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inwudriver-weibo/target/config/nv/soc_mac_nv.h

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2026-04-18 17:28:10 +08:00
/*
* copyright (c) CompanyNameMagicTag 2012-2018. All rights reserved.
* Description: NV-Related IDs and Structure Definitions
* Author: CompanyName
* Create: 2012-07-16
*/
#ifndef MAC_NV_H
#define MAC_NV_H
#include "soc_types.h"
#include "soc_mac_nv_value_def.h"
#include "soc_phy_nv.h"
typedef struct {
td_u16 evaluate_phase_bpc_or_cnt_th; /* Assessment period: BPC */
td_u16 boot_evaluate_fail_th; /* Maximum number of evaluation failures
* due to the failure to receive a three-phase beacon frame
*/
td_u16 evaluate_cmm_diff; /* Compare error values based on the receive rate. */
td_u16 evaluate_channel_diff; /* Compare error values based on channel capacity. */
} diag_cmd_config_phase_evaluate_attr_stru;
typedef struct {
td_u8 cco_phase_cnt; /* Number of CCO phases (a maximum of three phases are supported) */
td_u8 default_phase; /* Default phase (used in CCO single-phase mode) */
td_u8 rx_phase_mode; /* Phase reception mode: 0. 3-phase independent reception;
* 1. Three-phase simultaneous reception
*/
td_u8 dynamic_adjust_resend_enable; /* Enable the function of dynamically adjusting the number of
* retransmission times. This function is enabled by default.
*/
td_u8 max_resend_cnt; /* Max. Retransmissions */
td_u8 fixed_resend_cnt; /* Fixed Retransmission Times */
td_u8 pad[2]; /* Reserved 2 bytes */
diag_cmd_config_phase_evaluate_attr_stru phs_evaluate_para;
} diag_cmd_config_phase_attr_stru;
/*
* 1.31 TDMA Configuration
*/
typedef struct _diag_cmd_config_tdma_config_stru_ {
td_u32 max_beacon_period; /* Indicates the maximum beacon period, in ms. */
td_u32 min_beacon_period; /* Indicates the minimum beacon period, in ms. */
td_u16 percent_beacon_period; /* Ratio of CSMA to Beacon Timeslots */
td_u16 alloc_period_athead_time; /* Time when a beacon frame is created in advance */
td_u8 one_bea_duration; /* Beacon Timeslot Length */
td_u8 central_beacon_num; /* Number of Central Beacon Frames */
td_u8 no_report_backup_proxy_chance; /* Number of times that all candidate proxies
* increase the beacon timeslot
*/
td_u8 start_alloc_first_level_cnf_bcn_cnt; /* Beacon rounds to be confirmed
* before the next round of networking
*/
td_u8 comm_rate; /* Communication rate pre-value in the association phase */
td_u8 min_discover_beacon_sum; /* Min. Discovery Beacon Timeslots */
td_u8 net_forming_discover_beacon_state_count; /* Number of rounds of intensive beacon frame sending */
td_u8 net_forming_no_report_sta_chance_count; /* Number of Beacon Timeslot Rounds
* in the Dense Association Phase
*/
td_u16 min_phase_duration; /* Minimum CSMA length of each phase */
td_bool pad2; /* Enable Level-1 Escalation Mode */
td_u8 alloc_dis_bea_cnt_for_rt_one_sta; /* Number of Beacon Timeslot Rounds During Fast Optimization */
td_u16 min_network_packet_cp; /* Minimum number of network management timeslots when bound timeslots exist. */
td_u16 max_bind_cp;
td_u16 pad4;
td_u8 pad5;
td_bool equip_mode_flag; /* Whether the tooling mode is used */
td_u16 max_proxy_count; /* Maximum number of proxies when the number of sites is less than 500.
* The default value is 50.
*/
td_u16 max_proxy_count_max; /* Maximum number of proxies when the number of sites exceeds 500.
* The default value is 100.
*/
td_u16 pad6; /* Reserved bit */
td_bool tdma_alloc_dfx_switch; /* TDMA Timeslot Allocation Maintainability and Testability Switch */
td_u8 tdma_join_count_per_periods; /* Number of sites that can be added in each round
* in the dense association phase
*/
td_u8 tdma_pk_duration; /* Duration for sending a packet */
td_u8 performance_test_switch; /* Indicates whether to enable TDMA scheduling in test mode.
* In test mode, timeslot separation is not performed and is not used.
*/
td_u16 min_csma_duration; /* Minimum CSMA Timeslot */
} diag_cmd_config_tdma_config_stru;
typedef struct _diag_cmd_config_coordinate_config_stru_ {
td_u16 max_backup_sys_time; /* Maximum backoff duration */
td_u16 max_same_snid_err_time; /* Maximum duration in which the same network code is allowed */
td_u16 send_pk_len_for_notify; /* Interval for sending coordination packets
* in a Beacon period other than the Beacon period of the CCO
*/
td_u16 send_pk_len_for_coordinate; /* indicates the period of sending coordination packets
* in the Beacon period of the CCO.
*/
td_u16 check_cannot_comm_limit; /* Threshold of disconnection, in the unit of system time. */
td_u16 listen_time_before_first_bea; /* Indicates the duration for monitoring the network bandwidth
* of the neighbor after the device is powered on. Unit: ms.
*/
td_bool open_coordinate_network; /* Multi-network coordination switch */
td_u8 network_evaluation_enable; /* Indicates whether to enable the preferred SNID function. 0: no */
td_u8 continue_try_assoc_th; /* Number of consecutive association attempts
* (In the scenario where the uplink and downlink are asymmetric,
* the association time is delayed to the end after the number of
* consecutive association attempts on a single network reaches
* the value of this parameter.)
* Maximum value)
*/
td_u8 max_assoc_time; /* Maximum association duration
* (for the scenario where the uplink and downlink are asymmetric
* and the maximum association duration of a single network)
*/
td_bool cco_snid_coordinate_switch; /* CCO network code coordination switch */
td_bool sta_snid_coordinate_switch; /* STA network code coordination switch */
td_bool conflict_detect_switch; /* Conflict detection switch */
td_bool monitor_associate_flag; /* Listening association mode flag */
td_u16 coordinate_backoff_time; /* Multi-network conflict backoff duration */
td_u16 bcn_send_period_for_star_net; /* Beacon sending period of the star network, in ms */
td_u16 listen_time_for_white; /* Monitoring timing time base on white list. Unit: s. */
td_u16 exception_by_cco_mac_th; /* CCO MAC address exception threshold */
td_u16 report_interval; /* Report interval */
td_u16 exception_interval; /* Exception interval */
td_u16 pad4;
td_u16 pad;
} diag_cmd_config_coordinate_config_stru;
/*
2.34 CSMA Backoff Algorithm of the Transmitter
*/
typedef struct _diag_cmd_config_cmsa_backoff_pol_ {
td_u16 default_node_count; /* Default number of surrounding sites == 10 */
td_u16 default_slot; /* ==100 */
/* (*TX_CSMA_BACKOFF_BC_DEFAULT_SLOT_MULTI)ŁŹ */
/* The value set here is multiplied by TX_CSMA_BACKOFF_BC_DEFAULT_SLOT_MULTI. */
td_u8 fixed_bc; /* Fixed backoff number for the highest priority = 4 */
td_u8 min_node_count; /* Maximum number of sites in a small-scale conflict domain = 2 */
td_u8 sm_scope_slot; /* Slot value used when the surrounding sites are in a small range. = 120 */
td_u8 sm_scope_bc; /* Backoff value used when the surrounding is in a small range. =7 */
td_u8 bg_scope_slot; /* Used around more than TX_CSMA_BACKOFF_BC_TABLE_ITEMS */
td_u8 bg_scope_bc; /* It is used for the BC when the number of surroundings
* exceeds TX_CSMA_BACKOFF_BC_TABLE_ITEMS.
*/
td_u8 bc_ratio_500_k;
td_u8 bc_ratio_150_k;
td_u8 bc_table[TX_CSMA_BACKOFF_BC_TABLE_ITEMS];
td_u8 dbc_table[TX_CSMA_BACKOFF_DBC_TABLE_ITEMS];
td_u8 bfs_table[TX_CSMA_BACKOFF_BFC_TABLE_ITEMS];
} diag_cmd_config_cmsa_backoff_algorithm3_stru;
typedef struct _diag_cmd_config_tx_csma_algorithm_ {
td_u16 base_slot_150k; /* Unit: ms */
td_u16 base_slot_500k; /* Unit: us */
td_u16 wind_min;
td_u16 wind_max;
td_u16 backoff_time_150k_500k; /* The unit is us. */
td_u16 collision_end;
td_bool is_150k_500k_backoff_enable;
td_bool is_preamble_interrupt_enable;
td_u8 sta_slot_multi;
td_u8 is_backoff_enable; /* New backoff policy */
diag_cmd_config_cmsa_backoff_algorithm3_stru alg3;
} diag_cmd_config_tx_csma_algorithm_stru;
typedef struct _diag_cmd_config_assoc_config_ {
td_u8 mac_auth_enable; /* Start MAC authentication. */
td_u8 heart_check_mode; /* Set heartbeat detection mode */
td_u8 no_sta_join_max_time_for_spc; /* Time required for determining that no site is
* added during network identification, in seconds.
*/
td_u8 fast_assoc_cnt_max; /* Maximum number of fast association attempts.
* If the number of fast association attempts exceeds the value of
* this parameter and the STA does not access the network,
* the STA enters the slow association state.
*/
td_u16 pad2;
td_u16 max_child_sum; /* Maximum number of substations */
td_u8 no_sta_join_max_time; /* Indicates the time required for the network status to change to
* the networking completion state after the last site is added.
* Unit: s
*/
td_u8 assoc_gather_switch; /* Correlation Indicator Summary Switch */
td_u16 min_change_proxy_req_resend_time; /* Minimum time for waiting for the proxy change reply */
td_u8 assoc_req_try_max; /* Maximum number of association requests */
td_u8 wait_gather_ind_time; /* waiting time for generating summary packets, in seconds */
td_u8 change_proxy_req_try_max; /* Maximum number of proxy change requests */
td_u8 ind_resend_max_count; /* Number of ind packet retransmissions */
td_u8 slow_assoc_timeout; /* Period of the slow association (unit: s) */
td_u8 network_evaluation_time; /* Evaluate the network time (unit: s) */
td_u8 wait_assoc_ind_timeout_max_150k; /* Timeout interval for waiting for the association indication
* at the 150 k/500 k frequency band, in seconds.
*/
td_u8 random_assoc_array_num; /* Number of randomly associated groups */
td_u32 wait_for_mac_calculation_timeout; /* Time for calculating the table address */
td_u8 wait_assoc_ind_timeout; /* Time for waiting for the association indication packet, in seconds. */
td_u8 max_assoc_req; /* Maximum number of requests */
td_bool random_assoc_enable; /* Random association switch */
td_u8 wait_assoc_ind_timeout_min; /* Minimum duration for broadband to wait for the association indication,
* in seconds.
*/
td_u16 assoc_not_in_whiter; /* Duration for initiating an association request again after an association
* failure because the STA is not in the whitelist
*/
td_u16 assoc_not_set_whiter; /* Duration for initiating an association request again after an association
* failure because no whitelist is configured on the network
*/
td_u16 assoc_too_much_sta; /* Association Request Delay After Too Many Network Sites Fail to Be Associated */
td_u16 assoc_too_much_pco; /* Duration for initiating an association request again after too many association
* failures of the proxy station
*/
td_u16 assoc_too_much_child; /* Duration for initiating an association request again after
* too many association failures of a subsite
*/
td_u16 assoc_too_much_level; /* Association Request Delay After Association Failure
* Due to Layer Exceeding Maximum Limit
*/
td_u16 assoc_repeat_mac; /* indicates the duration for initiating an association request
* again after a repeated MAC address association fails.
*/
td_u16 random_assoc_time_not_150k;
td_u16 random_assoc_time_max_150k; /* Maximum time for starting association randomly (ms) */
td_u8 wait_assoc_ind_timeout_min_150k; /* Indicates the minimum timeout time for waiting for the
* association indication in the 150 k/500 k frequency band. Unit: s.
*/
td_u8 wait_gather_ind_time_150k; /* Time for waiting for the generation of the association summary
* packet at the 150 k/500 k frequency band (unit: 100 ms)
*/
td_u16 white_leave_sta_th; /* Threshold of the maximum number of sites that can be kicked out of the
* whitelist at a time. If the threshold is exceeded, the CCO performs a
* soft restart.
*/
td_u16 white_table_notify_num; /* Number of offline notifications sent when whitelisted sites are
* removed from the whitelist
*/
td_u16 cco_send_leave_pk_time; /* Interval at which the CCO sends delay offline indication packets */
td_u16 delay_leave_time_len; /* STA restart delay */
td_u8 heartbeat_leave_cycle_th; /* Heartbeat detection offline period threshold */
td_u8 heartbeat_report_cycle_th; /* This parameter specifies the threshold of the site reporting
* period in the heartbeat detection. This parameter is not used.
*/
td_u8 route_cylce_per_heartbeat_cycle; /* Number of routing periods included in the heartbeat period */
td_u8 heartbeat_pk_cnt_per_heartbeat_cycle; /* Number of heartbeat packets sent in each heartbeat period */
} diag_cmd_config_assoc_config_stru;
typedef struct {
td_u16 select_assoc_timeout;
td_u16 fc_state_timeout;
td_u16 beacon_state_timeout;
td_u16 assoc_state_timeout;
td_u8 neighbor_atten_th; /* neighbor network signal attenuation threshold */
td_u8 neighbor_atten_en;
td_u16 bcn_state_timeout_150k_with_security;
td_u32 assoc_belong_lock_duration; /* Lock duration when the home network is associated, in seconds.
* The default value is 180.
*/
td_u32 join_belong_lock_duration; /* Lock duration when a subscriber joins the home network,
* in seconds. The default value is 0xFFFFFFFF.
*/
td_u32 neighbor_auth_time; /* ľĽÎť: Ăë */
td_u16 pad2[2]; /* 2ąŁÁôÎť */
} diag_cmd_config_multi_network_stru;
typedef struct _diag_cmd_config_tx_sof_tmi_policy_ {
td_u32 default_72_sg : 4; /* State Grid protocol PB72 retransmission replacement TMI disabled TMI, 14 */
td_u32 default_136_sg : 4; /* PB136 retransmission replaces the TMI disabled TMI, 4 */
td_u32 default_520 : 4; /* PB520 retransmission replaces the TMI disabled TMI, 0 */
td_u32 default_72_p1901 : 4; /* When the 1901 protocol is used, the default TMI used by the 72 blocks is 12. */
td_u32 default_136_p1901 : 4; /* When the 1901 protocol is used, the default TMI used by 136 blocks is 4. */
td_u32 resend_72_enable : 1; /* PB136 Retransmission Replace TMI Switch, 1 */
td_u32 resend_136_enable : 1; /* PB136 Retransmission Replace TMI Switch, 1 */
td_u32 resend_520_enable : 1; /* PB520 Retransmission Change TMI Switch, 1 */
td_u32 pad : 1;
td_u32 tmi_72_cnt : 4; /* The default value is 2. */
td_u32 tmi_136_cnt_sg : 4; /* The default value is 2. */
td_u32 tmi_520_cnt : 4; /* The default value is 2. */
td_u32 tmi_136_cnt_p1901 : 4; /* The default value is 2. */
td_u32 broadcast_72_sg : 4; /* The default value is 14. */
td_u32 broadcast_136_sg : 4; /* The default value is 4. */
td_u32 broadcast_520_sg : 4; /* The default value is 9. */
td_u32 broadcast_72_p1901 : 4; /* The default value is 12. */
td_u32 broadcast_136_p1901 : 4; /* The default value is 4. */
td_u32 broadcast_520_p1901 : 4; /* The default value is 9. */
td_u8 resend_72_sg[2]; /* 2 State Grid agreements pb72tmi, [13,14] */
td_u8 resend_136_sg[2]; /* 2 national network protocols [6, 4] */
td_u8 resend_520[2]; /* Two 520 TMIs [0, 9] */
td_u8 resend_72_p1901[2]; /* 2 1901-compliant pb72tmi, [11,12] */
td_u8 resend_136_p1901[2]; /* 2 1901 protocols [6, 4] */
td_u8 tmi_auto_adjust_enable; /* Automatic adjustment of the SoF retransmission TMI, 1 */
td_u8 degrade_resend_cnt; /* Default value: 4 */
td_u32 recover_tmi_period; /* Restore the default tmi timer period. 300000 */
td_u8 broadcast_72_short : 4;
td_u8 broadcast_136_short : 4;
td_u8 broadcast_520_short : 4;
td_u8 pad1 : 4;
td_u8 add_bc_send_flag;
td_u8 bc_send_limit;
} diag_cmd_config_tx_sof_tmi_policy_stru;
typedef struct _diag_cmd_config_bcn_beacon_tmi_ {
td_u8 payload520_tmi_sg : 4;
td_u8 payload136_tmi : 4;
td_u8 payload72_tmi_sg : 4;
td_u8 payload520_tmi_p1901 : 4;
td_u8 payload72_tmi_p1901 : 4;
td_u8 pad1 : 4;
td_u8 pad;
} diag_cmd_config_bcn_beacon_tmi_stru;
typedef struct _diag_cmd_recode_rx_stat_config_stru_ {
td_u8 dfx_rx_report_switch;
td_u8 dfx_tx_report_switch;
td_u8 is_rcv_nm_pkt_rpt : 1;
td_u8 is_send_nm_pkt_rpt : 1;
td_u8 pad2 : 6;
td_u8 rcv_fc_switch;
td_u16 multi_switch;
td_u8 is_print_dis;
td_u8 pad3;
} diag_cmd_recode_rx_stat_config_stru;
typedef struct {
diag_cmd_recode_rx_stat_config_stru recode_rx_stat_policy;
} diag_cmd_config_dfx_config_stru;
typedef struct _diag_cmd_config_beacon_nv_ {
td_u8 alloc_slot_oneself_flag; /* Whether to generate timeslots for data transmission when no timeslot
* is available
*/
td_u8 cco_update_beacon_slot_flag;
td_u8 ptcl_detect_bcn_send_cnt; /* number of times that each protocol probe beacon is sent */
td_u8 ptcl_detect_bcn_send_mode;
td_u32 alloc_slot_time_th; /* Indicates the period after which a timeslot is generated if no beacon is received.
* Unit: ms.
*/
td_u32 alloc_slot_len; /* Time slot duration (unit: us) */
td_u32 protect_cp_len;
td_u32 csma_slot_slice_th; /* Minimum CSMA time segment unit. The unit is SLICE_SLOT_UNIT (10 ms). */
td_u32 alloc_slot_len_for_star; /* Indicates the duration of timeslots generated on a star network. Unit: us. */
} diag_cmd_config_beacon_nv_stru;
typedef struct _diag_cmd_config_filter_switch_nv_stru_ {
td_u32 filter_switch; /* Packet filtering switch */
td_bool is_freq_filter_enable;
td_u8 filter_timeout;
td_u8 pad[2]; /* Reserved 2 bytes */
} diag_cmd_config_filter_switch_nv_stru;
typedef struct _diag_cmd_config_blind_check_nv_stru_ {
td_bool blind_switch;
td_u8 pad[3]; /* Reserved 3 bytes */
td_u8 freq[8]; /* 8 blind checks supported frequency bands */
td_u8 blind_freq_check_time[8]; /* Eight periods corresponding to the blind detection frequency band,
* corresponding to freq (unit: s)
*/
td_u32 whole_network_change_freq_time; /* Indicates the interval after which the CCO notifies
* the STA of the frequency band change. Unit: s
*/
} diag_cmd_config_blind_check_nv_stru;
#define MAX_SELECTED_ID_NUM 4
/* NV item of the NMR controller */
typedef struct _diag_cmd_config_ndm_connect_para_stru_ {
td_u16 ndm_tei;
td_u16 tl_big_packet_size; /* Indicates the maximum size of data that can be transmitted remotely at a time.
* Unit: byte.
*/
td_u8 work_mode;
td_u8 report_search_result_period; /* Report the network search result. The unit is second. */
td_u8 search_net_short_timeout;
td_u8 result_expire_check_period;
td_u8 cco_freq_scan_period; /* CCO frequency band listening period (unit: second) */
td_u8 sta_freq_scan_period; /* CCO frequency band listening period (unit: second) */
td_u8 ndm_wait_respond_max_time;
td_u8 chl_pkt_use_highest_lid_time;
td_u16 send_connect_req_period; /* Unit: ms */
td_u16 heartbeat_period;
td_u16 rpt_check_timer_cycle;
td_u8 chl_tl_send_num; /* Number of send */
td_u8 chl_tl_send_window;
td_u32 chl_tl_retry_timeout; /* Retry timeout period (unit: ms) */
td_u32 chl_tl_rcv_timeout; /* Receive timeout period (unit: ms) */
td_u16 chl_tl_snd_interval; /* Send interval (unit: ms) */
td_u16 chl_tl_delay_ack_time; /* ACK message delay (unit: ms) */
td_u8 not_join_net_resend_cnt;
td_u8 is_auto_selected;
td_u16 default_id;
td_u16 selected_id_list[MAX_SELECTED_ID_NUM];
} diag_cmd_config_ndm_connect_para_stru;
typedef struct _diag_cmd_config_sta_gpio_set_para_stru_ {
td_u8 tx_app_switch; /* 0 indicates that the GPIO pin is set to high when the MAC packet is transmitted,
* and 1 indicates that the GPIO pin is set to high when the APP packet is transmitted.
*/
td_u8 pad;
td_u16 message_send_length; /* Time limit of STA pin pull-up (unit: us) */
td_u32 pad1;
td_u16 pad2;
td_u16 pad3;
} diag_cmd_config_sta_gpio_set_para_stru;
typedef struct {
td_u8 max_buff_num;
td_u8 rx_queue_depth;
td_u8 per_cor_num_bcn;
td_u8 min_bcn_num;
td_u8 save_proxy_info_rt_cnt;
td_u8 opti_policy;
td_u8 min_discovering_num;
td_u8 wait_proxy_time; /* 等待代理发送信标时间,单位: 10s */
td_u8 cco_check_heart_time; /* 心跳检测时间, 单位: 10s */
td_u8 pco_rpt_heart_time; /* PCO跳上报时间, 单位: 10s */
td_u8 sta_send_heart_min_time; /* STA心跳上报最小间隔, 单位: 10s */
td_u8 mesh_mode_time; /* 入网后判断MESH模式时间, 单位: 10s */
td_u8 lock_net_mode; /* 锁定网络模式 */
td_u8 select_assoc_timeout; /* 单位: 10s */
td_u8 select_fc_timeout; /* 单位: 10s */
td_u8 select_beacon_timeout; /* 单位: 10s */
td_u8 assoc_state_timeout; /* 单位: 10s */
td_u8 sta_offline_by_no_beacon_time; /* 单位: 10s */
td_u8 pad[2]; /* 2 是长度 */
} diag_cmd_config_network_opti_params;
/* Set the communication rate reporting */
typedef struct {
td_u8 report_switch; /* Report switch */
td_u8 report_period; /* Report period (report_period: report once in each evaluation period) */
td_u8 report_num;
td_u8 pad;
diag_cmd_config_network_opti_params opti_policy;
} diag_cmd_config_comm_rate_opti;
typedef struct {
td_bool mac_ctrl_enable; /* Indicates whether to enable the duty cycle control policy of the MAC module.
* It is used for debugging.
*/
td_bool duty_enable; /* Duty cycle policy enable */
td_u8 duty_percent; /* Duty cycle size */
td_u8 pad;
td_u32 max_sendlength; /* Maximum duration for sending packets, in ms */
td_bool period1_duty_percent_enable; /* duty cycle statistics in period 1 */
td_bool period2_duty_percent_enable; /* duty cycle statistics in period 2 */
td_bool period3_duty_percent_enable; /* duty cycle statistics in period 3 */
td_u8 pad1;
td_u32 duty_period1; /* Length of period 1 (unit: ms) */
td_u32 duty_period2; /* Period 2 length (unit: ms) */
td_u32 duty_period3; /* Period 3 length (unit: ms) */
} diag_cmd_config_mac_duty_ctrl_para_stru;
typedef struct {
td_u8 pad1[2]; /* Reserved 2 bytes */
td_u8 sync_timeout_th; /* Object synchronization timeout interval 150s */
td_u8 is_use_all_sta_sync_target : 1; /* whether to use all-STA synchronization object 1 */
td_u8 is_neighbor_enable : 1;
td_u8 pad : 6;
} diag_cmd_sel_sync_sta_policy_nv_stru;
typedef struct {
td_u8 p2p_search_freq_times; /* search round */
td_u8 p2p_connect_mode; /* Connection mode */
td_u8 send_req_max_num; /* Maximum number of search frames transmitted on each frequency band */
td_u8 is_show_p2p_log; /* whether to display the P2P log information */
td_u16 p2p_req_period; /* Search frame interval: ms */
td_u16 rvsd;
} diag_cmd_config_ciu_ctrl_nv_stru;
typedef struct {
td_u8 snr_collect_period; /* Data collection period, in minutes. The default value is 15. */
td_u8 snr_unit_fc_cnt_abs; /* Absolute threshold: indicates the threshold of each unit of time.
* The default value is 1.
*/
td_s8 snr_avg_th; /* SNR average value threshold. The default value is -2. */
td_u8 snr_unit_duration; /* Unit time length, in seconds. The default value is 30. */
td_u16 attenuation_th; /* Attenuation threshold. When the channel attenuation is lower than this threshold,
* the preamble saturation threshold is not checked. The default value is 10.
*/
td_u8 fast_lock_duration; /* Fast network convergence: lock time after each network switchover,
* in minutes. The default value is 5.
*/
td_u8 pad;
td_u8 fast_accurate_rounds[SNR_FAST_ACCURATE_TH_NUM]; /* Indicates the threshold of the number of periodic rounds.
* The default value is {1,2,3,4}.
*/
td_u8 fast_accurate_avgs[SNR_FAST_ACCURATE_TH_NUM]; /* SNR average value threshold.
* The unit is 0.1 dB. The default value is {3.2,1.6,0.8,0}.
*/
td_u16 pream_sta_num_th; /* Threshold for the number of saturable preamble symbols.
* If the number of SNRs exceeds the threshold,
* the excessive SNRs are directly discarded. The default value is 80.
*/
td_u8 alpha_numerator; /* Average snr filter numerator. The default value is 1. */
td_u8 alpha_denominator; /* Denominator of the average snr filter. The default value is 16. */
} diag_cmd_config_tf_stru;
/* Phase identification NV item */
typedef struct {
td_bool is_pi_enable; /* Phase identification enable. TD_TRUE */
td_u8 ntb_query_parallel_num; /* Number of concurrent sites for NTB query, 3 */
td_u8 ntb_query_turn_cnt_max; /* Maximum number of NTB query rounds. The value is 5. */
td_u8 identify_fail_cnt_max; /* Maximum number of phase identification failures.
* The value ranges from 10 to 15.
*/
td_u16 parallel_query_timeout; /* Parallel query timeout interval. The unit is ms and the value is 12000. */
td_u16 check_over_timeout; /* Timer for confirming the end of phase identification.
* The unit is s and the value is 300.
*/
td_u8 phase_cnt_th_min; /* Minimum threshold for phase identification statistics, 15 */
td_u8 phase_cnt_other_th_min; /* Minimum threshold of the current phase when other phases are not zero. 10 */
td_u8 phase_cnt_other_th; /* threshold of other phases when other phases are not 0, 2 */
td_u8 phase_cnt_no_other_th_min; /* minimum threshold of the current phase when other phases are 0 */
td_bool is_report_zero_cross_ntb_req; /* switch for reporting zero-crossing query packets, TD_TRUE */
td_bool is_report_zero_cross_ntb_rsp; /* Whether to report zero-response packets (TD_TRUE) */
td_bool is_report_zero_cross_ntb_cco; /* Reference zero crossing NTB 1 of the reported CCO */
td_u8 pad;
td_u16 ntb_report_timer_period; /* Interval for the CCO to report cached NTBs, in seconds. */
td_u16 cco_period_th; /* CCO period judgment threshold (unit: ms) */
td_u16 zc_collect_buff_num; /* sampling buffer size */
td_u8 zc_compare_num; /* Number of zero-crossing points used to compare sizes */
td_u8 pad1[5]; /* pad(5) */
} diag_cmd_config_pi_config;
typedef struct {
td_bool is_security_enable;
td_bool is_random_negotiation;
td_u16 rand_negotiation_time_max; /* unit: ms */
td_u8 fast_negotiate_max_cnt;
td_u8 slow_negotiate_timeout; /* unit: s */
td_u8 wait_server_hello_timeout; /* unit: s */
td_u8 wait_server_hello_timeout_min; /* unit: s */
td_u8 wait_server_hello_timeout_max_150k;
td_u8 set_nek_parallel_num; /* maximum SECURITY_PARALLEL_NOTIFY_MAX_CNT */
td_u8 parallel_notify_timeout; /* unit: s */
td_u8 parallel_notify_turn_max_cnt;
td_u32 nek_timeout; /* unit: s */
td_u16 delay_update_nek_time;
td_u16 negotiate_timeout; /* unit: s */
td_u8 negotiatning_max_num;
td_u8 negotiate_timeout_check_period; /* unit: s */
td_u16 send_interval_min_150k; /* unit: ms */
td_u32 rand_negotiation_time_max_150k; /* unit: ms */
td_u32 first_nek_timeout_150k; /* unit: s */
} diag_cmd_security_nv_stru;
#endif /* MAC_NV_H */