#ifndef _PULSER_REGISTERS_H_
#define _PULSER_REGISTERS_H_

#include <pthread.h>

#include <stdint.h>

#include "jvme.h"

#include "v1495.h"

#define pulser_OK    ( 0)
#define pulser_ERROR (-1)

#define PULSER_NUM				(56)   			/* Total number of pulsers */

#define PULSER_TICK_PERIOD_NS	(10)

#define TRUE_PULSER_ID			(0x50554C53)

/* Daughter board IDs */
#define DAUGHTERBOARD_ID_A395A	(0x0)
#define DAUGHTERBOARD_ID_A395B	(0x1)
#define DAUGHTERBOARD_ID_A395C	(0x2)
#define DAUGHTERBOARD_ID_A395D	(0x3)

/* Pulser indexes */
#define PULSER_IDX_C(n)			(0+n)
#define PULSER_IDX_D(n)			(31+n)
#define PULSER_IDX_E(n)			(39+n)
#define PULSER_IDX_F(n)			(47+n)

/* Structure to hold the parameters for each individual pulser */
typedef struct
{
/* 0x0000-0x0003 */ unsigned int Period;
/* 0x0004-0x0007 */ unsigned int Width;
/* 0x0008-0x000B */ unsigned int NPulses;
/* 0x000C-0x000F */ unsigned int Reserved0;
} PulserPeriph;


/* Register layout of the pulser program yb Ben Raydo */
typedef struct
{
// /* 0x0000-0x0FFF */ unsigned int Reserved0[(0x1000-0x0000)/4];
/* 0x1000-0x1003 */ unsigned int PulserId;						/* Board Identification */
/* 0x1004-0x1007 */ unsigned int FirmwareRev;					/* Firmware revision */
/* 0x1008-0x100B */ unsigned int DaughterBoardId;				/* A395x board ID */
/* 0x100C-0x100F */ unsigned int Jumpers;						/* Jumper Configuration */
/* 0x1010-0x1013 */ unsigned int PulserStatusH;					/* Pulser Active Status High */
/* 0x1014-0x1017 */ unsigned int PulserStatusL;					/* Pulser Active Status Low */
/* 0x1018-0x101B */ unsigned int PulserStartMaskH;				/* Pulser Start Mask  High */
/* 0x101C-0x101F */ unsigned int PulserStartMaskL;				/* Pulser Start Mask  Low */
/* 0x1020-0x1023 */ unsigned int PulserStopMaskH;				/* Pulser Stop Mask High */
/* 0x1024-0x1027 */ unsigned int PulserStopMaskL;				/* Pulser Stop Mask Low */
/* 0x1028-0x102B */ unsigned int PulserGinMaskH;				/* Pulser GIN OR Mask High */
/* 0x102C-0x102F */ unsigned int PulserGinMaskL;				/* Pulser GIN OR Mask Low */
/* 0x1030-0x1033 */ unsigned int PulserStartStop;				/* Pulser Start/Stop */
/* 0x1034-0x10FF */ unsigned int Reserved1[(0x1100-0x1034)/4];
/* 0x1100-0x1103 */ unsigned int MasterOrDelay;					/* Master OR Output Delay*/
/* 0x1104-0x1107 */ unsigned int MasterOrWidth;					/* Pulser Pulse Width */
/* 0x1108-0x1FFF */ unsigned int Reserved2[(0x2000-0x1108)/4];
/* 0x2000-0x2xxx */ PulserPeriph Pulsers[PULSER_NUM];			/* Pulser Characteristics */
} pulser_REGS;

/* Basic pulser function declarations are below */

/* In the functions below base address is the VME base address of the board */
/* not the local address */

int16_t pulser_getPulserId( char* baseAddr, uint32_t* val );			/* Board Identification */
int16_t pulser_getFirmwareRev( char* baseAddr, uint32_t* val ); 		/* Firmware revision */
int16_t pulser_getDaughterBoardId( char* baseAddr, uint32_t* val );		/* A395x board ID */
int16_t pulser_getJumpers( char* baseAddr, uint32_t* val );				/* Jumper Configuration */

int16_t pulser_getPulserStatusH( char* baseAddr, uint32_t* val );		/* Pulser Active Status High */
int16_t pulser_getPulserStatusL( char* baseAddr, uint32_t* val );		/* Pulser Active Status Low */
int16_t pulser_getPulserStartMaskH( char* baseAddr, uint32_t* val );	/* Pulser Start Mask  High */
int16_t pulser_getPulserStartMaskL( char* baseAddr, uint32_t* val );	/* Pulser Start Mask  Low */
int16_t pulser_getPulserStopMaskH( char* baseAddr, uint32_t* val );		/* Pulser Stop Mask High */
int16_t pulser_getPulserStopMaskL( char* baseAddr, uint32_t* val );		/* Pulser Stop Mask Low */
int16_t pulser_getPulserGinMaskH( char* baseAddr, uint32_t* val );		/* Pulser GIN OR Mask High */
int16_t pulser_getPulserGinMaskL( char* baseAddr, uint32_t* val );		/* Pulser GIN OR Mask Low */
int16_t pulser_getPulserStartStop( char* baseAddr, uint32_t* val );		/* Pulser Start/Stop */
int16_t pulser_getMasterOrDelay( char* baseAddr, uint32_t* val );		/* Master OR Output Delay*/
int16_t pulser_getMasterOrWidth( char* baseAddr, uint32_t* val );		/* Master OR Output Width*/



int16_t pulser_setPulserStartMaskH( char* baseAddr, uint32_t val );		/* Pulser Start Mask  High */
int16_t pulser_setPulserStartMaskL( char* baseAddr, uint32_t val );		/* Pulser Start Mask  Low */
int16_t pulser_setPulserStopMaskH( char* baseAddr, uint32_t val );		/* Pulser Stop Mask High */
int16_t pulser_setPulserStopMaskL( char* baseAddr, uint32_t val );		/* Pulser Stop Mask Low */
int16_t pulser_setPulserGinMaskH( char* baseAddr, uint32_t val );		/* Pulser GIN OR Mask High */
int16_t pulser_setPulserGinMaskL( char* baseAddr, uint32_t val );		/* Pulser GIN OR Mask Low */
int16_t pulser_setPulserStartStop( char* baseAddr, uint32_t val );		/* Pulser Start/Stop */
int16_t pulser_setMasterOrDelay( char* baseAddr, uint32_t val );		/* Master OR Output Delay*/
int16_t pulser_setMasterOrWidth( char* baseAddr, uint32_t val );		/* Master OR Output Width*/


/* The functions below are more complicated since the ordering of the registers are not
 * in terms unsigneds but in terms of structures
 */
int16_t pulser_getPeriod( char* baseAddr, unsigned chan, uint32_t* val );				/* Pulser Pulse Period */
int16_t pulser_getWidth( char* baseAddr, unsigned chan, uint32_t* val );				/* Pulser Pulse Width */
int16_t pulser_getNPulses( char* baseAddr, unsigned chan, uint32_t* val );				/* Pulser Pulser Pulse Count */
//int16_t pulser_getPulsers( char* baseAddr, unsigned chan, PulserPeriph* val );			/* Pulser Characteristics */

int16_t pulser_setPeriod( char* baseAddr, unsigned chan, uint32_t val );				/* Pulser Pulse Period */
int16_t pulser_setWidth( char* baseAddr, unsigned chan, uint32_t val );				/* Pulser Pulse Width */
int16_t pulser_setNPulses( char* baseAddr, unsigned chan, uint32_t val );				/* Pulser Pulser Pulse Count */
//int16_t pulser_setPulsers( char* baseAddr, unsigned chan, PulserPeriph* val );			/* Individual Pulser Characteristics */

/* Function to return the address of the pulser registers */

int16_t pulser_getRegs( char* baseAddr, pulser_REGS** regs ); 			/* Get the address of the registers */



#endif