plat_hook.c File Reference

#include <stdio.h>
#include <string.h>
#include "libutil.h"
#include "ast_adc.h"
#include "sensor.h"
#include "hal_i2c.h"
#include "plat_i2c.h"
#include "plat_gpio.h"
#include "plat_sensor_table.h"
#include "plat_hook.h"
#include "plat_event.h"
#include "plat_isr.h"
#include <logging/log.h>
#include "mp2971.h"
#include "isl69259.h"
#include "raa228249.h"
#include "tmp75.h"
#include "tmp431.h"
#include "emc1413.h"
#include "mp29816a.h"
#include "plat_pldm_sensor.h"
#include "plat_class.h"
#include "pmbus.h"
#include "plat_i2c_target.h"
#include "pldm_sensor.h"

Include dependency graph for plat_hook.c:

Macros
#define	ALERT_LEVEL_USER_SETTINGS_OFFSET   0x8200
#define	EEPROM_MAX_WRITE_TIME   5
#define	AEGIS_CPLD_ADDR   (0x4C >> 1)
#define	VR_PRE_READ_ARG(idx)
#define	TEMP_THRESHOLD_USER_SETTINGS_OFFSET   0x8100
#define	VR_VOUT_USER_SETTINGS_OFFSET   0x8000
#define	SOC_PCIE_PERST_USER_SETTINGS_OFFSET   0x8300
#define	BOOTSTRAP_USER_SETTINGS_OFFSET   0x8400
#define	THERMALTRIP_USER_SETTINGS_OFFSET   0x8500
#define	THROTTLE_USER_SETTINGS_OFFSET   0x8600
#define	POWER_CAPPING_USER_SETTINGS_OFFSET   0x8650
#define	CPLD_THERMALTRIP_SWITCH_ADDR   0x3D
#define	CPLD_THROTTLE_SWITCH_ADDR   0x32
#define	PLAT_TMP432_THERM_HYSTERESIS_VAL   0x5A
#define	PLAT_EMC1413_THERM_HYSTERESIS_VAL   0x5A
#define	CPLD_MTIA_HC_LC_SETTING_ADDR   0x26
#define	MTIA_HC_LC_ENABLE   1
#define	MTIA_HC_LC_DISENABLE   0

Functions
	LOG_MODULE_REGISTER (plat_hook)
void	power_capping_comparator_handler ()
bool	ubc_vr_rail_name_get (uint8_t rail, uint8_t **name)
bool	ubc_vr_rail_enum_get (uint8_t *name, uint8_t *num)
int	power_level_send_event (bool is_assert, int ubc1_current, int ubc2_current)
bool	post_all_sensor_read (sensor_cfg *cfg, void *args, int *reading)
bool	post_ubc_read (sensor_cfg *cfg, void *args, int *reading)
bool	temp_sensor_rail_name_get (uint8_t rail, uint8_t **name)
bool	temp_sensor_rail_enum_get (uint8_t *name, uint8_t *num)
bool	strap_name_get (uint8_t rail, uint8_t **name)
bool	strap_enum_get (uint8_t *name, uint8_t *num)
bool	find_bootstrap_by_rail (uint8_t rail, bootstrap_mapping_register *result)
void *	vr_mutex_get (enum VR_INDEX_E vr_index)
bool	pre_vr_read (sensor_cfg *cfg, void *args)
bool	post_vr_read (sensor_cfg *cfg, void *args, int *const reading)
bool	get_average_power (uint8_t rail, uint32_t *milliwatt)
bool	is_mb_dc_on ()
void	vr_mutex_init (void)
bool	vr_rail_name_get (uint8_t rail, uint8_t **name)
bool	vr_status_name_get (uint8_t rail, uint8_t **name)
bool	voltage_command_setting_get (uint8_t rail, uint16_t *vout)
bool	vr_rail_enum_get (uint8_t *name, uint8_t *num)
bool	vr_status_enum_get (uint8_t *name, uint8_t *num)
bool	plat_get_vout_range (uint8_t rail, uint16_t *vout_max_millivolt, uint16_t *vout_min_millivolt)
bool	plat_set_vout_range_min (uint8_t rail, uint16_t *millivolt)
bool	plat_set_vout_range_max (uint8_t rail, uint16_t *millivolt)
bool	vr_vout_user_settings_get (void *user_settings)
bool	vr_vout_user_settings_set (void *user_settings)
bool	set_user_settings_soc_pcie_perst_to_eeprom (void *user_settings, uint8_t data_length)
bool	get_user_settings_soc_pcie_perst_from_eeprom (void *user_settings, uint8_t data_length)
int	set_user_settings_alert_level_to_eeprom (void *user_settings, uint8_t data_length)
int	get_user_settings_alert_level_from_eeprom (void *user_settings, uint8_t data_length)
bool	vr_vout_user_settings_init (void)
bool	vr_vout_default_settings_init (void)
bool	temp_index_threshold_type_name_get (uint8_t type, uint8_t **name)
bool	temp_threshold_type_enum_get (uint8_t *name, uint8_t *num)
bool	temp_threshold_user_settings_get (void *temp_threshold_user_settings)
bool	temp_threshold_user_settings_set (void *temp_threshold_user_settings)
bool	bootstrap_user_settings_get (void *bootstrap_user_settings)
bool	bootstrap_user_settings_set (void *bootstrap_user_settings)
bool	get_user_settings_thermaltrip_from_eeprom (void *user_settings, uint8_t data_length)
bool	set_user_settings_thermaltrip_to_eeprom (void *thermaltrip_user_settings, uint8_t data_length)
bool	set_thermaltrip_user_settings (bool thermaltrip_enable, bool is_perm)
bool	get_user_settings_throttle_from_eeprom (void *user_settings, uint8_t data_length)
bool	set_user_settings_throttle_to_eeprom (void *throttle_user_settings, uint8_t data_length)
bool	set_throttle_user_settings (uint8_t *throttle_status_reg, bool is_perm)
bool	check_is_bootstrap_setting_value_valid (uint8_t rail, uint8_t value)
bool	set_bootstrap_table_and_user_settings (uint8_t rail, uint8_t *change_setting_value, uint8_t drive_index_level, bool is_perm, bool is_default)
bool	get_bootstrap_change_drive_level (int rail, int *drive_level)
void	set_uart_power_event_is_enable (bool is_enable)
void	pwr_level_mutex_init (void)
void	set_alert_level_to_default_or_user_setting (bool is_default, int32_t user_setting)
int	get_alert_level_info (bool *is_assert, int32_t *default_value, int32_t *setting_value)
bool	vr_rail_voltage_peak_get (uint8_t *name, int *peak_value)
bool	vr_rail_voltage_peak_clear (uint8_t rail_index)
bool	plat_get_vr_status (uint8_t rail, uint8_t vr_status_rail, uint16_t *vr_status)
bool	plat_clear_vr_status (uint8_t rail)
bool	plat_get_vout_command (uint8_t rail, uint16_t *millivolt)
bool	plat_set_vout_command (uint8_t rail, uint16_t *millivolt, bool is_default, bool is_perm)
bool	plat_get_temp_status (uint8_t rail, uint8_t *temp_status)
bool	plat_clear_temp_status (uint8_t rail)
bool	plat_get_temp_threshold (uint8_t temp_index_threshold_type, uint32_t *millidegree_celsius)
bool	plat_set_temp_threshold (uint8_t temp_index_threshold_type, uint32_t *millidegree_celsius, bool is_default, bool is_perm)
void	init_temp_alert_mode (void)
void	init_temp_limit (void)
bool	get_temp_index_threshold_type (uint8_t temp_threshold_type, uint8_t sensor_id, uint8_t *temp_index_threshold_type)
void	plat_pldm_sensor_post_load_init (int thread_id)
bool	power_capping_rail_name_get (uint8_t rail, uint8_t **name)
bool	power_capping_rail_enum_get (uint8_t *name, uint8_t *num)
void	update_comparator_counter_max (void)
bool	get_user_settings_power_capping_from_eeprom (void *user_settings)
bool	set_HC_LC_enable_flag (bool hc_status, bool lc_status)
bool	set_user_settings_power_capping_to_eeprom (void *power_capping_user_settings)
bool	plat_set_power_capping_command (uint8_t rail, uint16_t *set_value, bool is_perm)
bool	plat_get_power_capping_command (uint8_t rail, uint16_t *set_value)
bool	power_capping_default_settings_init (void)
bool	power_capping_user_settings_init (void)
void	check_power_capping_status (void)
void	check_power_capping_user_setting_status (void)
bool	perm_config_clear (void)
void	user_settings_init (void)

Variables
int32_t	alert_level_mA_default = 110000
int32_t	alert_level_mA_user_setting = 110000
bool	alert_level_is_assert = false
uint16_t	ath_vdd_power = 0
int	ath_vdd_polling_counter = 0
int	comparator_counter_max = 0
ubc_vr_power_mapping_sensor	ubc_vr_power_table []
vr_pre_proc_arg	vr_pre_read_args []
mp2971_init_arg	mp2971_init_args []
isl69259_init_arg	isl69259_init_args []
mpc12109_init_arg	mpc12109_init_args []
temp_mapping_sensor	temp_index_table []
power_sequence	power_sequence_on_table []
power_sequence	power_sequence_off_table []
size_t	power_sequence_on_table_size = ARRAY_SIZE(power_sequence_on_table)
size_t	power_sequence_off_table_size = ARRAY_SIZE(power_sequence_off_table)
bootstrap_mapping_register	bootstrap_table []
bootstrap_user_settings_struct	bootstrap_user_settings = { 0 }
temp_threshold_mapping_sensor	temp_index_threshold_type_table []
temp_threshold_user_settings_struct	temp_threshold_user_settings = { 0 }
struct temp_threshold_user_settings_struct	temp_threshold_default_settings = { 0 }
vr_mapping_sensor	vr_rail_table []
vr_mapping_status	vr_status_table []
vr_vout_user_settings	user_settings = { 0 }
struct vr_vout_user_settings	default_settings = { 0 }
vr_vout_range_user_settings_struct	vout_range_user_settings = { 0 }
struct vr_vout_user_settings	voltage_command_get = { 0 }
thermaltrip_user_settings_struct	thermaltrip_user_settings = { 0xFF }
throttle_user_settings_struct	throttle_user_settings = { 0xFF }
bool	power_capping_enable_flag = false
bool	power_capping_user_setting_flag = false
power_capping_mapping_sensor	power_capping_rail_table []
power_capping_user_settings_struct	power_capping_user_settings = { 0 }

Macro Definition Documentation

AEGIS_CPLD_ADDR

#define AEGIS_CPLD_ADDR   (0x4C >> 1)

ALERT_LEVEL_USER_SETTINGS_OFFSET

#define ALERT_LEVEL_USER_SETTINGS_OFFSET   0x8200

BOOTSTRAP_USER_SETTINGS_OFFSET

#define BOOTSTRAP_USER_SETTINGS_OFFSET   0x8400

CPLD_MTIA_HC_LC_SETTING_ADDR

#define CPLD_MTIA_HC_LC_SETTING_ADDR   0x26

CPLD_THERMALTRIP_SWITCH_ADDR

#define CPLD_THERMALTRIP_SWITCH_ADDR   0x3D

CPLD_THROTTLE_SWITCH_ADDR

#define CPLD_THROTTLE_SWITCH_ADDR   0x32

EEPROM_MAX_WRITE_TIME

#define EEPROM_MAX_WRITE_TIME   5

MTIA_HC_LC_DISENABLE

#define MTIA_HC_LC_DISENABLE   0

MTIA_HC_LC_ENABLE

#define MTIA_HC_LC_ENABLE   1

PLAT_EMC1413_THERM_HYSTERESIS_VAL

#define PLAT_EMC1413_THERM_HYSTERESIS_VAL   0x5A

PLAT_TMP432_THERM_HYSTERESIS_VAL

#define PLAT_TMP432_THERM_HYSTERESIS_VAL   0x5A

POWER_CAPPING_USER_SETTINGS_OFFSET

#define POWER_CAPPING_USER_SETTINGS_OFFSET   0x8650

SOC_PCIE_PERST_USER_SETTINGS_OFFSET

#define SOC_PCIE_PERST_USER_SETTINGS_OFFSET   0x8300

TEMP_THRESHOLD_USER_SETTINGS_OFFSET

#define TEMP_THRESHOLD_USER_SETTINGS_OFFSET   0x8100

THERMALTRIP_USER_SETTINGS_OFFSET

#define THERMALTRIP_USER_SETTINGS_OFFSET   0x8500

THROTTLE_USER_SETTINGS_OFFSET

#define THROTTLE_USER_SETTINGS_OFFSET   0x8600

VR_PRE_READ_ARG

#define VR_PRE_READ_ARG

(

idx

)

Value:

    { .mutex = vr_mutex + idx, .vr_page = 0x0 },                                               \
    {                                                                                          \
        .mutex = vr_mutex + idx, .vr_page = 0x1                                            \
    }

VR_VOUT_USER_SETTINGS_OFFSET

#define VR_VOUT_USER_SETTINGS_OFFSET   0x8000

Function Documentation

bootstrap_user_settings_get()

bool bootstrap_user_settings_get

(

void *

bootstrap_user_settings

)

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bootstrap_user_settings_set()

bool bootstrap_user_settings_set

(

void *

bootstrap_user_settings

)

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check_is_bootstrap_setting_value_valid()

bool check_is_bootstrap_setting_value_valid	(	uint8_t	rail,
		uint8_t	value
	)

check_power_capping_status()

void check_power_capping_status

(

void

)

check_power_capping_user_setting_status()

void check_power_capping_user_setting_status

(

void

)

find_bootstrap_by_rail()

bool find_bootstrap_by_rail	(	uint8_t	rail,
		bootstrap_mapping_register *	result
	)

get_alert_level_info()

int get_alert_level_info	(	bool *	is_assert,
		int32_t *	default_value,
		int32_t *	setting_value
	)

get_average_power()

bool get_average_power	(	uint8_t	rail,
		uint32_t *	milliwatt
	)

get_bootstrap_change_drive_level()

bool get_bootstrap_change_drive_level	(	int	rail,
		int *	drive_level
	)

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get_temp_index_threshold_type()

bool get_temp_index_threshold_type	(	uint8_t	temp_threshold_type,
		uint8_t	sensor_id,
		uint8_t *	temp_index_threshold_type
	)

get_user_settings_alert_level_from_eeprom()

int get_user_settings_alert_level_from_eeprom	(	void *	user_settings,
		uint8_t	data_length
	)

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get_user_settings_power_capping_from_eeprom()

bool get_user_settings_power_capping_from_eeprom

(

void *

user_settings

)

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get_user_settings_soc_pcie_perst_from_eeprom()

bool get_user_settings_soc_pcie_perst_from_eeprom	(	void *	user_settings,
		uint8_t	data_length
	)

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get_user_settings_thermaltrip_from_eeprom()

bool get_user_settings_thermaltrip_from_eeprom	(	void *	user_settings,
		uint8_t	data_length
	)

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get_user_settings_throttle_from_eeprom()

bool get_user_settings_throttle_from_eeprom	(	void *	user_settings,
		uint8_t	data_length
	)

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init_temp_alert_mode()

void init_temp_alert_mode

(

void

)

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init_temp_limit()

void init_temp_limit

(

void

)

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is_mb_dc_on()

bool is_mb_dc_on

(

)

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LOG_MODULE_REGISTER()

LOG_MODULE_REGISTER

(

plat_hook

)

perm_config_clear()

bool perm_config_clear

(

void

)

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plat_clear_temp_status()

bool plat_clear_temp_status

(

uint8_t

rail

)

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plat_clear_vr_status()

bool plat_clear_vr_status

(

uint8_t

rail

)

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plat_get_power_capping_command()

bool plat_get_power_capping_command	(	uint8_t	rail,
		uint16_t *	set_value
	)

plat_get_temp_status()

bool plat_get_temp_status	(	uint8_t	rail,
		uint8_t *	temp_status
	)

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plat_get_temp_threshold()

bool plat_get_temp_threshold	(	uint8_t	temp_index_threshold_type,
		uint32_t *	millidegree_celsius
	)

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plat_get_vout_command()

bool plat_get_vout_command	(	uint8_t	rail,
		uint16_t *	millivolt
	)

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plat_get_vout_range()

bool plat_get_vout_range	(	uint8_t	rail,
		uint16_t *	vout_max_millivolt,
		uint16_t *	vout_min_millivolt
	)

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plat_get_vr_status()

bool plat_get_vr_status	(	uint8_t	rail,
		uint8_t	vr_status_rail,
		uint16_t *	vr_status
	)

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plat_pldm_sensor_post_load_init()

void plat_pldm_sensor_post_load_init

(

int

thread_id

)

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plat_set_power_capping_command()

bool plat_set_power_capping_command	(	uint8_t	rail,
		uint16_t *	set_value,
		bool	is_perm
	)

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plat_set_temp_threshold()

bool plat_set_temp_threshold	(	uint8_t	temp_index_threshold_type,
		uint32_t *	millidegree_celsius,
		bool	is_default,
		bool	is_perm
	)

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plat_set_vout_command()

bool plat_set_vout_command	(	uint8_t	rail,
		uint16_t *	millivolt,
		bool	is_default,
		bool	is_perm
	)

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plat_set_vout_range_max()

bool plat_set_vout_range_max	(	uint8_t	rail,
		uint16_t *	millivolt
	)

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plat_set_vout_range_min()

bool plat_set_vout_range_min	(	uint8_t	rail,
		uint16_t *	millivolt
	)

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post_all_sensor_read()

bool post_all_sensor_read	(	sensor_cfg *	cfg,
		void *	args,
		int *	reading
	)

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post_ubc_read()

bool post_ubc_read	(	sensor_cfg *	cfg,
		void *	args,
		int *	reading
	)

post_vr_read()

bool post_vr_read	(	sensor_cfg *	cfg,
		void *	args,
		int *const	reading
	)

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power_capping_comparator_handler()

void power_capping_comparator_handler

(

)

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power_capping_default_settings_init()

bool power_capping_default_settings_init

(

void

)

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power_capping_rail_enum_get()

bool power_capping_rail_enum_get	(	uint8_t *	name,
		uint8_t *	num
	)

power_capping_rail_name_get()

bool power_capping_rail_name_get	(	uint8_t	rail,
		uint8_t **	name
	)

power_capping_user_settings_init()

bool power_capping_user_settings_init

(

void

)

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power_level_send_event()

int power_level_send_event	(	bool	is_assert,
		int	ubc1_current,
		int	ubc2_current
	)

pre_vr_read()

bool pre_vr_read	(	sensor_cfg *	cfg,
		void *	args
	)

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pwr_level_mutex_init()

void pwr_level_mutex_init

(

void

)

set_alert_level_to_default_or_user_setting()

void set_alert_level_to_default_or_user_setting	(	bool	is_default,
		int32_t	user_setting
	)

set_bootstrap_table_and_user_settings()

bool set_bootstrap_table_and_user_settings	(	uint8_t	rail,
		uint8_t *	change_setting_value,
		uint8_t	drive_index_level,
		bool	is_perm,
		bool	is_default
	)

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set_HC_LC_enable_flag()

bool set_HC_LC_enable_flag	(	bool	hc_status,
		bool	lc_status
	)

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set_thermaltrip_user_settings()

bool set_thermaltrip_user_settings	(	bool	thermaltrip_enable,
		bool	is_perm
	)

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set_throttle_user_settings()

bool set_throttle_user_settings	(	uint8_t *	throttle_status_reg,
		bool	is_perm
	)

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set_uart_power_event_is_enable()

void set_uart_power_event_is_enable

(

bool

is_enable

)

set_user_settings_alert_level_to_eeprom()

int set_user_settings_alert_level_to_eeprom	(	void *	user_settings,
		uint8_t	data_length
	)

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set_user_settings_power_capping_to_eeprom()

bool set_user_settings_power_capping_to_eeprom

(

void *

power_capping_user_settings

)

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set_user_settings_soc_pcie_perst_to_eeprom()

bool set_user_settings_soc_pcie_perst_to_eeprom	(	void *	user_settings,
		uint8_t	data_length
	)

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set_user_settings_thermaltrip_to_eeprom()

bool set_user_settings_thermaltrip_to_eeprom	(	void *	thermaltrip_user_settings,
		uint8_t	data_length
	)

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set_user_settings_throttle_to_eeprom()

bool set_user_settings_throttle_to_eeprom	(	void *	throttle_user_settings,
		uint8_t	data_length
	)

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strap_enum_get()

bool strap_enum_get	(	uint8_t *	name,
		uint8_t *	num
	)

strap_name_get()

bool strap_name_get	(	uint8_t	rail,
		uint8_t **	name
	)

temp_index_threshold_type_name_get()

bool temp_index_threshold_type_name_get	(	uint8_t	type,
		uint8_t **	name
	)

temp_sensor_rail_enum_get()

bool temp_sensor_rail_enum_get	(	uint8_t *	name,
		uint8_t *	num
	)

temp_sensor_rail_name_get()

bool temp_sensor_rail_name_get	(	uint8_t	rail,
		uint8_t **	name
	)

temp_threshold_type_enum_get()

bool temp_threshold_type_enum_get	(	uint8_t *	name,
		uint8_t *	num
	)

temp_threshold_user_settings_get()

bool temp_threshold_user_settings_get

(

void *

temp_threshold_user_settings

)

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temp_threshold_user_settings_set()

bool temp_threshold_user_settings_set

(

void *

temp_threshold_user_settings

)

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ubc_vr_rail_enum_get()

bool ubc_vr_rail_enum_get	(	uint8_t *	name,
		uint8_t *	num
	)

ubc_vr_rail_name_get()

bool ubc_vr_rail_name_get	(	uint8_t	rail,
		uint8_t **	name
	)

update_comparator_counter_max()

void update_comparator_counter_max

(

void

)

user_settings_init()

void user_settings_init

(

void

)

voltage_command_setting_get()

bool voltage_command_setting_get	(	uint8_t	rail,
		uint16_t *	vout
	)

vr_mutex_get()

void * vr_mutex_get

(

enum VR_INDEX_E

vr_index

)

vr_mutex_init()

void vr_mutex_init

(

void

)

vr_rail_enum_get()

bool vr_rail_enum_get	(	uint8_t *	name,
		uint8_t *	num
	)

vr_rail_name_get()

bool vr_rail_name_get	(	uint8_t	rail,
		uint8_t **	name
	)

vr_rail_voltage_peak_clear()

bool vr_rail_voltage_peak_clear

(

uint8_t

rail_index

)

vr_rail_voltage_peak_get()

bool vr_rail_voltage_peak_get	(	uint8_t *	name,
		int *	peak_value
	)

vr_status_enum_get()

bool vr_status_enum_get	(	uint8_t *	name,
		uint8_t *	num
	)

vr_status_name_get()

bool vr_status_name_get	(	uint8_t	rail,
		uint8_t **	name
	)

vr_vout_default_settings_init()

bool vr_vout_default_settings_init

(

void

)

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vr_vout_user_settings_get()

bool vr_vout_user_settings_get

(

void *

user_settings

)

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vr_vout_user_settings_init()

bool vr_vout_user_settings_init

(

void

)

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vr_vout_user_settings_set()

bool vr_vout_user_settings_set

(

void *

user_settings

)

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Variable Documentation

alert_level_is_assert

bool alert_level_is_assert = false

alert_level_mA_default

int32_t alert_level_mA_default = 110000

alert_level_mA_user_setting

int32_t alert_level_mA_user_setting = 110000

ath_vdd_polling_counter

int ath_vdd_polling_counter = 0

ath_vdd_power

uint16_t ath_vdd_power = 0

bootstrap_table

bootstrap_mapping_register bootstrap_table[]

bootstrap_user_settings

bootstrap_user_settings_struct bootstrap_user_settings = { 0 }

comparator_counter_max

int comparator_counter_max = 0

default_settings

struct vr_vout_user_settings default_settings = { 0 }

isl69259_init_args

isl69259_init_arg isl69259_init_args[]

Initial value:

= {
    [0] = { .vout_scale_enable = true, .vout_scale = (499 / 798.8) },
    [1] = { .vout_scale_enable = true, .vout_scale = (499 / 709.0) },
}

mp2971_init_args

mp2971_init_arg mp2971_init_args[]

Initial value:

= {
    [0] = { .vout_scale_enable = true },
}

mpc12109_init_args

mpc12109_init_arg mpc12109_init_args[]

Initial value:

= {
    [0] = { .iout_lsb = 0.5, .pout_lsb = 2 },
}

power_capping_enable_flag

bool power_capping_enable_flag = false

power_capping_rail_table

power_capping_mapping_sensor power_capping_rail_table[]

Initial value:

= {
    { POWER_CAPPING_INDEX_HC, "HC", 0x00 },
    { POWER_CAPPING_INDEX_LC, "LC", 0x00 },
    { POWER_CAPPING_INDEX_INTERVAL, "interval_ms", 0x00 },
    { POWER_CAPPING_INDEX_SWITCH, "switch", 0x00 },
}

power_capping_user_setting_flag

bool power_capping_user_setting_flag = false

power_capping_user_settings

power_capping_user_settings_struct power_capping_user_settings = { 0 }

power_sequence_off_table

power_sequence power_sequence_off_table[]

power_sequence_off_table_size

size_t power_sequence_off_table_size = ARRAY_SIZE(power_sequence_off_table)

power_sequence_on_table

power_sequence power_sequence_on_table[]

power_sequence_on_table_size

size_t power_sequence_on_table_size = ARRAY_SIZE(power_sequence_on_table)

temp_index_table

temp_mapping_sensor temp_index_table[]

Initial value:

= {
    { TEMP_INDEX_ON_DIE_ATH_0_N_OWL, ASIC_DIE_ATH_SENSOR_0_TEMP_C,
      "MINERVA_AEGIS_ASIC_DIE_ATH_SENSOR_0_TEMP" },
    { TEMP_INDEX_ON_DIE_ATH_1_S_OWL, ASIC_DIE_ATH_SENSOR_1_TEMP_C,
      "MINERVA_AEGIS_ASIC_DIE_ATH_SENSOR_1_TEMP" },
    { TEMP_INDEX_TOP_INLET, TOP_INLET_TEMP_C, "MINERVA_AEGIS_TOP_INLET_TEMP" },
    { TEMP_INDEX_BOT_INLET, BOT_INLET_TEMP_C, "MINERVA_AEGIS_BOT_INLET_TEMP" },
    { TEMP_INDEX_TOP_OUTLET, TOP_OUTLET_TEMP_C, "MINERVA_AEGIS_TOP_OUTLET_TEMP" },
    { TEMP_INDEX_BOT_OUTLET, BOT_OUTLET_TEMP_C, "MINERVA_AEGIS_BOT_OUTLET_TEMP" },
}

temp_index_threshold_type_table

temp_threshold_mapping_sensor temp_index_threshold_type_table[]

Initial value:

= {
    { DIE_ATH_0_N_OWL_REMOTE_1_HIGH_LIMIT, REMOTE_1_HIGH_LIMIT, ASIC_DIE_ATH_SENSOR_0_TEMP_C, "MINERVA_AEGIS_ASIC_DIE_ATH_SENSOR_0_TEMP_HIGH_LIM" },
    { DIE_ATH_0_N_OWL_REMOTE_1_LOW_LIMIT, REMOTE_1_LOW_LIMIT, ASIC_DIE_ATH_SENSOR_0_TEMP_C, "MINERVA_AEGIS_ASIC_DIE_ATH_SENSOR_0_TEMP_LOW_LIM" },
    { DIE_ATH_1_S_OWL_REMOTE_1_HIGH_LIMIT, REMOTE_1_HIGH_LIMIT, ASIC_DIE_ATH_SENSOR_1_TEMP_C, "MINERVA_AEGIS_ASIC_DIE_ATH_SENSOR_1_TEMP_HIGH_LIM" },
    { DIE_ATH_1_S_OWL_REMOTE_1_LOW_LIMIT, REMOTE_1_LOW_LIMIT, ASIC_DIE_ATH_SENSOR_1_TEMP_C, "MINERVA_AEGIS_ASIC_DIE_ATH_SENSOR_1_TEMP_LOW_LIM" },
 
    { DIE_ATH_0_N_OWL_REMOTE_2_HIGH_LIMIT, REMOTE_2_HIGH_LIMIT, ASIC_DIE_N_OWL_TEMP_C, "MINERVA_AEGIS_ASIC_DIE_N_OWL_TEMP_HIGH_LIM" },
    { DIE_ATH_0_N_OWL_REMOTE_2_LOW_LIMIT, REMOTE_2_LOW_LIMIT, ASIC_DIE_N_OWL_TEMP_C, "MINERVA_AEGIS_ASIC_DIE_N_OWL_TEMP_LOW_LIM" },
    { DIE_ATH_1_S_OWL_REMOTE_2_HIGH_LIMIT, REMOTE_2_HIGH_LIMIT, ASIC_DIE_S_OWL_TEMP_C, "MINERVA_AEGIS_ASIC_DIE_S_OWL_TEMP_HIGH_LIM" },
    { DIE_ATH_1_S_OWL_REMOTE_2_LOW_LIMIT, REMOTE_2_LOW_LIMIT, ASIC_DIE_S_OWL_TEMP_C, "MINERVA_AEGIS_ASIC_DIE_S_OWL_TEMP_LOW_LIM" },
    
    { TOP_INLET_LOW_LIMIT, LOCAL_LOW_LIMIT, TOP_INLET_TEMP_C, "MINERVA_AEGIS_TOP_INLET_TEMP_LOW_LIM" },
    { TOP_INLET_HIGH_LIMIT, LOCAL_HIGH_LIMIT, TOP_INLET_TEMP_C, "MINERVA_AEGIS_TOP_INLET_TEMP_HIGH_LIM" },
 
    { TOP_OUTLET_LOW_LIMIT, LOCAL_LOW_LIMIT, TOP_OUTLET_TEMP_C, "MINERVA_AEGIS_TOP_OUTLET_TEMP_LOW_LIM" },
    { TOP_OUTLET_HIGH_LIMIT, LOCAL_HIGH_LIMIT, TOP_OUTLET_TEMP_C, "MINERVA_AEGIS_TOP_OUTLET_TEMP_HIGH_LIM" },
 
    { BOT_INLET_LOW_LIMIT, LOCAL_LOW_LIMIT, BOT_INLET_TEMP_C, "MINERVA_AEGIS_BOT_INLET_TEMP_LOW_LIM" },
    { BOT_INLET_HIGH_LIMIT, LOCAL_HIGH_LIMIT, BOT_INLET_TEMP_C, "MINERVA_AEGIS_BOT_INLET_TEMP_HIGH_LIM" },
 
    { BOT_OUTLET_LOW_LIMIT, LOCAL_LOW_LIMIT, BOT_OUTLET_TEMP_C, "MINERVA_AEGIS_BOT_OUTLET_TEMP_LOW_LIM" },
    { BOT_OUTLET_HIGH_LIMIT, LOCAL_HIGH_LIMIT, BOT_OUTLET_TEMP_C, "MINERVA_AEGIS_BOT_OUTLET_TEMP_HIGH_LIM" },
}

temp_threshold_default_settings

struct temp_threshold_user_settings_struct temp_threshold_default_settings = { 0 }

temp_threshold_user_settings

temp_threshold_user_settings_struct temp_threshold_user_settings = { 0 }

thermaltrip_user_settings

thermaltrip_user_settings_struct thermaltrip_user_settings = { 0xFF }

throttle_user_settings

throttle_user_settings_struct throttle_user_settings = { 0xFF }

ubc_vr_power_table

ubc_vr_power_mapping_sensor ubc_vr_power_table[]

Initial value:

= {
    { UBC_VR_RAIL_E_UBC1, UBC1_P12V_PWR_W,"UBC1_P12V_PWR_W", {0} },
    { UBC_VR_RAIL_E_UBC2, UBC2_P12V_PWR_W,"UBC2_P12V_PWR_W", {0} },
    { UBC_VR_RAIL_E_P3V3, VR_P3V3_PWR_W, "VR_P3V3_PWR_W", {0} },
    { UBC_VR_RAIL_E_P0V85_PVDD, VR_ASIC_P0V85_PVDD_PWR_W,"VR_ASIC_P0V85_PVDD_PWR_W", {0} },
    { UBC_VR_RAIL_E_P0V75_PVDD_CH_N, VR_ASIC_P0V75_PVDD_CH_N_PWR_W,"VR_ASIC_P0V75_PVDD_CH_N_PWR_W", {0} },
    { UBC_VR_RAIL_E_P0V75_MAX_PHY_N, VR_ASIC_P0V75_MAX_PHY_N_PWR_W,"VR_ASIC_P0V75_MAX_PHY_N_PWR_W", {0} },
    { UBC_VR_RAIL_E_P0V75_PVDD_CH_S, VR_ASIC_P0V75_PVDD_CH_S_PWR_W, "VR_ASIC_P0V75_PVDD_CH_S_PWR_W", {0} },
    { UBC_VR_RAIL_E_P0V75_MAX_PHY_S, VR_ASIC_P0V75_MAX_PHY_S_PWR_W, "VR_ASIC_P0V75_MAX_PHY_S_PWR_W", {0} },
    { UBC_VR_RAIL_E_P0V75_TRVDD_ZONEA, VR_ASIC_P0V75_TRVDD_ZONEA_PWR_W, "VR_ASIC_P0V75_TRVDD_ZONEA_PWR_W", {0} },
    { UBC_VR_RAIL_E_P1V8_VPP_HBM0_HBM2_HBM4, VR_ASIC_P1V8_VPP_HBM0_HBM2_HBM4_PWR_W, "VR_ASIC_P1V8_VPP_HBM0_HBM2_HBM4_PWR_W", {0} },
    { UBC_VR_RAIL_E_P0V75_TRVDD_ZONEB, VR_ASIC_P0V75_TRVDD_ZONEB_PWR_W, "VR_ASIC_P0V75_TRVDD_ZONEB_PWR_W", {0} },
    { UBC_VR_RAIL_E_P0V4_VDDQL_HBM0_HBM2_HBM4, VR_ASIC_P0V4_VDDQL_HBM0_HBM2_HBM4_PWR_W, "VR_ASIC_P0V4_VDDQL_HBM0_HBM2_HBM4_PWR_W", {0} },
    { UBC_VR_RAIL_E_P1V1_VDDC_HBM0_HBM2_HBM4, VR_ASIC_P1V1_VDDC_HBM0_HBM2_HBM4_PWR_W, "VR_ASIC_P1V1_VDDC_HBM0_HBM2_HBM4_PWR_W", {0} },
    { UBC_VR_RAIL_E_P0V75_VDDPHY_HBM0_HBM2_HBM4, VR_ASIC_P0V75_VDDPHY_HBM0_HBM2_HBM4_PWR_W, "VR_ASIC_P0V75_VDDPHY_HBM0_HBM2_HBM4_PWR_W", {0} },
    { UBC_VR_RAIL_E_P0V9_TRVDD_ZONEA, VR_ASIC_P0V9_TRVDD_ZONEA_PWR_W, "VR_ASIC_P0V9_TRVDD_ZONEA_PWR_W", {0} },
    { UBC_VR_RAIL_E_P1V8_VPP_HBM1_HBM3_HBM5, VR_ASIC_P1V8_VPP_HBM1_HBM3_HBM5_PWR_W, "VR_ASIC_P1V8_VPP_HBM1_HBM3_HBM5_PWR_W", {0} },
    { UBC_VR_RAIL_E_P0V9_TRVDD_ZONEB, VR_ASIC_P0V9_TRVDD_ZONEB_PWR_W, "VR_ASIC_P0V9_TRVDD_ZONEB_PWR_W", {0} },
    { UBC_VR_RAIL_E_P0V4_VDDQL_HBM1_HBM3_HBM5, VR_ASIC_P0V4_VDDQL_HBM1_HBM3_HBM5_PWR_W, "VR_ASIC_P0V4_VDDQL_HBM1_HBM3_HBM5_PWR_W", {0} },
    { UBC_VR_RAIL_E_P1V1_VDDC_HBM1_HBM3_HBM5, VR_ASIC_P1V1_VDDC_HBM1_HBM3_HBM5_PWR_W, "VR_ASIC_P1V1_VDDC_HBM1_HBM3_HBM5_PWR_W", {0} },
    { UBC_VR_RAIL_E_P0V75_VDDPHY_HBM1_HBM3_HBM5, VR_ASIC_P0V75_VDDPHY_HBM1_HBM3_HBM5_PWR_W, "VR_ASIC_P0V75_VDDPHY_HBM1_HBM3_HBM5_PWR_W", {0} },
    { UBC_VR_RAIL_E_P0V8_VDDA_PCIE, VR_ASIC_P0V8_VDDA_PCIE_PWR_W, "VR_ASIC_P0V8_VDDA_PCIE_PWR_W", {0} },
    { UBC_VR_RAIL_E_P1V2_VDDHTX_PCIE, VR_ASIC_P1V2_VDDHTX_PCIE_PWR_W, "VR_ASIC_P1V2_VDDHTX_PCIE_PWR_W", {0} }
}

user_settings

vr_vout_user_settings user_settings = { 0 }

voltage_command_get

struct vr_vout_user_settings voltage_command_get = { 0 }

vout_range_user_settings

vr_vout_range_user_settings_struct vout_range_user_settings = { 0 }

vr_pre_read_args

vr_pre_proc_arg vr_pre_read_args[]

Initial value:

= {
    { .mutex = vr_mutex + 0, .vr_page = 0x0 },  { .mutex = vr_mutex + 0, .vr_page = 0x1 },
    { .mutex = vr_mutex + 1, .vr_page = 0x0 },  { .mutex = vr_mutex + 1, .vr_page = 0x1 },
    { .mutex = vr_mutex + 2, .vr_page = 0x0 },  { .mutex = vr_mutex + 2, .vr_page = 0x1 },
    { .mutex = vr_mutex + 3, .vr_page = 0x0 },  { .mutex = vr_mutex + 3, .vr_page = 0x1 },
    { .mutex = vr_mutex + 4, .vr_page = 0x0 },  { .mutex = vr_mutex + 4, .vr_page = 0x1 },
    { .mutex = vr_mutex + 5, .vr_page = 0x0 },  { .mutex = vr_mutex + 5, .vr_page = 0x1 },
    { .mutex = vr_mutex + 6, .vr_page = 0x0 },  { .mutex = vr_mutex + 6, .vr_page = 0x1 },
    { .mutex = vr_mutex + 7, .vr_page = 0x0 },  { .mutex = vr_mutex + 7, .vr_page = 0x1 },
    { .mutex = vr_mutex + 8, .vr_page = 0x0 },  { .mutex = vr_mutex + 8, .vr_page = 0x1 },
    { .mutex = vr_mutex + 9, .vr_page = 0x0 },  { .mutex = vr_mutex + 9, .vr_page = 0x1 },
    { .mutex = vr_mutex + 10, .vr_page = 0x0 }, { .mutex = vr_mutex + 10, .vr_page = 0x1 }
}

vr_rail_table

vr_mapping_sensor vr_rail_table[]

vr_status_table

vr_mapping_status vr_status_table[]

Initial value:

= {
    { VR_STAUS_E_STATUS_BYTE, PMBUS_STATUS_BYTE, "STATUS_BYTE" },
    { VR_STAUS_E_STATUS_WORD, PMBUS_STATUS_WORD, "STATUS_WORD" },
    { VR_STAUS_E_STATUS_VOUT, PMBUS_STATUS_VOUT, "STATUS_VOUT" },
    { VR_STAUS_E_STATUS_IOUT, PMBUS_STATUS_IOUT, "STATUS_IOUT" },
    { VR_STAUS_E_STATUS_INPUT, PMBUS_STATUS_INPUT, "STATUS_INPUT" },
    { VR_STAUS_E_STATUS_TEMPERATURE, PMBUS_STATUS_TEMPERATURE, "STATUS_TEMPERATURE" },
    { VR_STAUS_E_STATUS_CML, PMBUS_STATUS_CML, "STATUS_CML_PMBUS" },
}