sensor.h

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/*
 * Copyright (c) Meta Platforms, Inc. and affiliates.
 *
 * Licensed under the Apache License, Version 2.0 (the "License");
 * you may not use this file except in compliance with the License.
 * You may obtain a copy of the License at
 *
 *     http://www.apache.org/licenses/LICENSE-2.0
 *
 * Unless required by applicable law or agreed to in writing, software
 * distributed under the License is distributed on an "AS IS" BASIS,
 * WITHOUT WARRANTIES OR CONDITIONS OF ANY KIND, either express or implied.
 * See the License for the specific language governing permissions and
 * limitations under the License.
 */
 
#ifndef SENSOR_H
#define SENSOR_H
 
#include <stdbool.h>
#include <stdint.h>
#include <kernel.h>
 
#include "plat_def.h"
#include "sdr.h"
#include "pldm_monitor.h"
#include "libutil.h"
#include "sensor_shell.h"
 
#define sensor_name_to_num(x) #x,
 
#define SENSOR_POLL_STACK_SIZE 4096
#define NONE 0
 
#define GET_FROM_CACHE 0x00
#define GET_FROM_SENSOR 0x01
 
#define SENSOR_NULL 0xFF
#define SENSOR_FAIL 0xFF
#define SENSOR_NUM_MAX 0xFF
#define SENSOR_NOT_SUPPORT 0xFF
#define DIMM_NOT_PRESENT 0xFF
 
#define DEBUG_SENSOR 0
 
#define SAMPLE_COUNT_DEFAULT 1
 
#define POLL_TIME_DEFAULT 1
 
enum LTC4282_OFFSET {
    LTC4282_ILIM_ADJUST_OFFSET = 0x11,
    LTC4282_VSENSE_OFFSET = 0x40,
    LTC4282_POWER_OFFSET = 0x46,
    LTC4282_VSOURCE_OFFSET = 0x3A,
    LTC4282_ADC_CONTROL_OFFSET = 0x1D,
    LTC4282_ENERGY_OFFSET = 0x12,
    LTC4282_STATUS_OFFSET_BYTE1 = 0x1E,
    LTC4282_STATUS_OFFSET_BYTE2 = 0x1F,
};
 
enum ADM1278_OFFSET {
    ADM1278_PEAK_IOUT_OFFSET = 0xD0,
    ADM1278_PEAK_PIN_OFFSET = 0xDA,
    ADM1278_EIN_EXT_OFFSET = 0xDC,
};
 
enum NCT7718W_OFFSET {
    NCT7718W_LOCAL_TEMP_OFFSET = 0x00,
    NCT7718W_REMOTE_TEMP_MSB_OFFSET = 0x01,
    NCT7718W_CONFIGURATION_OFFSET = 0x03,
    NCT7718W_RT1_HIGH_ALERT_TEMP_OFFSET = 0x0D,
    NCT7718W_REMOTE_TEMP_LSB_OFFSET = 0x10,
    NCT7718W_ALERT_MASK_OFFSET = 0x16,
    NCT7718W_RT1_CRITICAL_TEMP_OFFSET = 0x19,
    NCT7718W_LT_CRITICAL_TEMP_OFFSET = 0x20,
    NCT7718W_RT_FILTER_ALERT_MODE_OFFSET = 0xBF,
    NCT7718W_CHIP_ID_OFFSET = 0xFD,
    NCT7718W_VENDOR_ID_OFFSET = 0xFE,
};
 
enum INA230_OFFSET {
    INA230_CFG_OFFSET = 0x00,
    INA230_VSH_VOL_OFFSET = 0x01,
    INA230_BUS_VOL_OFFSET = 0x02,
    INA230_PWR_OFFSET = 0x03,
    INA230_CUR_OFFSET = 0x04,
    INA230_CAL_OFFSET = 0x05,
    INA230_MSK_OFFSET = 0x06,
    INA230_ALT_OFFSET = 0x07,
};
 
enum G788P81U_OFFSET {
    G788P81U_LOCAL_TEMP_OFFSET = 0x00,
    G788P81U_REMOTE_TEMP_OFFSET = 0x01,
    G788P81U_CONFIGURATION_OFFSET = 0x03,
    G788P81U_REMOTE_THIGH_LIMIT_OFFSET = 0x0D,
    G788P81U_REMOTE_TEMP_EXT_OFFSET = 0x10,
    G788P81U_ALERT_MASK_OFFSET = 0x16,
    G788P81U_REMOTE_TEMP_THERM_LIMIT_OFFSET = 0x19,
    G788P81U_LOCAL_TEMP_THERM_LIMIT_OFFSET = 0x20,
    G788P81U_ALERT_MODE_OFFSET = 0xBF,
};
 
enum DIMM_RELATED_OFFSET {
    DIMM_PMIC_SWA_PWR = 0x0C,
    DIMM_SPD_TEMP = 0x31,
};
 
enum ADS112C_OFFSET {
    ADS112C_MUX_1_CON = 0x80, //AINP = AIN0, AINN = AVSS
    ADS112C_MUX_2_CON = 0x90, //AINP = AIN1, AINN = AVSS
    ADS112C_MUX_3_CON = 0xA0, //AINP = AIN2, AINN = AVSS
    ADS112C_MUX_4_CON = 0xA1, //AINP = AIN3, AINN = AVSS
};
 
// The sequence needs to same with table sensor_drive_tbl
enum SENSOR_DEV {
    sensor_dev_tmp75 = 0,
    sensor_dev_ast_adc = 0x01,
    sensor_dev_intel_peci = 0x02,
    sensor_dev_isl69259 = 0x03,
    sensor_dev_adm1278 = 0x04,
    sensor_dev_nvme = 0x05,
    sensor_dev_pch = 0x06,
    sensor_dev_mp5990 = 0x07,
    sensor_dev_isl28022 = 0x08,
    sensor_dev_pex89000 = 0x09,
    sensor_dev_tps53689 = 0x0A,
    sensor_dev_xdpe15284 = 0x0B,
    sensor_dev_ltc4282 = 0x0C,
    sensor_dev_ast_fan = 0x0D,
    sensor_dev_tmp431 = 0x0E,
    sensor_dev_pmic = 0x0F,
    sensor_dev_ina233 = 0x10,
    sensor_dev_isl69254iraz_t = 0x11,
    sensor_dev_max16550a = 0x12,
    sensor_dev_ina230 = 0x13,
    sensor_dev_xdpe12284c = 0x14,
    sensor_dev_raa229621 = 0x15,
    sensor_dev_nct7718w = 0x16,
    sensor_dev_ltc4286 = 0x17,
    sensor_dev_amd_tsi = 0x18,
    sensor_dev_apml_mailbox = 0x19,
    sensor_dev_xdpe19283b = 0x1A,
    sensor_dev_g788p81u = 0x1B,
    sensor_dev_mp2856gut = 0x1C,
    sensor_dev_ddr5_power = 0x1D,
    sensor_dev_ddr5_temp = 0x1E,
    sensor_dev_adm1272 = 0x1F,
    sensor_dev_q50sn120a1 = 0x20,
    sensor_dev_mp2971 = 0x21,
    sensor_dev_pm8702 = 0x22,
    sensor_dev_ltc2991 = 0x23,
    sensor_dev_sq52205 = 0x24,
    sensor_dev_emc1412 = 0x25,
    sensor_dev_i3c_dimm = 0x26,
    sensor_dev_pt5161l = 0x27,
    sensor_dev_lm75bd118 = 0x28,
    sensor_dev_tmp461 = 0x29,
    sensor_dev_mp2985 = 0x2A,
    sensor_dev_m88rt51632 = 0x2B,
    sensor_dev_mpro = 0x2C,
    sensor_dev_bmr351 = 0x2D,
    sensor_dev_cx7 = 0x2E,
    sensor_dev_vistara = 0x2F,
    sensor_dev_max11617 = 0x30,
    sensor_dev_nv_satmc = 0x31,
    sensor_dev_nct7363 = 0x32,
    sensor_dev_ads112c = 0x33,
    sensor_dev_hdc1080 = 0x34,
    sensor_dev_ina238 = 0x35,
    sensor_dev_nct214 = 0x36,
    sensor_dev_ast_tach = 0x37,
    sensor_dev_xdp710 = 0x38,
    sensor_dev_ds160pt801 = 0x39,
    sensor_dev_rs31380r = 0x3A,
    sensor_dev_adc128d818 = 0x3B,
    sensor_dev_ads1015 = 0x3C,
    sensor_dev_plat_def_sensor = 0x3D,
    sensor_dev_e50sn12051 = 0x3E,
    sensor_dev_u50su4p180pmdafc = 0x3F,
    sensor_dev_bmr313 = 0x40,
    sensor_dev_mp2891 = 0x41,
    sensor_dev_raa228238 = 0x42,
    sensor_dev_mpc12109 = 0x43,
    sensor_dev_rtq6056 = 0x44,
    sensor_dev_mp29816a = 0x45,
    sensor_dev_raa228249 = 0x46,
    sensor_dev_bmr4922302_803 = 0x47,
    sensor_dev_emc1413 = 0x48,
    sensor_dev_bcm85658 = 0x49,
    sensor_dev_tmp421 = 0x4A,
    sensor_dev_bmr316 = 0x4B,
    sensor_dev_lx6301 = 0x4C,
    sensor_dev_ads7830 = 0x4D,
    sensor_dev_s54ss4p180pmdafc = 0x4E,
    sensor_dev_pex90144 = 0x4F,
    sensor_dev_max
};
 
enum CONTROL_SENSOR_POLLING_OPTION {
    DISABLE_SENSOR_POLLING = false,
    ENABLE_SENSOR_POLLING = true,
};
 
typedef struct _sensor_val {
    int16_t integer;
    int16_t fraction;
} sensor_val;
 
struct tca9548 {
    uint8_t addr;
    uint8_t chan;
};
 
static inline int calculate_accurate_MBR(uint8_t sensor_num, int val)
{ // for better accuracy, enlarge SDR to two byte scale
    if (SDR_M(sensor_num) == 0) {
        return ((val << 8) * SDR_Rexp(sensor_num));
    }
    return ((val << 8) / SDR_M(sensor_num) * SDR_Rexp(sensor_num));
}
 
static inline int calculate_MBR(uint8_t sensor_num, int val)
{
    if (SDR_M(sensor_num) == 0) {
        return (val * SDR_Rexp(sensor_num) + round_add(sensor_num, val));
    }
    return (val * SDR_Rexp(sensor_num) / SDR_M(sensor_num) + round_add(sensor_num, val));
}
 
static inline float convert_MBR_to_reading(uint8_t sensor_num, uint8_t val)
{
    if (SDR_M(sensor_num) == 0) {
        return (val - round_add(sensor_num, val)) / SDR_Rexp(sensor_num);
    }
 
    return (val - round_add(sensor_num, val)) * SDR_M(sensor_num) / SDR_Rexp(sensor_num);
}
 
enum {
    SENSOR_READ_SUCCESS,
    SENSOR_READ_ACUR_SUCCESS,
    SENSOR_NOT_FOUND,
    SENSOR_NOT_ACCESSIBLE, // Only use to check sensor access fail
    SENSOR_FAIL_TO_ACCESS,
    SENSOR_INIT_STATUS,
    SENSOR_UNSPECIFIED_ERROR,
    SENSOR_POLLING_DISABLE,
    SENSOR_PRE_READ_ERROR,
    SENSOR_POST_READ_ERROR,
    SENSOR_READ_API_UNREGISTER,
    SENSOR_READ_4BYTE_ACUR_SUCCESS,
    SENSOR_NOT_PRESENT,
    SENSOR_PEC_ERROR,
    SENSOR_PARAMETER_NOT_VALID,
    SENSOR_UNAVAILABLE,
};
 
enum { SENSOR_INIT_SUCCESS, SENSOR_INIT_UNSPECIFIED_ERROR };
 
typedef struct _sensor_cfg_ {
    uint8_t num;
    uint8_t type;
    uint8_t port; // port, bus, channel, etc.
    uint8_t target_addr;
    uint16_t offset;
    bool (*access_checker)(uint8_t);
    int arg0;
    int arg1;
    int sample_count;
    int64_t poll_time; // sec
    bool is_enable_polling;
    int cache;
    uint8_t cache_status;
    bool (*pre_sensor_read_hook)(struct _sensor_cfg_ *, void *);
    void *pre_sensor_read_args;
    bool (*post_sensor_read_hook)(struct _sensor_cfg_ *, void *, int *);
    void *post_sensor_read_args;
    void *init_args;
 
    /* if there is new parameter should be added, please add on above */
    void *priv_data;
    uint8_t retry;
    uint8_t (*init)(uint8_t, int *);
    uint8_t (*read)(struct _sensor_cfg_ *, int *);
} sensor_cfg;
 
typedef struct _sensor_monitor_table_info {
    sensor_cfg *monitor_sensor_cfg;
    uint8_t cfg_count;
    bool (*access_checker)(uint8_t);
    uint8_t access_checker_arg;
    bool (*pre_monitor)(uint8_t, void *);
    bool (*post_monitor)(uint8_t, void *);
    void *pre_post_monitor_arg;
    void *priv_data;
    char table_name[MAX_SENSOR_NAME_LENGTH];
} sensor_monitor_table_info;
 
typedef struct _sensor_drive_api {
    enum SENSOR_DEV dev;
    uint8_t (*init)(struct _sensor_cfg_ *);
} sensor_drive_api;
 
typedef struct _sensor_poll_time_cfg {
    uint8_t sensor_num;
    int64_t last_access_time;
} sensor_poll_time_cfg;
 
typedef struct _vr_page_cfg {
    uint8_t vr_page;
} vr_page_cfg;
 
/* INIT arg */
typedef struct _isl28022_init_arg {
    /* value to set configuration register */
    union {
        uint16_t value;
        struct {
            uint16_t MODE : 3;
            uint16_t SADC : 4;
            uint16_t BADC : 4;
            uint16_t PG : 2;
            uint16_t BRNG : 2;
            uint16_t RST : 1;
        } fields;
    } config;
 
    struct bus_volt_threshold_config {
        bool do_config;
        /* The threshold of Volts */
        float min_threshold_limit;
        float max_threshold_limit;
    } bus_volt_threshold_config;
 
    struct aux_control_config {
        bool do_config;
        union {
            uint16_t value;
            struct {
                /* External Clock Divider bits*/
                uint16_t ExtCLKDiv : 6;
                /* External Clock Enable bit */
                uint16_t ExtClkEn : 1;
                /* Interrupt Enable bit*/
                uint16_t INTREN : 1;
                /* Force Interrupt bit */
                uint16_t FORCEINTR : 1;
                uint16_t resv : 7;
            } fields;
        } config;
    } aux_control_config;
 
    /* R_shunt valus, unit: milliohm */
    uint32_t r_shunt;
    /* used when read current/power */
    float current_LSB;
    /* Initialize function will set following arguments, no need to give value */
    bool is_init;
 
} isl28022_init_arg;
 
typedef struct _adc_asd_deglitch_arg {
    uint16_t upper_bound;
    uint16_t lower_bound;
    bool deglitch_en;
} adc_asd_deglitch_arg;
 
typedef struct _adc_asd_init_arg {
    bool is_init;
    adc_asd_deglitch_arg deglitch[8]; // 8 channels
} adc_asd_init_arg;
 
typedef struct _adm1278_init_arg {
    /* value to set configuration register */
    union {
        uint16_t value;
        struct {
            uint16_t RSV1 : 1;
            uint16_t VOUT_EN : 1;
            uint16_t VIN_EN : 1;
            uint16_t TEMP1_EN : 1;
            uint16_t PMON_MODE : 1;
            uint16_t RSV2 : 3;
            uint16_t VI_AVG : 3;
            uint16_t PWR_AVG : 3;
            uint16_t SIMULTANEOUS : 1;
            uint16_t TSFILT : 1;
        } fields;
    } config;
    /* Rsense valus, unit: milliohm */
    float r_sense;
 
    /* Initialize function will set following arguments, no need to give value */
    bool is_init;
 
} adm1278_init_arg;
 
typedef struct _pex89000_init_arg {
    uint8_t idx;
    struct k_mutex brcm_pciesw;
 
    /* Initialize function will set following arguments, no need to give value */
    bool is_init;
 
} pex89000_init_arg;
 
typedef struct _pex90144_init_arg {
    uint8_t idx;
    struct k_mutex brcm_pciesw;
 
    /* Initialize function will set following arguments, no need to give value */
    bool is_init;
 
} pex90144_init_arg;
 
typedef struct _ltc4282_init_arg {
    /* value to get/set ILIM ADJUST register */
    union {
        uint8_t value;
        struct {
            uint8_t _16_bit : 1;
            uint8_t gpio_mode : 1;
            uint8_t vsource_vdd : 1;
            uint8_t foldback_mode : 2;
            uint8_t ilim_adjust : 3;
        } fields;
    } ilim_adjust;
 
    /* Rsense valus, unit: milliohm */
    float r_sense_mohm;
 
    /* Initialize function will set following arguments, no need to give value */
    bool is_init;
 
    /* Initialized chip registers if it's needed
     * bit 0 - ilim adjust register setting
     * bit 1 to 7 are reserved
     */
    uint8_t is_register_setting_needed;
} ltc4282_init_arg;
 
typedef struct _ltc4286_init_arg {
    /* value to get/set MFR CONFIG 1 register */
    union {
        uint16_t value;
        struct {
            uint16_t vpwr_select : 1;
            uint16_t vrange_select : 1;
            uint16_t reserved_1 : 8; // bit[9:2] are reserved.
            uint16_t ilim : 4;
            uint16_t reserved_2 : 2; // bit[15:14] are reserved.
        } fields;
    } mfr_config_1;
    /* Rsense valus, unit: milliohm */
    float r_sense_mohm;
    /* Initailize function will set following arguments, no need to give value */
    bool is_init;
} ltc4286_init_arg;
 
typedef struct _mp5990_init_arg {
    /* value to sets the gain for output current reporting */
    uint16_t iout_cal_gain;
    /* value to sets the IMON based total over current fault limit */
    uint16_t iout_oc_fault_limit;
    /* value to sets the SCREF and OCWREF voltage level. */
    uint16_t ocw_sc_ref;
 
    /* Initialize function will set following arguments, no need to give value */
    bool is_init;
 
} mp5990_init_arg;
 
typedef struct _rs31380r_init_arg {
    /* value to sets the gain for output current reporting */
    uint16_t iout_cal_gain;
    /* value to sets the IMON based total over current fault limit */
    uint16_t iout_oc_fault_limit;
    /* value to sets the SCREF and OCWREF voltage level. */
    uint16_t ocw_sc_ref;
 
    /* Initialize function will set following arguments, no need to give value */
    bool is_init;
 
} rs31380r_init_arg;
 
typedef struct _pmic_init_arg {
    bool is_init;
    uint8_t smbus_bus_identifier;
    uint8_t smbus_addr;
} pmic_init_arg;
 
typedef struct _rtq6056_init_arg_ {
    bool is_init;
    float current_lsb;
    float r_shunt;
} rtq6056_init_arg;
 
typedef struct _vistara_init_arg_ {
    bool is_cached;
} vistara_init_arg;
 
typedef struct _ina233_init_arg_ {
    bool is_init;
    float current_lsb;
    float r_shunt;
    bool mfr_config_init;
    /* value to get/set MFR CONFIG register */
    union {
        uint16_t value;
        struct {
            uint16_t operating_mode : 3;
            uint16_t shunt_volt_time : 3;
            uint16_t bus_volt_time : 3;
            uint16_t aver_mode : 3;
            uint16_t rsvd : 4; // bit[15:12] are reserved.
        };
    } mfr_config;
    bool is_need_mfr_device_config_init;
    union {
        uint8_t value;
        struct {
            uint8_t apol : 1;
            uint8_t alert_behavior : 1;
            uint8_t ein_autoclear : 1;
            uint8_t i2c_filt : 1;
            uint8_t ein_accum : 2;
            uint8_t rsvd : 1;
            uint8_t ein_status : 1;
        };
    } mfr_device_config;
    bool is_need_set_alert_threshold;
    uint16_t iout_oc_warn_limit;
    uint16_t vin_ov_warn_limit;
    uint16_t vin_uv_warn_limit;
    uint16_t pin_op_warn_limit;
} ina233_init_arg;
 
typedef struct _max16550a_init_arg_ {
    float r_load;
} max16550a_init_arg;
 
typedef struct _ina230_init_arg {
    /* value to set configuration register */
    union {
        uint16_t value;
        struct {
            uint16_t MODE : 3;
            uint16_t VSH_CT : 3;
            uint16_t VBUS_CT : 3;
            uint16_t AVG : 3;
            uint16_t reserved : 3;
            uint16_t RST : 1;
        };
    } config;
 
    /* Shunt resistor value. Unit: Ohm. */
    double r_shunt;
 
    /* Alert value.
     * The unit is Volt or Watt, depending on the alert function.
     */
    double alert_value;
 
    /* value to set alert register */
    union {
        uint16_t value;
        struct {
            uint16_t LEN : 1;
            uint16_t APOL : 1;
            uint16_t OVF : 1;
            uint16_t CVRF : 1;
            uint16_t AFF : 1;
            uint16_t reserved : 5;
            uint16_t CNVR : 1;
            uint16_t POL : 1; // Lowest priority
            uint16_t BUL : 1;
            uint16_t BOL : 1;
            uint16_t SUL : 1;
            uint16_t SOL : 1; // Highest priority
        };
    } alt_cfg;
 
    /* Expected maximum current */
    double i_max;
 
    /* The current/power value per 1 bit.
     * The unit is Amp or Watt, depending on the respective register.
     */
    double cur_lsb;
    double pwr_lsb;
 
    /* Initialize function will set following arguments, no need to give value */
    bool is_init;
 
} ina230_init_arg;
 
typedef struct _apml_mailbox_init_arg_ {
    uint32_t data;
    uint8_t retry;
} apml_mailbox_init_arg;
 
typedef struct _pm8702_dimm_init_arg {
    bool is_init;
    uint8_t dimm_id;
} pm8702_dimm_init_arg;
 
typedef struct _ddr5_init_power_arg_ {
    uint8_t HID_code;
    uint8_t port_number;
} ddr5_init_power_arg;
 
typedef struct _ddr5_init_temp_arg_ {
    uint8_t HID_code;
    uint8_t port_number;
    float ts0_temp;
    float ts1_temp;
} ddr5_init_temp_arg;
 
typedef struct _adm1272_init_arg {
    union {
        uint16_t value;
        struct {
            uint16_t IRANGE : 1;
            uint16_t VOUT_EN : 1;
            uint16_t VIN_EN : 1;
            uint16_t TEMP1_EN : 1;
            uint16_t PMON_MODE : 1;
            uint16_t VRANGE : 1;
            uint16_t RSV2 : 2;
            uint16_t VI_AVG : 3;
            uint16_t PWR_AVG : 3;
            uint16_t SIMULTANEOUS : 1;
            uint16_t TSFILT : 1;
        } fields;
    } pwr_monitor_cfg;
 
    /* Initialize function will set following arguments, no need to give value */
    bool is_init;
    bool is_need_set_pwr_cfg;
    float r_sense_mohm;
 
#ifdef MORE_THAN_ONE_ADM1272
    bool is_record_ein;
    uint32_t last_energy;
    uint32_t last_rollover;
    uint32_t last_sample;
#endif
} adm1272_init_arg;
 
typedef struct _sq52205_init_arg_ {
    bool is_init;
    float current_lsb;
    float r_shunt;
    union {
        uint16_t value;
        struct {
            uint16_t operating_mode : 3;
            uint16_t shunt_volt_time : 3;
            uint16_t bus_volt_time : 3;
            uint16_t aver_mode : 3;
            uint16_t rsvd : 3; // bit[14:12] are reserved.
            uint16_t reset_bit : 1;
        };
    } config;
 
    bool is_need_accum_config_init;
    union {
        uint16_t value;
        struct {
            uint8_t clear_ein : 1;
            uint8_t switch_ein_mode : 1;
            uint8_t rsvd : 5;
            uint8_t timer : 3;
            uint8_t ein_auto_clear : 1;
            uint8_t switch_adc_mode : 1;
            uint8_t ein_accum : 2;
            uint8_t accum_mode : 1;
            uint8_t ein_status : 1;
        };
    } accum_config;
 
    bool is_need_set_alert_threshold;
    union {
        // Only use 5-bit for setting alert bit
        uint8_t value;
        struct {
            uint8_t power_over_bit : 1;
            uint8_t bus_voltage_uv : 1;
            uint8_t bus_voltage_ov : 1;
            uint8_t shunt_voltage_uv : 1;
            uint8_t shunt_voltage_ov : 1;
            uint8_t resv : 3;
        };
    } alert_mask_config;
    uint16_t alert_threshold;
} sq52205_init_arg;
 
typedef struct _ltc2991_init_arg_ {
    bool is_init;
    union {
        int value;
        struct {
            uint8_t V1_V2_DIFFERENTIAL : 1;
            uint8_t V1_V2_TEMPERATURE : 1;
            uint8_t T1_KELVIN : 1;
            uint8_t V1_V2_FILT : 1;
            uint8_t V3_V4_DIFFERENTIAL : 1;
            uint8_t V3_V4_TEMPERATURE : 1;
            uint8_t T2_KELVIN : 1;
            uint8_t V3_V4_FILT : 1;
        } fields;
    } v1_v4_control_operation;
    union {
        int value;
        struct {
            uint8_t V5_V6_DIFFERENTIAL : 1;
            uint8_t V5_V6_TEMPERATURE : 1;
            uint8_t T3_KELVIN : 1;
            uint8_t V5_V6_FILT : 1;
            uint8_t V7_V8_DIFFERENTIAL : 1;
            uint8_t V7_V8_TEMPERATURE : 1;
            uint8_t T4_KELVIN : 1;
            uint8_t V7_V8_FILT : 1;
        } fields;
    } v5_v8_control_operation;
} ltc2991_init_arg;
 
typedef struct _nct7718w_init_arg_ {
    bool is_init;
    uint8_t rt1_high_alert_temp;
    uint8_t rt_filter_alert_mode;
    uint8_t alert_mask;
    uint8_t configuration;
    uint8_t rt1_critical_temperature;
    uint8_t lt_critical_temperature;
} nct7718w_init_arg;
 
typedef struct _g788p81u_init_arg_ {
    bool is_init;
    uint8_t remote_T_high_limit;
    uint8_t alert_mode;
    uint8_t alert_mask;
    uint8_t configuration;
    uint8_t remote_temp_therm_limit;
    uint8_t local_temp_therm_limit;
} g788p81u_init_arg;
 
typedef struct _pt5161l_init_arg_ {
    uint8_t temp_cal_code_pma_a[4]; // temp calibration codes for PMA A
    uint8_t temp_cal_code_pma_b[4]; // temp calibration codes for PMA B
    uint8_t temp_cal_code_avg; // average temp calibration code
    bool is_init;
} pt5161l_init_arg;
 
typedef struct _mp2985_init_arg {
    bool is_init;
} mp2985_init_arg;
 
typedef struct _cx7_init_arg {
    bool is_init;
    uint8_t endpoint;
    uint16_t sensor_id;
    void (*re_init_eid_fn)(void);
} cx7_init_arg;
 
typedef struct _max11617_init_arg {
    bool is_init;
    uint8_t mode;
    uint8_t setup_byte;
    uint8_t config_byte;
    float scalefactor[12];
} max11617_init_arg;
 
typedef struct _nv_satmc_init_arg {
    bool is_init;
    uint8_t endpoint;
    uint16_t sensor_id;
    uint8_t state_sensor_idx; //only used for state sensor
    pldm_sensor_pdr_parm parm; //only used for numeric sensor
} nv_satmc_init_arg;
 
typedef struct _adc128d818_init_arg {
    bool is_init;
    bool external_vref;
    float vref;
    float scalefactor[8];
} adc128d818_init_arg;
 
typedef struct mp2971_init_args {
    bool vout_scale_enable;
} mp2971_init_arg;
 
typedef struct isl69259_init_args {
    bool vout_scale_enable;
    float vout_scale;
} isl69259_init_arg;
 
typedef struct mpc12109_init_args {
    float iout_lsb;
    float pout_lsb;
} mpc12109_init_arg;
 
enum TEMP_THRESHOLD_TYPE_E {
    LOCAL_HIGH_LIMIT,
    LOCAL_LOW_LIMIT,
    REMOTE_1_HIGH_LIMIT,
    REMOTE_1_LOW_LIMIT,
    REMOTE_2_HIGH_LIMIT,
    REMOTE_2_LOW_LIMIT,
    LOCAL_THERM_LIMIT,
    REMOTE_1_THERM_LIMIT,
    REMOTE_2_THERM_LIMIT,
    TEMP_THRESHOLD_TYPE_E_MAX,
};
 
extern bool enable_sensor_poll_thread;
extern sensor_cfg *sensor_config;
// Mapping sensor number to sensor config index
extern uint8_t sensor_config_index_map[SENSOR_NUM_MAX];
extern uint8_t sensor_config_count;
extern sensor_monitor_table_info *sensor_monitor_table;
extern uint16_t sensor_monitor_count;
extern const char *const sensor_type_name[];
extern sensor_drive_api sensor_drive_tbl[];
 
void clear_unaccessible_sensor_cache(sensor_cfg *cfg);
uint8_t get_sensor_reading(sensor_cfg *cfg_table, uint8_t cfg_count, uint8_t sensor_num,
               int *reading, uint8_t read_mode);
void pal_set_sensor_poll_interval(int *interval_ms);
bool stby_access(uint8_t sensor_num);
bool dc_access(uint8_t sensor_num);
bool e1s_pwrgd_access(uint8_t sensor_num);
bool post_access(uint8_t sensor_num);
bool me_access(uint8_t sensor_num);
bool vr_access(uint8_t sensor_num);
bool vr_stby_access(uint8_t sensor_num);
bool sensor_init(void);
void disable_sensor_poll();
void enable_sensor_poll();
bool get_sensor_poll_enable_flag();
void pal_extend_sensor_config(void);
bool check_sensor_num_exist(uint8_t sensor_num);
void add_sensor_config(sensor_cfg config);
bool check_is_sensor_ready();
bool pal_is_time_to_poll(uint8_t sensor_num, int poll_time);
uint8_t plat_get_config_size();
void load_sensor_config(void);
void control_sensor_polling(uint8_t sensor_num, uint8_t optional, uint8_t cache_status);
bool check_reading_pointer_null_is_allowed(sensor_cfg *cfg);
bool init_drive_type_delayed(sensor_cfg *cfg);
uint8_t pal_get_monitor_sensor_count();
void plat_fill_monitor_sensor_table();
sensor_cfg *find_sensor_cfg_via_sensor_num(sensor_cfg *cfg_table, uint8_t cfg_count,
                       uint8_t sensor_num);
bool get_sensor_init_done_flag();
sensor_cfg *get_common_sensor_cfg_info(uint8_t sensor_num);
uint8_t common_tbl_sen_reinit(uint8_t sen_num);
void plat_sensor_poll_post();
 
#endif