driver/src/custom/include/dev_mon_cmd_manager.h-代码预览-driver:基于 CANN 技术的昇腾芯片驱动模块项目 - AtomGit

/**

 * Copyright (c) 2025 Huawei Technologies Co., Ltd.

 * This program is free software, you can redistribute it and/or modify it under the terms and conditions of

 * CANN Open Software License Agreement Version 2.0 (the "License").

 * Please refer to the License for details. You may not use this file except in compliance with the License.

 * THIS SOFTWARE IS PROVIDED ON AN "AS IS" BASIS, WITHOUT WARRANTIES OF ANY KIND, EITHER EXPRESS OR IMPLIED,

 * INCLUDING BUT NOT LIMITED TO NON-INFRINGEMENT, MERCHANTABILITY, OR FITNESS FOR A PARTICULAR PURPOSE.

 * See LICENSE in the root of the software repository for the full text of the License.

 */



#ifndef __DEV_MON_CMD_MANAGER_H__

#define __DEV_MON_CMD_MANAGER_H__



#include "dm_common.h"

#include "device_monitor_type.h"

#include "dsmi_inner_interface.h"

#include "dev_mon_cmd_manager_ext.h"



#define MAX_CHIP_MINI_V2        2

#define TX_BIAS_MULTI_2         2

#define IMU_IPC_COMPUTING_DATA_LEN    19

#define IMU_IPC_COMPUTING_BOM_MAX_LEN 15



#define PACKAGE_INFO_COUNT 3

#define DEV_MON_VRD_TEMP               0xFE

#define DM_REP_CHIP_VRDTEMP_DATA_LEN   4

#define STAT_BUF_LEN 256

#define OUT_BAND_MAC_ADDRESS_LEN 6

#define ROCE_PORT                1

#define DEFAULT_PORT_ID             0

#define TMP_STR_LEN 64

#define ARGUE_NUM_TWO 2

#define STAT_RETURN_VALUE "__returned_value_"

#define BYTES_TO_KB   1024

#define BIT_TO_BYTES  8



#define DMP_MSG_HEAD_LEN 12

#define DMP_SMBUS_MSG_MAX_LEN 32 /* according to SMBUS */



#define DDR_BASE_INFO_LEN 5

#define LINK_STAT_MAX_IDX 10



#define XSFP_WIRE_TYPE_OPTICAL_COPPER   4



#define VCC_HIGH_THR_QSFP56       36300

#define VCC_LOW_THR_QSFP56        29700

#define TEMP_HIGH_THR_QSFP56      80

#define TEMP_LOW_THR_QSFP56       (-10)

#define RX_POWER_HIGH_THR_QSFP56  50119

#define RX_POWER_LOW_THR_QSFP56   724

#define TX_POWER_HIGH_THR_QSFP56  50119

#define TX_POWER_LOW_THR_QSFP56   1413

#define BAIS_HIGH_THR_QSFP56      7500

#define BAIS_LOW_THR_QSFP56       0



#define VCC_HIGH_THR_QSFP         35000

#define VCC_LOW_THR_QSFP          31000

#define TEMP_HIGH_THR_QSFP        80

#define TEMP_LOW_THR_QSFP         (-10)

#define RX_POWER_HIGH_THR_QSFP    34700

#define RX_POWER_LOW_THR_QSFP     500

#define TX_POWER_HIGH_THR_QSFP    34700

#define TX_POWER_LOW_THR_QSFP     700

#define BAIS_HIGH_THR_QSFP        7500

#define BAIS_LOW_THR_QSFP         250

#define SUPPORT_INFO_LEN          7



struct dmp_smbus_req_msg {

    unsigned char lun;  /* bit0-bit3: 0 local, 1-15 dev id; bit 7: 1 last frame, 0 more data */

    unsigned char arg;

    unsigned char op_cmd;

    unsigned char op_fun;

    unsigned int offset;

    unsigned int length;

    unsigned char msg[DMP_SMBUS_MSG_MAX_LEN - DMP_MSG_HEAD_LEN];

};



struct out_band_ds_port_stat_info {

    unsigned long long mac_tx_mac_pause_num;

    unsigned long long mac_rx_mac_pause_num;

    unsigned long long mac_tx_pfc_pkt_num;

    unsigned long long mac_tx_pfc_pri0_pkt_num;

    unsigned long long mac_tx_pfc_pri1_pkt_num;

    unsigned long long mac_tx_pfc_pri2_pkt_num;

    unsigned long long mac_tx_pfc_pri3_pkt_num;

    unsigned long long mac_tx_pfc_pri4_pkt_num;

    unsigned long long mac_tx_pfc_pri5_pkt_num;

    unsigned long long mac_tx_pfc_pri6_pkt_num;

    unsigned long long mac_tx_pfc_pri7_pkt_num;

    unsigned long long mac_rx_pfc_pkt_num;

    unsigned long long mac_rx_pfc_pri0_pkt_num;

    unsigned long long mac_rx_pfc_pri1_pkt_num;

    unsigned long long mac_rx_pfc_pri2_pkt_num;

    unsigned long long mac_rx_pfc_pri3_pkt_num;

    unsigned long long mac_rx_pfc_pri4_pkt_num;

    unsigned long long mac_rx_pfc_pri5_pkt_num;

    unsigned long long mac_rx_pfc_pri6_pkt_num;

    unsigned long long mac_rx_pfc_pri7_pkt_num;

    unsigned long long mac_tx_total_pkt_num;

    unsigned long long mac_tx_total_oct_num;

    unsigned long long mac_tx_bad_pkt_num;

    unsigned long long mac_tx_bad_oct_num;

    unsigned long long mac_rx_total_pkt_num;

    unsigned long long mac_rx_total_oct_num;

    unsigned long long mac_rx_bad_pkt_num;

    unsigned long long mac_rx_bad_oct_num;

    unsigned long long roce_rx_rc_pkt_num;

    unsigned long long roce_rx_all_pkt_num;

    unsigned long long roce_rx_err_pkt_num;

    unsigned long long roce_tx_rc_pkt_num;

    unsigned long long roce_tx_all_pkt_num;

    unsigned long long roce_tx_err_pkt_num;

    unsigned long long roce_cqe_num;

    unsigned long long roce_rx_cnp_pkt_num;

    unsigned long long roce_tx_cnp_pkt_num;

};



/* out band memory info */

#define D_DDR_BITS  16

enum DDR_TYPE {

    DDR4 = 0,

    DDR5 = 1

};

enum DDR_FREQ {

    DDR4_FREQ = 2133,

    DDR5_FREQ = 2745,

    INVALID_DDR_FREQ = 0

};



struct outband_mem_info {

    unsigned int ddr_type;          // 0:3

    unsigned int ddr_cap;           // 4:7

    unsigned int ddr_channel;       // 8:11

    unsigned int ddr_rank;          // 12:15

    unsigned int ddr_ecc_enable;    // 16:19

    unsigned char ddr_bits[2];      // 20:21

    unsigned char ddr_min_v[2];     // 22:23

    unsigned int ddr_freq;          // 24:27 main freq

    unsigned int ddr_cur_freq;      // 28:31

    unsigned char ddr_manufac[24];  // 32:55

};



struct ioctl_get_rootkey {

    unsigned int dev_id;

    unsigned int key_type;

    unsigned int rootkey_status;

};



#if defined(CFG_SOC_PLATFORM_CLOUD_V2)



#define DATA_INVALLID_VALUE 0xff

#define XSFP_DATA_BASE_LEN 32

#define MAX_IPC_MAX_TRANSLEN_EXPAND 220

#define MAX_IPC_MAX_TRANSLEN 32



typedef struct outband_xspf_base_info {

    char vendor_name[XSFP_DATA_BASE_LEN];

    char vendor_sn[XSFP_DATA_BASE_LEN];

    char vendor_pn[XSFP_DATA_BASE_LEN];

    char date_code[XSFP_DATA_BASE_LEN];

    unsigned char transceiver_type;

    unsigned char optical_type;

    unsigned char optical_lane_cnt;

    unsigned char reserve;

    unsigned int optical_speed;

    unsigned char electrical_lane_cnt;

    unsigned char reserve_ext[3];           // Reserve space for data used solely for recording.

}OUTBAND_XSPF_BASE_INFO;



typedef struct outband_xsfp_threshold_info {

    int vcc_high_warning_threshold;

    int vcc_low_warning_threshold;

    int temp_high_warning_threshold;

    int temp_low_warning_threshold;

    int tx_power_warning_high_threshold;

    int tx_power_warning_low_threshold;

    int rx_power_warning_high_threshold;

    int rx_power_warning_low_threshold;

    int bais_warning_high_threshold;

    int bais_warning_low_threshold;

    int vcc_high_critical_threshold;

    int vcc_low_critical_threshold;

    int temp_high_critical_threshold;

    int temp_low_critical_threshold;

    int tx_power_critical_high_threshold;

    int tx_power_critical_low_threshold;

    int rx_power_critical_high_threshold;

    int rx_power_critical_low_threshold;

    int bais_critical_high_threshold;

    int bais_critical_low_threshold;

}OUTBAND_XSPF_THRESHOLD_INFO;



#define XSFP_POWER_MAX_LEN 16

#define GET_RUNTIME_INFO    0

#define GET_ALARM_INFO      1

#define OUTBAND_SECONDS_IN_A_DAY   (24 * 60 * 60)



#pragma pack(push, 1)  // 设置结构体的字节对齐为1字节，以防止填充字节

typedef struct outband_xsfp_power_info {

    int voltage;

    unsigned char tx_power[XSFP_POWER_MAX_LEN];

    unsigned char rx_power[XSFP_POWER_MAX_LEN];

    unsigned char tx_bias[XSFP_POWER_MAX_LEN];

    int tx_los;

    int rx_los;

    int tx_lol;

    int rx_lol;

#ifdef CFG_SOC_PLATFORM_CLOUD_V3

    int temperature;

    int tx_fault;

    float host_snr[XSFP_SNR_LEN];

    float media_snr[XSFP_SNR_LEN];

    unsigned char access_failed;

#endif

}OUTBAND_XSPF_POWER_INFO;



typedef struct outband_extend_power_runtime_info {

    STRUCT_HEAD struct_head;

    unsigned int optical_run_time;          // BYTE[8:11], 4字节，光模块运行时间，单位秒

    unsigned int optical_power_on_time;     // BYTE[12:15], 4字节，单位秒

    unsigned short optical_power_on_count;  // BYTE[16:17]

    unsigned short optical_power_on_status; // BYTE[18:19]

    unsigned short odsp_temp;               // BYTE[20:21], 2字节, 单位1/256 degree

    unsigned int odsp_high_heat_time;       // BYTE[22:25], 4字节，单位秒

    unsigned int laser_run_time;            // BYTE[26:29], 4字节，单位秒

    unsigned short laser_temp;              // BYTE[30:31], 2字节, 单位1/256 degree

    unsigned short laser_core_temp;         // BYTE[32:33]

}OUTBAND_EXTEND_POWER_RUNTIME_INFO;



typedef struct outband_extend_power_alarm_info {

    STRUCT_HEAD struct_head;

    unsigned int hard_bad;                          // BYTE[8:11], 4字节, hard_bad

    unsigned int hard_err;                          // BYTE[12:15], 4字节, hard_err

    unsigned short electrical_link_detection;       // BYTE[16:17], 2字节, 电链路检测

    unsigned short optical_link_detection;          // BYTE[18:19], 2字节, 光链路检测

    unsigned char severe_optical_link_detection;    // BYTE[20:20], 1字节, 光链路严重告警检测

}OUTBAND_EXTEND_POWER_ALARM_INFO;

#pragma pack(pop) // 恢复默认的字节对齐



typedef struct outband_xsfp_mac_pkt_info {

    unsigned int mac_rx_total_pkt_num;

    unsigned int mac_rx_fcs_err_pkt_num;

    unsigned int mac_rx_bad_pkt_num;

    unsigned int mac_tx_bad_pkt_num;

    unsigned long long link_up_cnt;

    unsigned long long link_down_cnt;

    unsigned int up_timestamp[LINK_STAT_MAX_IDX];

    unsigned int down_timestamp[LINK_STAT_MAX_IDX];

}OUTBAND_XSPF_MAC_PKT_INFO;



struct rdfx_mac_stat {

    unsigned int mac_rx_total_pkt_num;

    unsigned int mac_rx_fcs_err_pkt_num;

    unsigned int mac_rx_bad_pkt_num;

    unsigned int mac_tx_bad_pkt_num;

    unsigned long long link_up_cnt;

    unsigned long long link_down_cnt;

    unsigned int up_timestamp[LINK_STAT_MAX_IDX];

    unsigned int down_timestamp[LINK_STAT_MAX_IDX];

};



typedef enum {

    IDENTIFIER_UNDEF        = 0x0,

    IDENTIFIER_GBIC         = 0x1,

    IDENTIFIER_SFP          = 0x3,

    IDENTIFIER_QSFP         = 0x0C,

    IDENTIFIER_QSFP_PLUS    = 0x0D,

    IDENTIFIER_QSFP28       = 0x11,

    IDENTIFIER_QSFP_DD      = 0x18,

    IDENTIFIER_QSFP56       = 0x1E

} optical_module_identifier_e;



typedef enum {

    XSFP_UNKNOW,

    XSFP_SFP,

    XSFP_QSFP,

    XSFP_QSFP_DD

} XSFP_TYPE;



#define XSFP_CHANNEL_NUM  8

#define LINKDOWN_INFO_NUM 1

#define BYTE_OFFSET       256

#define TEMP_SCAL_UINT    255

#define OUT_TEMP_INVALID      0X7EFF

#define OUT_TEMP_FAULT        0X7FFF

#define DEV_MON_LANE_NUM  8



#pragma pack(push, 1)  // 设置结构体的字节对齐为1字节，以防止填充字节

// 一个网口down的数据包

typedef struct inner_outband_linkdown_info {

    unsigned int time;

    unsigned int reserve;

    unsigned int volt; // 单位0.1mV

    unsigned int tx_power[XSFP_CHANNEL_NUM]; // 单位0.1uW

    unsigned int rx_power[XSFP_CHANNEL_NUM];

    unsigned int bias[XSFP_CHANNEL_NUM]; // 单位uA

    unsigned int tx_los;

    unsigned int rx_los;

    unsigned int tx_lol;

    unsigned int rx_lol;

    unsigned int temperature;

    unsigned int tx_fault;

    float host_snr[XSFP_SNR_LEN];

    float media_snr[XSFP_SNR_LEN];

    unsigned int device_id;

} INNER_OUTBAND_LINKDOWN_INFO;



typedef struct outband_port_linkdown_info { // 闪断时端口统计信息

    unsigned int time;                          // 时间戳

    float npu_rx_snr[DEV_MON_LANE_NUM];         // NPU端口SNR, 当前使用4个通道, 需要在xxx函数转换获取到的数据

    unsigned long long  pcs_err_cnt;             // pcs_err_cnt

    unsigned long long  cw_before_correct_cnt;  // fec纠前误码

    unsigned long long  cw_correct_cnt;         // fec纠后误码

    unsigned long long  cw_uncorrect_cnt;       // fec未纠误码统计值

    float cdr_host_snr[DEV_MON_LANE_NUM];       // cdr host snr, qilian和5901都转换成float

    float cdr_media_snr[DEV_MON_LANE_NUM];      // cdr host snr, qilian和5901都转换成float

    unsigned int device_id;                     // 区分cdr snr的闪断信息来自于主die或从die

} outband_port_linkdown_info_t;



typedef struct outband_linkdown_info_head {

    unsigned char type;    // 标志数据包类型(如何解析)

    unsigned char all;     // 队列中有多少数据包

    unsigned char num;     // 本帧中有多少数据包

    unsigned char len;     // 一个数据包有多长

} outband_linkdown_info_head_t;



typedef struct outband_xsfp_linkdown_info {

    outband_linkdown_info_head_t info_head;

    INNER_OUTBAND_LINKDOWN_INFO inner_info[LINKDOWN_INFO_NUM]; // 一帧最多包含1个数据包

} OUTBAND_XSFP_LINKDOWN_INFO;



typedef struct outband_port_linkdown_packet {

    STRUCT_HEAD struct_head;

    outband_linkdown_info_head_t info_head;

    outband_port_linkdown_info_t inner_info[LINKDOWN_INFO_NUM]; // 一帧最多包含1个数据包

} outband_port_linkdown_packet_t;

#pragma pack(pop) // 恢复默认的字节对齐



typedef struct outband_port_statistic_info {

    STRUCT_HEAD struct_head;

    unsigned long long rx_total_pkt_num;

    unsigned long long rx_fec_err_pkt_num;

    unsigned long long rx_bad_pkt_num;

    unsigned long long tx_bad_pkt_num;

    unsigned long long pcs_err_cnt;

    unsigned long long fec_pre;

    unsigned long long fec_succ;

    unsigned long long fec_fail;

    float npu_rx_snr[DEV_MON_LANE_NUM];

    float cdr_host_snr[DEV_MON_LANE_NUM];

    float cdr_media_snr[DEV_MON_LANE_NUM];

} OUTBAND_PORT_STATISTIC_INFO;



struct dev_mon_cdr_snr_info {

    unsigned int retimer_type;

    unsigned int host_snr[DEV_MON_LANE_NUM];

    unsigned int media_snr[DEV_MON_LANE_NUM];

    unsigned int his_host_snr[DEV_MON_LANE_NUM];

    unsigned int his_media_snr[DEV_MON_LANE_NUM];

};



typedef struct outband_fmea_info {

    unsigned char cmd_version;

    unsigned char qdd_fail;

    unsigned char cdr_fail;

    unsigned char cpld_fail;

}OUTBAND_FMEA_INFO;



enum dev_mon_cdr_retimer_type {

    DEV_MON_CDR_RETIMER_TYPE_DEFAULT,

    DEV_MON_CDR_RETIMER_TYPE_5901,

    DEV_MON_CDR_RETIMER_TYPE_HUYANG,

};



#endif



struct flash_rw_buf {

    unsigned char *buff;

    unsigned int size;

};



struct ddr_tempr_ioctl_para {

    unsigned int dev_id;

    unsigned int ddr_type;

    unsigned int buf_size;

    void *buf;

};



#define SSL_RET_SUCCESS 1



#define HTTPS_USER_LEN 512

#define HTTPS_TIME_LEN 32

#define HTTPS_SERIAL_NUM_LEN 64

#define COMMON_CERT_LEN 4096

#define FLASH_CERT_OFFSET 4

#define MAX_LANE_NUM 8



struct https_cert_info {

    char issuer[HTTPS_USER_LEN];

    char user[HTTPS_USER_LEN];

    char start_time[HTTPS_TIME_LEN];

    char end_time[HTTPS_TIME_LEN];

    char serial_num[HTTPS_SERIAL_NUM_LEN];

};



struct secure_boot_info {

    unsigned int flag;

    struct https_cert_info whitelist_cert;

    struct https_cert_info blacklist_cert;

};



struct flash_cert {

    unsigned int dev_id;

    unsigned int cert_len;

    unsigned int flag;

    unsigned char *cer;

};



struct secure_boot_cert {

    struct flash_cert flag;

    struct flash_cert whitelist;

    struct flash_cert blacklist;

};



enum {

    GET_SECURE_BOOT_WHITELIST = 0,

    GET_SECURE_BOOT_BLACKLIST,

    GET_HTTPS_BOOT_CERT,

    GET_HTTPS_CRL_CERT,

    GET_SECURE_BOOT_FLAG

};



// optical prbs

#define MAX_OPTICAL_MODULE_NUM 1

typedef enum {

    OPTICAL_MODULE_PRBS_GET_STATE = 0,

    OPTICAL_MODULE_PRBS_CONFIG,

    OPTICAL_MODULE_PRBS_CLEAR_STATISTICS,

    OPTICAL_MODULE_PRBS_GET_RESULT,

    OPTICAL_MODULE_PRBS_CLOSE,

    OPTICAL_MODULE_PRBS_OP_TYPE_MAX

} OPTICAL_MODULE_PRBS_OPERATION;



typedef enum {

    PRBS31,

    PRBS23,

    PRBS15,

    PRBS13,

    PRBS9,

    PRBS7,

    SSPRQ

} OPTICAL_MODULE_PRBS_TYPR;



typedef enum {

    CONFIG_SUCCESS = 0,

    CONFIG_FAIL

} optical_module_operation_result;      // config,clear_statistics,



#pragma pack(push, 1)  // 设置结构体的字节对齐为1字节，以防止填充字节

struct optical_module_config {

    unsigned char config_item;

    unsigned int test_time;

    unsigned char prbs_type;

    unsigned char optical_module_num;

    unsigned char optical_module_id[MAX_OPTICAL_MODULE_NUM];

};



struct optical_module_clear_statistics {

    unsigned char optical_module_num;

    unsigned char optical_module_id[MAX_OPTICAL_MODULE_NUM];

};



#pragma pack(pop) // 恢复默认的字节对齐



struct get_node_info_para {

    unsigned int dev_id;

    unsigned int dev_num;

    unsigned int node_num;

    unsigned int node_value;

};



#define NET_DATA            2048

#define MAX_CMD_PAYLOAD_LEN 2000



#ifndef CFG_SOC_PLATFORM_CLOUD_V4

void dev_mon_api_get_chip_pcie_err_rate(SYSTEM_CB_T* cb, DM_INTF_S* intf, DM_RECV_ST* msg);

void dev_mon_api_clear_chip_pcie_err_rate(SYSTEM_CB_T* cb, DM_INTF_S* intf, DM_RECV_ST* msg);

void dev_mon_board_passthru_mcu(SYSTEM_CB_T *cb, DM_INTF_S *intf, DM_RECV_ST *msg);

#endif



#if defined(CFG_SOC_PLATFORM_MINIV2) || defined(CFG_SOC_PLATFORM_CLOUD)

void dev_mon_get_vrd_temperature(SYSTEM_CB_T *cb, DM_INTF_S *intf, DM_RECV_ST *msg);

#endif



void dev_mon_get_cdr_info(SYSTEM_CB_T *cb, DM_INTF_S *intf, DM_RECV_ST *msg);



#ifdef CFG_SOC_PLATFORM_CLOUD

void dev_mon_api_out_band_get_utilization_info(SYSTEM_CB_T *cb, DM_INTF_S *intf, DM_RECV_ST *msg);

void dev_mon_api_out_band_get_frequency_info(SYSTEM_CB_T *cb, DM_INTF_S *intf, DM_RECV_ST *msg);

void dev_mon_api_out_band_get_hbm_info(SYSTEM_CB_T *cb, DM_INTF_S *intf, DM_RECV_ST *msg);

void dev_mon_api_out_band_get_mac_info(SYSTEM_CB_T *cb, DM_INTF_S *intf, DM_RECV_ST *msg);

void dev_mon_api_out_band_get_gateway_info(SYSTEM_CB_T *cb, DM_INTF_S *intf, DM_RECV_ST *msg);

void dev_mon_api_out_band_get_ip_info(SYSTEM_CB_T *cb, DM_INTF_S *intf, DM_RECV_ST *msg);

void dev_mon_api_out_band_get_package_info(SYSTEM_CB_T *cb, DM_INTF_S *intf, DM_RECV_ST *msg);

#endif



#if defined(CFG_SOC_PLATFORM_CLOUD_V2)

void dev_mon_api_out_band_get_xsfp_base_info(SYSTEM_CB_T *cb, DM_INTF_S *intf, DM_RECV_ST *msg);

void dev_mon_api_out_band_get_xsfp_threshold_info(SYSTEM_CB_T *cb, DM_INTF_S *intf, DM_RECV_ST *msg);

void dev_mon_api_out_band_get_xsfp_power_info(SYSTEM_CB_T *cb, DM_INTF_S *intf, DM_RECV_ST *msg);

void dev_mon_api_out_band_get_xsfp_mac_pkt_info(SYSTEM_CB_T *cb, DM_INTF_S *intf, DM_RECV_ST *msg);

void dev_mon_api_out_band_get_xsfp_linkdown_info(SYSTEM_CB_T *cb, DM_INTF_S *intf, DM_RECV_ST *msg);

void dev_mon_api_out_band_get_extend_power_info(SYSTEM_CB_T *cb, DM_INTF_S *intf, DM_RECV_ST *msg);

void dev_mon_api_out_band_get_port_statistic_info(SYSTEM_CB_T *cb, DM_INTF_S *intf, DM_RECV_ST *msg);

void dev_mon_api_out_band_optical_module_prbs(SYSTEM_CB_T *cb, DM_INTF_S *intf, DM_RECV_ST *msg);

void dev_mon_api_out_band_get_port_linkdown_info(SYSTEM_CB_T *cb, DM_INTF_S *intf, DM_RECV_ST *msg);

void dev_mon_api_out_band_get_fmea_info(SYSTEM_CB_T *cb, DM_INTF_S *intf, DM_RECV_ST *msg);

#endif



#ifdef CFG_FEATURE_HBM_MANUFACTURER_ID

void dev_mon_api_get_hbm_manufacturer_id(SYSTEM_CB_T *cb, DM_INTF_S *intf, DM_RECV_ST *msg);

#endif

#ifdef CFG_FEATURE_ROOTKEY_STATUS

void dev_mon_api_get_rootkey_status(SYSTEM_CB_T *cb, DM_INTF_S *intf, DM_RECV_ST *msg);

#endif

#if (defined(CFG_SOC_PLATFORM_CLOUD) || defined(CFG_SOC_PLATFORM_CLOUD_V2))

void dev_mon_api_set_device_computing_power(SYSTEM_CB_T *cb, DM_INTF_S *intf, DM_RECV_ST *msg);

#endif



#ifdef CFG_SOC_PLATFORM_MINIV3

void testlib_api_set_efuse_info(SYSTEM_CB_T *cb, DM_INTF_S *intf, DM_RECV_ST *msg);

void testlib_api_check_efuse_info(SYSTEM_CB_T *cb, DM_INTF_S *intf, DM_RECV_ST *msg);

#endif



int devdrv_get_user_config_product(unsigned int devid, const char *name, unsigned char *buf, unsigned int *buf_size);

void dev_mon_api_set_user_config_product(SYSTEM_CB_T *cb, DM_INTF_S *intf, DM_RECV_ST *msg);

void dev_mon_api_get_user_config_product(SYSTEM_CB_T *cb, DM_INTF_S *intf, DM_RECV_ST *msg);

void dev_mon_api_clear_user_config_product(SYSTEM_CB_T *cb, DM_INTF_S *intf, DM_RECV_ST *msg);

int dev_mon_get_freq(unsigned int dev_id, unsigned char dev_type, unsigned int *ret_value);

int dmanage_get_device_ddr_meminfo(unsigned int dev_id, struct dsmi_get_memory_info_stru *memory_info);

void dev_mon_api_get_memory_information(SYSTEM_CB_T *cb, DM_INTF_S *intf, DM_RECV_ST *msg);

int dev_mon_get_memory_info(unsigned int dev_id, unsigned int vfid,

    struct dsmi_get_memory_info_stru *pdevice_memory_info);

int dmanage_get_ddr_info_single(char *node_name, int name_len, struct dsmi_get_memory_info_stru *pdevice_memory_info);

void dev_mon_api_get_system_info_parameters(SYSTEM_CB_T *cb, DM_INTF_S *intf, DM_RECV_ST *msg);

int get_node_info(struct get_node_info_para *para, struct dsmi_get_memory_info_stru *memory_info);

void dev_mon_api_get_ddr_temperature(SYSTEM_CB_T *cb, DM_INTF_S *intf, DM_RECV_ST *msg);

void dev_mon_api_outband_get_mem_info(SYSTEM_CB_T *cb, DM_INTF_S *intf, DM_RECV_ST *msg);

int devdrv_open_device_manager(void);

void dev_mon_api_get_cpu_info(SYSTEM_CB_T *cb, DM_INTF_S *intf, DM_RECV_ST *msg);

void dev_mon_api_get_chip_type(SYSTEM_CB_T *cb, DM_INTF_S *intf, DM_RECV_ST *msg);

void dev_mon_api_get_https_cert_info(SYSTEM_CB_T* cb, DM_INTF_S* intf, DM_RECV_ST* msg);

void dev_mon_api_get_secure_boot_cert_info(SYSTEM_CB_T* cb, DM_INTF_S* intf, DM_RECV_ST* msg);



#ifdef CFG_FEATURE_SERDES_INFO

void dev_mon_api_set_serdes_info(SYSTEM_CB_T *cb, DM_INTF_S *intf, DM_RECV_ST *msg);

int ddmp_get_serdes_info(DM_INTF_S *intf, DM_RECV_ST *data, const unsigned char *buff, unsigned int total_length);

void dev_mon_api_get_serdes_info(SYSTEM_CB_T *cb, DM_INTF_S *intf, DM_RECV_ST *msg);

#endif



#if defined(CFG_FEATURE_INIT_MCU_BOARD_ID)

void dev_mon_api_get_mcu_board_id(SYSTEM_CB_T *cb, DM_INTF_S *intf, DM_RECV_ST *msg);

#endif



#endif