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/***************************************************************************
    SltControlReg.h  -  description

    begin                : Mon Jul 17 2000
    copyright            : (C) 2000 by Andreas Kopmann
    email                : kopmann@hpe.fzk.de
 ***************************************************************************/


#ifndef SLTCONTROLREG_H
#define SLTCONTROLREG_H

#include <Hw/SltDef.h>
#include <Hw/SltRegister.h>

// Sources
#if defined (SLT_VER) && (SLT_VER >= 110)
// Version 1.10
# define SLT_TRIGGER_SW    0x01  // Software
# define SLT_TRIGGER_I_N   0x07  // Internal + Neighbors
# define SLT_TRIGGER_LEFT  0x04  // left neighbor
# define SLT_TRIGGER_RIGHT 0x02  // right neighbor
# define SLT_TRIGGER_INT   0x08  // Internal only
# define SLT_TRIGGER_EXT   0x10  // External

# define SLT_INHIBIT_SW    0x01  // Software
# define SLT_INHIBIT_INT   0x02  // Internal
# define SLT_INHIBIT_EXT   0x04  // External
# define SLT_INHIBIT_ALL   0x07  // Internal + External
# define SLT_INHIBIT_NO    0x01  // None of both (only Software)

// not required any more !
# define SLT_NXPG_INT      0x00   // Internal
# define SLT_NXPG_EXT      0x01   // External
# define SLT_NXPG_SW       0x01   // Software

# define SLT_TESTPULS_NO   0x00   // None
# define SLT_TESTPULS_EXT  0x02   // External
# define SLT_TESTPULS_SW   0x01   // Software

# define SLT_SECSTROBE_INT 0x00   // Internal SecStrobe Signal
# define SLT_SECSTROBE_EXT 0x01   // Extern
# define SLT_SECSTROBE_SW  0x00   // Software - not available -
# define SLT_SECSTROBE_CAR 0x00   // Carry of Subsecond Counter
                                 //   - not available -

// called also watchdog in the slt hardware documentation
# define SLT_LOADADC_INT   0x02   // Start with internal second strobe
# define SLT_LOADADC_EXT   0x00   // External  - not available -
# define SLT_LOADADC_SW    0x01   // Software

#else
// Version 1.00
# define SLT_TRIGGER_SW    0   // Software
# define SLT_TRIGGER_I_N   1   // Internal + Neighbors
# define SLT_TRIGGER_INT   2   // Internal only
# define SLT_TRIGGER_EXT   3   // External

# define SLT_INHIBIT_INT   0   // Internal  (Software is always allowed)
# define SLT_INHIBIT_EXT   1   // External
# define SLT_INHIBIT_ALL   2   // Internal + External
# define SLT_INHIBIT_NO    3   // None of both (only Software)

# define SLT_NXPG_INT      0   // Internal
# define SLT_NXPG_EXT      1   // External
# define SLT_NXPG_SW       2   // Software

# define SLT_TESTPULS_NO   0   // None
# define SLT_TESTPULS_EXT  1   // External
# define SLT_TESTPULS_SW   2   // Software

# define SLT_SECSTROBE_INT 0   // Internal SecStrobe Signal
# define SLT_SECSTROBE_EXT 1   // Extern
# define SLT_SECSTROBE_SW  2   // Software
# define SLT_SECSTROBE_CAR 3   // Carry of Subsecond Counter

# define SLT_LOADADC_INT   0   // Start with internal second strobe
# define SLT_LOADADC_EXT   1   // External
# define SLT_LOADADC_SW    2   // Software
#endif


// Position of the bit field?!
#if defined (SLT_VER) && (SLT_VER >= 110)

// Version 1.10
#define SLT_TRIGGER_LOW       0
#define SLT_TRIGGER_MASK   0x1f

#define SLT_INHIBIT_LOW       5
#define SLT_INHIBIT_MASK   0x07

// Not required any more!
#define SLT_NXPG_LOW          0
#define SLT_NXPG_MASK      0x00

#define SLT_TESTPULS_LOW      8
#define SLT_TESTPULS_MASK  0x03

#define SLT_SECSTROBE_LOW    10
#define SLT_SECSTROBE_MASK 0x01

#define SLT_LOADADC_LOW      11
#define SLT_LOADADC_MASK   0x03

#else
// Version 1.00
#define SLT_TRIGGER_LOW       0
#define SLT_TRIGGER_MASK   0x0f

#define SLT_INHIBIT_LOW       4
#define SLT_INHIBIT_MASK   0x03

#define SLT_NXPG_LOW          6
#define SLT_NXPG_MASK      0x03

#define SLT_TESTPULS_LOW      8
#define SLT_TESTPULS_MASK  0x03

#define SLT_SECSTROBE_LOW    10
#define SLT_SECSTROBE_MASK 0x03

#define SLT_LOADADC_LOW      12
#define SLT_LOADADC_MASK   0x03
#endif

#define SLT_DEADTIME_LOW      13
#define SLT_DEADTIME_MASK   0x01


//##ModelId=3991507D007A
class SltControlReg : public SltRegister {
public:
  //##ModelId=3991507D00B7
  SltControlReg(const char *name, int slotID, int regID, int r, int w);
  //##ModelId=3991507D00B6
  ~SltControlReg();

  //##ModelId=3991507D00B1
  unsigned long read();


  int writeBitsByName(char *name, unsigned long data);

  //##ModelId=3991507D00AF
  void  setTriggerSource(int source);
  //##ModelId=3991507D00AE
  int getTriggerSource();
  //##ModelId=3991507D00AC
  void  setInhibitSource(int source);
  //##ModelId=3991507D00A7
  int getInhibitSource();
  //##ModelId=3991507D00A5
  void setNextPageSource(int source);
  //##ModelId=3991507D00A4
  int getNextPageSource();
  //##ModelId=3991507D00A2
  void setTestpulsSource(int source);
  //##ModelId=3991507D009C
  int getTestpulsSource();
  //##ModelId=3991507D009A
  void setSecStrobeSource(int source);
  //##ModelId=3991507D0099
  int getSecStrobeSource();
  //##ModelId=3991507D0092
  void setInitADCSource(int source);
  //##ModelId=3991507D0091
  int getInitADCSource();

  void setDeadTimeSource(int source);

  void enableDeadTime();

  void disableDeadTime();

  bool isEnabledDeadTime();


  //##ModelId=3991507D0090
  int triggerSource;
  //##ModelId=3991507D008F
  int inhibitSource;
  //##ModelId=3991507D008E
  int nextPageSource;
  //##ModelId=3991507D0087
  int testpulsSource;
  //##ModelId=3991507D0086
  int secStrobeSource;
  //##ModelId=3991507D0085
  int initADCSource;

  int deadTimeSource;

};

#endif