454 lines
18 KiB
C
454 lines
18 KiB
C
/*
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* Copyright (c) CompanyNameMagicTag 2018-2019. All rights reserved.
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* Description: NDM interface definition, for MDM and DBK only.
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*/
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/******************************************************************************/
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#ifndef __SOC_NDM_H__
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#define __SOC_NDM_H__
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#ifndef PRODUCT_CFG_DBK
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#include <soc_ft_nv.h>
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#endif
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#if !defined(PRODUCT_CFG_CORE_TYPE_BOOTLOADER) || defined(PRODUCT_CFG_DBK)
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#ifdef PRODUCT_CFG_DBK
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#include "soc_types.h"
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#endif
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#include <soc_cmn_nv.h>
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#include <soc_config.h>
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#include <soc_mdm_upg.h>
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/******************************************************************************/
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#define EXT_TC_EXECUTE_DOOR 0x6098
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typedef struct {
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td_u32 type;
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td_u32 item;
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} execute_tc_stru;
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/******************************************************************************/
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/* Definition of the control package ID */
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/* The default range of the operator package is [0x3400, 0x3600), that is, EXT_ND_NDM_START, EXT_ND_NDM_END-1 */
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#define EXT_ND_NDM_START EXT_ND_NDM_START_DEFAULT
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#define EXT_ND_NDM_END EXT_ND_NDM_END_DEFAULT
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#define EXT_ND_ERR_IND 0x3401
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#define EXT_ND_CONNECTED_INFO 0x3402 /* Parameter: , , EXT_ND_CONNECTED_INFO_IND_S */
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#define EXT_MAC_FIND_MODULE 0x3407 /* Parameter: , , ,EXT_MAC_FIND_MODULE_IND_S */
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#define EXT_ND_DEVICE_INFO 0x3409
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#define DBK_QRY_UE_API_VER 0x340A
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#define UPG_STATUS 0x3410 /* Query the upgrade status. upg_status_ind */
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#define UPG_START 0x3412 /* Parameter: upg_start_req, , upg_start_ind */
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#define UPG_STOP 0x3413 /* upg_stop_req */
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#define UPG_TRANSMIT_BLK 0x3415 /* Sending the Upgrade File Block: upg_transmit_blk_req,, EXT_UPG_TRANSMIT_BLK_IND_S */
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#define ND_MODULE_DETECT 0x3416 /* Querying the upgrade status, , EXT_ND_MODULE_DETECT_IND_S */
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#define UPG_STAT_INFO_IND 0x3417 /* UPG_STATUS, , upg_stat_info_ind */
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#define UPG_STATUS_REMOTE_QUERY 0x3418 /* remote progress query */
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#define UPG_AFFIRM 0x3419 /* This message is sent when the network-wide upgrade is complete and is
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* used to notify each module of restart.
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*/
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#define UPG_STA_LIST 0x341A /* Send STA List */
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#define UPG_EXTEND_INFO 0x341B /* upgrade extended information */
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#define UPG_LIST_REPLY 0x341C /* List upgrade response DBK query list */
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#define EXT_DBG_MEM_STAT 0x3420 /* Request for reporting memory statistics, , */
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#define EXT_DBG_MEM_SUM_STAT_IND 0x3421 /* memory statistics reporting, EXT_DBG_MEM_SUM_STAT_IND_S */
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#define EXT_DBG_MEM_MOD_STAT_IND 0x3422 /* memory statistics reporting, EXT_DBG_MEM_MOD_STAT_IND_S */
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#define EXT_DBG_STAT_Q 0x3430 /* EXT_DBG_STAT_Q_S,,EXT_DBG_MEM_MOD_STAT_IND_S */
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#define EXT_DBG_DUMP_DIAG_ITEMS 0x3431 /* EXT_DBG_DUMP_DIAG_ITEMS_REQ_S,, : dumpmsg dump flash key message */
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#define EXT_DBG_DFX_TASK_TEST 0x3432 /* EXT_DBG_DFX_TASK_TEST_S, , */
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/* reserved: 0x3502--0x3509 */
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#define EXT_UPG_NV_W 0x3510 /* Parameter: EXT_UPG_NV_W_REQ_S, , */
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#define EXT_UPG_NV_R 0x3511 /* Parameter: EXT_UPG_NV_R_REQ_S, , EXT_UPG_NV_IND_S */
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#define EXT_UPG_NV_BW EXT_UPG_NV_W /* Parameter: EXT_UPG_NV_W_REQ_S, , */
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#define EXT_UPG_NV_BR EXT_UPG_NV_R /* Parameter: EXT_UPG_NV_R_REQ_S, , EXT_UPG_NV_IND_S */
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#define EXT_UPG_NV_BE_IND 0x3512 /* Parameter: , , EXT_UPG_NV_BE_IND_S */
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#define EXT_NDM_BAT_UPG_STATUS_MSG 0x3550 /* Query the upgrade status */
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#define EXT_DIAG_DRV_NDM_DEBUG 0x3551 /* Deleted II_NDM_TEST from the official code for debugging. */
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#define EXT_DIAG_DRV_BQ_STAT_MSG 0x3552 /* This command is used to query global variables of the BQ module. */
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#define EXT_DIAG_DRV_SD_DC_STAT 0x3553
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#define EXT_NDM_SD_DC_SET 0x3554 /* "sd_dc_set" */
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#define EXT_NDM_SD_DC_QUERY 0x3555 /* "sd_dc_query" */
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/* Definition of the control word (15 bits) */
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/* Upstream control word */
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#define EXT_ND_FRAME_UL_CTRL_STATUS_OK 0 /* The command request is processed successfully. */
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/*
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* The command request is being processed and has
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* been transparently transmitted to the specified trunk.
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*/
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#define EXT_ND_FRAME_UL_CTRL_STATUS_TRANS 1
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#define EXT_ND_FRAME_UL_CTRL_STATUS_FAIL_INVALID_PARAM 100 /* parameter error */
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#define EXT_ND_FRAME_STATUS_OK EXT_ND_FRAME_UL_CTRL_STATUS_OK
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#define EXT_ND_FRAME_STATUS_TRANS EXT_ND_FRAME_UL_CTRL_STATUS_TRANS
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#define EXT_ND_FRAME_STATUS_FAIL_INVALID_PARAM EXT_ND_FRAME_UL_CTRL_STATUS_FAIL_INVALID_PARAM
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/* Downstream control word
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* The MAC determines whether to process the data. If the data is not processed,
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* the MAC transparently transmits the data to other modules.
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* After the data is processed by other modules,
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* the MAC transparently transmits the data to the DBK.
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*/
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#define EXT_ND_FRAME_DL_CTRL_DEFAULT 0
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/*
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* MAC processing is required and does not need to be transparently
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* transmitted to the app. By default, MAC processing is performed.
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*/
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#define EXT_ND_FRAME_DL_CTRL_MAC 1
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#define EXT_ND_FRAME_DL_CTRL_NEED_ACK 2
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#define EXT_ND_FRAME_DL_CTRL_NOT_NEED_ACK 3
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#define EXT_ND_DL 0
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#define EXT_ND_UL 1
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#define EXT_UPG_STATUS_QRY_SYS_MODE 0 /* Query the working mode. */
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#define EXT_UPG_STATUS_QRY_UPGRADE 1 /* queries the current upgrade status. */
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#define UPG_STATUS_OK EXT_UPG_STATUS_OK /* upgrade succeeded */
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#define UPG_STATUS_END EXT_UPG_STATUS_END /* The upgrade is complete. */
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#define UPG_STATUS_NORMAL 4 /* Normal upgrade status */
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#define UPG_STATUS_UNKNOWN EXT_UPG_STATUS_UNKNOWN /* Unknown */
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#define UPG_STATUS_STOPPING EXT_UPG_STATUS_STOPPING
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#define UPG_STATUS_FAIL EXT_UPG_STATUS_FAIL /* upgrade failed */
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#define UPG_STATUS_PROCESS EXT_UPG_STATUS_PROCESS /* Upgrading... */
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#define EXT_UPG_VER_UPDATE_OPTION_MASK (EXT_UPG_VER_UPDATE_OPTION_START)
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/* Maximum number of MAC addresses in the MAC address list supported by the NCR channel */
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#define EXT_PLC_RELAY_NUM_MAX 3
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#define EXT_COL_METER_NUM_MAX 33
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#define EXT_PLC_CRASH_SERIAL_RPT_CODE "$PlCCrAsH^"
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#define EXT_DEID_OPTION_REFRESH 0xF0
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/************************************************************
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Data Structure Definition
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************************************************************/
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/*********************DBK Querying the API Version************************************/
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/* Command interface version number */
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#define EXT_CMD_VER 0
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typedef struct _diag_cmd_dbk_qry_ue_api_ver_ind_s_ {
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td_u16 cmd_ver; /* Command interface version number */
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td_u16 h_api_ver; /* API version */
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td_u16 api_ver; /* Current API version of the board */
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td_u16 ver; /* C version */
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td_u32 err_code; /* Error code */
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td_u32 pad; /* Reserved bit */
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} diag_cmd_dbk_qry_ue_api_ver_ind;
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/******************************************************************************/
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/* Query the basic information about the directly connected module: EXT_ND_CONNECT_MODULE_INFO */
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/******************************************************************************/
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/******************************************************************************/
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/* REQ: None */
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/* IND: EXT_ND_CONNECTED_INFO_IND_S */
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typedef struct {
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td_u8 sys_mode : 7; /* Device status */
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td_u8 join : 1; /* Check whether the networking is complete. */
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td_u8 dev_type; /* Product form */
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td_u8 mac_addr[EXT_PLC_MAC_ADDR_LEN]; /* communication module MAC */
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td_u8 ip[EXT_IPV4_ADDR_LEN]; /* Ethernet IP */
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td_u32 snid; /* Communication network SNID */
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td_u8 cco_addr[EXT_PLC_MAC_ADDR_LEN]; /* CCO MAC */
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td_u8 pad[2]; /* reserved 2 bytes */
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td_char positoin[EXT_MODULE_POSITION_LEN_MAX]; /* location information */
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td_u32 start_time; /* Device startup time */
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} ext_nd_connected_info_ind;
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#define EXT_ND_CONNECTED_INFO_ACK_S ext_nd_connected_info_ind
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/******************************************************************************/
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/* EXT_ND_MAC_FIND_MODULE */
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/******************************************************************************/
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/******************************************************************************/
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/* Search for devices. */
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/* REQ: None */
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/* ACK: */
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typedef struct {
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/* EXT_ND_TYPE_DCM: meter reading controller */
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/* EXT_ND_TYPE_CCO: headend */
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/* EXT_ND_TYPE_STA: terminal */
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/* EXT_ND_TYPE_RELAY: trunk */
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td_u8 type : 4;
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td_u8 online : 1; /* Online or offline */
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td_u8 status : 1; /* Normal, Abnormal */
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td_u8 phase_mode; /* Phase mode, multi-phase or single-phase */
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td_u8 phase; /* Phase type */
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td_u8 band; /* Frequency band */
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td_u16 tei; /* Site TEI (online) */
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td_u32 join_time; /* Time when a user joins the network (online) */
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td_u8 mac[EXT_PLC_MAC_ADDR_LEN]; /* MAC address */
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} ext_module_item;
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typedef struct {
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td_u16 item_cnt; /* Number of peripheral modules */
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ext_module_item ast_item[0];
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} ext_mac_find_module_ind;
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#if defined(PRODUCT_CFG_SUPPORT_UPG)
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typedef struct {
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td_u32 upg_id; /* Upgrade ID. The ID must be unique during the upgrade. */
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td_u16 reset_interval; /* Restart waiting time, in seconds */
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td_u16 option;
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} ext_upg_affirmative_req;
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typedef struct {
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td_u32 rc; /* Result code. EXT_ERR_SUCCESS indicates success. Other values indicate error codes. */
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td_u32 upg_id; /* Upgrade ID. The ID must be unique during the upgrade. */
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} ext_upg_affirmative_ind;
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#define UPG_LIST_NUM_PER_PACK 30
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#define UPG_LIST_MAX_NUM_OTHER 500
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#define UPG_LIST_MAX_NUM_MRS 1000
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#define UPG_LIST_LEN_PER_PACK UPG_LIST_NUM_PER_PACK* EXT_PLC_MAC_ADDR_LEN
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typedef struct {
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td_u8 stru_ver;
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td_u8 stru_size;
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td_u16 padding;
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td_u32 upg_id; /* upg ID */
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td_u32 ret; /* return code */
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} upg_sta_list_ind;
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typedef struct {
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td_u8 stru_ver;
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td_u8 stru_size;
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td_u8 packet_total;
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td_u8 packet_seq;
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td_u32 upg_id;
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td_u16 sta_total;
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td_u16 sta_current;
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td_u8 sta_list[UPG_LIST_NUM_PER_PACK][EXT_PLC_MAC_ADDR_LEN];
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} upg_list_reply_ind;
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typedef enum {
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EXT_UPG_EXTEND_INF_VER0 = 0,
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} ext_upg_extend_inf_ver;
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#define EXT_UPG_EXTEND_INF_VER EXT_UPG_EXTEND_INF_VER0
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#define EXT_UPG_EXTEND_SUPPORT_LIST_UPGRADE 0x01 /* support list upg */
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#define EXT_UPG_EXTEND_SUPPORT_FUN EXT_UPG_EXTEND_SUPPORT_LIST_UPGRADE
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typedef struct {
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td_u8 stru_ver;
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td_u8 stru_size;
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td_u16 pad;
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} upg_extend_info_req;
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typedef struct {
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td_u8 stru_ver; /* Version number. The version number is 0 */
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td_u8 stru_size; /* Structure size */
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td_u8 upg_option; /* CCO STA upgrade mode:0: N/A; 1: entire network; 2: list */
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td_u8 fun_bitmap; /* Supported functions and features */
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td_u32 upg_id; /* Upgrade ID */
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td_u32 pad;
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} upg_extend_info_ind;
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typedef struct {
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td_u16 req_sn;
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td_u16 idx;
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td_u32 rc;
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} ext_upg_blk_id;
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typedef struct {
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td_u16 checksum;
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td_u8 mac[EXT_PLC_MAC_ADDR_LEN];
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td_u32 upg_id;
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td_u16 rc;
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td_u16 id_num;
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ext_upg_blk_id aul_id[0];
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} ext_upg_transmit_blk_ind;
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/* Used by the CCO to query the site upgrade status */
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typedef enum {
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EXT_UPG_STATUS_IND_ENTIRE_VER0,
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EXT_UPG_STATUS_IND_ENTIRE_VER1,
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} ext_upg_status_ind_entire_ver;
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#define EXT_UPG_STATUS_IND_ENTIRE_VER (EXT_UPG_STATUS_IND_ENTIRE_VER1)
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#define UPG_FILE_INFO_ID 0xC1
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#define UPG_FILE_HEAD_LEN 298
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typedef struct {
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td_u32 upg_id;
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td_u16 last_blk_idx;
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td_u16 error_code;
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td_u32 rcv_file_size;
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td_u32 blk_size;
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td_u32 file_size;
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td_u8 upg_status;
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td_u8 pad;
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td_u8 mac_addr[EXT_PLC_MAC_ADDR_LEN];
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td_u32 upg_end_time; /* modified by ds, duration(Sec.) of indicate sta from rcv start frame to rcv all upg data */
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} ext_upg_status_ind_entire;
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typedef struct {
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ext_upg_status_ind_entire status;
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td_u8 blk_per_pkt; /* Number of blocks contained in an upgrade package. */
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td_u8 pad;
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td_u16 bitmap_cnt;
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td_u8 bitmap[0];
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} ext_upg_status_detail_ind;
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typedef enum {
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UPG_QRY_PRODUCT_TYPE_METER = 0, /* watt-hour meter */
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UPG_QRY_PRODUCT_TYPE_METERI, /* I collector */
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UPG_QRY_PRODUCT_TYPE_METERII, /* II collector */
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} ext_upg_query_product_type;
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typedef enum {
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UPG_INFO_ID_CODE = 0, /* Vendor ID */
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UPG_INFO_ID_SW_VER, /* Version information */
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UPG_INFO_ID_BOOT_VER, /* Bootloader version */
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UPG_INFO_ID_FILE_CRC, /* Upgrade file CRC32 */
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UPG_INFO_ID_FILE_LEN, /* Upgrade file length */
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/* UPG_INFO_ID_CHIP, // Chip code */
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/* UPG_INFO_ID_DATE, // Version date */
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UPG_INFO_ID_PRODUCT_TYPE, /* Product type */
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} ext_upg_query_info_id;
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typedef struct {
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td_u16 stru_ver : 6; /* protocol version */
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td_u16 stru_size : 6; /* packet header length */
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td_u16 reserved : 4;
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td_u8 reserved2;
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td_u8 info_item_cnt; /* Number of information list elements */
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td_u8 info_item[0]; /* Message ID list */
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} ext_upg_sta_info_req;
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typedef struct {
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td_u16 stru_ver : 6; /* protocol version */
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td_u16 stru_size : 6; /* packet header length */
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td_u16 reserved1 : 4;
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td_u8 reserved2;
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td_u8 info_item_cnt; /* Number of information list elements */
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/* Information list: data field list. One or more information fields are placed in sequence (element ID (1 byte) +
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* element data length (1 byte) + element data.(L)) */
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td_u8 info_item[0];
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} ext_upg_sta_info_ind;
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/* PLC packet format for State Grid interconnection */
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typedef struct {
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td_u16 stru_ver : 6; /* protocol version */
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td_u16 stru_size : 6; /* packet header length */
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td_u16 reserved1 : 4;
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td_u16 reserved2;
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td_u32 upg_id; /* Upgrade ID */
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td_u16 time_window; /* Upgrade time window */
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td_u16 packet_size; /* Upgrade block size */
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td_u32 file_size; /* Size of the upgrade file */
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td_u32 crc; /* File CRC check */
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} ext_upg_std_start_req; /* 11 start req */
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typedef struct {
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td_u16 stru_ver : 6; /* protocol version */
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td_u16 stru_size : 6; /* packet header length */
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td_u16 reserved1 : 4;
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td_u8 reserved2;
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td_u8 rc; /* Result code for starting the upgrade */
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td_u32 upg_id; /* Upgrade ID */
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} ext_upg_std_start_ind; /* 11 start ind */
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typedef struct {
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td_u8 id; /* Optional ID */
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td_u8 size; /* Size of optional content */
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td_u8 data[UPG_FILE_HEAD_LEN]; /* optional content */
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} ext_upg_expand_info;
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typedef struct {
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td_u16 stru_ver : 6; /* protocol version */
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td_u16 stru_size : 6; /* packet header length */
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td_u16 need_ack : 1; /* Indicates whether the call needs to be answered. */
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td_u16 broad_cast : 1; /* Whether the packet is a broadcast packet */
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td_u16 cmn_reserved : 2;
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td_u16 data_size; /* Size of the optional area */
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td_u32 upg_id; /* Upgrade ID */
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td_u16 time_window; /* Upgrade time window */
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td_u16 packet_size; /* Upgrade block size */
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td_u32 file_size; /* Size of the upgrade file */
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td_u32 crc; /* File CRC check */
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td_u8 data[0]; /* Extended content */
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} ext_upg_std_expand_start_req;
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typedef struct {
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td_u16 stru_ver : 6; /* protocol version */
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td_u16 stru_size : 6; /* packet header length */
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td_u16 reserved1 : 4;
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td_u16 reserved2;
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td_u32 upg_id; /* Upgrade ID */
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} ext_upg_std_stop_req;
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typedef struct {
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td_u16 stru_ver : 6; /* protocol version */
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td_u16 stru_size : 6; /* packet header length */
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td_u16 reserved : 4;
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td_u16 packet_size; /* Data block size */
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td_u32 upg_id; /* Upgrade ID */
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td_u32 packet_num; /* Data block number, starting from 0 */
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td_u8 packet[0]; /* Data block */
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} ext_upg_std_transmit_req;
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typedef struct {
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td_u16 stru_ver : 6; /* protocol version */
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td_u16 stru_size : 6; /* packet header length */
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td_u16 reserved : 4;
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td_u16 packet_num; /* Number of consecutively queried blocks */
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td_u32 packet_start; /* Start block number, starting from 0 */
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td_u32 upg_id; /* Upgrade ID */
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} ext_upg_std_status_req;
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typedef struct {
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td_u16 stru_ver : 6; /* protocol version */
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|
td_u16 stru_size : 6; /* packet header length */
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|
td_u16 upg_status : 4; /* Upgrade status */
|
|
td_u16 packet_num; /* Number of valid blocks */
|
|
td_u32 packet_start; /* Start block number */
|
|
td_u32 upg_id; /* Upgrade ID */
|
|
td_u8 bitmap[0];
|
|
} ext_upg_std_status_ind;
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|
|
|
typedef struct {
|
|
td_u16 stru_ver : 6; /* protocol version */
|
|
td_u16 stru_size : 6; /* packet header length */
|
|
td_u16 reserved : 4;
|
|
td_u16 reset_time; /* Waiting reset time */
|
|
td_u32 upg_id; /* Upgrade ID */
|
|
td_u32 try_running_time; /* Trial run time */
|
|
} ext_upg_std_affirm_req;
|
|
|
|
typedef ext_upg_sta_info_req ext_upg_std_sta_info_req_s;
|
|
|
|
typedef struct {
|
|
td_u16 stru_ver : 6; /* protocol version */
|
|
td_u16 stru_size : 6; /* packet header length */
|
|
td_u16 reserved1 : 4;
|
|
td_u8 reserved2;
|
|
td_u8 info_item_cnt; /* Number of information list elements */
|
|
td_u32 upg_id; /* Upgrade ID */
|
|
/* Information list: data field list. One or more information fields are placed in sequence (element ID (1 byte) +
|
|
* element data length (1 byte) + element data.(L)) */
|
|
td_u8 info_item[0];
|
|
} ext_upg_std_sta_info_ind;
|
|
#endif
|
|
|
|
typedef struct {
|
|
td_u8 dev_type;
|
|
td_u8 dev_num;
|
|
td_u8 dev_addr[EXT_COL_METER_NUM_MAX][EXT_PLC_MAC_ADDR_LEN];
|
|
} ext_nd_module_detect_ind;
|
|
|
|
#endif /* defined(PRODUCT_CFG_CORE_TYPE_BOOTLOADER) || defined(PRODUCT_CFG_DBK) */
|
|
|
|
#endif /* __SOC_NDM_H__ */
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|
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