#ifndef CONSTH
#define CONSTH

#define uw8    unsigned char
#define sw8    char
#define uw16   unsigned short
#define sw16   short
#define uw32   unsigned long
#define uw64   unsigned __int64  


typedef struct Tuw8Val {
      uw8 V;		//Value
      uw16  Q;		//Quality
      char  TSt[20];	//Time Stamp
   } Buw8Val;

typedef struct TGenStat {
	  uw8 V;
      uw16  Q;
	  uw16	iQ;		//internalQuality
      char TSt[20];	//Time Stamp (file Time)
   } BGenStat;

typedef struct Tuw16Val {
      uw16  V;		//Value
      uw16  Q;		//Quality
      char  TSt[20];	//Time Stamp
   } Buw16Val;

typedef struct Tuw32Val {
      uw32  V;		//Value
      uw16  Q;		//Quality
      char  TSt[20];	//Time Stamp
   } Buw32Val;

typedef struct Tsw16Val {
      sw16  V;		//Value
      uw16  Q;		//Quality
      char  TSt[20];	//Time Stamp
   } Bsw16Val;

typedef struct TChVal {
      uw32  V;
      uw16  Q;
      char  TSt[20];
   } BChVal;

typedef struct TChFloatVal {
      float  V;
      uw16  Q;
      char  TSt[20];
   } BChFloatVal;

typedef struct TFloatVal {
      float  V;
      uw16  Q;
      char  TSt[20];
   } BFloatVal;


typedef struct TNominals {
      float  V;
      float  I;
      uw16  Q;
      char  TSt[20];
   } BNom;

typedef struct TChFloatNominals {
      float  V;
      float  I;
      uw16  Q;
      char  TSt[20];
   } BNominal;


typedef struct TDevIDR {
      char  GID[7];                  // Device ID with software release
      bool  Active;
      char  SID[5];
      uw8 ChNb;
      uw16  Q;
      char  TSt[20];
   } BDevIDR;


typedef struct TChStatVal {
      union {
        uw16 Word;
        struct {uw8 High, Low; } Byte;
        struct { uw16 ErrT: 1;
                 uw16 ErrS: 1;
                 uw16 Rest1: 7;
                 uw16 IErr: 1;
                 uw16 isOn: 1;
                 uw16 isRamp: 1;
                 uw16 isEmcyOff: 1;
                 uw16 Rest2: 1;
                 uw16 ErrI: 1;
                 uw16 ErrU: 1;
        } Bit;
      } Stat;
      uw16  Q;		//Quality
      char  TSt[20];	//Time StampBChStatusVal;
  } BChStatVal;


typedef struct TChStatusVal {
      union {
        uw16 Word;
        struct {uw8 High, Low; } Byte;
		struct { uw16 bisPOS: 1;
                 uw16 bisREG: 1;
                 uw16 bIERR: 1;
                 uw16 bisON: 1;
                 uw16 bisRAMP: 1;
                 uw16 bisEMCY: 1;
                 uw16 bisCC:  1;
                 uw16 bisCV:  1;

                 uw16 brsv2:  2;
                 uw16 bisCBND:  1;
                 uw16 bisVBND:  1;
                 uw16 bisEINH: 1;
                 uw16 bisTRP: 1;
                 uw16 bisCLIM: 1;
                 uw16 bisVLIM: 1;
        } Bit;
      } Stat;
      uw16  Q;		//Quality
      char  TSt[20];	//Time StampBChStatusVal;
  } BChStatusVal;

typedef struct TChEventStatusVal {
      union {
        uw16 Word;
        struct {uw8 High, Low; } Byte;
        struct { uw16 brsv1: 1;
                 uw16 bEREG: 1;
                 uw16 bEIERR: 1;
                 uw16 bEON: 1;
                 uw16 bERAMP: 1;
                 uw16 bEEMCY: 1;
                 uw16 bECC:  1;
                 uw16 bECV:  1;

                 uw16 brsv2:  2;
                 uw16 bECBND:  1;
                 uw16 bEVBND:  1;
                 uw16 bEEINH: 1;
                 uw16 bETRP: 1;
                 uw16 bECLIM: 1;
                 uw16 bEVLIM: 1;
        } Bit;
      } Stat;
      uw16  Q;		//Quality
      char  TSt[20];	//Time StampBChStatusVal;
  } BChEventStatusVal;

typedef struct TChEventMaskVal {
      union {
        uw16 Word;
        struct {uw8 High, Low; } Byte;
        struct { uw16 brsv1: 1;
                 uw16 bMEREG: 1;
                 uw16 bMEIERR: 1;
                 uw16 bMEON: 1;
                 uw16 bMERAMP: 1;
                 uw16 bMEEMCY: 1;
                 uw16 bMECC:  1;
                 uw16 bMECV:  1;

                 uw16 brsv2:  2;
                 uw16 bMECBND:  1;
                 uw16 bMEVBND:  1;
                 uw16 bMEEINH: 1;
                 uw16 bMETRP: 1;
                 uw16 bMECLIM: 1;
                 uw16 bMEVLIM: 1;
        } Bit;
      } Stat;
      uw16  Q;		//Quality
      char  TSt[20];	//Time StampBChStatusVal;
  } BChEventMaskVal;

typedef struct TChControlVal {
        union {
           uw16 Word;
           struct { uw8 Low, High; } Byte;
           struct {
                uw16 brsv1: 3;
                uw16 bsetON: 1;
                //uw16 bstaRAMP: 1;
                uw16 brsv2: 1;
                uw16 bsetEMCY: 1;
                uw16 brsv3: 10;
           } Bit;
        } Ctrl;
        uw16  Q;		//Quality
        char  TSt[20];	//Time StampBChStatusVal;
   } BChControlVal;

typedef struct TModStatusVal {
	   union { uw16 Word;
         struct {uw8 High, Low; } Byte;
         struct {
			uw16	Rest1: 8;
            uw16	bStGes: 1;		//  Summenbit über den ErrStatus aller Kanaele d.h.
            							// mindestens ein Kanal-	       alle Kanaele ok				
            uw16	bNoRamp: 1;		//   mindestens eine Rampe 	     alle Kanäle	 gestartet	 
            uw16	bSupply: 1;
            uw16	bSloop: 1;		//    geöffnet		     geschlossen               	
            uw16	bFiltfr: 1;    //	   kleine  Filterfrequenz   grosse
            uw16	bAdjust: 1;	// 		nein   Feinjustierung 	ja
            uw16	Rest2: 1;   //	  disable		          enable		 
            uw16	bEEPisWr: 1;    //momentan Aufzeichnung aller set values to EEP  
         } Bit;
       } Status;
} BModStatusVal;

typedef struct TModControlVal {
      union { uw16 Word;
         struct {uw8 High, Low; } Byte;
         struct {
            uw16  Rest1: 8;
            uw16  bStGes: 1;		//  Summenbit über den ErrStatus aller Kanaele d.h.
            							// mindestens ein Kanal-	       alle Kanaele ok				
            uw16  bNoRamp: 1;		//   mindestens eine Rampe 	     alle Kanäle	 gestartet	 
            uw16  bSupply: 1;
            uw16  bSloop: 1;		//    geöffnet		     geschlossen               	
            uw16  bFiltfr: 1;    //	   kleine  Filterfrequenz   grosse
            uw16  bAdjust: 1;	// 		nein   Feinjustierung 	ja
            uw16  bKilEna: 1;   //	  disable		          enable		 
            uw16  bEEPwr: 1;    //momentan Aufzeichnung aller set values to EEP  
         } Bit;
      } Control;
} BModControlVal;

/*typedef struct {
	TEdcpModOption Val;
	uw8	  Spec;
	uw16  Q;
	char  TSt[20];	//Time StampBChStatusVal;
  } TEdcpModOptionVal;*/

typedef enum { EHQ=0, ECH } TType;
typedef enum { EHQ200=0, EHQ80_1kV_F=1, EHQ82_1kV_F=2, EHQ80_MIX_F=3, EHQ80_6kV=6, EHQ80_6kV_F=7, E16D0=21, E08C0=24, E08F0=25, E08F2=26, E08C2=27, E08B0=28 };

#define b0     0x01
#define b1     0x02
#define b2     0x04
#define b3     0x08
#define b4     0x10
#define b5     0x20
#define b6     0x40
#define b7     0x80

#define sp     0x20
#define esc    0x1b
#define enter  0x0d
#define lf     0x0a
#define bell   0x07
#define bs     0x08

#define     DLC	    0x0f

#define     ChannelValue         16
#define     bconnect             0x01

#define     DATA_DIR             1
#define     EXT_INSTR            2

//GesamtStatus
#define     b_avad    0x10
#define     b_kill    0x40
#define     b_ew      0x80



//Quality
#define QUALITY_BAD     0
#define QUALITY_GOOD    192

//Resolution
#define StandardRes  50000         //50E+3
#define HhighRes  10000000      //10E+6


//Keys
#define Enter           13
#define ESC             27

#define PCAN_USB	3
#define	PCAN_PCI	4

#endif