plat_threshold.c File Reference

#include "sensor.h"
#include "plat_sensor_table.h"
#include "plat_isr.h"
#include "plat_gpio.h"
#include "plat_pwm.h"
#include "plat_hwmon.h"
#include "plat_led.h"
#include "plat_log.h"
#include <logging/log.h>
#include "plat_threshold.h"
#include "plat_fsc.h"
#include <hal_i2c.h>
#include <nct7363.h>
#include <plat_hook.h>
#include "libutil.h"
#include "plat_status.h"
#include "adm1272.h"
#include "plat_class.h"

Include dependency graph for plat_threshold.c:

Classes
struct	pump_threshold_mapping
struct	fb_sen_entry

Macros
#define	THRESHOLD_POLL_STACK_SIZE   2048
#define	FAN_PUMP_PWRGD_STACK_SIZE   2048
#define	ENABLE_REDUNDANCY   1
#define	DISABLE_REDUNDANCY   0
#define	READ_ERROR   -1
#define	FAN_BOARD_FAULT_PWM_OFFSET   0xA2
#define	FAN_BOARD_FAULT_PWM_OFFSET_DVT   0x9E
#define	FAN_BOARD_FAULT_PWM_DUTY_1   0x00
#define	FAN_BOARD_FAULT_PWM_DUTY_50   0x7F
#define	FAN_BOARD_FAULT_PWM_DUTY_100   0xFF
#define	EVT_FAN_BOARD_FAULT_BIT_LOCATION   1
#define	EVT_FAN_BOARD_PWRGD_BIT_LOCATION   0
#define	DVT_FAN_BOARD_FAULT_BIT_LOCATION   7
#define	DVT_FAN_BOARD_PWRGD_BIT_LOCATION   3
#define	DVT_FAN_BOARD_FAULT_BLINK_ENABLE   0x0C
#define	DVT_FAN_BOARD_FAULT_BLINK_DISABLE   0
#define	EVT_PUMP_BOARD_FAULT_BIT_LOCATION   1
#define	EVT_PUMP_BOARD_PWRGD_BIT_LOCATION   0
#define	DVT_PUMP_BOARD_FAULT_BIT_LOCATION   3
#define	DVT_PUMP_BOARD_PWRGD_BIT_LOCATION   7
#define	THRESHOLD_ARG0_TABLE_INDEX   0xFFFFFFFF
#define	HEX_FAN_NUM   14
#define	SENSOR_NUM(type, index)   SENSOR_NUM_FB_##index##_##type
#define	FB_SEN_ENTRY(index)
#define	FB_REINIT_SEN_COUNT   3

Enumerations
enum	THRESHOLD_TYPE {   THRESHOLD_DISABLE , THRESHOLD_ENABLE_LCR , THRESHOLD_ENABLE_UCR , THRESHOLD_ENABLE_BOTH ,   THRESHOLD_ENABLE_DISCRETE }

Functions
void	pump_failure_do (uint32_t thres_tbl_idx, uint32_t status)
void	abnormal_flow_do (uint32_t thres_tbl_idx, uint32_t status)
	K_KERNEL_STACK_MEMBER (threshold_poll_stack, THRESHOLD_POLL_STACK_SIZE)
	K_KERNEL_STACK_MEMBER (fan_pump_pwrgd_stack, FAN_PUMP_PWRGD_STACK_SIZE)
	LOG_MODULE_REGISTER (plat_threshold)
bool	pump_fail_check ()
bool	hex_fan_fail_check ()
bool	hsc_communicate_check ()
void	set_hsc_fail_status ()
bool	hsc_fail_check ()
bool	system_failure_recovery ()
bool	check_rpu_ready ()
void	fan_board_tach_status_handler (uint8_t sensor_num, uint8_t status)
void	hex_fan_failure_do (uint32_t sensor_num, uint32_t status)
	K_WORK_DELAYABLE_DEFINE (flow_rate_ready_worker, flow_rate_ready)
void	pump_board_tach_status_handler (uint8_t sensor_num, uint8_t status)
void	rpu_internal_fan_failure_do (uint32_t sensor_num, uint32_t status)
void	abnormal_press_do (uint32_t unused, uint32_t status)
void	abnormal_temp_do (uint32_t sensor_num, uint32_t status)
void	level_sensor_do (uint32_t unused, uint32_t status)
void	rpu_level_sensor_do (uint32_t unused, uint32_t status)
void	sensor_log (uint32_t sensor_num, uint32_t status)
sensor_threshold *	find_threshold_tbl_entry (uint8_t sensor_num)
uint8_t	fb_hsc_status (uint8_t idx)
void	set_threshold_poll_enable_flag (bool flag)
bool	get_threshold_poll_enable_flag ()
uint32_t	get_threshold_status (uint8_t sensor_num)
void	threshold_poll_init ()
void	pump_change_threshold (uint8_t sensor_num, uint8_t duty)
void	check_bpb_hsc_status (void)
void	plat_sensor_poll_post ()
void	fan_pump_pwrgd_handler (void *arug0, void *arug1, void *arug2)
void	fan_pump_pwrgd ()

Variables
struct k_thread	threshold_poll
struct k_thread	fan_pump_pwrgd_thread
uint8_t	fan_pump_sensor_array []
uint8_t	fan_sensor_array []
uint8_t	pump_sensor_array []
uint8_t	hsc_communicate_sensor_array []
pump_threshold_mapping	pump_threshold_tbl []
sensor_threshold	threshold_tbl []
struct fb_sen_entry	fb_sen_tbl []

Macro Definition Documentation

DISABLE_REDUNDANCY

#define DISABLE_REDUNDANCY   0

DVT_FAN_BOARD_FAULT_BIT_LOCATION

#define DVT_FAN_BOARD_FAULT_BIT_LOCATION   7

DVT_FAN_BOARD_FAULT_BLINK_DISABLE

#define DVT_FAN_BOARD_FAULT_BLINK_DISABLE   0

DVT_FAN_BOARD_FAULT_BLINK_ENABLE

#define DVT_FAN_BOARD_FAULT_BLINK_ENABLE   0x0C

DVT_FAN_BOARD_PWRGD_BIT_LOCATION

#define DVT_FAN_BOARD_PWRGD_BIT_LOCATION   3

DVT_PUMP_BOARD_FAULT_BIT_LOCATION

#define DVT_PUMP_BOARD_FAULT_BIT_LOCATION   3

DVT_PUMP_BOARD_PWRGD_BIT_LOCATION

#define DVT_PUMP_BOARD_PWRGD_BIT_LOCATION   7

ENABLE_REDUNDANCY

#define ENABLE_REDUNDANCY   1

EVT_FAN_BOARD_FAULT_BIT_LOCATION

#define EVT_FAN_BOARD_FAULT_BIT_LOCATION   1

EVT_FAN_BOARD_PWRGD_BIT_LOCATION

#define EVT_FAN_BOARD_PWRGD_BIT_LOCATION   0

EVT_PUMP_BOARD_FAULT_BIT_LOCATION

#define EVT_PUMP_BOARD_FAULT_BIT_LOCATION   1

EVT_PUMP_BOARD_PWRGD_BIT_LOCATION

#define EVT_PUMP_BOARD_PWRGD_BIT_LOCATION   0

FAN_BOARD_FAULT_PWM_DUTY_1

#define FAN_BOARD_FAULT_PWM_DUTY_1   0x00

FAN_BOARD_FAULT_PWM_DUTY_100

#define FAN_BOARD_FAULT_PWM_DUTY_100   0xFF

FAN_BOARD_FAULT_PWM_DUTY_50

#define FAN_BOARD_FAULT_PWM_DUTY_50   0x7F

FAN_BOARD_FAULT_PWM_OFFSET

#define FAN_BOARD_FAULT_PWM_OFFSET   0xA2

FAN_BOARD_FAULT_PWM_OFFSET_DVT

#define FAN_BOARD_FAULT_PWM_OFFSET_DVT   0x9E

FAN_PUMP_PWRGD_STACK_SIZE

#define FAN_PUMP_PWRGD_STACK_SIZE   2048

FB_REINIT_SEN_COUNT

#define FB_REINIT_SEN_COUNT   3

FB_SEN_ENTRY

#define FB_SEN_ENTRY

(

index

)

Value:

    {                                                                                          \
        {                                                                                  \
            SENSOR_NUM(FAN_TACH_RPM, index), SENSOR_NUM(HSC_TEMP_C, index),            \
                SENSOR_NUM(HEX_OUTLET_TEMP_C, index)                               \
        }                                                                                  \
    }

HEX_FAN_NUM

#define HEX_FAN_NUM   14

READ_ERROR

#define READ_ERROR   -1

SENSOR_NUM

#define SENSOR_NUM	(		type,
			index
	)		SENSOR_NUM_FB_##index##_##type

THRESHOLD_ARG0_TABLE_INDEX

#define THRESHOLD_ARG0_TABLE_INDEX   0xFFFFFFFF

THRESHOLD_POLL_STACK_SIZE

#define THRESHOLD_POLL_STACK_SIZE   2048

Enumeration Type Documentation

THRESHOLD_TYPE

enum THRESHOLD_TYPE

Enumerator
THRESHOLD_DISABLE
THRESHOLD_ENABLE_LCR
THRESHOLD_ENABLE_UCR
THRESHOLD_ENABLE_BOTH
THRESHOLD_ENABLE_DISCRETE

Function Documentation

abnormal_flow_do()

void abnormal_flow_do	(	uint32_t	thres_tbl_idx,
		uint32_t	status
	)

abnormal_press_do()

void abnormal_press_do	(	uint32_t	unused,
		uint32_t	status
	)

Here is the call graph for this function:

abnormal_temp_do()

void abnormal_temp_do	(	uint32_t	sensor_num,
		uint32_t	status
	)

Here is the call graph for this function:

check_bpb_hsc_status()

void check_bpb_hsc_status

(

void

)

Here is the call graph for this function:

check_rpu_ready()

bool check_rpu_ready

(

)

Here is the call graph for this function:

fan_board_tach_status_handler()

void fan_board_tach_status_handler	(	uint8_t	sensor_num,
		uint8_t	status
	)

Here is the call graph for this function:

fan_pump_pwrgd()

void fan_pump_pwrgd

(

)

Here is the call graph for this function:

fan_pump_pwrgd_handler()

void fan_pump_pwrgd_handler	(	void *	arug0,
		void *	arug1,
		void *	arug2
	)

Here is the call graph for this function:

fb_hsc_status()

uint8_t fb_hsc_status

(

uint8_t

idx

)

Here is the call graph for this function:

find_threshold_tbl_entry()

sensor_threshold * find_threshold_tbl_entry

(

uint8_t

sensor_num

)

get_threshold_poll_enable_flag()

bool get_threshold_poll_enable_flag

(

)

get_threshold_status()

uint32_t get_threshold_status

(

uint8_t

sensor_num

)

Here is the call graph for this function:

hex_fan_fail_check()

bool hex_fan_fail_check

(

)

Here is the call graph for this function:

hex_fan_failure_do()

void hex_fan_failure_do	(	uint32_t	sensor_num,
		uint32_t	status
	)

Here is the call graph for this function:

hsc_communicate_check()

bool hsc_communicate_check

(

)

Here is the call graph for this function:

hsc_fail_check()

bool hsc_fail_check

(

)

Here is the call graph for this function:

K_KERNEL_STACK_MEMBER() [1/2]

K_KERNEL_STACK_MEMBER	(	fan_pump_pwrgd_stack	,
		FAN_PUMP_PWRGD_STACK_SIZE
	)

K_KERNEL_STACK_MEMBER() [2/2]

K_KERNEL_STACK_MEMBER	(	threshold_poll_stack	,
		THRESHOLD_POLL_STACK_SIZE
	)

K_WORK_DELAYABLE_DEFINE()

K_WORK_DELAYABLE_DEFINE	(	flow_rate_ready_worker	,
		flow_rate_ready
	)

level_sensor_do()

void level_sensor_do	(	uint32_t	unused,
		uint32_t	status
	)

Here is the call graph for this function:

LOG_MODULE_REGISTER()

LOG_MODULE_REGISTER

(

plat_threshold

)

plat_sensor_poll_post()

void plat_sensor_poll_post

(

)

Here is the call graph for this function:

pump_board_tach_status_handler()

void pump_board_tach_status_handler	(	uint8_t	sensor_num,
		uint8_t	status
	)

Here is the call graph for this function:

pump_change_threshold()

void pump_change_threshold	(	uint8_t	sensor_num,
		uint8_t	duty
	)

Here is the call graph for this function:

pump_fail_check()

bool pump_fail_check

(

)

Here is the call graph for this function:

pump_failure_do()

void pump_failure_do	(	uint32_t	thres_tbl_idx,
		uint32_t	status
	)

Here is the call graph for this function:

rpu_internal_fan_failure_do()

void rpu_internal_fan_failure_do	(	uint32_t	sensor_num,
		uint32_t	status
	)

Here is the call graph for this function:

rpu_level_sensor_do()

void rpu_level_sensor_do	(	uint32_t	unused,
		uint32_t	status
	)

Here is the call graph for this function:

sensor_log()

void sensor_log	(	uint32_t	sensor_num,
		uint32_t	status
	)

Here is the call graph for this function:

set_hsc_fail_status()

void set_hsc_fail_status

(

)

Here is the call graph for this function:

set_threshold_poll_enable_flag()

void set_threshold_poll_enable_flag

(

bool

flag

)

system_failure_recovery()

bool system_failure_recovery

(

)

Here is the call graph for this function:

threshold_poll_init()

void threshold_poll_init

(

)

Here is the call graph for this function:

Variable Documentation

fan_pump_pwrgd_thread

struct k_thread fan_pump_pwrgd_thread

fan_pump_sensor_array

uint8_t fan_pump_sensor_array[]

Initial value:

= {
    
    SENSOR_NUM_FB_1_FAN_TACH_RPM,
    SENSOR_NUM_FB_2_FAN_TACH_RPM,
    SENSOR_NUM_FB_3_FAN_TACH_RPM,
    SENSOR_NUM_FB_4_FAN_TACH_RPM,
    SENSOR_NUM_FB_5_FAN_TACH_RPM,
    SENSOR_NUM_FB_6_FAN_TACH_RPM,
    SENSOR_NUM_FB_7_FAN_TACH_RPM,
    SENSOR_NUM_FB_8_FAN_TACH_RPM,
    SENSOR_NUM_FB_9_FAN_TACH_RPM,
    SENSOR_NUM_FB_10_FAN_TACH_RPM,
    SENSOR_NUM_FB_11_FAN_TACH_RPM,
    SENSOR_NUM_FB_12_FAN_TACH_RPM,
    SENSOR_NUM_FB_13_FAN_TACH_RPM,
    SENSOR_NUM_FB_14_FAN_TACH_RPM,
    
    SENSOR_NUM_PB_1_PUMP_TACH_RPM,
    SENSOR_NUM_PB_2_PUMP_TACH_RPM,
    SENSOR_NUM_PB_3_PUMP_TACH_RPM,
}

fan_sensor_array

uint8_t fan_sensor_array[]

Initial value:

= {
    SENSOR_NUM_FB_1_FAN_TACH_RPM,  SENSOR_NUM_FB_2_FAN_TACH_RPM,  SENSOR_NUM_FB_3_FAN_TACH_RPM,
    SENSOR_NUM_FB_4_FAN_TACH_RPM,  SENSOR_NUM_FB_5_FAN_TACH_RPM,  SENSOR_NUM_FB_6_FAN_TACH_RPM,
    SENSOR_NUM_FB_7_FAN_TACH_RPM,  SENSOR_NUM_FB_8_FAN_TACH_RPM,  SENSOR_NUM_FB_9_FAN_TACH_RPM,
    SENSOR_NUM_FB_10_FAN_TACH_RPM, SENSOR_NUM_FB_11_FAN_TACH_RPM, SENSOR_NUM_FB_12_FAN_TACH_RPM,
    SENSOR_NUM_FB_13_FAN_TACH_RPM, SENSOR_NUM_FB_14_FAN_TACH_RPM,
}

fb_sen_tbl

struct fb_sen_entry fb_sen_tbl[]

Initial value:

= { FB_SEN_ENTRY(1),  FB_SEN_ENTRY(2),  FB_SEN_ENTRY(3),     FB_SEN_ENTRY(4),
           FB_SEN_ENTRY(5),  FB_SEN_ENTRY(6),  FB_SEN_ENTRY(7),  FB_SEN_ENTRY(8),
           FB_SEN_ENTRY(9),  FB_SEN_ENTRY(10), FB_SEN_ENTRY(11), FB_SEN_ENTRY(12),
           FB_SEN_ENTRY(13), FB_SEN_ENTRY(14) }

hsc_communicate_sensor_array

uint8_t hsc_communicate_sensor_array[]

Initial value:

= {
    SENSOR_NUM_BPB_HSC_P48V_TEMP_C,  SENSOR_NUM_BB_HSC_P48V_TEMP_C,
    SENSOR_NUM_PB_1_HSC_P48V_TEMP_C, SENSOR_NUM_PB_2_HSC_P48V_TEMP_C,
    SENSOR_NUM_PB_3_HSC_P48V_TEMP_C,
}

pump_sensor_array

uint8_t pump_sensor_array[]

Initial value:

= {
    SENSOR_NUM_PB_1_PUMP_TACH_RPM,
    SENSOR_NUM_PB_2_PUMP_TACH_RPM,
    SENSOR_NUM_PB_3_PUMP_TACH_RPM,
}

pump_threshold_tbl

pump_threshold_mapping pump_threshold_tbl[]

Initial value:

= {
    { 19, 0 },    { 20, 1800 }, { 30, 3250 }, { 40, 4450 },
    { 50, 5450 }, { 60, 6050 }, { 70, 6450 },
}

threshold_poll

struct k_thread threshold_poll

threshold_tbl

sensor_threshold threshold_tbl[]

Initial value:

= {
    
    { SENSOR_NUM_PB_1_PUMP_TACH_RPM, THRESHOLD_ENABLE_BOTH, 0, 0, pump_failure_do,
      THRESHOLD_ARG0_TABLE_INDEX, 40 },
    { SENSOR_NUM_PB_2_PUMP_TACH_RPM, THRESHOLD_ENABLE_BOTH, 0, 0, pump_failure_do,
      THRESHOLD_ARG0_TABLE_INDEX, 40 },
    { SENSOR_NUM_PB_3_PUMP_TACH_RPM, THRESHOLD_ENABLE_BOTH, 0, 0, pump_failure_do,
      THRESHOLD_ARG0_TABLE_INDEX, 40 },
    
 
}