settings_sensors.h

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#pragma once
 
#include <stdbool.h>
#include <stdint.h>
 
#include "link_pages.h"
#include "settings.h"
 
#ifdef __cplusplus
extern "C" {
#endif

#define SET_INA_FIT(a) ((setting_id_t)(SET_INA_FIT_0 + (int)(a)))
#define SET_INA_W(c)   ((setting_id_t)(SET_INA_CH_0 + (int)(c) * SET_INA_CH_ROWS))
#define SET_INA_SH(c)  ((setting_id_t)(SET_INA_CH_0 + (int)(c) * SET_INA_CH_ROWS + 1))
#define SET_INA_LIM(c) ((setting_id_t)(SET_INA_CH_0 + (int)(c) * SET_INA_CH_ROWS + 2))

enum {
    SENS_W_NONE   = 0,
    SENS_W_OUT_1  = 1,     
    SENS_W_PORT_1 = 9,     
    SENS_W_SUPPLY = 13,
    SENS_W_COUNT  = 14,
};
 
_Static_assert(SET_INA_PARTS == (int)LINK_SM_PARTS
               && SET_INA_CHANNELS == (int)LINK_SM_CHANNELS,
               "SENSORS has the parts and channels SENSE_MAP has");

const setting_def_t *settings_sensors_def(setting_id_t id);

bool settings_sensors_row(setting_id_t id);

int settings_sensors_part(setting_id_t id);

uint16_t settings_sensors_watch_code(int option);

int settings_sensors_watch_option(uint16_t code);

uint16_t settings_sensors_limit_ma(int c);

void settings_sensors_unset(float *values);

int settings_sensors_migrate(float *values);

typedef struct {
    uint16_t regs[LINK_SM_KEPT];
    uint8_t  parts;      
    uint8_t  dark;
    uint8_t  fast;       
    uint8_t  mirror;
    bool     one_on;
    uint8_t  one_addr;
    uint16_t one_dmohm;
    uint8_t  one_ch;
} settings_sensors_map_t;

void settings_sensors_map(settings_sensors_map_t *m);

uint8_t settings_sensors_fast(void);

uint8_t settings_sensors_fitted(void);

uint16_t settings_sensors_meter_dmohm(void);

uint16_t settings_sensors_dmohm(int c);
 
#ifdef __cplusplus
}
#endif