plat_hwmon.c File Reference

#include <stdio.h>
#include <stdint.h>
#include <string.h>
#include "plat_i2c.h"
#include "sensor.h"
#include <logging/log.h>
#include <sys/util.h>
#include "plat_sensor_table.h"
#include "plat_modbus.h"
#include "modbus_server.h"
#include "plat_hwmon.h"
#include "adm1272.h"
#include "plat_log.h"
#include "plat_hook.h"
#include "plat_pwm.h"
#include "plat_status.h"
#include "plat_isr.h"
#include "plat_fru.h"
#include "plat_fsc.h"

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Macros
#define	PUMP_RESET_FUNCTIONS(num)
#define	TURN_OFF_HSC_OUTPUT   0
#define	TURN_ON_HSC_OUTPUT   1
#define	FAN_BORAD_COUNT_NUM   14
#define	PUMP_BORAD_COUNT_NUM   17
#define	BACKPLANE_BORAD_COUNT_NUM   18
#define	BRIDGE_BORAD_COUNT_NUM   19

Functions
	LOG_MODULE_REGISTER (plat_hwmon)
	K_WORK_DELAYABLE_DEFINE (pump1_adm1272_re_enable_handler_5sec, pump1_hsc_adm1272_re_enable)
	K_WORK_DELAYABLE_DEFINE (pump2_adm1272_re_enable_handler_5sec, pump2_hsc_adm1272_re_enable)
	K_WORK_DELAYABLE_DEFINE (pump3_adm1272_re_enable_handler_5sec, pump3_hsc_adm1272_re_enable)
bool	modbus_pump_setting_unsupport_function (pump_reset_struct *data, uint8_t bit_val)
	K_WORK_DEFINE (clear_log_work, modbus_clear_log)
bool	clear_log_for_modbus_pump_setting (pump_reset_struct *data, uint8_t bit_val)
void	hsc_adm1272_pwr_ctrl (sensor_cfg *cfg, uint8_t adm1272_reg, uint8_t state)
void	hsc_xdp710_pwr_ctrl (sensor_cfg *cfg, uint8_t xdp710_reg, uint8_t state)
void	hsc_adm1272_re_enable (uint8_t sensor_num)
bool	close_pump (pump_reset_struct *data, uint8_t bit_val)
bool	pump_setting_set_manual_flag (pump_reset_struct *data, uint8_t bit_val)
bool	pump_setting_set_auto_tune_flag (pump_reset_struct *data, uint8_t bit_val)
bool	pump_setting_set_pump_redundant (pump_reset_struct *data, uint8_t bit_val)
bool	set_all_pump_power (bool switch_val)
void	rpu_remote_power_cycle ()
	K_WORK_DEFINE (rpu_pwr_cycle_work, rpu_remote_power_cycle)
bool	rpu_remote_power_cycle_function (pump_reset_struct *data, uint8_t bit_val)
void	pump_redundant_handler (struct k_timer *timer)
void	pump_redundant_handler_disable (struct k_timer *timer)
	K_TIMER_DEFINE (pump_redundant_timer, pump_redundant_handler, pump_redundant_handler_disable)
uint8_t	get_pump_redundant_switch_time ()
void	set_pump_redundant_switch_time (uint8_t time)
void	set_pump_redundant_switch_time_type (uint8_t type)
void	pump_redundant_enable (uint8_t onoff)
uint8_t	pwm_control (uint8_t group, uint8_t duty)
bool	get_pump_last_switch_time (uint8_t pump_num, uint32_t *return_uptime)
bool	get_pump_current_boot_unrunning_time (uint8_t pump_num, uint32_t *return_uptime)
bool	read_pump_running_time_data_from_eeprom (uint8_t pump_num, uint32_t *return_data)
bool	get_pump_uptime_secs (uint8_t pump_num, uint32_t *return_uptime)
bool	set_pump_uptime_secs (uint8_t pump_1_set, uint8_t pump_2_set, uint8_t pump_3_set)
bool	modbus_clear_pump_running_time_function (pump_reset_struct *data, uint8_t bit_val)

Variables
uint8_t	hsc_pwe_cycle_tbl []
pump_running_time	pump_running_time_info []

Macro Definition Documentation

BACKPLANE_BORAD_COUNT_NUM

#define BACKPLANE_BORAD_COUNT_NUM   18

BRIDGE_BORAD_COUNT_NUM

#define BRIDGE_BORAD_COUNT_NUM   19

FAN_BORAD_COUNT_NUM

#define FAN_BORAD_COUNT_NUM   14

PUMP_BORAD_COUNT_NUM

#define PUMP_BORAD_COUNT_NUM   17

PUMP_RESET_FUNCTIONS

#define PUMP_RESET_FUNCTIONS

(

num

)

Value:

    static void pump##num##_reset()                                                            \
    {                                                                                          \
        hsc_reset(SENSOR_NUM_PB_##num##_HSC_P48V_PIN_PWR_W);                               \
    }                                                                                          \
    K_WORK_DEFINE(pump##num##_reset_work, pump##num##_reset);                                  \
    bool pump_setting_pump##num##_reset(pump_reset_struct *data, uint8_t bit_val)              \
    {                                                                                          \
        CHECK_NULL_ARG_WITH_RETURN(data, false);                                           \
        if (bit_val == 0)                                                                  \
            return true;                                                               \
        k_work_submit(&pump##num##_reset_work);                                            \
        return true;                                                                       \
    }

TURN_OFF_HSC_OUTPUT

#define TURN_OFF_HSC_OUTPUT   0

TURN_ON_HSC_OUTPUT

#define TURN_ON_HSC_OUTPUT   1

Function Documentation

clear_log_for_modbus_pump_setting()

bool clear_log_for_modbus_pump_setting	(	pump_reset_struct *	data,
		uint8_t	bit_val
	)

close_pump()

bool close_pump	(	pump_reset_struct *	data,
		uint8_t	bit_val
	)

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get_pump_current_boot_unrunning_time()

bool get_pump_current_boot_unrunning_time	(	uint8_t	pump_num,
		uint32_t *	return_uptime
	)

get_pump_last_switch_time()

bool get_pump_last_switch_time	(	uint8_t	pump_num,
		uint32_t *	return_uptime
	)

get_pump_redundant_switch_time()

uint8_t get_pump_redundant_switch_time

(

)

get_pump_uptime_secs()

bool get_pump_uptime_secs	(	uint8_t	pump_num,
		uint32_t *	return_uptime
	)

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hsc_adm1272_pwr_ctrl()

void hsc_adm1272_pwr_ctrl	(	sensor_cfg *	cfg,
		uint8_t	adm1272_reg,
		uint8_t	state
	)

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hsc_adm1272_re_enable()

void hsc_adm1272_re_enable

(

uint8_t

sensor_num

)

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hsc_xdp710_pwr_ctrl()

void hsc_xdp710_pwr_ctrl	(	sensor_cfg *	cfg,
		uint8_t	xdp710_reg,
		uint8_t	state
	)

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K_TIMER_DEFINE()

K_TIMER_DEFINE	(	pump_redundant_timer	,
		pump_redundant_handler	,
		pump_redundant_handler_disable
	)

K_WORK_DEFINE() [1/2]

K_WORK_DEFINE	(	clear_log_work	,
		modbus_clear_log
	)

K_WORK_DEFINE() [2/2]

K_WORK_DEFINE	(	rpu_pwr_cycle_work	,
		rpu_remote_power_cycle
	)

K_WORK_DELAYABLE_DEFINE() [1/3]

K_WORK_DELAYABLE_DEFINE	(	pump1_adm1272_re_enable_handler_5sec	,
		pump1_hsc_adm1272_re_enable
	)

K_WORK_DELAYABLE_DEFINE() [2/3]

K_WORK_DELAYABLE_DEFINE	(	pump2_adm1272_re_enable_handler_5sec	,
		pump2_hsc_adm1272_re_enable
	)

K_WORK_DELAYABLE_DEFINE() [3/3]

K_WORK_DELAYABLE_DEFINE	(	pump3_adm1272_re_enable_handler_5sec	,
		pump3_hsc_adm1272_re_enable
	)

LOG_MODULE_REGISTER()

LOG_MODULE_REGISTER

(

plat_hwmon

)

modbus_clear_pump_running_time_function()

bool modbus_clear_pump_running_time_function	(	pump_reset_struct *	data,
		uint8_t	bit_val
	)

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modbus_pump_setting_unsupport_function()

bool modbus_pump_setting_unsupport_function	(	pump_reset_struct *	data,
		uint8_t	bit_val
	)

pump_redundant_enable()

void pump_redundant_enable

(

uint8_t

onoff

)

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pump_redundant_handler()

void pump_redundant_handler

(

struct k_timer *

timer

)

pump_redundant_handler_disable()

void pump_redundant_handler_disable

(

struct k_timer *

timer

)

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pump_setting_set_auto_tune_flag()

bool pump_setting_set_auto_tune_flag	(	pump_reset_struct *	data,
		uint8_t	bit_val
	)

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pump_setting_set_manual_flag()

bool pump_setting_set_manual_flag	(	pump_reset_struct *	data,
		uint8_t	bit_val
	)

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pump_setting_set_pump_redundant()

bool pump_setting_set_pump_redundant	(	pump_reset_struct *	data,
		uint8_t	bit_val
	)

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pwm_control()

uint8_t pwm_control	(	uint8_t	group,
		uint8_t	duty
	)

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read_pump_running_time_data_from_eeprom()

bool read_pump_running_time_data_from_eeprom	(	uint8_t	pump_num,
		uint32_t *	return_data
	)

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rpu_remote_power_cycle()

void rpu_remote_power_cycle

(

)

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rpu_remote_power_cycle_function()

bool rpu_remote_power_cycle_function	(	pump_reset_struct *	data,
		uint8_t	bit_val
	)

set_all_pump_power()

bool set_all_pump_power

(

bool

switch_val

)

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set_pump_redundant_switch_time()

void set_pump_redundant_switch_time

(

uint8_t

time

)

set_pump_redundant_switch_time_type()

void set_pump_redundant_switch_time_type

(

uint8_t

type

)

set_pump_uptime_secs()

bool set_pump_uptime_secs	(	uint8_t	pump_1_set,
		uint8_t	pump_2_set,
		uint8_t	pump_3_set
	)

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Variable Documentation

hsc_pwe_cycle_tbl

uint8_t hsc_pwe_cycle_tbl[]

Initial value:

= {
    
    SENSOR_NUM_FB_1_HSC_P48V_VIN_VOLT_V, SENSOR_NUM_FB_2_HSC_P48V_VIN_VOLT_V,
    SENSOR_NUM_FB_3_HSC_P48V_VIN_VOLT_V, SENSOR_NUM_FB_4_HSC_P48V_VIN_VOLT_V,
    SENSOR_NUM_FB_5_HSC_P48V_VIN_VOLT_V, SENSOR_NUM_FB_6_HSC_P48V_VIN_VOLT_V,
    SENSOR_NUM_FB_7_HSC_P48V_VIN_VOLT_V, SENSOR_NUM_FB_8_HSC_P48V_VIN_VOLT_V,
    SENSOR_NUM_FB_9_HSC_P48V_VIN_VOLT_V, SENSOR_NUM_FB_10_HSC_P48V_VIN_VOLT_V,
    SENSOR_NUM_FB_11_HSC_P48V_VIN_VOLT_V, SENSOR_NUM_FB_12_HSC_P48V_VIN_VOLT_V,
    SENSOR_NUM_FB_13_HSC_P48V_VIN_VOLT_V, SENSOR_NUM_FB_14_HSC_P48V_VIN_VOLT_V,
    
    SENSOR_NUM_PB_1_HSC_P48V_VIN_VOLT_V, SENSOR_NUM_PB_2_HSC_P48V_VIN_VOLT_V,
    SENSOR_NUM_PB_3_HSC_P48V_VIN_VOLT_V,
    
    SENSOR_NUM_BPB_HSC_P48V_VIN_VOLT_V,
    
    SENSOR_NUM_BB_HSC_P48V_VIN_VOLT_V
 
}

pump_running_time_info

pump_running_time pump_running_time_info[]

Initial value:

= {
    { PUMP_1_UPTIME, EEPROM_PUMP1_UPTIME_SIZE, EEPROM_PUMP1_UPTIME_OFFSET },
    { PUMP_2_UPTIME, EEPROM_PUMP2_UPTIME_SIZE, EEPROM_PUMP2_UPTIME_OFFSET },
    { PUMP_3_UPTIME, EEPROM_PUMP3_UPTIME_SIZE, EEPROM_PUMP3_UPTIME_OFFSET },
}