Deliver/include/GenUnitLogic.h

#pragma once
/*========================================================================================
单元逻辑设备的功能：
1、实现各参数的设置（仅提供功能接口）；
2、实现在各种应用（DR、RF、超声）下的dose管理；
3、实现在各种检查（双能、拼接、软件AEC、AED等）下的状态管理；
==========================================================================================*/
#ifndef GENUNITLOGIC_EXPORTS
#ifdef _WIN64
#ifdef _DEBUG
#pragma comment(lib, "GenUnitLogicX64D.lib")
#else
#pragma comment(lib, "GenUnitLogicX64.lib")
#endif
#else
#ifdef _DEBUG
#pragma comment(lib, "GenUnitLogicD.lib")
#else
#pragma comment(lib, "GenUnitLogic.lib")
#endif
#endif
#endif


#define PARAM_IN_TYPE

#define ABSTRACT2UNIT 0
#define UNIT2ABSTRACT 1


#ifdef GENUNITLOGIC_EXPORTS
#define GENUNITLOGIC_API __declspec(dllexport)
#else
#define GENUNITLOGIC_API __declspec(dllimport)
#endif

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

typedef enum GenWorkStation_Type {
	GENUNIT_WS_TABLE,
	GENUNIT_WS_WALL,
	GENUNIT_WS_CONVENTIONAL,
	GENUNIT_WS_FREE,
	GENUNIT_WS_TOMO,
	GENUNIT_WS_TABLE_WALL,
	GENUNIT_WS_FREE2,
}GENWORKSTATION_TYPE;

class GENUNITLOGIC_API GenUnitLogic : public LogicDevice
{
	//1.setexaminfo,把后补检查集传下来.
	//2.SelectExamMode,指定检查类型.(这里传递的是DX or RF,内部要读取对应的具体检查，并设置)
	//3.因为之前的定义没有考虑RF场景，所以旧版ExamMode和新版ExamMode基本上不匹配.
	/*这件事情要等到RF实际投入的时候重新考虑，目前只考虑DX情况*/
	ResDataObject *m_ExamInfo; // {{DX:Stitch} with {RF:ContinueSerial} or only one}
	ResDataObject *m_CurrentExamMode;//DX or RF


	BaseJsonDataObject<int> *m_SysSequence;//SysSequence
	BaseJsonDataObject<int> *m_AppMode;//application mode:RF/dr
	BaseJsonDataObject<int> *m_ExamMode;//Exam mode:dual energy\stitching
	//BaseJsonDataObject<int> *m_WorkStation;//WorkStation
	BaseJsonDataObject<string> *m_WorkStation;//WorkStation
	BaseJsonDataObject<int> *m_Techmode;//Techmode
	BaseJsonDataObject<int> *m_Focus;//Focus
	BaseJsonDataObject<float> *m_KV;//KV
	BaseJsonDataObject<float> *m_MA;//mA
	BaseJsonDataObject<float> *m_MS;//MS
	BaseJsonDataObject<float> *m_MAS;//MAS
	BaseJsonDataObject<float> *m_AECDensity;//AECDensity
	BaseJsonDataObject<int> *m_AECField;// AECField
	BaseJsonDataObject<int> *m_AECFilm;// AECFilm
	BaseJsonDataObject<float> *m_PostKV;//PostKV
	BaseJsonDataObject<float> *m_PostMA;//PostMA
	BaseJsonDataObject<float> *m_PostMS;//PostMS
	BaseJsonDataObject<float> *m_PostMAS;//PostMAS
	BaseJsonDataObject<int> *m_ExposureStatus;// Exposure Status

	BaseJsonDataObject<int> *m_TotalExposureStep;// Total Exposure Step:Dual,Stitch,used multiple exposure.
	BaseJsonDataObject<int> *m_CurExposureStep;// Exposure Step:Dual,Stitch,used multiple exposure.

	//mech etc
	BaseJsonDataObject<int> *m_MechTotalSize;//total size
	BaseJsonDataObject<int> *m_MechCurrentPos;//current pos
	BaseJsonDataObject<int> *m_MechStepSize;//next step size

	BaseJsonDataObject<float> *m_ExposedDose;//

	BaseJsonDataObject<int> *m_Reset;//Reset 0: fail; 1: successful,

	BaseJsonDataObject<string> *m_Error;// Exposure Status
	BaseJsonDataObject<string> *m_Warning;//Reset 0: fail; 1: successful,

	BaseJsonDataObject<float> *m_PosReplyKV;//ReplyKV
	BaseJsonDataObject<float> *m_PosReplyMA;//ReplyMA
	BaseJsonDataObject<float> *m_PosReplyMS;//ReplyMS

	BaseJsonDataObject<float> *m_NosReplyKV;//ReplyKV
	BaseJsonDataObject<float> *m_NosReplyMA;//ReplyMA
	BaseJsonDataObject<float> *m_NosReplyMS;//ReplyMS

	BaseJsonDataObject<float> *m_FKV;//FLKV
	BaseJsonDataObject<float> *m_FMA;//FLmA
	BaseJsonDataObject<int> *m_ABS;
	BaseJsonDataObject<int> *m_EXO;
	BaseJsonDataObject<int> *m_TubeHeat;//HE

	BaseJsonDataObject<int> *m_DAP;//DAP(mGycm^2)

	BaseJsonDataObject<int> *m_PositionCode;//
	ResDataObject *m_KVList;
	ResDataObject *m_MAList;
	ResDataObject *m_MSList;
	ResDataObject *m_MASList;
public:
	GenUnitLogic(void);
	virtual ~GenUnitLogic(void);

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

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

	//register system status
	virtual RET_STATUS SYSTEM_CALL GetSEQResource(ResDataObject PARAM_OUT *pDeviceStatus);

	//register system status
	virtual RET_STATUS SYSTEM_CALL GetDoseResource(ResDataObject PARAM_OUT *pDeviceStatus);

	//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);

	//Data Access
	virtual int DATA_ACTION GetValue(float PARAM_OUT &Value, int PARAM_IN_TYPE ParamType);
	virtual int DATA_ACTION SetValue(float PARAM_IN Value, int PARAM_IN_TYPE ParamType);

	virtual int DATA_ACTION GetValue(int PARAM_OUT &Value, int PARAM_IN_TYPE ParamType);
	virtual int DATA_ACTION SetValue(int PARAM_IN Value, int PARAM_IN_TYPE ParamType);


	virtual int DATA_ACTION SetAPR(APRStruct APRParam);

	virtual RET_STATUS DATA_ACTION EnterExp();
	virtual int DATA_ACTION AcceptExp(ResDataObject& Workstation);
	virtual int DATA_ACTION ImageReady(ResDataObject& ImageStatus);
	virtual int DATA_ACTION ExitExp();
	virtual int DATA_ACTION ReadRealExploseStatus(ResDataObject& WorkStation);

	//留给子系统的接口，没有用就不要管.
	//跟SetExamMode不同,它设置的是ExamInfo中的ExamMode,然后把ExamMode转为SetExamMode.
	const char *GetCurrentExamMode();
	ResDataObject& GetCurrentExamInfo();

	virtual RET_STATUS DATA_ACTION SetExamInfo(ResDataObject PARAM_IN& pParam);
	virtual RET_STATUS DATA_ACTION SelectExamMode(const char *pAppKey);
	virtual RET_STATUS SetStudyInfo(ResDataObject PARAM_IN& pParam);
	virtual RET_STATUS SetTechParamsInfo(ResDataObject PARAM_IN& pParam);

	//Actions
	virtual int DEVICE_ACTION IncParam(int nAdjustStep, int PARAM_IN_TYPE ParamType);
	virtual int DEVICE_ACTION DecParam(int nAdjustStep, int PARAM_IN_TYPE ParamType);
	virtual int DEVICE_ACTION IncParamL(int nAdjustStepL, int PARAM_IN_TYPE ParamType);
	virtual int DEVICE_ACTION DecParamL(int nAdjustStepL, int PARAM_IN_TYPE ParamType);

	virtual int DEVICE_ACTION RefreshParameterList(const char* ParamType, float* List, int ListCount, float maxvalue, float minvalue);
	//Support function
	virtual bool DEVICE_SUPPORT Support_IncParam(int PARAM_IN_TYPE ParamType);
	virtual bool DEVICE_SUPPORT Support_DecParam(int PARAM_IN_TYPE ParamType);
	virtual bool DEVICE_SUPPORT Support_IncParamL(int PARAM_IN_TYPE ParamType);
	virtual bool DEVICE_SUPPORT Support_DecParamL(int PARAM_IN_TYPE ParamType);
	virtual bool DEVICE_SUPPORT Support_SetValue(int PARAM_IN_TYPE ParamType);
	virtual bool DEVICE_SUPPORT Support_GetValue(int PARAM_IN_TYPE ParamType);

	bool DEVICE_SUPPORT Support_SeqPrepState(void);
	bool DEVICE_SUPPORT Support_SeqReadyState(void);
	bool DEVICE_SUPPORT Support_FramePrepState(void);
	bool DEVICE_SUPPORT Support_FrameReadyState(void);
	bool DEVICE_SUPPORT Support_FrameStartState(void);
	bool DEVICE_SUPPORT Support_FrameInState(void);
	bool DEVICE_SUPPORT Support_FramePostState(void);
	bool DEVICE_SUPPORT Support_FrameEndState(void);
	bool DEVICE_SUPPORT Support_SeqPostState(void);

	RET_STATUS WaitforWS(DWORD nWaitTime = 3000); //Wait For Workstation 
	//virtual int SetExploreStatus(const char* szKey, USHORT Value);
	HANDLE	m_hGenWSEvent;
private:
	string Type2Char(int nMessageType);
	string SwitchWorkStation(int& nWorkStationType, string strWS, int nSwitchType); //0: from char* to int; 1: from int to char*
	bool CheckExamSame(ResDataObject* OriExam, ResDataObject* CurExam);
};