/**

 * 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 __DSMI_DFT_COMMON_H__

#define __DSMI_DFT_COMMON_H__



#define DEV_MON_CMD_GET_PMU_DIE_ID            0x80        /* board dsmi cmd start form 0x80 */



typedef struct dsmi_dft_code {

    unsigned char start_end : 2;

    unsigned char test_item_id : 6;

    unsigned char test_cmd;

} DSMI_DFT_CODE;



typedef enum dsmi_aging_type {

    DSMI_AGING_FlAG = 0x1,

    DSMI_AGING_TIME = 0x2,

    DSMI_AGING_RESULT

} DSMI_AGIND_TYPE;



typedef struct dsmi_aging_code {

    unsigned char aging_flag_time;

    unsigned char rev;

} DSMI_AGING_CODE;



typedef struct dsmi_aging_data {

    unsigned char aging_flag;

    unsigned short aging_time;

} DSMI_AGINE_DATA;



typedef struct dsmi_aging_result_data {

    unsigned short aging_result;

    unsigned int ddr_result1;

    unsigned int hbm_result;

    unsigned int ai_result2;

} DSMI_AGING_RESULT_DATA;



typedef enum dsmi_elabel_type {

    DSMI_WRITE_ELABEL = 0x0,

    DSMI_CLEAR_ELABEL = 0x1,

    DSMI_UPDATE_ELABEL = 0x2

} DSMI_ELABEL_TYPE;



typedef struct dsmi_get_elabel {

    unsigned char elabel_item;

} DSMI_GET_ELABEL;



typedef struct dsmi_test_lib {

    unsigned char test_type;

    char test_lib_name[32]; // 32 test_lib_name size

} DSMI_TEST_LIB;



typedef struct dsmi_dft_fw_data {

    unsigned char test_type;

} DSMI_DFT_FW_DATA;



/* DFT control response msg */

typedef struct dsmi_dft_control_res {

    unsigned int estimate_time;

} DSMI_DFT_CONTROL_RES;



/* get DFT status res */

#define MAX_RESULT_CODE_NUM 32

typedef struct dsmi_get_dft_state_res {

    unsigned char result_status;

    unsigned char process;

    unsigned short result_num;

    unsigned short result_code[MAX_RESULT_CODE_NUM];

} DSMI_GET_DFT_STATE_RES;



typedef enum dsmi_dft_cmd {

    DFT_SOC_INTERNEL_TEST = 1,

    DFT_PERIPHERAL_TEST,

    DFT_BUTTEN_TEST,

    DFT_LIGHT_ON_TEST,

    DFT_LOG_STATUS

} DSMI_DFT_CONTROL_CMD;



typedef enum dsmi_dft_status {

    DSMI_DFT_SUCCESS = 0,

    DSMI_DFT_FAIL = 1,

    DSMI_DFT_UNFINISHED

} DSMI_DFT_STATUS;



typedef enum dsmi_opcmd {

    GET_HEALTH_STATE = 0x01,

    GET_ERROR_CODE = 0x02,

    GET_CHIP_TEMP = 0x03,

    GET_POWER = 0x04,

    GET_VENDER_ID = 0x06,

    GET_DEVICE_ID = 0x07,

    GET_SUB_VENDER_ID = 0x09,

    GET_SUB_DEVICE_ID = 0x0a,

    GET_CHIP_VOLTAGE = 0x0b,

    GET_BOARD_ID = 0x0F,

    GET_PCB_ID = 0x10,

    GET_BOARD_INFO = 0x1B,

    GET_ECC_INFO = 0x1f,

    LOAD_TEST_LIB = 0x01,

    GET_DIE_ID = 0x02,

    GET_DAVINCHI_INFO = 0x05,

    GET_FLASH_INFO = 0x06,

    UPGRADE_CONTROL = 0x03,

    UPGRADE_STATE = 0x04,

    GET_DAVINCHI_VERSION = 0x07,

    DFT_CONTROL = 0x16,

    DFT_GET_STATE = 0x17,

    WRITE_ELABLE_DATA = 0x14,

    READ_ELABLE_DATA = 0x15,

    SET_AGING_FLAG_TIME = 0x22,

    GET_AGING_FLAG_TIME = 0x23,

    GET_AGING_RESULT = 0x24

} DSMI_OPCMD;



typedef enum dsmi_opfunc {

    DSMI_FUNC_COMMON = 0x00,

    DSMI_FUNC_DAVINCI = 0x06

} DSMI_OPFUNC;

int dsmi_cmd_get_pmu_voltage(int device_id, unsigned char pmu_type, unsigned char channel, unsigned int *volt_mv);

#endif // !__DSMI_DFT_COMMON_H__