#ifndef GRLIB_REGS_H_INCLUDED
#define GRLIB_REGS_H_INCLUDED

#define NB_GPTIMER 3
#include <stdint.h>

struct apbuart_regs_str{
    volatile unsigned int data;
    volatile unsigned int status;
    volatile unsigned int ctrl;
    volatile unsigned int scaler;
    volatile unsigned int fifoDebug;
};

struct grgpio_regs_str{
    volatile int io_port_data_register;
    int io_port_output_register;
    int io_port_direction_register;
    int interrupt_mak_register;
    int interrupt_polarity_register;
    int interrupt_edge_register;
    int bypass_register;
    int reserved;
    // 0x20-0x3c interrupt map register(s)
};

typedef volatile struct {
     int counter;
    volatile unsigned int reload;
    volatile unsigned int ctrl;
    volatile unsigned int unused;
} timer_regs_t;

typedef volatile struct {
    volatile unsigned int scaler_value;
    volatile unsigned int scaler_reload;
    volatile unsigned int conf;
    volatile unsigned int unused0;
    timer_regs_t timer[NB_GPTIMER];
} gptimer_regs_t;


typedef  struct
{
    uint32_t unused:16;
    uint32_t Fine:16;
    uint32_t Coarse;
}CUCtime_t;

struct  DualBuffAddr_t
{
    volatile uint32_t ADDR0;
    volatile uint32_t ADDR1;
};

struct   Potential_t
{
    uint32_t UNUSED:16;
    uint32_t Value:16;
};


typedef volatile struct  {
    volatile union CONFIG{
        volatile struct   {
            uint32_t UNUSED:29;            // 0x00
            uint32_t run:1;
            uint32_t interuptOnDoneEnable:1;
            uint32_t interuptOnErrorEnable:1;
        }FIELDS;
        uint32_t Value;
    }CONFIG;

    volatile union STATUS{
        volatile struct  {
            uint32_t UNUSED:21;
            uint32_t FIFO_2_Full_err:1;
            uint32_t FIFO_1_Full_err:1;
            uint32_t FIFO_0_Full_err:1;
            uint32_t Buffer_Full_err:1;
            uint32_t Ready_F2_Buffer1:1;
            uint32_t Ready_F2_Buffer0:1;
            uint32_t Ready_F1_Buffer1:1;
            uint32_t Ready_F1_Buffer0:1;
            uint32_t Ready_F0_Buffer1:1;
            uint32_t Ready_F0_Buffer0:1;
        }FIELDS;
        uint32_t Value;
    }STATUS;

    struct DualBuffAddr_t ADDRESS_F0;
    struct DualBuffAddr_t ADDRESS_F1;
    struct DualBuffAddr_t ADDRESS_F2;

    CUCtime_t TIME_F0_0;
    CUCtime_t TIME_F0_1;
    CUCtime_t TIME_F1_0;
    CUCtime_t TIME_F1_1;
    CUCtime_t TIME_F2_0;
    CUCtime_t TIME_F2_1;
    volatile struct  {
        uint32_t Unused:6;
        uint32_t length:26;             // 0x50, length of a spectral matrix in burst (25*128) / 16 = 200 = 0xc8
    }length;
} lfr_sm_regs_t;


typedef volatile struct   {
    volatile union DATASHAPING {
        volatile struct   {
            uint32_t UNUSED:26;            // 0x00
            uint32_t R2:1;
            uint32_t R1:1;
            uint32_t R0:1;
            uint32_t SP1:1;
            uint32_t SP0:1;
            uint32_t BW:1;
        }FIELDS;
        uint32_t Value;
    }DATASHAPING;

    volatile union  {
        volatile struct    {
            uint32_t UNUSED:25;
            uint32_t BURST_EN_F2:1;
            uint32_t BURST_EN_F1:1;
            uint32_t BURST_EN_F0:1;
            uint32_t ACQ_EN_F3:1;
            uint32_t ACQ_EN_F2:1;
            uint32_t ACQ_EN_F1:1;
            uint32_t ACQ_EN_F0:1;
        }FIELDS;
        uint32_t Value;
    }Control;

    volatile struct DualBuffAddr_t ADDRESS_F0;
    volatile struct DualBuffAddr_t ADDRESS_F1;
    volatile struct DualBuffAddr_t ADDRESS_F2;
    volatile struct DualBuffAddr_t ADDRESS_F3;

    uint32_t STATUS;
    uint32_t DeltaSnapshot;
    uint32_t Delta_F0;

    uint32_t UNUSED_Delta_F0_2:25;
    uint32_t Delta_F0_2:7;
    uint32_t Delta_F1;
    uint32_t Delta_F2;

    uint32_t Nb_Data_per_buff;
    uint32_t Nb_snapshot;

    uint32_t StartDate;

    CUCtime_t TIME_F0_0;
    CUCtime_t TIME_F0_1;
    CUCtime_t TIME_F1_0;
    CUCtime_t TIME_F1_1;
    CUCtime_t TIME_F2_0;
    CUCtime_t TIME_F2_1;
    CUCtime_t TIME_F3_0;
    CUCtime_t TIME_F3_1;

    union{
        struct  {
            uint32_t Unused_length:6;
            uint32_t length:26;
        }FIELDS;             // 0x50, length of a spectral matrix in burst (25*128) / 16 = 200 = 0xc8
        uint32_t Value;
    }length;
    struct Potential_t V;
    struct Potential_t E1;
    struct Potential_t E2;
} lfr_wfp_regs_t;

typedef  struct   {
    uint32_t UNUSED:16;
    uint32_t Value:16;
}lfr_hk_temp_t;

typedef  struct   {
    struct   {
        uint32_t UNUSED:25;
        uint32_t CAL_EN:1;
        uint32_t Interleaved_EN:1;
        uint32_t Reload_EN:1;
        uint32_t DAC_CFG:4;
    }Control;

    uint32_t UNUSED_PRE:24;
    uint32_t PRE:8;

    uint32_t UNUSED_N:16;
    uint32_t N:16;

    uint32_t UNUSED_ADDR:24;
    uint32_t ADDRESS:8;

    uint32_t UNUSED_DATA_IN:14;
    uint32_t DATA_IN:18;

}lfr_dac_regs_t;

typedef volatile struct   {
    union {
        struct   {
            uint32_t UNUSED:29;
            uint32_t SOFT_RESET:1;
            uint32_t TIME_MANAGMENT_RESET:1;
            uint32_t SWTick:1;}FIELDS;
        uint32_t Value;
    }Control;

    uint32_t UNUSED_TIME_LOAD:1;
    uint32_t TIME_LOAD:31;

    uint32_t Unsynchronized:1;
    uint32_t COARSE_TIME:31;

    uint32_t UNUSED_FINE_TIME:16;
    uint32_t FINE_TIME:16;

    lfr_hk_temp_t TEMP_0;
    lfr_hk_temp_t TEMP_1;
    lfr_hk_temp_t TEMP_2;

    lfr_dac_regs_t DAC;

}lfr_managment_regs_t;

typedef volatile struct   {
    lfr_sm_regs_t SM;
    lfr_wfp_regs_t WFP;
    struct   {
        uint32_t UNUSED:8;
        uint32_t Board:8;
        uint32_t Major:8;
        uint32_t Minor:8;
    }VERSION;
}lfr_regs_t;

#endif // GRLIB_REGS_H_INCLUDED