#ifndef _C_DLL_EFILIBWRAPPER_H_
#define _C_DLL_EFILIBWRAPPER_H_


typedef enum test{first,second,drei,vier} t_order;

/* building a DLL */
#define DLLIMPORT __declspec (dllexport)

#ifdef __cplusplus
   extern "C" { /* using a C++ compiler */
#endif
	   DLLIMPORT int getDummyEnumeratorType(int order );

	   //EFILIBWrapper
	    typedef struct EFILibWrapper
		{
			void *EFILib; // intern ein EFILib*
		}EFILibWrapper;

		const char *strFileSettings_p = "settings.ini"; // Kann es sein, dass es hier einen Problem ist !! (es handelt sich um eine Konfiguration Datei)
		DLLIMPORT EFILibWrapper create_EFILib(bool boSimulate_p, const char *strFileSettings_p);
		DLLIMPORT void destory_EFILibWrapper(EFILibWrapper LV_ref_EFILib);

		// CEFI_Out_Wrapper
		struct CEFI_Out_Wrapper
		{

			const char *m_strT1;
			const char *m_strT2;
			const char *m_strT3;
			const char *m_strT4;
			const char *m_strDCA;
			const char *m_strDCB;
			const char *m_strPWZ;
			const char *m_strPhaseAB;
			const char *m_strU;
			const char *m_strI;
			const char *m_strDirection;
			const char *m_strZ2;
			const char *m_strZ3;
			const char *m_strZ4;
			const char *m_strA1;
			const char *m_strA2;
			const char *m_strB1;
			const char *m_strB2;
			const char *m_strPosError;
			const char *m_strWidError;
			const char *m_strSpeed;
			const char *m_strIndexNettoBrutto;
			const char *m_strChannel;

			const char *m_strAsicOffsetChannelA;
			const char *m_strAsicOffsetChannelB;
			const char *m_strAsicOffsetChannelZ;
			const char *m_strAsicResistorPhotoCurrent;

			const char *m_strCntAmount; 
			const char *m_strCntWidthError; 
			const char *m_strCntPosError; 
			const char *m_strCntCurrent; 
			const char *m_strCntZImpulseError;
			const char *m_strCntSlicePulseError;
			const char *m_strCntDutyCycleError; 
			bool m_boEnabled;
			bool m_boBurned; 

			const char *m_strAsicMode;
			int m_iAsicModeLevel;
			int m_iAsicOffsetLevelA;
			int m_iAsicOffsetLevelB;
			int m_iAsicOffsetLevelZ;
			int m_iAsicResistorPhotoCurrentLevel;
			int m_iAsicIndexPosLevel;
			int m_iAsicHysteresisLevel;
			int m_iAsicInternalReferenceCurrentLevel;
			int m_iAsicDivisionLevel;
			int m_iAsicPhotoCurrentMultiplierLevel;

			const char *m_strAsicInternalReferenceCurrent; 
			const char *m_strAsicHysteresis; 
			const char *m_strAsicDivision; 
			const char *m_strAsicPhotoCurrentMultiplier;
			
			const char *m_strAsicIndexPos; 
			const char *m_strAsicPreamp;
			const char *m_strAsicOutputFunction;
			const char *m_strAsicProgramming;
			const char *m_strAsicIndexNettoBrutto;
			const char *m_strAsicDivisionSync;
			const char *m_strAsicZAssign;
			const char *m_strAsicEuroUsa;
			const char *m_strAsicBiasPhotoDiode;

			double m_dAnalogChApAC; 
			double m_dAnalogChBpAC; 
			double m_dAnalogChZpAC; 
			double m_dAnalogChApDC; 
			double m_dAnalogChbpDC; 
			double m_dAnalogChZpDC; 
			double m_dAnalogChAnAC; 
			double m_dAnalogChBnAC; 
			double m_dAnalogChZnAC; 
			double m_dAnalogChAnDC; 
			double m_dAnalogChBnDC; 
			double m_dAnalogChZnDC; 

			double m_dAnalogChApACin;
			double m_dAnalogChBpACin;
			double m_dAnalogChZpACin;
			double m_dAnalogChAnACin;
			double m_dAnalogChBnACin;
			double m_dAnalogChZnACin;

			const char *m_strAngle;
			const char *m_strTurn;
		};

	    DLLIMPORT const char *EFILibGetFirmwareVersion(EFILibWrapper LV_ref);
		DLLIMPORT int EFILibPower(EFILibWrapper LV_ref, bool boPower_p);

		DLLIMPORT CEFI_Out_Wrapper EFILibSetDefault(EFILibWrapper LV_ref);
		DLLIMPORT CEFI_Out_Wrapper EFILibSetDefault_With_Slot1(EFILibWrapper LV_ref,int ieSlot);


		DLLIMPORT bool  EFILibExistCalibration(EFILibWrapper LV_ref);
		DLLIMPORT bool  EFILibExistCalibration_With_Slot1(EFILibWrapper LV_ref,int ienCalibration,int ienSlot);


		DLLIMPORT CEFI_Out_Wrapper EFILibMeasure(EFILibWrapper LV_ref);
		DLLIMPORT CEFI_Out_Wrapper EFILibMeasure_With_Slot1(EFILibWrapper LV_ref,int ienSlot, bool boLog_p, bool boClassify_p, bool boThrowException_p);
		

		#ifdef __cplusplus
   }
#endif
#endif