{ return m_pRcpRsAlignManager; }
	CRcp_RsDefectFindManager*		GetRcpRsDefectFindManager()			{ return m_pRcpRsDefectFindManager; }
	CRcp_RsGlassTypeInfoManager*	GetRcpRsGlassTypeInfoManager()		{ return m_pRsGlassTypeInfoManager; }

	const CRcp_RsReviewManager*		GetRcpRsReviewManager() const		{ return m_pRcpRsReviewManager; }
	const CRcp_RsMeasureManager*	GetRcpRsMeasureManager() const		{ return m_pRcpRsMeasureManager; }
	const CRcp_RsAlignManager*		GetRcpRsAlignManager() const		{ return m_pRcpRsAlignManager; }
	const CRcp_RsDefectFindManager*	GetRcpRsDefectFindManager()	const	{ return m_pRcpRsDefectFindManager; }
	const CRcp_RsGlassTypeInfoManager*	GetRcpRsGlassTypeInfoManager()const		{ return m_pRsGlassTypeInfoManager; }

	// read/write
	BOOL ReadRecipeFile(const CString& strRecipeName);
	BOOL WriteRecipeFile();

protected:
	int								m_nReadStatus;
	CString							m_strRecipeFilePath;
	CString							m_strCurrentRecipeName;
	CRcp_RsReviewManager*			m_pRcpRsReviewManager;
	CRcp_RsMeasureManager*			m_pRcpRsMeasureManager;
	CRcp_RsAlignManager*			m_pRcpRsAlignManager;
	CRcp_RsDefectFindManager*		m_pRcpRsDefectFindManager;
	CRcp_RsGlassTypeInfoManager*	m_pRsGlassTypeInfoManager;
};