plat_thermal.c File Reference

#include "plat_event.h"
#include <logging/log.h>
#include "tmp431.h"
#include "sensor.h"
#include "plat_log.h"
#include "plat_user_setting.h"
#include "plat_util.h"
#include "plat_i2c.h"
#include "plat_pldm_sensor.h"
#include "plat_led.h"

Include dependency graph for plat_thermal.c:

Classes
struct	temp_mapping_sensor_t

Macros
#define	TMP432_HIGH_LIMIT_STATUS_REG   0x35

Typedefs
typedef struct temp_mapping_sensor_t	temp_mapping_sensor_t

Enumerations
enum	IRIS_TEMP_INDEX_E {   TEMP_STATUS_INDEX_ASIC_MEDHA0_SENSOR0 , TEMP_STATUS_INDEX_ASIC_MEDHA0_SENSOR1 , TEMP_STATUS_INDEX_ASIC_OWL_W , TEMP_STATUS_INDEX_ASIC_OWL_E ,   TEMP_STATUS_INDEX_ASIC_MEDHA1_SENSOR0 , TEMP_STATUS_INDEX_ASIC_MEDHA1_SENSOR1 , TEMP_STATUS_INDEX_ASIC_HAMSA_CRM , TEMP_STATUS_INDEX_ASIC_HAMSA_LS ,   TEMP_STATUS_INDEX_MAX }

Functions
	LOG_MODULE_REGISTER (plat_thermal)
	K_KERNEL_STACK_MEMBER (check_thermal_thread_stack, 1024)
void	read_temp_status (uint8_t bus, uint8_t target_addr)
void	check_thermal_handler (void *arg1, void *arg2, void *arg3)
void	init_thermal_polling (void)

Variables
struct k_thread	check_thermal_thread
k_tid_t	thermal_tid
bool	handler_flag = true
const char *	temperature_name_table []
temp_mapping_sensor_t	temp_alert_index_table []

Macro Definition Documentation

TMP432_HIGH_LIMIT_STATUS_REG

#define TMP432_HIGH_LIMIT_STATUS_REG   0x35

Typedef Documentation

temp_mapping_sensor_t

typedef struct temp_mapping_sensor_t temp_mapping_sensor_t

Enumeration Type Documentation

IRIS_TEMP_INDEX_E

enum IRIS_TEMP_INDEX_E

Enumerator
TEMP_STATUS_INDEX_ASIC_MEDHA0_SENSOR0
TEMP_STATUS_INDEX_ASIC_MEDHA0_SENSOR1
TEMP_STATUS_INDEX_ASIC_OWL_W
TEMP_STATUS_INDEX_ASIC_OWL_E
TEMP_STATUS_INDEX_ASIC_MEDHA1_SENSOR0
TEMP_STATUS_INDEX_ASIC_MEDHA1_SENSOR1
TEMP_STATUS_INDEX_ASIC_HAMSA_CRM
TEMP_STATUS_INDEX_ASIC_HAMSA_LS
TEMP_STATUS_INDEX_MAX

Function Documentation

check_thermal_handler()

void check_thermal_handler	(	void *	arg1,
		void *	arg2,
		void *	arg3
	)

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init_thermal_polling()

void init_thermal_polling

(

void

)

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K_KERNEL_STACK_MEMBER()

K_KERNEL_STACK_MEMBER	(	check_thermal_thread_stack	,
		1024
	)

LOG_MODULE_REGISTER()

LOG_MODULE_REGISTER

(

plat_thermal

)

read_temp_status()

void read_temp_status	(	uint8_t	bus,
		uint8_t	target_addr
	)

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Variable Documentation

check_thermal_thread

struct k_thread check_thermal_thread

handler_flag

bool handler_flag = true

temp_alert_index_table

temp_mapping_sensor_t temp_alert_index_table[]

Initial value:

= {
    { TEMP_STATUS_INDEX_ASIC_MEDHA0_SENSOR0, SENSOR_NUM_ASIC_MEDHA0_SENSOR0_TEMP_C,
      "SB_RB_ASIC_MEDHA0_SENSOR0_TEMP", 0 },
    { TEMP_STATUS_INDEX_ASIC_MEDHA0_SENSOR1, SENSOR_NUM_ASIC_MEDHA0_SENSOR1_TEMP_C,
      "SB_RB_ASIC_MEDHA0_SENSOR1_TEMP", 0 },
    { TEMP_STATUS_INDEX_ASIC_OWL_W, SENSOR_NUM_ASIC_OWL_W_TEMP_C, "SB_RB_ASIC_OWL_W_TEMP", 0 },
    { TEMP_STATUS_INDEX_ASIC_OWL_E, SENSOR_NUM_ASIC_OWL_E_TEMP_C, "SB_RB_ASIC_OWL_E_TEMP", 0 },
    { TEMP_STATUS_INDEX_ASIC_MEDHA1_SENSOR0, SENSOR_NUM_ASIC_MEDHA1_SENSOR0_TEMP_C,
      "SB_RB_ASIC_MEDHA1_SENSOR0_TEMP", 0 },
    { TEMP_STATUS_INDEX_ASIC_MEDHA1_SENSOR1, SENSOR_NUM_ASIC_MEDHA1_SENSOR1_TEMP_C,
      "SB_RB_ASIC_MEDHA1_SENSOR1_TEMP", 0 },
    { TEMP_STATUS_INDEX_ASIC_HAMSA_CRM, SENSOR_NUM_ASIC_HAMSA_CRM_TEMP_C,
      "SB_RB_ASIC_HAMSA_CRM_TEMP", 0 },
    { TEMP_STATUS_INDEX_ASIC_HAMSA_LS, SENSOR_NUM_ASIC_HAMSA_LS_TEMP_C,
      "SB_RB_ASIC_HAMSA_LS_TEMP", 0 },
}

temperature_name_table

const char* temperature_name_table[]

Initial value:

= {
    "ASIC_MEDHA0_SENSOR0", "ASIC_MEDHA0_SENSOR1", "ASIC_OWL_W", "ASIC_OWL_E",
    "ASIC_MEDHA1_SENSOR0", "ASIC_MEDHA1_SENSOR1", "ASIC_HAMSA_CRM", "ASIC_HAMSA_LS",
}

thermal_tid

k_tid_t thermal_tid