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kunlun/export/inc/plc_lib/iot_plc_msg_api.h
andy c756587541 初始提交
2024-09-28 14:24:04 +08:00

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/****************************************************************************
Copyright(c) 2019 by Aerospace C.Power (Chongqing) Microelectronics. ALL RIGHTS RESERVED.
This Information is proprietary to Aerospace C.Power (Chongqing) Microelectronics and MAY NOT
be copied by any method or incorporated into another program without
the express written consent of Aerospace C.Power. This Information or any portion
thereof remains the property of Aerospace C.Power. The Information contained herein
is believed to be accurate and Aerospace C.Power assumes no responsibility or
liability for its use in any way and conveys no license or title under
any patent or copyright and makes no representation or warranty that this
Information is free from patent or copyright infringement.
****************************************************************************/
#ifndef IOT_PLC_MSG_API_H
#define IOT_PLC_MSG_API_H
#include "os_types_api.h"
#include "iot_utils_api.h"
#ifdef __cplusplus
extern "C" {
#endif
/* pack for the structures in the whole file */
#pragma pack(push) // save the pack status
#pragma pack(1) // 1 byte align
/* app request succeed */
#define IOT_PLC_SUCCESS (0x0)
/* app request succeed, but assigned value is not the same as registered.
* cvg layer allocated resource according to its status.
*/
#define IOT_PLC_SUCCESS_MODIFIED (0x1)
/* app request failed */
#define IOT_PLC_FAILED (0x2)
/* PLC device role. this definition must be same as PLC_DEV_ROLE_XXX */
#define IOT_PLC_DEV_ROLE_INVALID (0x0)
#define IOT_PLC_DEV_ROLE_STA (0x1)
#define IOT_PLC_DEV_ROLE_PCO (0x2)
#define IOT_PLC_DEV_ROLE_CCO (0x4)
/* PLC device type. this definition must be same as PLC_DEV_TYPE_XXX */
#define IOT_PLC_DEV_TYPE_METER_CONTROLLER 1
#define IOT_PLC_DEV_TYPE_CONCENTRATOR 2
#define IOT_PLC_DEV_TYPE_POWER_METER 3
#define IOT_PLC_DEV_TYPE_REPEATER 4
#define IOT_PLC_DEV_TYPE_COLLECTOR_2 5
#define IOT_PLC_DEV_TYPE_COLLECTOR_1 6
#define IOT_PLC_DEV_TYPE_POWER_METER_3P 7
#define IOT_PLC_DEV_TYPE_BSRM_MONITOR 0x7C
#define IOT_PLC_DEV_TYPE_BRK_MONITOR 0x7D
#define IOT_PLC_DEV_TYPE_TSFM_MONITOR 0x7E
#define IOT_PLC_DEV_TYPE_SWITCH_MONITOR 0x7F
/* iot customer device type start at 0x80 */
#define IOT_PLC_DEV_TYPE_GL_STA 0x80
#define IOT_PLC_DEV_TYPE_GL_OUTDOOR 0x81
#define IOT_PLC_DEV_TYPE_GL_INDOOR 0x82
#define IOT_PLC_DEV_TYPE_GL_LINECTRL 0x83
#define IOT_PLC_DEV_TYPE_GL_CONCETRATOR 0x84
#define IOT_PLC_DEV_TYPE_GL_MONITOR 0x85
#define IOT_PLC_DEV_TYPE_INVAL 0xFF
#define IOT_PLC_COMM_TYPE_HPLC 0
#define IOT_PLC_COMM_TYPE_DUAL_MODE 1
#define IOT_PLC_COMM_TYPE_RF 2
/** STA join rejected reason, same as defined in the spec */
#define IOT_PLC_REASON_STA_NOT_IN_WHITELIST 0x01
#define IOT_PLC_REASON_STA_IN_BLACKLIST 0x02
#define IOT_PLC_REASON_STA_EXCEED_MAX_COUNT 0x03
#define IOT_PLC_REASON_WHITELIST_NOT_SET 0x04
#define IOT_PLC_REASON_PROXY_EXCEED_MAX_COUNT 0x05
#define IOT_PLC_REASON_SUB_STA_EXCEED_MAX_COUNT 0x06
#define IOT_PLC_REASON_DUPLICATE_MAC 0x08
#define IOT_PLC_REASON_LEVEL_EXCEED_MAX_COUNT 0x09
#define IOT_PLC_REASON_SUB_STA_AS_PROXY 0x0B
#define IOT_PLC_REASON_LOOP_EXIST_IN_TOPO 0x0C
/* STA mac address type definition */
/* the meter addr is used as the MAC addr to join network */
#define IOT_PLC_MAC_ADDR_TYPE_METER (0)
/* the module addr is used as the MAC addr to join network */
#define IOT_PLC_MAC_ADDR_TYPE_MODULE (1)
/* the collector addr is used as the MAC addr to join network */
#define IOT_PLC_MAC_ADDR_TYPE_COLLECTOR (2)
/* whitelist and blacklist operation */
#define IOT_PLC_WL_DISABLE (0x0)
#define IOT_PLC_WL_ADD (0x1)
#define IOT_PLC_WL_DEL (0x2)
#define IOT_PLC_WL_ENABLE (0x3)
#define IOT_PLC_BL_DISABLE (0x4)
#define IOT_PLC_BL_ADD (0x5)
#define IOT_PLC_BL_DEL (0x6)
#define IOT_PLC_BL_ENABLE (0x7)
#define IOT_PLC_WL_NW_FMT_DONE (0x8)
#define IOT_PLC_WL_NW_FMT_DOING (0x9)
#define IOT_PLC_WL_DEL_ALL (0xA)
#define IOT_PLC_BL_DEL_ALL (0xB)
#define IOT_PLC_WL_ADD_PA (0xC)
#define IOT_PLC_WL_ADD_PB (0xD)
#define IOT_PLC_WL_ADD_PC (0xE)
/* common PLC message id definitions shared between CCO and STA device */
#define IOT_PLC_MSG_MSDU_SEND 0x01
#define IOT_PLC_MSG_MSDU_RECV 0x02
#define IOT_PLC_MSG_APP_REG_REQ 0x03
#define IOT_PLC_MSG_APP_REG_CONF 0x04
#define IOT_PLC_MSG_CONN_LESS_SEND 0x05
#define IOT_PLC_MSG_CONN_LESS_RECV 0x06
#define IOT_PLC_MSG_CTRL_PROTO_SEND 0x07
#define IOT_PLC_MSG_CTRL_PROTO_RECV 0x08
#define IOT_PLC_MSG_MSDU_SEND_BY_TEI 0x09
#define IOT_PLC_MSG_MSDU_CAPTURE_RECV 0x0A
#define IOT_PLC_MSG_NW_ID_QUERY 0x10
#define IOT_PLC_MSG_NW_ID_RPT 0x11
#define IOT_PLC_MSG_NW_NEIGHBOR_QUERY 0x12
#define IOT_PLC_MSG_NW_NEIGHBOR_RPT 0x13
#define IOT_PLC_MSG_NW_WL_QUERY 0x14
#define IOT_PLC_MSG_NW_WL_RPT 0x15
#define IOT_PLC_MSG_NW_WL_SET 0x16
#define IOT_PLC_MSG_NW_WL_SET_RPT 0x17
#define IOT_PLC_MSG_NW_BL_QUERY 0x18
#define IOT_PLC_MSG_NW_BL_RPT 0x19
#define IOT_PLC_MSG_NW_BL_SET 0x1A
#define IOT_PLC_MSG_NW_BL_SET_RPT 0x1B
#define IOT_PLC_MSG_FREQ_BAND_SET 0x1C
#define IOT_PLC_MSG_FREQ_BAND_SET_RPT 0x1D
#define IOT_PLC_MSG_DEV_INFO_QUERY 0x1E
#define IOT_PLC_MSG_DEV_INFO_RPT 0x1F
#define IOT_PLC_MSG_DEV_STATE_CHANGE_RPT 0x20
#define IOT_PLC_MSG_CFG_SET_REQ 0x21
#define IOT_PLC_MSG_CFG_SET_CONF 0x22
#define IOT_PLC_MSG_START_NW_FMT 0X23
#define IOT_PLC_MSG_STOP_NW_FMT 0X24
#define IOT_PLC_MSG_BAND_INFO_QUERY 0x25
#define IOT_PLC_MSG_BAND_INFO_QUERY_RPT 0x26
#define IOT_PLC_MSG_WDG_SET_REQ 0x27
#define IOT_PLC_MSG_WDG_SET_CONF 0x28
#define IOT_PLC_MSG_NEIGHBOR_DEV_QUERY 0x29
#define IOT_PLC_MSG_NEIGHBOR_DEV_RPT 0x2A
#define IOT_PLC_MSG_INVALID_MAC_RPT 0x2B
#define IOT_PLC_MSG_TEI_ADDR_INFO_QUERY 0x2C
#define IOT_PLC_MSG_TEI_ADDR_INFO_RPT 0x2D
#define IOT_PLC_MSG_TSFM_CHANGE 0x2E
#define IOT_PLC_MSG_TX_POWER_CAP_SET 0x2F
#define IOT_PLC_MSG_TX_POWER_CAP_SET_RPT 0x30
#define IOT_PLC_MSG_TX_POWER_CAP_QUERY 0x31
#define IOT_PLC_MSG_TX_POWER_CAP_QUERY_RPT 0x32
#define IOT_PLC_MSG_CTRL_PROTO_STATUS_RPT 0x33
#define IOT_PLC_MSG_PHASE_QUERY 0x34
#define IOT_PLC_MSG_PHASE_RPT 0x35
#define IOT_PLC_MSG_ZC_CLCT_REQ 0x36
#define IOT_PLC_MSG_ZC_CLCT_RPT 0x37
#define IOT_PLC_MSG_QUERYBAND_BITMAP 0x38
#define IOT_PLC_MSG_QUERYBAND_BITMAP_RPT 0x39
#define IOT_PLC_MSG_SET_RATE_ADAPT_MODE_REQ 0x40
#define IOT_PLC_MSG_SET_RATE_ADAPT_MODE_RPT 0x41
#define IOT_PLC_MSG_AUTH_DAK_SET_REQ 0x42
#define IOT_PLC_MSG_AUTH_DAK_SET_CONF 0x43
#define IOT_PLC_MSG_RF_SCAN_TBL_SET 0x44
#define IOT_PLC_MSG_RF_SCAN_TBL_SET_RPT 0x45
#define IOT_PLC_MSG_RF_CHANNEL_SET 0x46
#define IOT_PLC_MSG_RF_CHANNEL_SET_RPT 0x47
#define IOT_PLC_MSG_ALLOC_LID_RPT 0x48
#define IOT_PLC_MSG_NEIGHBOR_DEV_QUERY_BY_MAC 0x49
/* broadcast message to all app */
#define IOT_PLC_APP_ID_BCAST 47
/* packet send type */
#define IOT_PLC_MSG_TYPE_INVALID 0x00
/* unicast packet */
#define IOT_PLC_MSG_TYPE_UNICAST 0x01
/* unicast packet to pco */
#define IOT_PLC_MSG_TYPE_UNICAST_TO_PCO 0x02
/* proxy broadcast */
#define IOT_PLC_MSG_TYPE_BCAST 0x03
/* local broadcast */
#define IOT_PLC_MSG_TYPE_BCAST_1HOP 0x04
/* local broadcast even in power collapsed status */
#define IOT_PLC_MSG_TYPE_BCAST_1HOP_PW_OFF 0x05
/* whole network broadcast */
#define IOT_PLC_MSG_TYPE_BCAST_ALL 0x06
/* connectionless data transmission */
#define IOT_PLC_MSG_TYPE_CONN_LESS_DATA 0x07
/* connectionless command transmission */
#define IOT_PLC_MSG_TYPE_CONN_LESS_CMD 0x08
/* proxy broadcast to cco */
#define IOT_PLC_MSG_TYPE_BCAST_TO_CCO 0x09
/* connectionless data transmission, multihop boardcast */
#define IOT_PLC_MSG_TYPE_CONN_LESS_DATA_ALL 0x0A
/* connectionless data transmission, none head mode, local boardcast */
#define IOT_PLC_MSG_TYPE_NHM_DATA 0x0B
/* connectionless data transmission, none head mode, multihop boardcast */
#define IOT_PLC_MSG_TYPE_NHM_DATA_ALL 0x0C
/* packet ack type */
#define IOT_PLC_ACK_TYPE_NONE 0x00
/* require the worst neighbor to ack */
#define IOT_PLC_ACK_TYPE_WORST 0x01
/* define reason that the MAC address is invalid */
#define IOT_PLC_INVD_MAC_NOT_IN_WHITELIST 0x01
#define IOT_PLC_INVD_MAC_IN_BLACKLIST 0x02
/* define beacon data maximum length */
#define IOT_PLC_BEACON_DATA_MAX 14
/* phase definition */
#define IOT_PLC_PHASE_ALL 0
#define IOT_PLC_PHASE_A 1
#define IOT_PLC_PHASE_B 2
#define IOT_PLC_PHASE_C 3
#define IOT_PLC_PHASE_CNT 3
/* frequency band value: 1.953~11.96Mhz */
#define PLC_LIB_FREQ_BAND_0 0
/* frequency band value: 2.441~5.615Mhz */
#define PLC_LIB_FREQ_BAND_1 1
/* frequency band value: 0.781~2.930Mhz */
#define PLC_LIB_FREQ_BAND_2 2
/* frequency band value: 1.758~2.930Mhz */
#define PLC_LIB_FREQ_BAND_3 3
/* frequency band value: 5.6~11.96Mhz */
#define PLC_LIB_FREQ_BAND_4 4
/* frequency band value: 5.8~9Mhz */
#define PLC_LIB_FREQ_BAND_8 8
/* frequency band value: 4.9~24.4Mhz */
#define PLC_LIB_FREQ_BAND_9 9
/* frequency band value: 28.3~34.5Mhz */
#define PLC_LIB_FREQ_BAND_10 10
/* frequency band value: 4.9~12.2Mhz */
#define PLC_LIB_FREQ_BAND_11 11
/* frequency band value: 1.569~4.950Mhz */
#define PLC_LIB_FREQ_BAND_12 12
/* frequency band value for ce: 2.441~5.615Mhz */
#define PLC_LIB_FREQ_BAND_13 13
/* frequency band value for ce: 1.953~11.96Mhz */
#define PLC_LIB_FREQ_BAND_14 14
/* frequency band value for ce: 5.6~11.96Mhz */
#define PLC_LIB_FREQ_BAND_15 15
/* multi band: support band1 and band2 */
#define PLC_LIB_FREQ_BAND_MULTI_1_2 128
/* MAX BAND NUM */
#define PLC_LIB_FREQ_BAND_MAX PLC_LIB_FREQ_BAND_MULTI_1_2
/* default request id */
#define IOT_PLC_API_REQ_ID_DEFAULT (0)
/* state of transformer detect operation */
/* invalid state, no need to set state */
#define IOT_PLC_TSFM_STATE_INVALID (0)
/* tsfm detect unlock status */
#define IOT_PLC_TSFM_STATE_UNLOCK (1)
/* tsfm detect lock status */
#define IOT_PLC_TSFM_STATE_LOCK (2)
/* start tsfm detect */
#define IOT_PLC_TSFM_STATE_ON (3)
/* stop tsfm detect */
#define IOT_PLC_TSFM_STATE_OFF (4)
/* define the reason of controller proto disconnected */
/* if the controller tries to connect to other devices, the connection
* is actively disconnected.
*/
#define IOT_PLC_CTRL_PROTO_DISCONN_REASON_CORVED 1
/* controller protocol connect request timeout */
#define IOT_PLC_CTRL_PROTO_DISCONN_REASON_TIMEOUT 2
/* if the connected device is not active for a long time,
* it is determined to be offline.
*/
#define IOT_PLC_CTRL_PROTO_DISCONN_REASON_OFFLINE 3
/* define the reason of controller proto connected */
/* normal connection success */
#define IOT_PLC_CTRL_PROTO_CONNECT_REASON_NOR 1
/* connected again while local device is already connected */
#define IOT_PLC_CTRL_PROTO_CONNECT_REASON_RECON 2
/* define the connection state of the controller ptoro */
#define IOT_PLC_CTRL_PROTO_STATE_DISCONNECTED 1
#define IOT_PLC_CTRL_PROTO_STATE_CONNECTED 2
/* zc collect on default edge */
#define IOT_PLC_ZC_CT_DEFAULT_EDGE 0
/* zc collect on falling edge */
#define IOT_PLC_ZC_CT_FALLING_EDGE 1
/* zc collect on rising edge */
#define IOT_PLC_ZC_CT_RISING_EDGE 2
/* zc collect on falling and rising edge */
#define IOT_PLC_ZC_CT_ALL_EDGE 3
/* unit byte , max support 128 band */
#define IOT_PLC_BAND_BITMAP_SIZE 16
/* rate adaptation mode req parameter start */
/* set local node's rate adaptation mode */
#define IOT_PLC_RATE_ADAPT_NODE_LOCAL 1
/* set network node's rate adaptation mode. applicable to CCO only */
#define IOT_PLC_RATE_ADAPT_NODE_NETWORK 2
/* rate adaptation based on packet size */
#define IOT_PLC_RATE_ADAPT_MODE_FIX 1
/* rate adaptation based on network communication quality */
#define IOT_PLC_RATE_ADAPT_MODE_AUTO 2
/* rate adaptation fixed low rate */
#define IOT_PLC_RATE_ADAPT_RATE_LOW 1
/* rate adaptation fixed medium rate */
#define IOT_PLC_RATE_ADAPT_RATE_MEDIUM 2
/* rate adaptation fixed high rate */
#define IOT_PLC_RATE_ADAPT_RATE_HIGH 3
/* rate adaptation mode req parameter end */
/* sta device leave network due to unknown reasons */
#define IOT_PLC_LEAVE_REASON_UNKNOWN 0
/* sta device leave network due to current preferred network SN changed */
#define IOT_PLC_LEAVE_REASON_SN_CHG 1
/* sta device leave network due to no beacon received */
#define IOT_PLC_LEAVE_REASON_NO_BC_RX 2
/* sta device leave network due to tf_sr is 0 */
#define IOT_PLC_LEAVE_REASON_TF_0 3
/* sta device leave network due to level exceeded */
#define IOT_PLC_LEAVE_REASON_LEVEL 4
/* sta device leave network due to receive leave indication mme from CCO */
#define IOT_PLC_LEAVE_REASON_LEAVE_IND 5
/* define the reason STA was kicked out by CCO */
#define IOT_PLC_KICK_REASON_CCO_IND (0x00)
#define IOT_PLC_KICK_REASON_EXCEED_MAX_LEVEL (0x01)
#define IOT_PLC_KICK_REASON_STA_NOT_IN_WLIST (0x02)
#define IOT_PLC_KICK_REASON_STA_IN_BLIST (0x03)
#define IOT_PLC_KICK_REASON_STA_NOT_IN_NETWORK (0x04)
/* joining state, sta is applying to join the network */
#define IOT_PLC_STA_STATE_JOINING (0x00)
/* online state, sta has successfully joined the network */
#define IOT_PLC_STA_STATE_ONLINE (0x01)
/* offline state, sta has left the network */
#define IOT_PLC_STA_STATE_OFFLINE (0x02)
/* authorized DAK operation */
#define IOT_PLC_AUTH_DAK_DISABLE (0x0)
#define IOT_PLC_AUTH_DAK_ENABLE (0x1)
#define IOT_PLC_AUTH_DAK_ADD (0x2)
#define IOT_PLC_AUTH_DAK_DEL (0x3)
#define IOT_PLC_AUTH_DAK_DEL_ALL (0x4)
/* define rf options */
#define IOT_PLC_RF_OPTION_INVALID (0)
#define IOT_PLC_RF_OPTION_1 (1)
#define IOT_PLC_RF_OPTION_2 (2)
#define IOT_PLC_RF_OPTION_3 (3)
#define IOT_PLC_RF_OPTION_MAX IOT_PLC_RF_OPTION_3
/* invalid channel id */
#define IOT_PLC_CHANNEL_ID_INVALID (0)
/* option1 channel id max */
#define IOT_PLC_OPTION1_CHANNEL_ID_MAX (40)
/* option2 channel id max */
#define IOT_PLC_OPTION2_CHANNEL_ID_MAX (80)
/* option3 channel id max */
#define IOT_PLC_OPTION3_CHANNEL_ID_MAX (201)
/* define scan option channel table max */
#define IOT_PLC_RF_SCAN_TBL_MAX (104)
/* define tx power range */
#define IOT_PLC_HPLC_TX_POWER_MAX_DBUV (137)
#define IOT_PLC_HPLC_TX_POWER_MIN_DBUV (95)
#define IOT_PLC_RF_TX_POWER_MAX_DBM (20)
#define IOT_PLC_RF_TX_POWER_MIN_DBM (-35)
#define IOT_PLC_RF_TX_POWER_INVALID (-128)
/* define tx link type */
#define IOT_PLC_TX_LINK_TYPE_HPLC (0)
#define IOT_PLC_TX_LINK_TYPE_RF (1)
#define IOT_PLC_TX_LINK_TYPE_DUAL (2)
#define IOT_PLC_TX_LINK_TYPE_MAX IOT_PLC_TX_LINK_TYPE_DUAL
/* define force link type */
#define IOT_PLC_FORCE_LINK_MIX (0)
#define IOT_PLC_FORCE_LINK_HPLC (1)
#define IOT_PLC_FORCE_LINK_RF (2)
//TODO: make sure strct is 4 bytes aligned
/** plc message header */
typedef struct _iot_plc_msg_header {
/** application id */
uint8_t app_id;
/** msg id */
uint8_t msg_id;
/** request id */
uint8_t req_id;
/** reserved for future */
uint8_t reserved;
} iot_plc_msg_header_t;
/**
* IOT_PLC_MSG_MSDU_SEND format
* IOT_PLC_MSG_CONN_LESS_SEND format
* IOT_PLC_MSG_CTRL_PROTO_SEND format
* IOT_PLC_MSG_MSDU_SEND_BY_TEI format
*/
typedef struct _iot_plc_msdu_send {
/** type of the message. see IOT_PLC_MSG_TYPE_XXX */
uint8_t msg_type :4,
/** type of the ack required for this packet from the listener. see
* IOT_PLC_ACK_TYPE_XXX this flag is only available for broadcast packet.
*/
ack_type :1,
/* flag to mark if rx need to be switched to this ppm.
* set 0 if not required.
*/
is_only_tx :1,
/** tx link type, see IOT_PLC_TX_LINK_TYPE_XX.
* this parameter is only available for IOT_PLC_MSG_TYPE_CONN_LESS_XXX
*/
link_type :2;
/* the ppm value fixed */
int8_t fix_ppm;
/** flag to mark if the message cannot be encrypted */
uint16_t no_encrypt :1,
/** retry count */
retry_cnt :3,
/** payload length */
len :12;
/** final destion mac address. for IOT_PLC_MSG_MSDU_SEND_BY_TEI case,
* dst[0] is the lowest 8 bits and dst[1] is the highest 8 bits of the tei.
*/
uint8_t dst[IOT_MAC_ADDR_LEN];
/** original mac address. */
uint8_t src[IOT_MAC_ADDR_LEN];
/** msdu type */
uint8_t type;
/** link id */
uint8_t lid;
/** msdu data payload */
uint8_t data[0];
} iot_plc_msdu_send_t;
/** IOT_PLC_MSG_MSDU_RECV format */
typedef struct _iot_plc_msdu_recv {
/** payload length */
uint16_t len :12,
/* flag to mark if link type is rf or not.
* 1 means rf. 0 means plc.
*/
is_rf :1,
/** reserved for future */
reserved :3;
/** final destion mac address */
uint8_t dst[IOT_MAC_ADDR_LEN];
/** original source mac address */
uint8_t src[IOT_MAC_ADDR_LEN];
/** SNR of this mpdu */
int8_t snr;
/** RSSI of this mpdu, unit is 1dbm, invald rssi value is -128 */
int8_t rssi;
/** tx successful ratio to pco, valid for cco role */
uint8_t ul_tf_sr;
/** rx successful ratio from pco, valid for cco role */
uint8_t dl_tf_sr;
/** msdu data payload */
uint8_t data[0];
} iot_plc_msdu_recv_t;
/** IOT_PLC_MSG_APP_REG_REQ format */
typedef struct _iot_plc_app_reg_req {
/** requested msdu type */
uint8_t type;
/** requested default priority for the msdu */
uint8_t prio;
} iot_plc_app_reg_req_t;
/** IOT_PLC_MSG_APP_REG_CONF format */
typedef struct _iot_plc_app_reg_conf {
/** result of the request */
uint8_t result;
/** approved msdu type */
uint8_t type;
/** approved default priority for the msdu */
uint8_t prio;
/** device mac address */
uint8_t dev_mac[IOT_MAC_ADDR_LEN];
} iot_plc_app_reg_conf_t;
/** IOT_PLC_MSG_DEV_INFO_RPT format */
typedef struct _iot_plc_dev_info_rpt {
/** role of local device. see IOT_PLC_DEV_ROLE_XXX */
uint8_t dev_role;
/** type of local device. see IOT_PLC_DEV_TYPE_XXX */
uint8_t dev_type;
/** if lower layer is ready to serve app.
* if is_ready is 0, app shall not call api
* except iot_plc_query_dev_info.
*/
uint8_t is_ready : 1,
/* non 0 means broadcast packet sent in 3phase simultaneously, 0 means
* broadcast packet sent in 3phase in turn.
*/
tx_3phase_flag : 1,
/** force link type, see IOT_PLC_FORCE_LINK_XXX */
force_link : 2,
/* reserve for future */
rsvd : 4;
/** software reset count */
uint16_t hw_reset_cnt;
/** hardware reset connt */
uint16_t sw_reset_cnt;
/** mac address of local device */
uint8_t local_mac[IOT_MAC_ADDR_LEN];
/** mac address of CCo */
uint8_t cco_mac[IOT_MAC_ADDR_LEN];
/** zero cross ntb collect type */
uint8_t collect_type;
/**
* reason for leaving the network last time. see IOT_PLC_LEAVE_REASON_XXX.
*/
uint8_t leave_net_reason;
/** hplc rx snr from the network to local device */
int8_t snr;
/** connless ppm, unit: 1 ppm, it is always 0 for cco */
int16_t connless_ppm;
/** network ppm, unit: 1 ppm. if is_ready = 0, this value is invalid,
* and it is always 0 for cco.
*/
int16_t nw_ppm;
} iot_plc_dev_info_rpt_t;
/** IOT_PLC_MSG_DEV_STATE_CHANGE_RPT format */
typedef struct _iot_plc_dev_state_change_rpt {
/** network sn */
uint8_t nework_sn;
/** if lower layer is ready to serve app.
* if is_ready is 0, app shall not call api
* except iot_plc_query_dev_info.
*/
uint8_t is_ready :1,
/** flag to mark if cert test command ever detected */
cert_test_detected :1,
/**
* for CCO role case, flag to mark if whole network formation done.
* for STA role case, flag to mark if local device network formation done.
*/
nw_fmt_done :1,
/**
* for CCO role case, flag to mark if whole network route learning done.
* for STA role case, flag to mark if local device route learning done.
*/
route_learn_done :1,
/* only for CCO role case, flag to mark if cco device test is detected */
cco_test_detected :1,
/** role of local device */
dev_role :3;
/** tei of the device */
uint16_t dev_tei :12,
/** flag to mark if the joined cco is from the same vendor as us for sta */
same_vendor :1,
/**
* only for STA role case, it stands for the sta network state, see
* IOT_PLC_STA_STATE_XXX
*/
sta_net_state :2,
/** reserved */
rsvd :1;
/** pco tei of the device */
uint16_t pco_tei :12,
/** force link type, see IOT_PLC_FORCE_LINK_XXX */
force_link :2,
/** flag to mark if production test is detected */
pt_detected :1,
/** reserved for future */
rsvd2 :1;
/** network route period */
uint16_t rt_period;
/** mac address of local device */
uint8_t local_mac[IOT_MAC_ADDR_LEN];
/** mac address of CCo */
uint8_t cco_mac[IOT_MAC_ADDR_LEN];
/** local nid */
uint32_t nid;
/**
* reason for leaving the network last time. see IOT_PLC_LEAVE_REASON_XXX.
*/
uint8_t leave_net_reason :4,
/** level of the peer */
level :4;
} iot_plc_dev_state_change_rpt_t;
/** IOT_PLC_MSG_NW_ID_RPT format */
typedef struct _iot_plc_nid_rpt {
/** nid of current network.
* nid takes 3 byte according to SG spec
*/
uint32_t nid;
} iot_plc_nid_rpt_t;
/** neighbour network information */
typedef struct _iot_plc_nb_nw_info {
/** nid of the neighbour network */
uint32_t nid :24,
/** flag indicate if neighbour network is single-pass to local network
* 1 means single-pass. 0 means double-pass.
*/
sp_flag :1,
/** flag to mark if beacon data is available */
bc_data_flag :1,
/** flag to mark if cco address is available */
addr_flag :1,
/** reserved for future */
rvsd :5;
/** bandwidth taken by neighbour network in millisecond */
uint32_t bandwidth;
/** cco mac address */
uint8_t addr[IOT_MAC_ADDR_LEN];
/** each phase snr of the network */
int8_t snr[IOT_PLC_PHASE_CNT];
/** beacon data info */
uint8_t bc_data[IOT_PLC_BEACON_DATA_MAX];
} iot_plc_nb_nw_info_t;
/** IOT_PLC_MSG_NW_NEIGHBOR_RPT format */
typedef struct _iot_plc_nb_nw_rpt {
/** total number of neighbour network */
uint16_t count;
/** neighbour network info entries */
iot_plc_nb_nw_info_t nb_info[0];
} iot_plc_nb_nw_rpt_t;
/** IOT_PLC_MSG_NW_WL_QUERY format */
typedef struct _iot_plc_wl_query {
/** start entry index in whitelist */
uint16_t start;
/** maximum number of whitelist entry to return for this request */
uint16_t count;
} iot_plc_wl_query_t;
/** IOT_PLC_MSG_NW_BL_QUERY format */
typedef struct _iot_plc_bl_query {
/** start entry index in blacklist */
uint16_t start;
/** maximum number of blacklist entry to return for this request */
uint16_t count;
} iot_plc_bl_query_t;
/** IOT_PLC_MSG_NW_WL_RPT format */
typedef struct _iot_plc_wl_rpt {
/** total count of whitelist entries */
uint16_t total_count;
/** count of entries contained in this reply packet */
uint16_t count;
/** report done */
uint16_t done : 1,
/** reserved for future */
reserved : 15;
/** whitelist entries */
uint8_t mac_addr[0][IOT_MAC_ADDR_LEN];
} iot_plc_wl_rpt_t;
/** IOT_PLC_MSG_NW_BL_RPT format */
typedef struct _iot_plc_bl_rpt {
/** total count of blacklist entries */
uint16_t total_count;
/** count of entries contained in this reply packet */
uint16_t count;
/** report done */
uint16_t done : 1,
/** reserved for future */
reserved : 15;
/** blacklist entries */
uint8_t mac_addr[0][IOT_MAC_ADDR_LEN];
} iot_plc_bl_rpt_t;
/** IOT_PLC_MSG_NW_WL_SET format */
typedef struct _iot_plc_wl_set_req {
/** action to perform: DISABLE / ADD / DELETE whitelist entries */
uint8_t action;
/** count of whitelist entries to operate on */
uint16_t count;
/** whitelist entries */
uint8_t mac_addr[0][IOT_MAC_ADDR_LEN];
} iot_plc_wl_set_req_t;
/** IOT_PLC_MSG_NW_BL_SET format */
typedef struct _iot_plc_bl_set_req {
/** action to perform: DISABLE / ADD / DELETE blacklist entries */
uint8_t action;
/** count of blacklist entries to operate on */
uint16_t count;
/** blacklist entries */
uint8_t mac_addr[0][IOT_MAC_ADDR_LEN];
} iot_plc_bl_set_req_t;
/** IOT_PLC_MSG_NW_ID_SET format */
typedef struct _iot_plc_wl_set_rpt {
/** result of the whitelist set request */
uint8_t result;
/** error number */
uint8_t err_no;
} iot_plc_wl_set_rpt_t;
/** IOT_PLC_MSG_NW_BL_SET_RPT format */
typedef struct _iot_plc_bl_set_rpt {
/** result of the blacklist set request */
uint8_t result;
/** error number */
uint8_t err_no;
} iot_plc_bl_set_rpt_t;
/** IOT_PLC_MSG_CFG_SET_REQ format */
typedef struct _iot_plc_cfg_set_req {
/** flag to mark if pco_snr_rpt config available */
uint32_t pco_snr_rpt_valid :1,
/** flag to mark if addr config available */
addr_valid :1,
/** flag to mark if device type config available */
dev_type_valid :1,
/** flag to mark if simple pair passcode is available */
passcode_valid :1,
/** mac addr type. see IOT_PLC_MAC_ADDR_TYPE_METER_XX */
addr_type :2,
/** flag to mark if power config available */
pw_collapsed_valid :1,
/** flag to mark if the join check is available */
join_check_valid :1,
/** flag to mark if rtc_tx config available */
rtc_tx_valid :1,
/** flag to mark if force link communication is available */
force_link_valid :1,
/** force link type, see IOT_PLC_FORCE_LINK_XXX */
force_link :2,
/** reserved for future */
rsvd1 :20;
/** local mac address to be used */
uint8_t addr[IOT_MAC_ADDR_LEN];
/** local device type. see IOT_PLC_DEV_TYPE_XXX */
uint8_t dev_type;
/** set to 1 if reset lower layer to apply the cfg immediately */
uint8_t reset :1,
/** set to 1 to enable pco snr report */
pco_snr_rpt :1,
/** set to 1 if allow all APP data TX in power collapsed status */
ignore_pw_collapsed :1,
/** flag to mark if enable join check, 1 - enable, 0 - disable */
join_check :1,
/** set to 1 if allow to send rtc beacon entry */
rtc_tx :1,
/** reserved for future */
rsvd2 :3;
/** simple pair passcode value. Only same passcode CCO and STA can be
* associated.
*/
uint16_t passcode;
} iot_plc_cfg_set_req_t;
/** IOT_PLC_MSG_CFG_SET_CONF format */
typedef struct _iot_plc_cfg_set_conf {
/** result of the request */
uint8_t result;
/** error number */
uint8_t err_no;
} iot_plc_cfg_set_conf_t;
/** IOT_PLC_MSG_START_NW_FMT format */
typedef struct _iot_plc_start_nw_fmt {
/** flag to mark if force start required. if plc network formation already
* started, set this flag will restart the whole process from the very
* beginning.
*/
uint8_t force;
} iot_plc_start_nw_fmt_t;
/** IOT_PLC_MSG_BAND_INFO_QUERY_RPT format */
typedef struct _iot_plc_band_info_query_rpt {
/** frequency band. see PLC_LIB_FREQ_BAND_XXX */
uint8_t freq_band;
/** noise floor of current band. unit is 1dbm */
uint8_t noise_floor;
/** hplc tx power cap. 0 means no tx power cap. unit is 1 dbuv */
uint8_t power_cap;
/** rf option, see IOT_PLC_RF_OPTION_XXX */
uint8_t option :2,
/** rf channel coordination enable, 0 - disable, 1 - enable */
cod_enable :1,
/** reserved for future */
rsvd :5;
/** rf channel, see IOT_PLC_CHANNEL_ID_XXX */
uint8_t channel;
/** rf tx power cap. unit is 1 dbm, see RF_TX_POWER_XXX */
int8_t rf_power_cap;
} iot_plc_freq_band_info_query_rpt_t;
/** IOT_PLC_MSG_WDG_SET_REQ format */
typedef struct _iot_plc_wdg_set_req {
/** 0 - disable plc watch dog
* otherwise - eanble plc watch dog
*/
uint8_t enable;
/* watch dog bite interval, unit is 1 min, less than 30 minutes is
* disallowed.
*/
uint16_t interval;
} iot_plc_wdg_set_req_t;
/** IOT_PLC_MSG_WDG_SET_CONF format */
typedef struct _iot_plc_wdg_set_conf {
/** current status of the plc watch dog feature.
* 0 - plc watch dog disabled
* otherwise - plc watch dog enabled
*/
uint8_t status;
} iot_plc_wdg_set_conf_t;
/** IOT_PLC_MSG_FREQ_BAND_SET format */
typedef struct _iot_plc_freq_band_set {
/** frequency band */
uint8_t freq_band;
} iot_plc_freq_band_set_t;
/** IOT_PLC_MSG_FREQ_BAND_SET_RPT format */
typedef struct _iot_plc_freq_band_set_rpt {
/** result of the freq band set request */
uint8_t result;
/** error number */
uint8_t err_no;
} iot_plc_freq_band_set_rpt_t;
/** IOT_PLC_MSG_RF_CHANNEL_SET format */
typedef struct _iot_plc_set_rf_channel {
/** rf option, see IOT_PLC_RF_OPTION_XXX */
uint8_t option :2,
/** rf channel coordination enable, 0 - disable, 1 - enable */
cod_enable :1,
/** reserved for future */
rsvd :5;
/** rf channel, see IOT_PLC_CHANNEL_ID_XXX */
uint8_t channel;
} iot_plc_set_rf_channel_t;
/** IOT_PLC_MSG_RF_CHANNEL_SET_RPT format */
typedef struct _iot_plc_set_rf_channel_rpt {
/** result of rf channel set request */
uint8_t result;
/** error number */
uint8_t err_no;
} iot_plc_set_rf_channel_rpt_t;
/** scan option channel */
typedef struct _iot_plc_rf_scan {
/** scan option id */
uint8_t option_id;
/** scan channel id */
uint8_t channel_id;
/* option and channel min time, uint 500ms */
uint8_t min_time;
/** option and channel dwell time, uint 500ms */
uint8_t dwell_time;
} iot_plc_rf_scan_t;
/** IOT_PLC_MSG_RF_SCAN_TBL_SET format */
typedef struct _iot_plc_set_rf_scan_tbl {
/** number of valid rf in rf scan table */
uint8_t rf_cnt;
/** rf scan table */
iot_plc_rf_scan_t rf_scan_tbl[IOT_PLC_RF_SCAN_TBL_MAX];
} iot_plc_set_rf_scan_tbl_t;
/** IOT_PLC_MSG_RF_SCAN_TBL_SET_RPT format */
typedef struct _iot_plc_set_rf_scan_tbl_rpt {
/** result of rf scan table set request */
uint8_t result;
/** error number */
uint8_t err_no;
} iot_plc_set_rf_scan_tbl_rpt_t;
/** IOT_PLC_MSG_NEIGHBOR_DEV_QUERY_BY_MAC format */
typedef struct _iot_plc_neighbor_dev_query_mac {
/** count of nodes to be queried */
uint8_t node_cnt;
/** the node mac array to be queried, big endian */
uint8_t mac[0][IOT_MAC_ADDR_LEN];
} iot_plc_neighbor_dev_query_mac_t;
/** IOT_PLC_MSG_NEIGHBOR_DEV_QUERY format */
typedef struct _iot_plc_neighbor_dev_query {
/** start tei of the query */
uint16_t start;
/** requested number of valid entries */
uint16_t count;
/** start type, see IOT_PLC_QUERY_TOPO_START_AS_XXX */
uint8_t start_type;
} iot_plc_neighbor_dev_query_t;
/** plc neighbor device info format */
typedef struct _iot_plc_neighbor_dev_info {
/** tei of the neighbor device */
uint32_t tei :12,
/** tei of the neighbor device proxy */
proxy_tei :12,
/** level of the station */
level :4,
/** role of the station */
role :4;
/** hplc uplink traffic success ratio */
uint8_t ul_tf_sr;
/** hplc downlink traffic success ratio */
uint8_t dl_tf_sr;
/** rf uplink traffic success ratio */
uint8_t rf_ul_tf_sr;
/** rf downlink traffic success ratio */
uint8_t rf_dl_tf_sr;
/** physical phase of the station */
uint16_t phase1 :2,
phase2 :2,
phase3 :2,
/** flag to mark if device is direct sub sta of local device */
d_sub_sta :1,
/** flag to mark if device proxy of local device */
proxy :1,
/** flag to mark if devie address is valid */
addr_valid :1,
/** reserved for future */
reserved :5;
/** hplc rx snr from the node to local device */
int8_t snr;
/** rf rx snr from the node to local device */
int8_t rf_snr;
/** attenuation from the node to local device */
int8_t attenuation;
/** mac address of the station */
uint8_t addr[IOT_MAC_ADDR_LEN];
} iot_plc_neighbor_dev_info_t;
/** IOT_PLC_MSG_NEIGHBOR_DEV_RPT format */
typedef struct _iot_plc_neighbor_dev_rpt {
/** total number of valid tei */
uint16_t total_cnt;
/** total direct sub sta of local device */
uint16_t total_d_sub_sta_cnt;
/** number of valid tei in current message */
uint16_t cnt;
/** report done */
uint16_t done: 1,
/** reserved for future */
reserved: 15;
/** node info of each valid tei */
iot_plc_neighbor_dev_info_t node[0];
} iot_plc_neighbor_dev_rpt_t;
/** IOT_PLC_MSG_INVALID_MAC_RPT format */
typedef struct _iot_plc_invalid_mac_rpt {
/** the reason that the MAC address is invalid, see IOT_PLC_INVD_MAC_XXX */
uint8_t reason;
/* network id */
uint32_t nid;
/** pointer to invalid mac addr */
uint8_t mac[IOT_MAC_ADDR_LEN];
/** pointer to cco mac addr */
uint8_t cco_mac[IOT_MAC_ADDR_LEN];
} iot_plc_invalid_mac_rpt_t;
/** IOT_PLC_MSG_TEI_ADDR_INFO_QUERY format
* query tei address information
*/
typedef struct _iot_plc_query_tei_addr_info {
/** start tei */
uint16_t start_tei;
/** start query position. bit0, bit1, bit2, ... */
uint16_t offset;
/** bm len */
uint8_t bm_len;
/** tei bitmap, bit0 represent start tei,
* bit1 represent start tei + 1 and so on.
*/
uint8_t bm[0];
} iot_plc_query_tei_addr_info_t;
/** tei address information */
typedef struct _iot_plc_tei_addr_info {
/** tei */
uint16_t tei;
/** mac address */
uint8_t addr[IOT_MAC_ADDR_LEN];
} iot_plc_tei_addr_info_t;
/** IOT_PLC_MSG_TEI_ADDR_INFO_RPT format
* report tei address information
*/
typedef struct _iot_plc_rpt_tei_addr_info {
/** flag to mark if all tei in the bitmap have been handled */
uint8_t done;
/** tei and addr count */
uint8_t count;
/** tei and addr information */
iot_plc_tei_addr_info_t info[0];
} iot_plc_rpt_tei_addr_info_t;
/** IOT_PLC_MSG_TX_POWER_CAP_SET format */
typedef struct _iot_plc_tx_power_cap_set {
/** hplc tx power. unit is 1 dbuv */
uint8_t hplc_power;
/** rf tx power. unit is 1 dbm */
int8_t rf_power;
/** flag to mark if hplc power config is valid */
uint8_t hplc_valid :1,
/** flag to mark if rf power config is valid */
rf_valid :1,
/** reserved for future */
rsvd :6;
} iot_plc_tx_power_cap_set_t;
/** IOT_PLC_MSG_TX_POWER_CAP_SET_RPT format */
typedef struct _iot_plc_tx_power_cap_set_rpt {
/** result of the tx power cap set request */
uint8_t result;
/** error number */
uint8_t err_no;
} iot_plc_tx_power_cap_set_rpt_t;
/** IOT_PLC_MSG_TX_POWER_CAP_QUERY_RPT format */
typedef struct _iot_plc_tx_power_cap_query_rpt {
/** tx power cap. unit is 1 dbm */
uint8_t power;
} iot_plc_tx_power_cap_query_rpt_t;
/** IOT_PLC_MSG_TSFM_CHANGE format */
typedef struct _iot_plc_tsfm_change_req {
/** flag to mark if transformer mac address valid */
uint8_t tfsm_addr_valid :1,
/** flag to mark if white list notification enable,
* invalid for sta role case. 0 - disable, 1 - enable.
*/
wl_notify_enable :1,
/** flag to mark if zc ntb notification enable, invalid for sta role case.
* 0 - disable, 1 - enable.
*/
zc_notify_enable :1,
/** flag to mark if lock time valid */
lock_time_valid :1,
/** reserved for future */
reserved :4;
/** the state of transformer detect, see IOT_PLC_TSFM_STATE_XXX */
uint8_t state;
/** transformer mac address info. */
uint8_t tfsm_addr[IOT_MAC_ADDR_LEN];
/** net lock time, uint is 1min.
* 0 means no lock.
*/
uint16_t net_lock_time;
/** the lock time of abnormal leave net, uint is 1min.
* 0 means no lock.
*/
uint16_t abn_lock_time;
/* network unlock delay time, unit is 1min. */
uint16_t unlock_delay;
} iot_plc_tsfm_change_req_t;
/** IOT_PLC_MSG_PHASE_RPT format */
typedef struct _iot_plc_phase_rpt {
/** flag to mark if physical phase identification done */
uint8_t done :1,
/** flag to mark if L/N reversed in Single-phase power meter or phase
* sequence reversed in Three-phase power meter.
*/
opposite_phase :1,
/** physical phase of the device, bit0-2 means phaseA/B/C, set "1" to
* indicate which phase the device belongs to.
*/
phy_phase :3,
/** logical phase of the device, see IOT_PLC_PHASE_XXX */
logic_phase :2,
/** flag to mark if L/N reversed in Three-phase power meter */
opposite_3p :1;
/* connection position of N-wire if L/N of three-phase meter is reversed.
* see IOT_PLC_PHASE_XXX.
* Note: the position refers to the physical phase terminal.
*/
uint8_t opposite_3p_pos :2,
/* flag to mark if the 3phase device have the zc repeat phase */
zc_repeat_3p :1,
/* reserved for future */
reserved1 :5;
} iot_plc_phase_rpt_t;
/** IOT_PLC_MSG_CTRL_PROTO_STATUS_RPT format */
typedef struct _iot_plc_ctrl_proto_state_rpt {
/** connection state, see IOT_PLC_CTRL_PROTO_STATE_XXX */
uint8_t state;
/** reasons of state change, see IOT_PLC_CTRL_PROTO_DISCONN_REASON_XXX and
* IOT_PLC_CTRL_PROTO_CONNECT_REASON_XXX.
*/
uint8_t reason;
/** remote dev addr connected to it, the byte order is Big-Endian */
uint8_t addr[IOT_MAC_ADDR_LEN];
/** remote dev role connected to it */
uint8_t role;
/** remote dev sn */
uint8_t sn;
} iot_plc_ctrl_proto_state_rpt_t;
/** IOT_PLC_MSG_ZC_CLCT_REQ format */
typedef struct _iot_plc_zc_collect_req {
/** time to start collecting, unit is 1 ntb */
uint32_t start_ntb;
/** collection count, if the local device has 3 phase zc data,
* and collecton count is not a multiple of 3, the count of
* actual collection returned is a multiple of 3.
*/
uint8_t clct_cnt;
} iot_plc_zc_collect_req_t;
typedef struct _iot_plc_zc_data {
/** time to start collecting, unit is 1 ntb */
uint32_t start_ntb;
/** reserved */
uint8_t rsvd;
/** number of data per phase, its index corresponds to the outgoing phase
* seq.
*/
uint8_t phase_cnt[3];
/** continuous zc period data collected, each element value represents
* the difference of (zc_period - 20ms), unit is 1/(25Mhz/8)s.
* 3 phase data sequence: [A1,A2,A3][B1,B2,B3][C1,C2,C3].
*/
int16_t diff[0];
} iot_plc_zc_data_t;
/** IOT_PLC_MSG_ZC_CLCT_RPT format */
typedef struct _iot_plc_zc_collect_rpt {
/** collection results, see ERR_XXX */
uint8_t result;
/** edge type, see IOT_PLC_ZC_CT_XXX_EDGE */
uint8_t clct_type;
/** total number of ZC data */
uint16_t clct_cnt;
/** length of zc data payload */
uint16_t len;
/** zc data payload, layout see iot_plc_zc_data_t structure
* if collection type is 2 edges, the falling edge data is in front
* and the rising edge data is in the back.
*/
uint8_t data[0];
} iot_plc_zc_collect_rpt_t;
/** IOT_PLC_MSG_QUERYBAND_BITMAP format */
typedef struct _iot_plc_query_band_bitmap {
/** query support band or scan band.
* 0: SUPPORT BAND.
* 1: SCAN BAND.
*/
uint8_t is_scan_band;
} iot_plc_query_band_bitmap_t;
/** IOT_PLC_MSG_QUERYBAND_BITMAP_RPT format */
typedef struct _iot_plc_query_band_bitmap_rpt {
/** get support band or scan band.
* 0: SUPPORT BAND.
* 1: SCAN BAND.
*/
uint8_t is_scan_band;
/** query support band bitmap, bandid see PLC_LIB_FREQ_BAND_xxx */
uint8_t band_bitmap[IOT_PLC_BAND_BITMAP_SIZE];
} iot_plc_query_band_bitmap_rpt_t;
/** IOT_PLC_MSG_SET_RATE_ADAPT_MODE_REQ formate */
typedef struct _iot_plc_rate_adapt_mode_req {
/** see IOT_PLC_RATE_ADAPT_NODE_XXX */
uint8_t target_node;
/** see IOT_PLC_RATE_ADAPT_MODE_XXX */
uint8_t rate_adapt_mode;
/** see IOT_PLC_RATE_ADAPT_RATE_XXX, this value is valid only when
* target_node == IOT_PLC_RATE_ADAPT_NODE_LOCAL
* and rate_adapt_mode == IOT_PLC_RATE_ADAPT_MODE_FIX */
uint8_t fixed_rate_level;
} iot_plc_set_rate_adapt_mode_req_t;
/** IOT_PLC_MSG_SET_RATE_ADAPT_MODE_RPT format */
typedef struct _iot_plc_set_rate_adapt_mode_rpt {
/** result of the set rate adapt mode request */
uint8_t result;
/** error number */
uint8_t err_no;
} iot_plc_set_rate_adapt_mode_rpt_t;
/** IOT_PLC_MSG_MSDU_CAPTURE_RECV format */
typedef struct _iot_plc_msdu_capture_recv {
/** payload length */
uint16_t len;
/** final destion tei */
uint16_t dst_tei;
/** original source tei */
uint16_t src_tei;
/** msdu data payload */
uint8_t data[0];
} iot_plc_msdu_capture_recv_t;
/** plc link statistics */
typedef struct _iot_plc_link_statistics {
/** tx sof cnt, contain the number of packets successfully sent to link,
* and the number of packets that failed to be sent for some reason.
*/
uint32_t tx_sof_cnt;
/** tx sof failed cnt, the number of packets that failed to be sent to link.
*/
uint32_t tx_sof_fail_cnt;
/** rx sof cnt, contain the number of all packets received from the link
*/
uint32_t rx_sof_cnt;
/** rx sof failed cnt, contain all failed packets received from the link
* , such as CRC errors, duplicated, unknown, and so on.
*/
uint32_t rx_sof_fail_cnt;
} iot_plc_link_statistics_t;
/**
* crypto KEY struct
*/
typedef struct _iot_plc_crypto_key {
/** key buffer */
uint8_t key[32];
/** key length, unit is 1 bit */
uint16_t keybits;
} iot_plc_crypto_key_t;
/**
* DAK/MAC pair struct, be used for IEEE1901 authentication
*/
typedef struct _iot_plc_dak_mac_pair {
/** DAK is pre-shared unique to an STA and is assigned to STAs during
* manufacturing as a DAK/MAC pair.
*/
iot_plc_crypto_key_t dak;
/** authenticated mac addr, Big-Endian */
uint8_t auth_mac[IOT_MAC_ADDR_LEN];
} iot_plc_dak_mac_pair_t;
/** IOT_PLC_MSG_AUTH_DAK_SET_REQ format */
typedef struct _iot_plc_authrz_dak_set_req {
/** action to perform: ENABLE / DISABLE / ADD / DEL DAK pair entries */
uint8_t action;
/* count of DAK/MAC pair */
uint16_t count;
/* DAK/MAC pair entries */
iot_plc_dak_mac_pair_t dak_pair[0];
} iot_plc_authrz_dak_set_req_t;
/** IOT_PLC_MSG_AUTH_DAK_SET_CONF format */
typedef struct _iot_plc_authrz_dak_set_conf {
/** result of the request */
uint8_t result;
/** error number */
uint8_t err_no;
} iot_plc_authrz_dak_set_conf_t;
/** IOT_PLC_MSG_ALLOC_LID_RPT format */
typedef struct _iot_plc_alloc_lid_rpt {
/** allocated dcsma lid, valid range 4 - 255 */
uint8_t dcsma_lid;
/** allocated tdma lid, valid range 4 - 255 */
uint8_t tdma_lid;
} iot_plc_alloc_lid_rpt_t;
#pragma pack(pop) /* restore the pack status */
#ifdef __cplusplus
}
#endif
#endif /* IOT_PLC_MSG_API_H */
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