plat_log.h

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/*
 * Copyright (c) Meta Platforms, Inc. and affiliates.
 *
 * Licensed under the Apache License, Version 2.0 (the "License");
 * you may not use this file except in compliance with the License.
 * You may obtain a copy of the License at
 * 
 *     http://www.apache.org/licenses/LICENSE-2.0
 *
 * Unless required by applicable law or agreed to in writing, software
 * distributed under the License is distributed on an "AS IS" BASIS,
 * WITHOUT WARRANTIES OR CONDITIONS OF ANY KIND, either express or implied.
 * See the License for the specific language governing permissions and
 * limitations under the License.
 */
 
#ifndef PLAT_LOG_H
#define PLAT_LOG_H
 
#include "plat_pldm_sensor.h"
 
#define CPLD_REGISTER_MAX_NUM 72
#define CPLD_REGISTER_1ST_PART_START_OFFSET                                                        \
    0x00 // first part of cpld register offset from 0x00 to 0x47
#define CPLD_REGISTER_1ST_PART_NUM 72
#define FRU_LOG_SIZE sizeof(plat_err_log_mapping)
 
#define LOG_ASSERT 1
#define LOG_DEASSERT 0
 
#define VR_POWER_FAULT_1_REG 0x0D
#define VR_POWER_FAULT_2_REG 0x0E
#define VR_POWER_FAULT_3_REG 0x0F
#define VR_POWER_FAULT_4_REG 0x10
#define VR_POWER_FAULT_5_REG 0x11
#define LEAK_DETECT_REG 0x24
#define HBM_CATTRIP_REG 0x27
#define SYSTEM_ALERT_FAULT_REG 0x28
#define ASIC_TEMP_OVER_REG 0x29
#define TEMP_IC_OVER_FAULT_REG 0x2A
#define VR_SMBALRT_EVENT_LOG_REG 0x26
 
#define HAMSA_MFIO22 6 //bit-6
#define MEDHA0_MFIO24 3 //bit-3
#define MEDHA1_MFIO24 1 //bit-1
#define HAMSA_MFIO23 5 //bit-5
#define MEDHA0_MFIO31 2 //bit-2
#define MEDHA1_MFIO31 0 //bit-0
 
#define HAMSA_MFIO22_ERROR_CODE 0x86A8
#define MEDHA0_MFIO24_ERROR_CODE 0x83A8
#define MEDHA1_MFIO24_ERROR_CODE 0x81A8
 
#define CLK_100MHZ_ERR_IDX 0x1
#define CLK_312_5MHZ_ERR_IDX 0x2
#define CLK_BUF0_100M_LOSB_PLD 0x3
#define CLK_BUF1_100M_LOSB_PLD 0x4
#define CLK_BUF2_100M_LOSB_PLD 0x5
#define CLK_312_5MHZ_REINIT_ERR_IDX 0x6
 
#define CLK_100MHZ_ERR_CODE 0x8a01
#define CLK_312_5MHZ_ERR_CODE 0x8a02
#define CLK_BUF0_100M_LOSB_PLD_ERR_CODE 0x8a03
#define CLK_BUF1_100M_LOSB_PLD_ERR_CODE 0x8a04
#define CLK_BUF2_100M_LOSB_PLD_ERR_CODE 0x8a05
#define CLK_312_5MHZ_REINIT_ERR_CODE 0x8a06
 
enum VR_ERR_LOG_DEVICE_INDEX_E {
    //pwr fault reg 1
    PWRGD_OWL_E_TRVDD0P9_R_FAULT = 1,
    PWRGD_OWL_W_TRVDD0P9_R_FAULT,
    PWRGD_OWL_E_TRVDD0P75_R_FAULT,
    PWRGD_OWL_W_TRVDD0P75_R_FAULT,
    PWRGD_HAMSA_AVDD_PCIE_R_FAULT,
    PWRGD_HAMSA_VDDHRXTX_PCIE_R_FAULT,
    PWRGD_P4V2_R_FAULT,
    PWRGD_P0V75_AVDD_HCSL_R_FAULT,
    //pwr fault reg 2
    PWRGD_MEDHA1_VDD_FAULT,
    PWRGD_MEDHA0_VDD_FAULT,
    PWRGD_OWL_E_VDD_R_FAULT,
    PWRGD_OWL_W_VDD_R_FAULT,
    PWRGD_HAMSA_VDD_R_FAULT,
    PWRGD_MAX_S_VDD_R_FAULT,
    PWRGD_MAX_M_VDD_R_FAULT,
    PWRGD_MAX_N_VDD_R_FAULT,
    //pwr fault reg 3
    PWRGD_VDDQL_HBM0_HBM2_HBM4_HBM6_R_FAULT,
    PWRGD_VDDQC_HBM0_HBM2_HBM4_HBM6_R_FAULT,
    PWRGD_VPP_HBM0_HBM2_HBM4_HBM6_R_FAULT,
    PWRGD_VDDPHY_HBM0_HBM2_HBM4_HBM6_R_FAULT,
    PWRGD_VDDQL_HBM1_HBM3_HBM5_HBM7_R_FAULT,
    PWRGD_VDDQC_HBM1_HBM3_HBM5_HBM7_R_FAULT,
    PWRGD_VPP_HBM1_HBM3_HBM5_HBM7_R_FAULT,
    PWRGD_VDDPHY_HBM1_HBM3_HBM5_HBM7_R_FAULT,
    //pwr fault reg 4
    PWRGD_PLL_VDDA15_HBM0_HBM2_FAULT,
    PWRGD_PLL_VDDA15_HBM4_HBM6_FAULT,
    PWRGD_PLL_VDDA15_HBM1_HBM3_FAULT,
    PWRGD_PLL_VDDA15_HBM5_HBM7_FAULT,
    PWRGD_P0V9_OWL_E_PVDD_FAULT,
    PWRGD_P0V9_OWL_W_PVDD_FAULT,
    PWRGD_P1V5_E_RVDD_FAULT,
    PWRGD_P1V5_W_RVDD_FAULT,
    //pwr fault reg 5
    P12V_UBC_PWRGD_FAULT,
    PWRGD_P5V_R_FAULT,
    PWRGD_P3V3_R_FAULT,
    PWRGD_P1V8_R_FAULT,
    PWRGD_LDO_IN_1V2_R_FAULT,
    PWRGD_P1V5_PLL_VDDA_OWL_FAULT,
    PWRGD_P1V5_PLL_VDDA_SOC_FAULT,
    PWRGD_PVDD1P5_FAULT,
    VR_ERR_DEVICE_DONT_CARE,
};
 
uint16_t error_log_count(void);
void init_load_eeprom_log(void);
 
void plat_log_read(uint8_t *log_data, uint8_t cmd_size, uint16_t order);
void error_log_event(uint16_t error_code, bool log_status);
uint8_t plat_log_get_num(void);
void plat_clear_log();
void reset_error_log_event(uint8_t err_type);
 
typedef struct __attribute__((packed)) _plat_err_log_mapping {
    uint16_t index;
    uint16_t err_code;
    uint64_t sys_time;
    uint8_t error_data[20];
    uint8_t cpld_dump[CPLD_REGISTER_MAX_NUM];
    uint8_t reserved[24];
} plat_err_log_mapping;
 
enum LOG_ERROR_TRIGGER_CAUSE {
    POWER_ON_SEQUENCE_TRIGGER_CAUSE = 0b001,
    AC_ON_TRIGGER_CAUSE = 0b010,
    DC_ON_TRIGGER_CAUSE = 0b011,
    CPLD_UNEXPECTED_VAL_TRIGGER_CAUSE = 0b100,
    TEMPERATURE_TRIGGER_CAUSE = 0b101,
    ASIC_THERMTRIP_TRIGGER_CAUSE = 0b110,
    ASIC_ERROR_TRIGGER_CAUSE = 0b111,
    MAX_TRIGGER_CAUSE = 0b1000, //trigger cause maxium 3 bit
};
 
enum LOG_ERROR_TRIGGER_CAUSE_EXTEND {
    // start from 0x8800 ~ 0x9E00
    BOOTSTRAP_EVENT_CAUSE = (CPLD_UNEXPECTED_VAL_TRIGGER_CAUSE << 13) | BIT(11), // 0x8800
    ASIC_TEMP_EVENT_CAUSE = 0x8900, // 0x8900
    CLOCK_APLL_UNLOCK_EVENT_CAUSE = 0x8A00, // 0x8A00
};
 
bool check_temp_status_bit(uint8_t bit_num);
void packaged_bmc_log(uint8_t event_type, uint8_t event_data_1, uint8_t event_data_2,
              uint8_t event_data_3);
uint8_t clk_100mhz_get_lock_status();
uint8_t clk_312_5mhz_get_lock_status();
void check_312_5MHz_init_status();
#endif