PhysicalDevice/Machine/DIOS.Dev.MECH.Mould/DIOS.Dev.MECH.Mould.hpp

#pragma once

#include <string>

#include "DIOS.Dev.IODevice.hpp"
#include "DIOS.Dev.IODevice.Detail.hpp"
#include "MECH.BasicMoulds.hpp"
#include "DriverConfigInfo.tlh"
#include "DriverConfigInfo.tli"
#include "DIOSDICOMInfo.h"

namespace nsDetail = DIOS::Dev::Detail;


#ifndef DIOSDEVMECHDEVICEMOULD_EXPORTS
#ifdef _WIN64
#ifdef _DEBUG
#pragma comment(lib, "DIOS.Dev.MECH.Mould64D.lib")
#else
#pragma comment(lib, "DIOS.Dev.MECH.Mould64.lib")
#endif
#else
#ifdef _DEBUG
#pragma comment(lib, "DIOS.Dev.MECH.MouldD.lib")
#else
#pragma comment(lib, "DIOS.Dev.MECH.MouldD.lib")
#endif
#endif
#endif


#ifdef DIOSDEVMECHDEVICEMOULD_EXPORTS
#define _DIOSDEVMECHDEVICEMOULD_API __declspec(dllexport)
#else
#define _DIOSDEVMECHDEVICEMOULD_API __declspec(dllimport)
#endif


#pragma warning (disable:4251)	// warning C4251: class “DIOS::Dev::Detail::Generator::DoseUnit”需要有 dll 接口由 class“DIOS::Dev::Detail::Generator::MECHMould”的客户端使用


namespace DIOS::Dev::Detail::MECH
{
	//获取日志配置路径
	_DIOSDEVMECHDEVICEMOULD_API string GetProcessDirectory();
	//获取配置文件中指定模块的版本号
	_DIOSDEVMECHDEVICEMOULD_API bool GetVersion(string& version, HMODULE hMyModule);
	_DIOSDEVMECHDEVICEMOULD_API bool GetVersion(string& version, ResDataObject& config);
	_DIOSDEVMECHDEVICEMOULD_API bool GetVersion(string& version);

	_DIOSDEVMECHDEVICEMOULD_API void TransJsonText(ResDataObject& config);
	//-----------------------------------------------------------------------------
	//		MECHUnit
	//-----------------------------------------------------------------------------
	class _DIOSDEVMECHDEVICEMOULD_API MECHUnit : public IOLogicUnit
	{
	public:
		MECHUnit() {};
		virtual ~MECHUnit() {};

	public:
		//检查
		std::unique_ptr<PATIENTSIZEMould> m_PatientSize;
		std::unique_ptr<VIEWIDMould> m_ViewID;
		//Mechanical
		std::unique_ptr<MechStateMould> m_MechState;
		std::unique_ptr <POSITIONNUMBERMould> m_PostionNumber;
		std::unique_ptr<TubeAngleMould> m_TubeAngle;
		std::unique_ptr<TubeHeightMould> m_TubeHeight;
		std::unique_ptr<TIDMould> m_TID;
		std::unique_ptr<SIDMould> m_SID;
		std::unique_ptr<SEDMould> m_SED;
		std::unique_ptr<SODMould> m_SOD;
		std::unique_ptr<FIDMould> m_FID;
		std::unique_ptr<GRIDMould> m_GridState;//Grid
		string                     m_strInfo;//机架详细信息
		//遮光器
		std::unique_ptr<FILTERMould> m_Filter;
		//乳腺
		//std::unique_ptr<GRIDMould> m_Mammo_Grid;
		std::unique_ptr<MAMMOAEMould> m_Mammo_AE;
		std::unique_ptr<MAMMOTHICKNESSMould> m_Mammo_Thickness;
		//std::unique_ptr<FILTERMould> m_Mammo_FT;
		//std::unique_ptr<SIDMould> m_Mammo_SID;
		std::unique_ptr<MAMMOPRESSDECMould> m_Mammo_CompPressureDEC;
		std::unique_ptr<MAMMODEPRESSMould> m_Mammo_Depress;
		std::unique_ptr<MAMMOPRESSVALMould> m_Mammo_PressureValue;
		std::unique_ptr<MAMMOAGDMould> m_Mammo_AGD;
		std::unique_ptr<MAMMOMAGMould> m_Mammo_MAG;
		//TOMO
		//std::unique_ptr<MAMMOMAGMould> m_Tomo_TID;
		//std::unique_ptr<MAMMOMAGMould> m_Tomo_SID;
		std::unique_ptr<TOMOTypeMould> m_Tomo_Type;
		std::unique_ptr<TOMOScanDirectionMould> m_Tomo_ScanDirection;
		std::unique_ptr<TOMOFrameCountMould> m_Tomo_FrameCount;
		std::unique_ptr<TOMOFrameRateMould> m_Tomo_FrameRate;
		std::unique_ptr<TOMOScanAngleMould> m_Tomo_ScanAngle;
		std::unique_ptr<TOMOScanImageNumberMould> m_Tomo_ScanImageNumber;
		//拼接
		std::unique_ptr<StitchingStateMould> m_StitchingState;
		std::unique_ptr<StitchHeightMould> m_StitchHeight;
		std::unique_ptr<StitchLengthMould> m_StitchLength;
		std::unique_ptr<StitchOverLapMould> m_StitchOverLap;
		std::unique_ptr<StitchPIDMould> m_StitchPID;
		std::unique_ptr<StitchDirectionMould> m_StitchDirection;
		std::unique_ptr<StitchTypeMould> m_StitchType;
		std::unique_ptr<StitchStepLengthMould> m_StitchStepLength;
		std::unique_ptr<FPDPositionMould> m_FPDPosition;
		std::unique_ptr<TotalImageCountMould> m_TotalImageCount;
		std::unique_ptr<CurrentImageNumberMould> m_CurrentImageNumber;
		//牛头
		std::unique_ptr<KVMould> m_KV;
		std::unique_ptr<MAMould> m_MA;
		std::unique_ptr<MSMould> m_MS;
		std::unique_ptr<MASMould> m_MAS;
		std::unique_ptr<TECHMODEMould> m_Techmode;
		std::unique_ptr<FOCUSMould> m_Focus;
		std::unique_ptr<WORKSTATIONMould> m_WS;
		std::unique_ptr<AECDENSITYMould> m_AECDensity;
		std::unique_ptr<AECFIELDMould> m_AECField;
	};
	//-----------------------------------------------------------------------------
	//		MECHMould
	//-----------------------------------------------------------------------------
	namespace nDev = DIOS::Dev;
	class  _DIOSDEVMECHDEVICEMOULD_API  MECHMould
	{
	public:
		MECHMould ();
		~MECHMould ();

	protected:
		virtual void RegisterExamInfo(Dispatch* Dispatch);
		virtual void RegisterNormalControl(Dispatch* Dispatch);
		virtual void RegisterMammoControl(Dispatch* Dispatch);
		virtual void RegisterTOMOControl(Dispatch* Dispatch);
		virtual void RegisterCollimatorControl(Dispatch* Dispatch);
		virtual void RegisterStitchingControl(Dispatch* Dispatch);
		virtual void RegisterExtraScreenControl(Dispatch* Dispatch);

	protected:
		//检查信息接口
		virtual RET_STATUS SetStudyInfo(ResDataObject& pParam);
		virtual RET_STATUS SetViewInfo(ResDataObject& pParam);
		virtual RET_STATUS SetPatientInfo(ResDataObject& pParam);
		//机架通用接口
		virtual RET_STATUS Reset() { return RET_STATUS::RET_SUCCEED; };
		virtual RET_STATUS SetTechParamsInfo(ResDataObject& pParam);
		virtual RET_STATUS SetPositionNumber(int pn);
		virtual RET_STATUS SetSID(float value);
		virtual RET_STATUS SetSOD(float value);
		virtual RET_STATUS MoveToHome(string& value);
		virtual RET_STATUS MoveMech(string& value);
		virtual RET_STATUS StopMech(string& value);
		virtual RET_STATUS SetGrid(AttrKey::MECH_GRIDSTATE GridState);
		virtual RET_STATUS SetAutoTracking(int nAutoTracking);
		virtual RET_STATUS ActiveSyncMode(_tSyncModeArgs value) { return RET_STATUS::RET_SUCCEED; };
		//乳腺接口
		virtual RET_STATUS SetCollimatorSize(int xsize, int ysize);
		virtual RET_STATUS SetCollimatorSID(int sid);
		virtual RET_STATUS SetCollimatorFilter(int pParams);
		virtual RET_STATUS SetCollimatorAngle(int pParams);
		virtual RET_STATUS SetCollimatorLight(int pParams);
		//TOMO
		virtual RET_STATUS SetTomoEnable(bool state);
		virtual RET_STATUS SetTomoExpMode(string& vakue);
		virtual RET_STATUS SetTomoTechnical(string& value);
		virtual RET_STATUS GetTomoResults(string& result);
		//遮光器
		virtual RET_STATUS SetCollimator(ECOM_COLLIMATOR_INFO &curCollimator);
		virtual RET_STATUS SetFilter(int nFilter);
		//拼接相应接口
		virtual RET_STATUS BeginStitching();
		virtual RET_STATUS InitStitching();
		virtual RET_STATUS EndStitching();
		virtual RET_STATUS SetupStitching(string& value);
		virtual RET_STATUS AcceptStitchingImage();
		virtual RET_STATUS RejectStitchingImage();
		virtual RET_STATUS CancelStitching();
		virtual RET_STATUS CompleteStitching();
		virtual RET_STATUS NewExtraView();
		virtual RET_STATUS RepeatStitching();
		virtual RET_STATUS SetAutoPosiitonNo(int nPN);
		//牛头
		virtual RET_STATUS SetExpEnable(bool nExpEnabled);
		virtual RET_STATUS SetWS(int nWS);
		virtual RET_STATUS SetKV(int nKV);
		virtual RET_STATUS SetMA(float fMA);
		virtual RET_STATUS SetMS(float fMS);
		virtual RET_STATUS SetMAS(float fMAS);
		virtual RET_STATUS SetFO(int nFO);
		virtual RET_STATUS SetTechMode(int nET);
		virtual RET_STATUS SetAECField(int nAECFieldSel);
		virtual RET_STATUS SetDensity(float nAECDensity);
		virtual RET_STATUS SetBodySize(string strSize);
	
	public:
		MECHUnit m_MECHUnit;
	};

}


namespace DIOS::Dev::Detail::MECH
{
	class  _DIOSDEVMECHDEVICEMOULD_API  DriverMould : public DIOS::Dev::IODriver
	{
	public:
		DriverMould ();
		~DriverMould ();

		virtual std::string GetGUID () const;
		virtual string GetConnectDLL(string& ConfigFileName);
		virtual ResDataObject GetConnectParam(string& ConfigFileName);

	protected:
		std::list <ConfigInfo> m_ConfigInfo;
	};
}