plat_isr.c File Reference

#include <zephyr.h>
#include <stdio.h>
#include <string.h>
#include <stdlib.h>
#include <logging/log.h>
#include "ipmi.h"
#include "pmbus.h"
#include "libipmi.h"
#include "ipmb.h"
#include "libutil.h"
#include "hal_i2c.h"
#include "plat_power_seq.h"
#include "power_status.h"
#include "plat_gpio.h"
#include "plat_isr.h"
#include "plat_i2c.h"
#include "plat_sensor_table.h"
#include "plat_util.h"
#include "plat_class.h"

Include dependency graph for plat_isr.c:

Macros
#define	OPA_E1S_POWER_FAULT_HANDLER(device, power)
#define	OPB_E1S_POWER_FAULT_HANDLER(device, power)

Functions
	LOG_MODULE_REGISTER (plat_isr)
	K_THREAD_STACK_DEFINE (power_thread, POWER_SEQ_CTRL_STACK_SIZE)
	OPA_E1S_POWER_FAULT_HANDLER (0, P12V)
	OPA_E1S_POWER_FAULT_HANDLER (1, P12V)
	OPA_E1S_POWER_FAULT_HANDLER (2, P12V)
	OPA_E1S_POWER_FAULT_HANDLER (0, P3V3)
	OPA_E1S_POWER_FAULT_HANDLER (1, P3V3)
	OPA_E1S_POWER_FAULT_HANDLER (2, P3V3)
	OPB_E1S_POWER_FAULT_HANDLER (0, P12V)
	OPB_E1S_POWER_FAULT_HANDLER (1, P12V)
	OPB_E1S_POWER_FAULT_HANDLER (2, P12V)
	OPB_E1S_POWER_FAULT_HANDLER (3, P12V)
	OPB_E1S_POWER_FAULT_HANDLER (4, P12V)
	OPB_E1S_POWER_FAULT_HANDLER (0, P3V3)
	OPB_E1S_POWER_FAULT_HANDLER (1, P3V3)
	OPB_E1S_POWER_FAULT_HANDLER (2, P3V3)
	OPB_E1S_POWER_FAULT_HANDLER (3, P3V3)
	OPB_E1S_POWER_FAULT_HANDLER (4, P3V3)
void	control_power_sequence ()
void	init_power_on_thread (uint8_t initial_stage)
void	init_power_off_thread ()
void	abort_power_thread ()
void	ISR_FM_EXP_MAIN_PWR_EN ()
void	ISR_CPU_PCIE_PERST ()
bool	get_cpu_pcie_perst_status ()
void	ISR_E1S_0_INA233_ALERT ()
void	ISR_E1S_1_INA233_ALERT ()
void	ISR_E1S_2_INA233_ALERT ()
void	ISR_E1S_3_INA233_ALERT ()
void	ISR_E1S_4_INA233_ALERT ()
void	ISR_E1S_P12V_EDGE_INA233_ALERT ()
void	ISR_E1S_P12V_MAIN_INA233_ALERT ()
void	ISR_E1S_0_PRSNT_N ()
void	ISR_E1S_1_PRSNT_N ()
void	ISR_E1S_2_PRSNT_N ()
void	ISR_E1S_3_PRSNT_N ()
void	ISR_E1S_4_PRSNT_N ()

Variables
struct k_thread	power_thread_handler
k_tid_t	power_tid

Macro Definition Documentation

OPA_E1S_POWER_FAULT_HANDLER

#define OPA_E1S_POWER_FAULT_HANDLER	(		device,
			power
	)

Value:

    void OPA_ISR_E1S_##device##_##power##_POWER_FAULT()                                        \
    {                                                                                          \
        uint8_t log = 0;                                                                   \
        log = gpio_get(OPA_PWRGD_##power##_E1S_##device##_R);                              \
        LOG_DBG("OPA GPIO = %d, OPA = %d", OPA_PWRGD_##power##_E1S_##device##_R, log);     \
        if ((gpio_get(OPA_PWRGD_##power##_E1S_##device##_R) == POWER_OFF) &&               \
            (gpio_get(OPA_E1S_##device##_##power##_POWER_EN) == POWER_ON)) {               \
            send_system_status_event(IPMI_EVENT_TYPE_SENSOR_SPECIFIC,                  \
                         IPMI_EVENT_OFFSET_SYS_E1S_##power##_FAULT,        \
                         E1S_##device);                                    \
            is_e1s_##power##_fault_assert[E1S_##device] = true;                        \
        } else {                                                                           \
            if ((gpio_get(OPA_E1S_##device##_##power##_POWER_EN) == POWER_ON) &&       \
                (gpio_get(OPA_PWRGD_##power##_E1S_##device##_R) == POWER_ON)) {        \
                if (is_e1s_##power##_fault_assert[E1S_##device]) {                 \
                    send_system_status_event(                                  \
                        IPMI_OEM_EVENT_TYPE_DEASSERT,                      \
                        IPMI_EVENT_OFFSET_SYS_E1S_##power##_FAULT,         \
                        E1S_##device);                                     \
                    is_e1s_##power##_fault_assert[E1S_##device] = false;       \
                }                                                                  \
            }                                                                          \
        }                                                                                  \
    }

OPB_E1S_POWER_FAULT_HANDLER

#define OPB_E1S_POWER_FAULT_HANDLER	(		device,
			power
	)

Value:

    void OPB_ISR_E1S_##device##_##power##_POWER_FAULT()                                        \
    {                                                                                          \
        uint8_t log = 0;                                                                   \
        log = gpio_get(OPB_PWRGD_##power##_E1S_##device##_R);                              \
        LOG_DBG("OPB GPIO = %d, OPB = %d", OPB_PWRGD_##power##_E1S_##device##_R, log);     \
        if ((gpio_get(OPB_PWRGD_##power##_E1S_##device##_R) == POWER_OFF) &&               \
            (gpio_get(OPB_##power##_E1S_##device##_EN_R) == POWER_ON)) {                   \
            send_system_status_event(IPMI_EVENT_TYPE_SENSOR_SPECIFIC,                  \
                         IPMI_EVENT_OFFSET_SYS_E1S_##power##_FAULT,        \
                         E1S_##device);                                    \
            is_e1s_##power##_fault_assert[E1S_##device] = true;                        \
        } else {                                                                           \
            if ((gpio_get(OPB_##power##_E1S_##device##_EN_R) == POWER_ON) &&           \
                (gpio_get(OPB_PWRGD_##power##_E1S_##device##_R) == POWER_ON)) {        \
                if (is_e1s_##power##_fault_assert[E1S_##device]) {                 \
                    send_system_status_event(                                  \
                        IPMI_OEM_EVENT_TYPE_DEASSERT,                      \
                        IPMI_EVENT_OFFSET_SYS_E1S_##power##_FAULT,         \
                        E1S_##device);                                     \
                    is_e1s_##power##_fault_assert[E1S_##device] = false;       \
                }                                                                  \
            }                                                                          \
        }                                                                                  \
    }

Function Documentation

abort_power_thread()

void abort_power_thread

(

)

control_power_sequence()

void control_power_sequence

(

)

Here is the call graph for this function:

get_cpu_pcie_perst_status()

bool get_cpu_pcie_perst_status

(

)

init_power_off_thread()

void init_power_off_thread

(

)

Here is the call graph for this function:

init_power_on_thread()

void init_power_on_thread

(

uint8_t

initial_stage

)

Here is the call graph for this function:

ISR_CPU_PCIE_PERST()

void ISR_CPU_PCIE_PERST

(

)

Here is the call graph for this function:

ISR_E1S_0_INA233_ALERT()

void ISR_E1S_0_INA233_ALERT

(

)

Here is the call graph for this function:

ISR_E1S_0_PRSNT_N()

void ISR_E1S_0_PRSNT_N

(

)

ISR_E1S_1_INA233_ALERT()

void ISR_E1S_1_INA233_ALERT

(

)

Here is the call graph for this function:

ISR_E1S_1_PRSNT_N()

void ISR_E1S_1_PRSNT_N

(

)

ISR_E1S_2_INA233_ALERT()

void ISR_E1S_2_INA233_ALERT

(

)

Here is the call graph for this function:

ISR_E1S_2_PRSNT_N()

void ISR_E1S_2_PRSNT_N

(

)

ISR_E1S_3_INA233_ALERT()

void ISR_E1S_3_INA233_ALERT

(

)

Here is the call graph for this function:

ISR_E1S_3_PRSNT_N()

void ISR_E1S_3_PRSNT_N

(

)

Here is the call graph for this function:

ISR_E1S_4_INA233_ALERT()

void ISR_E1S_4_INA233_ALERT

(

)

Here is the call graph for this function:

ISR_E1S_4_PRSNT_N()

void ISR_E1S_4_PRSNT_N

(

)

Here is the call graph for this function:

ISR_E1S_P12V_EDGE_INA233_ALERT()

void ISR_E1S_P12V_EDGE_INA233_ALERT

(

)

Here is the call graph for this function:

ISR_E1S_P12V_MAIN_INA233_ALERT()

void ISR_E1S_P12V_MAIN_INA233_ALERT

(

)

Here is the call graph for this function:

ISR_FM_EXP_MAIN_PWR_EN()

void ISR_FM_EXP_MAIN_PWR_EN

(

)

Here is the call graph for this function:

K_THREAD_STACK_DEFINE()

K_THREAD_STACK_DEFINE	(	power_thread	,
		POWER_SEQ_CTRL_STACK_SIZE
	)

LOG_MODULE_REGISTER()

LOG_MODULE_REGISTER

(

plat_isr

)

OPA_E1S_POWER_FAULT_HANDLER() [1/6]

OPA_E1S_POWER_FAULT_HANDLER	(	0	,
		P12V
	)

OPA_E1S_POWER_FAULT_HANDLER() [2/6]

OPA_E1S_POWER_FAULT_HANDLER	(	0	,
		P3V3
	)

OPA_E1S_POWER_FAULT_HANDLER() [3/6]

OPA_E1S_POWER_FAULT_HANDLER	(	1	,
		P12V
	)

OPA_E1S_POWER_FAULT_HANDLER() [4/6]

OPA_E1S_POWER_FAULT_HANDLER	(	1	,
		P3V3
	)

OPA_E1S_POWER_FAULT_HANDLER() [5/6]

OPA_E1S_POWER_FAULT_HANDLER	(	2	,
		P12V
	)

OPA_E1S_POWER_FAULT_HANDLER() [6/6]

OPA_E1S_POWER_FAULT_HANDLER	(	2	,
		P3V3
	)

OPB_E1S_POWER_FAULT_HANDLER() [1/10]

OPB_E1S_POWER_FAULT_HANDLER	(	0	,
		P12V
	)

OPB_E1S_POWER_FAULT_HANDLER() [2/10]

OPB_E1S_POWER_FAULT_HANDLER	(	0	,
		P3V3
	)

OPB_E1S_POWER_FAULT_HANDLER() [3/10]

OPB_E1S_POWER_FAULT_HANDLER	(	1	,
		P12V
	)

OPB_E1S_POWER_FAULT_HANDLER() [4/10]

OPB_E1S_POWER_FAULT_HANDLER	(	1	,
		P3V3
	)

OPB_E1S_POWER_FAULT_HANDLER() [5/10]

OPB_E1S_POWER_FAULT_HANDLER	(	2	,
		P12V
	)

OPB_E1S_POWER_FAULT_HANDLER() [6/10]

OPB_E1S_POWER_FAULT_HANDLER	(	2	,
		P3V3
	)

OPB_E1S_POWER_FAULT_HANDLER() [7/10]

OPB_E1S_POWER_FAULT_HANDLER	(	3	,
		P12V
	)

OPB_E1S_POWER_FAULT_HANDLER() [8/10]

OPB_E1S_POWER_FAULT_HANDLER	(	3	,
		P3V3
	)

OPB_E1S_POWER_FAULT_HANDLER() [9/10]

OPB_E1S_POWER_FAULT_HANDLER	(	4	,
		P12V
	)

OPB_E1S_POWER_FAULT_HANDLER() [10/10]

OPB_E1S_POWER_FAULT_HANDLER	(	4	,
		P3V3
	)

Variable Documentation

power_thread_handler

struct k_thread power_thread_handler

power_tid

k_tid_t power_tid