#pragma once

#ifndef CALCMDUNITLOGIC_EXPORTS
#ifdef _WIN64
#ifdef _DEBUG
#pragma comment(lib, "CalCmdUnitLogicX64D.lib")
#else
#pragma comment(lib, "CalCmdUnitLogicX64.lib")
#endif
#else
#ifdef _DEBUG
#pragma comment(lib, "CalCmdUnitLogicD.lib")
#else
#pragma comment(lib, "CalCmdUnitLogic.lib")
#endif
#endif
#endif

#define PARAM_IN_TYPE

#ifdef CALCMDUNITLOGIC_EXPORTS
#define CALCMDUNITLOGIC_API __declspec(dllexport)
#else
#define CALCMDUNITLOGIC_API __declspec(dllimport)
#endif

#include"LogicDevice.h"
#include"DIOSLogicDeviceStructure.h"

class CALCMDUNITLOGIC_API CalCmdUnitLogic : public LogicDevice
{
private:
	BaseJsonDataObject<unsigned int>* m_AppMode;
	BaseJsonDataObject<unsigned int>*  m_ExamMode;
	BaseJsonDataObject<unsigned int>*  m_CalType;
	BaseJsonDataObject<unsigned long>*  m_Dose;

	BaseJsonDataObject<bool>*  m_HaveImgCal;
	BaseJsonDataObject<unsigned int>*  m_OffsetTotalNum;
	BaseJsonDataObject<unsigned int>*  m_XrayTotalNum;
	//Notify
	BaseJsonDataObject<unsigned int>*  m_CalibrationActive;
	BaseJsonDataObject<unsigned int>*  m_CalibrationRunning;
	BaseJsonDataObject<unsigned int>*  m_CalibrationProcessCounter;
	BaseJsonDataObject<bool>*  m_CalibrationPause;
	BaseJsonDataObject<bool>*  m_CalibrationResult;
	BaseJsonDataObject<bool>*  m_CalibrationEnd;
	//Notify end

	BaseJsonDataObject<string>*  m_PixelSpacing;
	BaseJsonDataObject<string>*  m_ActiveDimension;
	BaseJsonDataObject<string>*  m_DetectorActiveTime;
	BaseJsonDataObject<string>*  m_DetectorActivationOffsetFromExposure;
	BaseJsonDataObject<string>*  m_FieldofViewShape;
	BaseJsonDataObject<string>*  m_ViewDimension;
	BaseJsonDataObject<string>*  m_DetectorType;
	BaseJsonDataObject<string>*  m_DetectorConfiguration;
	BaseJsonDataObject<string>*  m_strTimeofLastDetectorCalibration;
	BaseJsonDataObject<string>*  m_ConditionsNominalFlag;
	BaseJsonDataObject<string>*  m_Sensitivity;
	BaseJsonDataObject<string>*  m_DetectorElementPhysicalSize;
	BaseJsonDataObject<string>*  m_DetectorElementSpacing;
	BaseJsonDataObject<string>*  m_DetectorActiveShape;
	BaseJsonDataObject<string>*  m_DetectorActiveDimension;
	BaseJsonDataObject<string>*  m_DetectorActiveOrigin;
	BaseJsonDataObject<string>*  m_LossyImageCompression;
	BaseJsonDataObject<string>*  m_RescaleType;
	BaseJsonDataObject<string>*  m_PixelIntensityRelationship;
	BaseJsonDataObject<string>*  m_ImageReferUGY;
	BaseJsonDataObject<string>*  m_UGYShowType;
	BaseJsonDataObject<string>*  m_FactorEXI2UGY;


	OFFSETT_CAL_ATTR*  m_Oft_Cal_Attr;
	XRAY_CAL_ATTR*  m_Gain_Cal_Attr;
	XRAY_CAL_ATTR*  m_Defect_Cal_Attr;
	
	char m_chLog[512];
	void LogInfo(string string);
	void LogWarn(string string);
	void LogError(string string);
public:
	CalCmdUnitLogic(void);
	virtual ~CalCmdUnitLogic(void);

	//get device type
	virtual bool SYSTEM_CALL GetDeviceType(GUID &DevType);

	//get device resource
	virtual RET_STATUS SYSTEM_CALL GetDeviceResource(ResDataObject PARAM_OUT *pDeviceResource);

	//ResourceCommand Request In and Response Out
	virtual RET_STATUS SYSTEM_CALL Request(ResDataObject PARAM_IN *pRequest, ResDataObject PARAM_OUT *pResponse);

	//notify to lower layer
	virtual RET_STATUS SYSTEM_CALL CmdToLogicDev(ResDataObject PARAM_IN *pCmd);

	//errors,warnings
	void SetErrorInfo(int errCode, char *pErrInfo);
	void SetWarningInfo(int warningCode, char *pWarningInfo);

public:
	//void LogInfo(string str);
	//void LogWarn(string str);
	//void LogError(string str);



private://Data²ãʵÏÖ£¬Owner
	
	 bool  Support_GetAppMode();
	 bool  Support_SetAppMode();
	 bool  Support_GetExamMode();
	 bool  Support_SetExamMode();
	 bool  Support_GetSEQResource();
	 bool  Support_SeqPrepState();
	 bool  Support_GetDoseReq();

	 RET_STATUS  DATA_ACTION GetDoseReq(unsigned long PARAM_OUT&nDose);
	 RET_STATUS  DATA_ACTION SeqPrepState();
	 RET_STATUS  DATA_ACTION GetSEQResource(ResDataObject*res);
	 RET_STATUS  DATA_ACTION GetAppMode(unsigned int PARAM_OUT&AppMode);
	 RET_STATUS  DATA_ACTION SetAppMode(unsigned int PARAM_IN AppMode);
	 RET_STATUS  DATA_ACTION GetExamMode(unsigned int PARAM_OUT&ExamMode);
	 RET_STATUS  DATA_ACTION SetExamMode(unsigned int PARAM_IN ExamMode);

public://data define,oem use
	RET_STATUS SetDose(unsigned long nDose);
	RET_STATUS SetCalType(unsigned int nType);
	RET_STATUS SetGainCalAttr(Xray_Cal_Attr_Struct Gain_Cal_Attr);
	RET_STATUS SetDefectCalAttr(Xray_Cal_Attr_Struct Defect_Cal_Attr);
	RET_STATUS SetOffsetCalAttr(Offset_Cal_Attr_Struct Offset_Cal_Attr);
	RET_STATUS SetDoseReq(unsigned long nDose);
	RET_STATUS SetHaveImgCal(bool HaveImgCal);
	RET_STATUS SetOffsetTotalNum(unsigned int OffsetTotalNum);
	RET_STATUS SetXrayTotalNum(unsigned int XrayTotalNum);
	RET_STATUS SetCalibrationActive(unsigned int CalibrationActive);
	RET_STATUS SetCalibrationRunning(unsigned int CalibrationRunning);
	RET_STATUS SetCalibrationProcessCounter(unsigned int CalibrationProcessCounter);
	RET_STATUS SetCalibrationPause(bool CalibrationPause);
	RET_STATUS SetCalibrationResult(bool CalibrationResult);
	RET_STATUS SetCalibrationEnd(bool CalibrationEnd);


	RET_STATUS SetPixelSpacing(string PixelSpacing);
	RET_STATUS SetActiveDimension(string ActiveDimension);
	RET_STATUS SetDetectorActiveTime(string DetectorActiveTime);
	RET_STATUS SetDetectorActivationOffsetFromExposure(string DetectorActivationOffsetFromExposure);
	RET_STATUS SetFieldofViewShape(string FieldofViewShape);
	RET_STATUS SetViewDimension(string ViewDimension);
	RET_STATUS SetDetectorType(string DetectorType);
	RET_STATUS SetDetectorConfiguration(string DetectorConfiguration);
	RET_STATUS SetstrTimeofLastDetectorCalibration(string strTimeofLastDetectorCalibration);
	RET_STATUS SetConditionsNominalFlag(string ConditionsNominalFlag);
	RET_STATUS SetSensitivity(string Sensitivity);
	RET_STATUS SetDetectorElementPhysicalSize(string DetectorElementPhysicalSize);
	RET_STATUS SetDetectorElementSpacing(string DetectorElementSpacing);
	RET_STATUS SetDetectorActiveShape(string DetectorActiveShape);
	RET_STATUS SetDetectorActiveDimension(string DetectorActiveDimension);
	RET_STATUS SetDetectorActiveOrigin(string DetectorActiveOrigin);
	RET_STATUS SetLossyImageCompression(string LossyImageCompression);
	RET_STATUS SetRescaleType(string RescaleType);
	RET_STATUS SetPixelIntensityRelationship(string PixelIntensityRelationship);
	RET_STATUS SetImageReferUGY(string ImageReferUGY);
	RET_STATUS SetUGYShowType(string UGYShowType);
	RET_STATUS SetFactorEXI2UGY(string FactorEXI2UGY);

public:
	 virtual bool   Support_StartCalibration();
	 virtual bool   Support_AcceptCurrImgage();
	 virtual bool   Support_RejectCurrImgage();
	 virtual bool   Support_AbortCalibration();
	 virtual bool   Support_FinishCalibration();

	 virtual RET_STATUS  DEVICE_ACTION StartCalibration(unsigned int calibrationtype);
	 virtual RET_STATUS  DEVICE_ACTION AcceptCurrImgage(void);
	 virtual RET_STATUS  DEVICE_ACTION RejectCurrImgage(void);
	 virtual RET_STATUS  DEVICE_ACTION AbortCalibration(void);
	 virtual RET_STATUS  DEVICE_ACTION FinishCalibration(void);


	 virtual bool   Support_StartDarkCalibration();
	 virtual bool   Support_AbortDarkCalibration();
	 virtual bool   Support_ActiveXrayCalibration();
	 virtual bool   Support_StartXrayCalibration();
	 virtual bool   Support_AbortXrayCalibration();

	 virtual bool   Support_CalTypeOffset();
	 virtual bool   Support_CalTypeGain();
	 virtual bool   Support_CalTypeDefect();

	 virtual RET_STATUS  DEVICE_ACTION StartDarkCalibration(void);
	 virtual RET_STATUS  DEVICE_ACTION AbortDarkCalibration(void);
	 virtual RET_STATUS  DEVICE_ACTION ActiveXrayCalibration(void);
	 virtual RET_STATUS  DEVICE_ACTION StartXrayCalibration(void);
	 virtual RET_STATUS  DEVICE_ACTION AbortXrayCalibration(void);


};