idfxx::wifi Namespace Reference

Classes
struct	ap_config
	Configuration for WiFi access point mode. More...
struct	ap_probe_req_event_data
	Information about a probe request received by the soft-AP. More...
struct	ap_record
	Information about a discovered access point. More...
struct	ap_sta_connected_event_data
	Information about a station connecting to the soft-AP. More...
struct	ap_sta_disconnected_event_data
	Information about a station disconnecting from the soft-AP. More...
struct	authmode_change_event_data
	Information about an authentication mode change. More...
struct	bandwidths_config
	Bandwidth configuration for dual-band operation. More...
struct	bss_rssi_low_event_data
	Information about BSS RSSI dropping below threshold. More...
struct	channel_info
	WiFi channel information. More...
struct	connected_event_data
	Information about a successful station connection. More...
struct	country_config
	WiFi country configuration. More...
struct	csi_config
	CSI (Channel State Information) configuration. More...
struct	disconnected_event_data
	Information about a station disconnection. More...
class	error_category
	Error category for WiFi errors. More...
struct	ftm_initiator_config
	FTM initiator session configuration. More...
struct	ftm_report_entry
	Single FTM report measurement entry. More...
struct	ftm_report_event_data
	Information about an FTM report. More...
struct	he_ap_info
	HE (High Efficiency) AP information. More...
struct	home_channel_change_event_data
	Information about a home channel change. More...
struct	init_config
	Configuration for WiFi initialization. More...
struct	pmf_config
	Protected Management Frame (PMF) configuration. More...
struct	protocols_config
	Protocol configuration for dual-band operation. More...
struct	scan_config
	Configuration for a WiFi scan operation. More...
struct	scan_default_params
	Default scan timing parameters. More...
struct	scan_done_event_data
	Information about a completed scan. More...
struct	sta_config
	Configuration for WiFi station mode. More...
struct	sta_info
	Information about a station connected to the soft-AP. More...

Typedefs
using	promiscuous_rx_cb = void(*)(const wifi_promiscuous_pkt_t *pkt, promiscuous_pkt_type type)
	Callback invoked for each packet received in promiscuous mode.
using	tx_80211_done_cb = void(*)(const esp_80211_tx_info_t *tx_info)
	Callback invoked when a raw 802.11 frame transmission completes.
using	vendor_ie_cb = void(*)(void *ctx, enum vendor_ie_type type, mac_address sa, const vendor_ie_data_t *ie, electro::dbm rssi)
	Callback invoked when a matching vendor-specific IE is received.
using	csi_rx_cb = void(*)(void *ctx, const wifi_csi_info_t *info)
	Callback invoked for each received CSI (Channel State Information) record.

Enumerations
enum class	role : uint32_t {   sta = 1 ,   ap = 2 }
	WiFi role (station and/or access point). More...
enum class	auth_mode : int {   open = 0 ,   wep = 1 ,   wpa_psk = 2 ,   wpa2_psk = 3 ,   wpa_wpa2_psk = 4 ,   wpa2_enterprise = 5 ,   wpa3_psk = 6 ,   wpa2_wpa3_psk = 7 ,   wapi_psk = 8 ,   owe = 9 ,   wpa3_ent_192 = 10 ,   dpp = 13 ,   wpa3_enterprise = 14 ,   wpa2_wpa3_enterprise = 15 ,   wpa_enterprise = 16 }
	WiFi authentication mode. More...
enum class	power_save : int {   none = 0 ,   min_modem = 1 ,   max_modem = 2 }
	WiFi power save mode. More...
enum class	bandwidth : int {   ht20 = 1 ,   ht40 = 2 ,   bw80 = 3 ,   bw160 = 4 ,   bw80_80 = 5 }
	WiFi channel bandwidth. More...
enum class	scan_type : int {   active = 0 ,   passive = 1 }
	WiFi scan type. More...
enum class	second_channel : int {   above = 1 ,   below = 2 }
	WiFi secondary channel position relative to the primary channel. More...
enum class	sort_method : int {   by_rssi = 0 ,   by_security = 1 }
	WiFi AP sort method for connection. More...
enum class	disconnect_reason : uint16_t {   unspecified = 1 ,   auth_expire = 2 ,   auth_leave = 3 ,   assoc_expire = 4 ,   assoc_toomany = 5 ,   not_authed = 6 ,   not_assoced = 7 ,   assoc_leave = 8 ,   assoc_not_authed = 9 ,   disassoc_pwrcap_bad = 10 ,   disassoc_supchan_bad = 11 ,   bss_transition_disassoc = 12 ,   ie_invalid = 13 ,   mic_failure = 14 ,   fourway_handshake_timeout = 15 ,   group_key_update_timeout = 16 ,   ie_in_4way_differs = 17 ,   group_cipher_invalid = 18 ,   pairwise_cipher_invalid = 19 ,   akmp_invalid = 20 ,   unsupp_rsn_ie_version = 21 ,   invalid_rsn_ie_cap = 22 ,   ieee_802_1x_auth_failed = 23 ,   cipher_suite_rejected = 24 ,   tdls_peer_unreachable = 25 ,   tdls_unspecified = 26 ,   ssp_requested_disassoc = 27 ,   no_ssp_roaming_agreement = 28 ,   bad_cipher_or_akm = 29 ,   not_authorized_this_location = 30 ,   service_change_precludes_ts = 31 ,   unspecified_qos = 32 ,   not_enough_bandwidth = 33 ,   missing_acks = 34 ,   exceeded_txop = 35 ,   sta_leaving = 36 ,   end_ba = 37 ,   unknown_ba = 38 ,   timeout = 39 ,   peer_initiated = 46 ,   ap_initiated = 47 ,   invalid_ft_action_frame_count = 48 ,   invalid_pmkid = 49 ,   invalid_mde = 50 ,   invalid_fte = 51 ,   transmission_link_establish_failed = 67 ,   alterative_channel_occupied = 68 ,   beacon_timeout = 200 ,   no_ap_found = 201 ,   auth_fail = 202 ,   assoc_fail = 203 ,   handshake_timeout = 204 ,   connection_fail = 205 ,   ap_tsf_reset = 206 ,   roaming = 207 ,   assoc_comeback_time_too_long = 208 ,   sa_query_timeout = 209 ,   no_ap_found_w_compatible_security = 210 ,   no_ap_found_in_authmode_threshold = 211 ,   no_ap_found_in_rssi_threshold = 212 }
	WiFi disconnection reason codes. More...
enum class	cipher_type : int {   none = 0 ,   wep40 = 1 ,   wep104 = 2 ,   tkip = 3 ,   ccmp = 4 ,   tkip_ccmp = 5 ,   aes_cmac128 = 6 ,   sms4 = 7 ,   gcmp = 8 ,   gcmp256 = 9 ,   aes_gmac128 = 10 ,   aes_gmac256 = 11 ,   unknown = 12 }
	WiFi cipher type. More...
enum class	phy_mode : int {   lr = 0 ,   b11b = 1 ,   b11g = 2 ,   b11a = 3 ,   ht20 = 4 ,   ht40 = 5 ,   he20 = 6 ,   vht20 = 7 }
	WiFi PHY mode. More...
enum class	band : int {   ghz_2g = 1 ,   ghz_5g = 2 }
	WiFi frequency band. More...
enum class	band_mode : int {   ghz_2g_only = 1 ,   ghz_5g_only = 2 ,   auto_mode = 3 }
	WiFi band mode. More...
enum class	channel_5g : uint32_t {   ch36 = 1u << 1 ,   ch40 = 1u << 2 ,   ch44 = 1u << 3 ,   ch48 = 1u << 4 ,   ch52 = 1u << 5 ,   ch56 = 1u << 6 ,   ch60 = 1u << 7 ,   ch64 = 1u << 8 ,   ch100 = 1u << 9 ,   ch104 = 1u << 10 ,   ch108 = 1u << 11 ,   ch112 = 1u << 12 ,   ch116 = 1u << 13 ,   ch120 = 1u << 14 ,   ch124 = 1u << 15 ,   ch128 = 1u << 16 ,   ch132 = 1u << 17 ,   ch136 = 1u << 18 ,   ch140 = 1u << 19 ,   ch144 = 1u << 20 ,   ch149 = 1u << 21 ,   ch153 = 1u << 22 ,   ch157 = 1u << 23 ,   ch161 = 1u << 24 ,   ch165 = 1u << 25 ,   ch169 = 1u << 26 ,   ch173 = 1u << 27 ,   ch177 = 1u << 28 ,   all = 0x1FFFFFFE }
	5 GHz WiFi channel flags. More...
enum class	storage : int {   flash = 0 ,   ram = 1 }
	WiFi configuration storage location. More...
enum class	country_policy : int {   auto_policy = 0 ,   manual = 1 }
	WiFi country policy. More...
enum class	scan_method : int {   fast = 0 ,   all_channel = 1 }
	WiFi scan method. More...
enum class	sae_pwe_method : int {   hunt_and_peck = 1 ,   hash_to_element = 2 }
	SAE PWE (Password Element) derivation method. More...
enum class	sae_pk_mode : int {   automatic = 0 ,   only = 1 ,   disabled = 2 }
	SAE-PK (Public Key) mode. More...
enum class	protocol : uint8_t {   b11b = 0x01 ,   b11g = 0x02 ,   b11n = 0x04 ,   lr = 0x08 ,   b11a = 0x10 ,   b11ac = 0x20 ,   b11ax = 0x40 }
	WiFi protocol flags. More...
enum class	promiscuous_pkt_type : int {   mgmt = 0 ,   ctrl = 1 ,   data = 2 ,   misc = 3 }
	Promiscuous mode packet type. More...
enum class	promiscuous_filter : uint32_t {   all = 0xFFFFFFFF ,   mgmt = 1u << 0 ,   ctrl = 1u << 1 ,   data = 1u << 2 ,   misc = 1u << 3 ,   data_mpdu = 1u << 4 ,   data_ampdu = 1u << 5 ,   fcsfail = 1u << 6 }
	Promiscuous mode filter flags. More...
enum class	promiscuous_ctrl_filter : uint32_t {   all = 0xFF800000 ,   wrapper = 1u << 23 ,   bar = 1u << 24 ,   ba = 1u << 25 ,   pspoll = 1u << 26 ,   rts = 1u << 27 ,   cts = 1u << 28 ,   ack = 1u << 29 ,   cfend = 1u << 30 ,   cfendack = 1u << 31 }
	Promiscuous mode control frame sub-type filter flags. More...
enum class	event_mask : uint32_t {   all = 0xFFFFFFFF ,   none = 0 ,   ap_probe_req_rx = 1u << 0 }
	WiFi event mask flags. More...
enum class	statis_module : uint32_t {   buffer = 1u << 0 ,   rxtx = 1u << 1 ,   hw = 1u << 2 ,   diag = 1u << 3 ,   ps = 1u << 4 ,   all = 0xFFFFFFFF }
	WiFi statistics module flags. More...
enum class	vendor_ie_type : int {   beacon = 0 ,   probe_req = 1 ,   probe_resp = 2 ,   assoc_req = 3 ,   assoc_resp = 4 }
	Vendor-specific IE type. More...
enum class	vendor_ie_id : int {   id_0 = 0 ,   id_1 = 1 }
	Vendor-specific IE index. More...
enum class	ftm_status : int {   success = 0 ,   unsupported = 1 ,   conf_rejected = 2 ,   no_response = 3 ,   fail = 4 ,   no_valid_msmt = 5 ,   user_term = 6 }
	FTM (Fine Timing Measurement) session status. More...
enum class	phy_rate : int {   rate_1m_l = 0x00 ,   rate_2m_l = 0x01 ,   rate_5m_l = 0x02 ,   rate_11m_l = 0x03 ,   rate_2m_s = 0x05 ,   rate_5m_s = 0x06 ,   rate_11m_s = 0x07 ,   rate_48m = 0x08 ,   rate_24m = 0x09 ,   rate_12m = 0x0A ,   rate_6m = 0x0B ,   rate_54m = 0x0C ,   rate_36m = 0x0D ,   rate_18m = 0x0E ,   rate_9m = 0x0F ,   mcs0_lgi = 0x10 ,   mcs1_lgi = 0x11 ,   mcs2_lgi = 0x12 ,   mcs3_lgi = 0x13 ,   mcs4_lgi = 0x14 ,   mcs5_lgi = 0x15 ,   mcs6_lgi = 0x16 ,   mcs7_lgi = 0x17 ,   mcs0_sgi = 0x18 ,   mcs1_sgi = mcs0_sgi + 1 ,   mcs2_sgi = mcs0_sgi + 2 ,   mcs3_sgi = mcs0_sgi + 3 ,   mcs4_sgi = mcs0_sgi + 4 ,   mcs5_sgi = mcs0_sgi + 5 ,   mcs6_sgi = mcs0_sgi + 6 ,   mcs7_sgi = mcs0_sgi + 7 ,   lora_250k = 0x29 ,   lora_500k = 0x2A }
	WiFi PHY transmission rate. More...
enum class	errc : esp_err_t {   not_init = 0x3001 ,   not_started = 0x3002 ,   not_stopped = 0x3003 ,   if_error = 0x3004 ,   mode = 0x3005 ,   state = 0x3006 ,   conn = 0x3007 ,   nvs = 0x3008 ,   mac = 0x3009 ,   ssid = 0x300A ,   password = 0x300B ,   timeout = 0x300C ,   wake_fail = 0x300D ,   would_block = 0x300E ,   not_connect = 0x300F ,   post = 0x3012 ,   init_state = 0x3013 ,   stop_state = 0x3014 ,   not_assoc = 0x3015 ,   tx_disallow = 0x3016 ,   twt_full = 0x3017 ,   twt_setup_timeout = 0x3018 ,   twt_setup_txfail = 0x3019 ,   twt_setup_reject = 0x301A ,   discard = 0x301B ,   roc_in_progress = 0x301C ,   value_too_large = 1 }
	Error codes for WiFi operations. More...
enum class	event_id : int32_t {   ready = 0 ,   scan_done = 1 ,   sta_start = 2 ,   sta_stop = 3 ,   sta_connected = 4 ,   sta_disconnected = 5 ,   sta_authmode_change = 6 ,   sta_wps_er_success = 7 ,   sta_wps_er_failed = 8 ,   sta_wps_er_timeout = 9 ,   sta_wps_er_pin = 10 ,   sta_wps_er_pbc_overlap = 11 ,   ap_start = 12 ,   ap_stop = 13 ,   ap_sta_connected = 14 ,   ap_sta_disconnected = 15 ,   ap_probe_req_received = 16 ,   ftm_report = 17 ,   sta_bss_rssi_low = 18 ,   action_tx_status = 19 ,   roc_done = 20 ,   sta_beacon_timeout = 21 ,   connectionless_module_wake_interval_start = 22 ,   ap_wps_rg_success = 23 ,   ap_wps_rg_failed = 24 ,   ap_wps_rg_timeout = 25 ,   ap_wps_rg_pin = 26 ,   ap_wps_rg_pbc_overlap = 27 ,   itwt_setup = 28 ,   itwt_teardown = 29 ,   itwt_probe = 30 ,   itwt_suspend = 31 ,   twt_wakeup = 32 ,   btwt_setup = 33 ,   btwt_teardown = 34 ,   nan_started = 35 ,   nan_stopped = 36 ,   nan_svc_match = 37 ,   nan_replied = 38 ,   nan_receive = 39 ,   ndp_indication = 40 ,   ndp_confirm = 41 ,   ndp_terminated = 42 ,   home_channel_change = 43 ,   sta_neighbor_rep = 44 ,   ap_wrong_password = 45 ,   sta_beacon_offset_unstable = 46 ,   dpp_uri_ready = 47 ,   dpp_cfg_recvd = 48 ,   dpp_failed = 49 }
	WiFi event IDs. More...

Functions
void	init (const init_config &cfg={})
	Initializes the WiFi subsystem.
void	deinit ()
	Deinitializes the WiFi subsystem and frees resources.
void	start ()
	Starts the WiFi subsystem.
void	stop ()
	Stops the WiFi subsystem.
void	restore ()
	Restores WiFi stack persistent settings to defaults.
result< void >	try_init (const init_config &cfg={})
	Initializes the WiFi subsystem.
result< void >	try_deinit ()
	Deinitializes the WiFi subsystem and frees resources.
result< void >	try_start ()
	Starts the WiFi subsystem.
result< void >	try_stop ()
	Stops the WiFi subsystem.
result< void >	try_restore ()
	Restores WiFi stack persistent settings to defaults.
void	set_roles (flags< role > roles)
	Sets the active WiFi roles.
flags< role >	get_roles ()
	Gets the currently active WiFi roles.
result< void >	try_set_roles (flags< role > roles)
	Sets the active WiFi roles.
result< flags< role > >	try_get_roles ()
	Gets the currently active WiFi roles.
void	set_sta_config (const sta_config &cfg)
	Sets the WiFi station configuration.
sta_config	get_sta_config ()
	Gets the current WiFi station configuration.
result< void >	try_set_sta_config (const sta_config &cfg)
	Sets the WiFi station configuration.
result< sta_config >	try_get_sta_config ()
	Gets the current WiFi station configuration.
void	set_ap_config (const ap_config &cfg)
	Sets the WiFi access point configuration.
ap_config	get_ap_config ()
	Gets the current WiFi access point configuration.
void	deauth_sta (uint16_t aid)
	Deauthenticates a station from the soft-AP.
std::vector< sta_info >	get_sta_list ()
	Gets the list of stations connected to the soft-AP.
uint16_t	ap_get_sta_aid (mac_address mac)
	Gets the association ID for a station connected to the soft-AP.
result< void >	try_set_ap_config (const ap_config &cfg)
	Sets the WiFi access point configuration.
result< ap_config >	try_get_ap_config ()
	Gets the current WiFi access point configuration.
result< void >	try_deauth_sta (uint16_t aid)
	Deauthenticates a station from the soft-AP.
result< std::vector< sta_info > >	try_get_sta_list ()
	Gets the list of stations connected to the soft-AP.
result< uint16_t >	try_ap_get_sta_aid (mac_address mac)
	Gets the association ID for a station connected to the soft-AP.
void	connect ()
	Connects to the configured access point.
template<typename Rep , typename Period >
net::ipv4_info	connect_sta (const sta_config &cfg, std::chrono::duration< Rep, Period > timeout)
	Connects to an access point as a station and waits for an IPv4 address.
void	disconnect ()
	Disconnects from the current access point.
void	clear_fast_connect ()
	Clears the fast-connect data stored in memory.
uint16_t	sta_get_aid ()
	Gets the association ID assigned by the AP in station mode.
enum phy_mode	get_negotiated_phymode ()
	Gets the PHY mode negotiated with the connected AP.
result< void >	try_connect ()
	Connects to the configured access point.
result< net::ipv4_info >	try_connect_sta (const sta_config &cfg, std::chrono::milliseconds timeout)
	Connects to an access point as a station and waits for an IPv4 address.
template<typename Rep , typename Period >
result< net::ipv4_info >	try_connect_sta (const sta_config &cfg, std::chrono::duration< Rep, Period > timeout)
	Connects to an access point as a station and waits for an IPv4 address.
result< void >	try_disconnect ()
	Disconnects from the current access point.
result< void >	try_clear_fast_connect ()
	Clears the fast-connect data stored in memory.
result< uint16_t >	try_sta_get_aid ()
	Gets the association ID assigned by the AP in station mode.
result< enum phy_mode >	try_get_negotiated_phymode ()
	Gets the PHY mode negotiated with the connected AP.
std::vector< ap_record >	scan (const scan_config &cfg={})
	Performs a blocking scan for access points.
void	scan_start (const scan_config &cfg={})
	Starts a non-blocking scan for access points.
std::vector< ap_record >	scan_get_results ()
	Retrieves results from a completed scan.
void	scan_stop ()
	Stops an in-progress scan.
uint16_t	scan_get_ap_num ()
	Gets the number of APs found in the last scan.
void	clear_ap_list ()
	Clears the AP list stored from a previous scan.
void	set_scan_parameters (const scan_default_params &params)
	Sets the default scan timing parameters.
scan_default_params	get_scan_parameters ()
	Gets the current default scan timing parameters.
result< std::vector< ap_record > >	try_scan (const scan_config &cfg={})
	Performs a blocking scan for access points.
result< void >	try_scan_start (const scan_config &cfg={})
	Starts a non-blocking scan for access points.
result< std::vector< ap_record > >	try_scan_get_results ()
	Retrieves results from a completed scan.
result< void >	try_scan_stop ()
	Stops an in-progress scan.
result< uint16_t >	try_scan_get_ap_num ()
	Gets the number of APs found in the last scan.
result< void >	try_clear_ap_list ()
	Clears the AP list stored from a previous scan.
result< void >	try_set_scan_parameters (const scan_default_params &params)
	Sets the default scan timing parameters.
result< scan_default_params >	try_get_scan_parameters ()
	Gets the current default scan timing parameters.
void	set_power_save (enum power_save ps)
	Sets the power save mode.
enum power_save	get_power_save ()
	Gets the current power save mode.
result< void >	try_set_power_save (enum power_save ps)
	Sets the power save mode.
result< enum power_save >	try_get_power_save ()
	Gets the current power save mode.
void	set_bandwidth (enum role iface, enum bandwidth bw)
	Sets the channel bandwidth for the specified interface.
enum bandwidth	get_bandwidth (enum role iface)
	Gets the current channel bandwidth for the specified interface.
void	set_bandwidths (enum role iface, const bandwidths_config &bw)
	Sets bandwidths for dual-band operation on the specified interface.
bandwidths_config	get_bandwidths (enum role iface)
	Gets bandwidths for dual-band operation on the specified interface.
result< void >	try_set_bandwidth (enum role iface, enum bandwidth bw)
	Sets the channel bandwidth for the specified interface.
result< enum bandwidth >	try_get_bandwidth (enum role iface)
	Gets the current channel bandwidth for the specified interface.
result< void >	try_set_bandwidths (enum role iface, const bandwidths_config &bw)
	Sets bandwidths for dual-band operation on the specified interface.
result< bandwidths_config >	try_get_bandwidths (enum role iface)
	Gets bandwidths for dual-band operation on the specified interface.
void	set_mac (enum role iface, mac_address mac)
	Sets the MAC address for the specified interface.
mac_address	get_mac (enum role iface)
	Gets the MAC address for the specified interface.
result< void >	try_set_mac (enum role iface, mac_address mac)
	Sets the MAC address for the specified interface.
result< mac_address >	try_get_mac (enum role iface)
	Gets the MAC address for the specified interface.
ap_record	get_ap_info ()
	Gets information about the currently connected access point.
result< ap_record >	try_get_ap_info ()
	Gets information about the currently connected access point.
void	set_channel (uint8_t primary, std::optional< enum second_channel > second=std::nullopt)
	Sets the primary and secondary channel.
channel_info	get_channel ()
	Gets the current primary and secondary channel.
result< void >	try_set_channel (uint8_t primary, std::optional< enum second_channel > second=std::nullopt)
	Sets the primary and secondary channel.
result< channel_info >	try_get_channel ()
	Gets the current primary and secondary channel.
void	set_country (const country_config &cfg)
	Sets the WiFi country configuration.
country_config	get_country ()
	Gets the current WiFi country configuration.
void	set_country_code (std::string_view cc, bool ieee80211d_enabled)
	Sets the country code.
std::string	get_country_code ()
	Gets the current country code.
result< void >	try_set_country (const country_config &cfg)
	Sets the WiFi country configuration.
result< country_config >	try_get_country ()
	Gets the current WiFi country configuration.
result< void >	try_set_country_code (std::string_view cc, bool ieee80211d_enabled)
	Sets the country code.
result< std::string >	try_get_country_code ()
	Gets the current country code.
void	set_max_tx_power (electro::centi_dbm power)
	Sets the maximum transmit power.
electro::centi_dbm	get_max_tx_power ()
	Gets the current maximum transmit power.
result< void >	try_set_max_tx_power (electro::centi_dbm power)
	Sets the maximum transmit power.
result< electro::centi_dbm >	try_get_max_tx_power ()
	Gets the current maximum transmit power.
void	set_rssi_threshold (electro::dbm threshold)
	Sets the RSSI threshold for the sta_bss_rssi_low event.
electro::dbm	get_rssi ()
	Gets the current RSSI of the connected AP.
result< void >	try_set_rssi_threshold (electro::dbm threshold)
	Sets the RSSI threshold for the sta_bss_rssi_low event.
result< electro::dbm >	try_get_rssi ()
	Gets the current RSSI of the connected AP.
void	set_protocol (enum role iface, flags< protocol > protos)
	Sets the enabled WiFi protocols for the specified interface.
flags< protocol >	get_protocol (enum role iface)
	Gets the enabled WiFi protocols for the specified interface.
void	set_protocols (enum role iface, const protocols_config &cfg)
	Sets the enabled WiFi protocols for dual-band operation.
protocols_config	get_protocols (enum role iface)
	Gets the enabled WiFi protocols for dual-band operation.
result< void >	try_set_protocol (enum role iface, flags< protocol > protos)
	Sets the enabled WiFi protocols for the specified interface.
result< flags< protocol > >	try_get_protocol (enum role iface)
	Gets the enabled WiFi protocols for the specified interface.
result< void >	try_set_protocols (enum role iface, const protocols_config &cfg)
	Sets the enabled WiFi protocols for dual-band operation.
result< protocols_config >	try_get_protocols (enum role iface)
	Gets the enabled WiFi protocols for dual-band operation.
void	set_band (enum band b)
	Sets the WiFi band.
enum band	get_band ()
	Gets the current WiFi band.
void	set_band_mode (enum band_mode m)
	Sets the WiFi band mode.
enum band_mode	get_band_mode ()
	Gets the current WiFi band mode.
result< void >	try_set_band (enum band b)
	Sets the WiFi band.
result< enum band >	try_get_band ()
	Gets the current WiFi band.
result< void >	try_set_band_mode (enum band_mode m)
	Sets the WiFi band mode.
result< enum band_mode >	try_get_band_mode ()
	Gets the current WiFi band mode.
void	set_storage (enum storage s)
	Sets the WiFi configuration storage location.
result< void >	try_set_storage (enum storage s)
	Sets the WiFi configuration storage location.
void	set_inactive_time (enum role iface, std::chrono::seconds timeout)
	Sets the inactive time before a station is deauthenticated.
std::chrono::seconds	get_inactive_time (enum role iface)
	Gets the inactive time before a station is deauthenticated.
result< void >	try_set_inactive_time (enum role iface, std::chrono::seconds timeout)
	Sets the inactive time before a station is deauthenticated.
result< std::chrono::seconds >	try_get_inactive_time (enum role iface)
	Gets the inactive time before a station is deauthenticated.
void	set_event_mask (flags< event_mask > mask)
	Sets the WiFi event mask.
flags< event_mask >	get_event_mask ()
	Gets the current WiFi event mask.
result< void >	try_set_event_mask (flags< event_mask > mask)
	Sets the WiFi event mask.
result< flags< event_mask > >	try_get_event_mask ()
	Gets the current WiFi event mask.
void	force_wakeup_acquire ()
	Acquires a WiFi wakeup lock.
void	force_wakeup_release ()
	Releases a WiFi wakeup lock.
result< void >	try_force_wakeup_acquire ()
	Acquires a WiFi wakeup lock.
result< void >	try_force_wakeup_release ()
	Releases a WiFi wakeup lock.
void	set_promiscuous (bool en)
	Enables or disables promiscuous mode.
bool	get_promiscuous ()
	Gets whether promiscuous mode is enabled.
void	set_promiscuous_rx_cb (promiscuous_rx_cb cb)
	Sets the promiscuous mode receive callback.
void	set_promiscuous_filter (flags< promiscuous_filter > filter)
	Sets the promiscuous mode packet type filter.
flags< promiscuous_filter >	get_promiscuous_filter ()
	Gets the current promiscuous mode packet type filter.
void	set_promiscuous_ctrl_filter (flags< promiscuous_ctrl_filter > filter)
	Sets the promiscuous mode control frame sub-type filter.
flags< promiscuous_ctrl_filter >	get_promiscuous_ctrl_filter ()
	Gets the current promiscuous mode control frame sub-type filter.
result< void >	try_set_promiscuous (bool en)
	Enables or disables promiscuous mode.
result< bool >	try_get_promiscuous ()
	Gets whether promiscuous mode is enabled.
result< void >	try_set_promiscuous_rx_cb (promiscuous_rx_cb cb)
	Sets the promiscuous mode receive callback.
result< void >	try_set_promiscuous_filter (flags< promiscuous_filter > filter)
	Sets the promiscuous mode packet type filter.
result< flags< promiscuous_filter > >	try_get_promiscuous_filter ()
	Gets the current promiscuous mode packet type filter.
result< void >	try_set_promiscuous_ctrl_filter (flags< promiscuous_ctrl_filter > filter)
	Sets the promiscuous mode control frame sub-type filter.
result< flags< promiscuous_ctrl_filter > >	try_get_promiscuous_ctrl_filter ()
	Gets the current promiscuous mode control frame sub-type filter.
void	tx_80211 (enum role iface, std::span< const uint8_t > buffer, bool en_sys_seq)
	Transmits a raw 802.11 frame.
void	register_80211_tx_cb (tx_80211_done_cb cb)
	Registers a callback for 802.11 TX completion.
result< void >	try_tx_80211 (enum role iface, std::span< const uint8_t > buffer, bool en_sys_seq)
	Transmits a raw 802.11 frame.
result< void >	try_register_80211_tx_cb (tx_80211_done_cb cb)
	Registers a callback for 802.11 TX completion.
void	set_vendor_ie (bool enable, enum vendor_ie_type type, enum vendor_ie_id id, const void *vnd_ie)
	Sets a vendor-specific information element.
void	set_vendor_ie_cb (vendor_ie_cb cb, void *ctx)
	Registers a callback for received vendor-specific IEs.
result< void >	try_set_vendor_ie (bool enable, enum vendor_ie_type type, enum vendor_ie_id id, const void *vnd_ie)
	Sets a vendor-specific information element.
result< void >	try_set_vendor_ie_cb (vendor_ie_cb cb, void *ctx)
	Registers a callback for received vendor-specific IEs.
void	set_csi (bool en)
	Enables or disables CSI (Channel State Information) collection.
void	set_csi_config (const csi_config &cfg)
	Sets the CSI configuration.
csi_config	get_csi_config ()
	Gets the current CSI configuration.
void	set_csi_rx_cb (csi_rx_cb cb, void *ctx)
	Registers a callback for CSI data reception.
result< void >	try_set_csi (bool en)
	Enables or disables CSI (Channel State Information) collection.
result< void >	try_set_csi_config (const csi_config &cfg)
	Sets the CSI configuration.
result< csi_config >	try_get_csi_config ()
	Gets the current CSI configuration.
result< void >	try_set_csi_rx_cb (csi_rx_cb cb, void *ctx)
	Registers a callback for CSI data reception.
void	ftm_initiate_session (const ftm_initiator_config &cfg)
	Initiates an FTM (Fine Timing Measurement) session.
void	ftm_end_session ()
	Ends the current FTM session.
void	ftm_resp_set_offset (int16_t offset)
	Sets the FTM responder offset.
std::vector< ftm_report_entry >	ftm_get_report (size_t max_entries)
	Retrieves the FTM measurement report entries.
result< void >	try_ftm_initiate_session (const ftm_initiator_config &cfg)
	Initiates an FTM (Fine Timing Measurement) session.
result< void >	try_ftm_end_session ()
	Ends the current FTM session.
result< void >	try_ftm_resp_set_offset (int16_t offset)
	Sets the FTM responder offset.
result< std::vector< ftm_report_entry > >	try_ftm_get_report (size_t max_entries)
	Retrieves the FTM measurement report entries.
int64_t	get_tsf_time (enum role iface)
	Gets the TSF (Timing Synchronization Function) time for the specified interface.
void	statis_dump (flags< statis_module > modules)
	Dumps WiFi statistics for the specified modules.
void	config_11b_rate (enum role iface, bool disable)
	Enables or disables 802.11b rate for the specified interface.
void	config_80211_tx_rate (enum role iface, enum phy_rate rate)
	Sets the 802.11 TX rate for the specified interface.
void	disable_pmf_config (enum role iface)
	Disables PMF (Protected Management Frames) for the specified interface.
void	set_dynamic_cs (bool enabled)
	Enables or disables dynamic CS (Carrier Sense).
void	connectionless_module_set_wake_interval (std::chrono::milliseconds interval)
	Sets the connectionless module wake interval.
result< void >	try_statis_dump (flags< statis_module > modules)
	Dumps WiFi statistics for the specified modules.
result< void >	try_config_11b_rate (enum role iface, bool disable)
	Enables or disables 802.11b rate for the specified interface.
result< void >	try_config_80211_tx_rate (enum role iface, enum phy_rate rate)
	Sets the 802.11 TX rate for the specified interface.
result< void >	try_disable_pmf_config (enum role iface)
	Disables PMF (Protected Management Frames) for the specified interface.
result< void >	try_set_dynamic_cs (bool enabled)
	Enables or disables dynamic CS (Carrier Sense).
result< void >	try_connectionless_module_set_wake_interval (std::chrono::milliseconds interval)
	Sets the connectionless module wake interval.
netif::interface	make_sta_netif ()
	Creates a default WiFi station network interface.
netif::interface	make_ap_netif ()
	Creates a default WiFi access point network interface.
result< netif::interface >	try_make_sta_netif ()
	Creates a default WiFi station network interface.
result< netif::interface >	try_make_ap_netif ()
	Creates a default WiFi access point network interface.
std::error_code	make_error_code (errc e) noexcept
	Creates an error code from an idfxx::wifi::errc value.

Variables
const event_base< event_id >	events
	WiFi event base.
constexpr idfxx::event< event_id, connected_event_data >	sta_connected {event_id::sta_connected}
	Station connected event with connection details.
constexpr idfxx::event< event_id, disconnected_event_data >	sta_disconnected {event_id::sta_disconnected}
	Station disconnected event with disconnection details.
constexpr idfxx::event< event_id, scan_done_event_data >	scan_done {event_id::scan_done}
	Scan completed event with scan results summary.
constexpr idfxx::event< event_id, authmode_change_event_data >	sta_authmode_change {event_id::sta_authmode_change}
	Station authentication mode changed event.
constexpr idfxx::event< event_id, ap_sta_connected_event_data >	ap_sta_connected {event_id::ap_sta_connected}
	Station connected to soft-AP event.
constexpr idfxx::event< event_id, ap_sta_disconnected_event_data >	ap_sta_disconnected
	Station disconnected from soft-AP event.
constexpr idfxx::event< event_id, ap_probe_req_event_data >	ap_probe_req_received {event_id::ap_probe_req_received}
	Probe request received by soft-AP event.
constexpr idfxx::event< event_id, bss_rssi_low_event_data >	sta_bss_rssi_low {event_id::sta_bss_rssi_low}
	BSS RSSI dropped below threshold event.
constexpr idfxx::event< event_id, home_channel_change_event_data >	home_channel_change
	Home channel changed event.
constexpr idfxx::event< event_id, ftm_report_event_data >	ftm_report {event_id::ftm_report}
	FTM report received event.
constexpr idfxx::event< event_id >	ready {event_id::ready}
	WiFi ready event.
constexpr idfxx::event< event_id >	sta_start {event_id::sta_start}
	Station started event.
constexpr idfxx::event< event_id >	sta_stop {event_id::sta_stop}
	Station stopped event.
constexpr idfxx::event< event_id >	ap_start {event_id::ap_start}
	Soft-AP started event.
constexpr idfxx::event< event_id >	ap_stop {event_id::ap_stop}
	Soft-AP stopped event.
constexpr idfxx::event< event_id >	sta_beacon_timeout {event_id::sta_beacon_timeout}
	Station beacon timeout event.
constexpr idfxx::event< event_id >	sta_wps_er_success {event_id::sta_wps_er_success}
	WPS enrollee success event.
constexpr idfxx::event< event_id >	sta_wps_er_failed {event_id::sta_wps_er_failed}
	WPS enrollee failed event.
constexpr idfxx::event< event_id >	sta_wps_er_timeout {event_id::sta_wps_er_timeout}
	WPS enrollee timeout event.
constexpr idfxx::event< event_id >	sta_wps_er_pin {event_id::sta_wps_er_pin}
	WPS enrollee PIN received event.
constexpr idfxx::event< event_id >	sta_wps_er_pbc_overlap {event_id::sta_wps_er_pbc_overlap}
	WPS PBC overlap detected event.
constexpr idfxx::event< event_id >	action_tx_status {event_id::action_tx_status}
	Action frame TX status event.
constexpr idfxx::event< event_id >	roc_done {event_id::roc_done}
	Remain-on-channel done event.
constexpr idfxx::event< event_id >	connectionless_module_wake_interval_start
	Connectionless module wake interval start event.
constexpr idfxx::event< event_id >	ap_wps_rg_success {event_id::ap_wps_rg_success}
	AP WPS registrar success event.
constexpr idfxx::event< event_id >	ap_wps_rg_failed {event_id::ap_wps_rg_failed}
	AP WPS registrar failed event.
constexpr idfxx::event< event_id >	ap_wps_rg_timeout {event_id::ap_wps_rg_timeout}
	AP WPS registrar timeout event.
constexpr idfxx::event< event_id >	ap_wps_rg_pin {event_id::ap_wps_rg_pin}
	AP WPS registrar PIN received event.
constexpr idfxx::event< event_id >	ap_wps_rg_pbc_overlap {event_id::ap_wps_rg_pbc_overlap}
	AP WPS PBC overlap detected event.
constexpr idfxx::event< event_id >	itwt_setup {event_id::itwt_setup}
	Individual TWT setup event.
constexpr idfxx::event< event_id >	itwt_teardown {event_id::itwt_teardown}
	Individual TWT teardown event.
constexpr idfxx::event< event_id >	itwt_probe {event_id::itwt_probe}
	Individual TWT probe event.
constexpr idfxx::event< event_id >	itwt_suspend {event_id::itwt_suspend}
	Individual TWT suspend event.
constexpr idfxx::event< event_id >	twt_wakeup {event_id::twt_wakeup}
	TWT wakeup event.
constexpr idfxx::event< event_id >	btwt_setup {event_id::btwt_setup}
	Broadcast TWT setup event.
constexpr idfxx::event< event_id >	btwt_teardown {event_id::btwt_teardown}
	Broadcast TWT teardown event.
constexpr idfxx::event< event_id >	nan_started {event_id::nan_started}
	NAN started event.
constexpr idfxx::event< event_id >	nan_stopped {event_id::nan_stopped}
	NAN stopped event.
constexpr idfxx::event< event_id >	nan_svc_match {event_id::nan_svc_match}
	NAN service match event.
constexpr idfxx::event< event_id >	nan_replied {event_id::nan_replied}
	NAN replied event.
constexpr idfxx::event< event_id >	nan_receive {event_id::nan_receive}
	NAN receive event.
constexpr idfxx::event< event_id >	ndp_indication {event_id::ndp_indication}
	NDP indication event.
constexpr idfxx::event< event_id >	ndp_confirm {event_id::ndp_confirm}
	NDP confirm event.
constexpr idfxx::event< event_id >	ndp_terminated {event_id::ndp_terminated}
	NDP terminated event.
constexpr idfxx::event< event_id >	sta_neighbor_rep {event_id::sta_neighbor_rep}
	Station neighbor report received event.
constexpr idfxx::event< event_id >	ap_wrong_password {event_id::ap_wrong_password}
	AP detected wrong password from station event.
constexpr idfxx::event< event_id >	sta_beacon_offset_unstable {event_id::sta_beacon_offset_unstable}
	Station beacon offset unstable event.
constexpr idfxx::event< event_id >	dpp_uri_ready {event_id::dpp_uri_ready}
	DPP URI ready event.
constexpr idfxx::event< event_id >	dpp_cfg_recvd {event_id::dpp_cfg_recvd}
	DPP configuration received event.
constexpr idfxx::event< event_id >	dpp_failed {event_id::dpp_failed}
	DPP failed event.

Typedef Documentation

csi_rx_cb

using idfxx::wifi::csi_rx_cb = typedef void (*)(void* ctx, const wifi_csi_info_t* info)

Callback invoked for each received CSI (Channel State Information) record.

Receives the registered user context and the CSI record, valid only for the duration of the call.

Definition at line 2992 of file wifi.hpp.

promiscuous_rx_cb

using idfxx::wifi::promiscuous_rx_cb = typedef void (*)(const wifi_promiscuous_pkt_t* pkt, promiscuous_pkt_type type)

Callback invoked for each packet received in promiscuous mode.

pkt points to the received frame and its radio metadata; type identifies the packet category. For management and data packets the frame payload is present; for other categories it may be absent (see the ESP-IDF promiscuous-mode documentation).

Definition at line 2728 of file wifi.hpp.

tx_80211_done_cb

using idfxx::wifi::tx_80211_done_cb = typedef void (*)(const esp_80211_tx_info_t* tx_info)

Callback invoked when a raw 802.11 frame transmission completes.

Receives the transmission result and frame details for the completed send.

Definition at line 2872 of file wifi.hpp.

vendor_ie_cb

using idfxx::wifi::vendor_ie_cb = typedef void (*)(void* ctx, enum vendor_ie_type type, mac_address sa, const vendor_ie_data_t* ie, electro::dbm rssi)

Callback invoked when a matching vendor-specific IE is received.

Receives the registered user context, the frame type carrying the IE, the sender's MAC address, the vendor IE payload, and the frame's RSSI.

Definition at line 2932 of file wifi.hpp.

Enumeration Type Documentation

auth_mode

enum class idfxx::wifi::auth_mode : int

strong

WiFi authentication mode.

Enumerator
open	Open (no authentication).
wep	WEP authentication.
wpa_psk	WPA-PSK authentication.
wpa2_psk	WPA2-PSK authentication.
wpa_wpa2_psk	WPA/WPA2-PSK authentication.
wpa2_enterprise	WPA2-Enterprise authentication.
wpa3_psk	WPA3-PSK authentication.
wpa2_wpa3_psk	WPA2/WPA3-PSK authentication.
wapi_psk	WAPI-PSK authentication.
owe	OWE (Opportunistic Wireless Encryption).
wpa3_ent_192	WPA3-Enterprise Suite B 192-bit.
dpp	DPP (Device Provisioning Protocol).
wpa3_enterprise	WPA3-Enterprise Only Mode.
wpa2_wpa3_enterprise	WPA3-Enterprise Transition Mode.
wpa_enterprise	WPA-Enterprise authentication.

Definition at line 67 of file wifi.hpp.

band

enum class idfxx::wifi::band : int

strong

WiFi frequency band.

Enumerator
ghz_2g	2.4 GHz band.
ghz_5g	5 GHz band.

Definition at line 264 of file wifi.hpp.

band_mode

enum class idfxx::wifi::band_mode : int

strong

WiFi band mode.

Enumerator
ghz_2g_only	2.4 GHz only.
ghz_5g_only	5 GHz only.
auto_mode	Automatic band selection.

Definition at line 275 of file wifi.hpp.

bandwidth

enum class idfxx::wifi::bandwidth : int

strong

WiFi channel bandwidth.

Enumerator
ht20	HT20 (20 MHz bandwidth).
ht40	HT40 (40 MHz bandwidth).
bw80	80 MHz bandwidth.
bw160	160 MHz bandwidth.
bw80_80	80+80 MHz bandwidth.

Definition at line 103 of file wifi.hpp.

channel_5g

enum class idfxx::wifi::channel_5g : uint32_t

strong

5 GHz WiFi channel flags.

Each value represents a specific 5 GHz channel. Can be combined using bitwise operators via the flags<channel_5g> type to form a channel mask.

Enumerator
ch36	Channel 36.
ch40	Channel 40.
ch44	Channel 44.
ch48	Channel 48.
ch52	Channel 52.
ch56	Channel 56.
ch60	Channel 60.
ch64	Channel 64.
ch100	Channel 100.
ch104	Channel 104.
ch108	Channel 108.
ch112	Channel 112.
ch116	Channel 116.
ch120	Channel 120.
ch124	Channel 124.
ch128	Channel 128.
ch132	Channel 132.
ch136	Channel 136.
ch140	Channel 140.
ch144	Channel 144.
ch149	Channel 149.
ch153	Channel 153.
ch157	Channel 157.
ch161	Channel 161.
ch165	Channel 165.
ch169	Channel 169.
ch173	Channel 173.
ch177	Channel 177.
all	All 5 GHz channels.

Definition at line 290 of file wifi.hpp.

cipher_type

enum class idfxx::wifi::cipher_type : int

strong

WiFi cipher type.

Enumerator
none	No cipher.
wep40	WEP40 cipher.
wep104	WEP104 cipher.
tkip	TKIP cipher.
ccmp	CCMP cipher.
tkip_ccmp	TKIP and CCMP cipher.
aes_cmac128	AES-CMAC-128 cipher.
sms4	SMS4 cipher.
gcmp	GCMP cipher.
gcmp256	GCMP-256 cipher.
aes_gmac128	AES-GMAC-128 cipher.
aes_gmac256	AES-GMAC-256 cipher.
unknown	Unknown cipher type.

Definition at line 225 of file wifi.hpp.

country_policy

enum class idfxx::wifi::country_policy : int

strong

WiFi country policy.

Enumerator
auto_policy	Automatically set country info based on connected AP.
manual	Manually configured country info.

Definition at line 339 of file wifi.hpp.

disconnect_reason

enum class idfxx::wifi::disconnect_reason : uint16_t

strong

WiFi disconnection reason codes.

Values 1-68 are IEEE 802.11 standard reason codes. Values 200+ are vendor-specific reason codes for events such as beacon timeout and authentication failure.

Enumerator
unspecified	Unspecified reason.
auth_expire	Authentication expired.
auth_leave	Deauthenticated because sending STA is leaving.
assoc_expire	Disassociated due to inactivity.
assoc_toomany	Disassociated because AP is unable to handle all associated STAs.
not_authed	Class 2 frame received from nonauthenticated STA.
not_assoced	Class 3 frame received from nonassociated STA.
assoc_leave	Disassociated because sending STA is leaving.
assoc_not_authed	STA requesting association is not authenticated.
disassoc_pwrcap_bad	Disassociated because power capability is unacceptable.
disassoc_supchan_bad	Disassociated because supported channels are unacceptable.
bss_transition_disassoc	Disassociated due to BSS transition management.
ie_invalid	Invalid information element.
mic_failure	Message integrity code failure.
fourway_handshake_timeout	4-way handshake timeout.
group_key_update_timeout	Group key handshake timeout.
ie_in_4way_differs	Information element in 4-way handshake differs.
group_cipher_invalid	Invalid group cipher.
pairwise_cipher_invalid	Invalid pairwise cipher.
akmp_invalid	Invalid AKMP.
unsupp_rsn_ie_version	Unsupported RSN information element version.
invalid_rsn_ie_cap	Invalid RSN information element capabilities.
ieee_802_1x_auth_failed	IEEE 802.1X authentication failed.
cipher_suite_rejected	Cipher suite rejected.
tdls_peer_unreachable	TDLS peer unreachable.
tdls_unspecified	TDLS unspecified reason.
ssp_requested_disassoc	SSP requested disassociation.
no_ssp_roaming_agreement	No SSP roaming agreement.
bad_cipher_or_akm	Bad cipher or AKM.
not_authorized_this_location	Not authorized for this location.
service_change_precludes_ts	Service change precludes TS.
unspecified_qos	Unspecified QoS reason.
not_enough_bandwidth	Not enough bandwidth.
missing_acks	Missing ACKs.
exceeded_txop	Exceeded TXOP.
sta_leaving	STA leaving.
end_ba	Block Ack session ended.
unknown_ba	Unknown Block Ack.
timeout	Timeout.
peer_initiated	Peer initiated disconnect.
ap_initiated	AP initiated disconnect.
invalid_ft_action_frame_count	Invalid FT action frame count.
invalid_pmkid	Invalid PMKID.
invalid_mde	Invalid MDE.
invalid_fte	Invalid FTE.
transmission_link_establish_failed	Transmission link establishment failed.
alterative_channel_occupied	Alternative channel occupied.
beacon_timeout	Beacon timeout (AP not responding).
no_ap_found	No AP found matching the configured SSID.
auth_fail	Authentication failed.
assoc_fail	Association failed.
handshake_timeout	Handshake timeout.
connection_fail	Connection failed.
ap_tsf_reset	AP TSF was reset.
roaming	Roaming to another AP.
assoc_comeback_time_too_long	Association comeback time too long.
sa_query_timeout	SA query timeout.
no_ap_found_w_compatible_security	No AP found with compatible security.
no_ap_found_in_authmode_threshold	No AP found in authmode threshold.
no_ap_found_in_rssi_threshold	No AP found in RSSI threshold.

Definition at line 153 of file wifi.hpp.

errc

enum class idfxx::wifi::errc : esp_err_t

strong

Error codes for WiFi operations.

The category's equivalent() member recognises codes that map to standard std::errc synonyms (e.g. value_too_large), so callers can compare error codes against either the domain-specific errc value or the portable POSIX name.

Enumerator
not_init	WiFi driver was not initialized.
not_started	WiFi driver was not started.
not_stopped	WiFi driver was not stopped.
if_error	WiFi interface error.
mode	WiFi mode error.
state	WiFi internal state error.
conn	WiFi internal control block of station error.
nvs	WiFi internal NVS module error.
mac	MAC address is invalid.
ssid	SSID is invalid.
password	Password is invalid.
timeout	WiFi timeout.
wake_fail	WiFi is in sleep state and wakeup failed.
would_block	The caller would block.
not_connect	Station still in disconnect status.
post	Failed to post event to WiFi task.
init_state	Invalid WiFi state when init/deinit is called.
stop_state	WiFi stop in progress.
not_assoc	WiFi connection not associated.
tx_disallow	WiFi TX is disallowed.
twt_full	No available TWT flow ID.
twt_setup_timeout	TWT setup response timeout.
twt_setup_txfail	TWT setup frame TX failed.
twt_setup_reject	TWT setup request was rejected by AP.
discard	Frame discarded.
roc_in_progress	Remain-on-channel operation in progress.
value_too_large	Configuration value exceeds the supported range.

Definition at line 625 of file wifi.hpp.

event_id

enum class idfxx::wifi::event_id : int32_t

strong

WiFi event IDs.

Used with the wifi::events event base to register listeners and post events.

loop.listener_add(idfxx::wifi::sta_connected,
    [](const idfxx::wifi::connected_event_data& info) {
        // use info.ssid, info.channel, etc.
    });

Enumerator
ready	WiFi ready.
scan_done	Scan completed.
sta_start	Station started.
sta_stop	Station stopped.
sta_connected	Station connected to AP.
sta_disconnected	Station disconnected from AP.
sta_authmode_change	Station authentication mode changed.
sta_wps_er_success	WPS enrollee success.
sta_wps_er_failed	WPS enrollee failed.
sta_wps_er_timeout	WPS enrollee timeout.
sta_wps_er_pin	WPS enrollee PIN code received.
sta_wps_er_pbc_overlap	WPS PBC overlap detected.
ap_start	Soft-AP started.
ap_stop	Soft-AP stopped.
ap_sta_connected	Station connected to soft-AP.
ap_sta_disconnected	Station disconnected from soft-AP.
ap_probe_req_received	Soft-AP received probe request.
ftm_report	FTM report received.
sta_bss_rssi_low	Station BSS RSSI is below threshold.
action_tx_status	Action frame TX status.
roc_done	Remain-on-channel done.
sta_beacon_timeout	Station beacon timeout.
connectionless_module_wake_interval_start	Connectionless module wake interval start.
ap_wps_rg_success	AP WPS registrar success.
ap_wps_rg_failed	AP WPS registrar failed.
ap_wps_rg_timeout	AP WPS registrar timeout.
ap_wps_rg_pin	AP WPS registrar PIN received.
ap_wps_rg_pbc_overlap	AP WPS PBC overlap detected.
itwt_setup	Individual TWT setup.
itwt_teardown	Individual TWT teardown.
itwt_probe	Individual TWT probe.
itwt_suspend	Individual TWT suspend.
twt_wakeup	TWT wakeup.
btwt_setup	Broadcast TWT setup.
btwt_teardown	Broadcast TWT teardown.
nan_started	NAN started.
nan_stopped	NAN stopped.
nan_svc_match	NAN service match.
nan_replied	NAN replied.
nan_receive	NAN receive.
ndp_indication	NDP indication.
ndp_confirm	NDP confirm.
ndp_terminated	NDP terminated.
home_channel_change	Home channel changed.
sta_neighbor_rep	Station neighbor report received.
ap_wrong_password	AP detected wrong password from station.
sta_beacon_offset_unstable	Station beacon offset unstable.
dpp_uri_ready	DPP URI ready.
dpp_cfg_recvd	DPP configuration received.
dpp_failed	DPP failed.

Definition at line 1048 of file wifi.hpp.

event_mask

enum class idfxx::wifi::event_mask : uint32_t

strong

WiFi event mask flags.

Controls which events are suppressed from the event loop. Can be combined using bitwise operators via the flags<event_mask> type.

Enumerator
all	All events.
none	No events.
ap_probe_req_rx	AP probe request received event.

Definition at line 458 of file wifi.hpp.

ftm_status

enum class idfxx::wifi::ftm_status : int

strong

FTM (Fine Timing Measurement) session status.

Enumerator
success	FTM session completed successfully.
unsupported	FTM not supported by peer.
conf_rejected	FTM configuration rejected by peer.
no_response	No response from peer.
fail	FTM session failed.
no_valid_msmt	No valid measurements obtained.
user_term	FTM session terminated by user.

Definition at line 513 of file wifi.hpp.

phy_mode

enum class idfxx::wifi::phy_mode : int

strong

WiFi PHY mode.

Enumerator
lr	Long Range mode.
b11b	802.11b mode.
b11g	802.11g mode.
b11a	802.11a mode.
ht20	HT20 mode.
ht40	HT40 mode.
he20	HE20 mode.
vht20	VHT20 mode.

Definition at line 247 of file wifi.hpp.

phy_rate

enum class idfxx::wifi::phy_rate : int

strong

WiFi PHY transmission rate.

Specifies the physical layer data rate for 802.11 frame transmission. Includes rates for 802.11b (long/short preamble), OFDM (802.11a/g), HT (802.11n) with long/short guard interval, and Long Range modes.

Enumerator
rate_1m_l	1 Mbps with long preamble.
rate_2m_l	2 Mbps with long preamble.
rate_5m_l	5.5 Mbps with long preamble.
rate_11m_l	11 Mbps with long preamble.
rate_2m_s	2 Mbps with short preamble.
rate_5m_s	5.5 Mbps with short preamble.
rate_11m_s	11 Mbps with short preamble.
rate_48m	48 Mbps (OFDM).
rate_24m	24 Mbps (OFDM).
rate_12m	12 Mbps (OFDM).
rate_6m	6 Mbps (OFDM).
rate_54m	54 Mbps (OFDM).
rate_36m	36 Mbps (OFDM).
rate_18m	18 Mbps (OFDM).
rate_9m	9 Mbps (OFDM).
mcs0_lgi	MCS0 with long guard interval.
mcs1_lgi	MCS1 with long guard interval.
mcs2_lgi	MCS2 with long guard interval.
mcs3_lgi	MCS3 with long guard interval.
mcs4_lgi	MCS4 with long guard interval.
mcs5_lgi	MCS5 with long guard interval.
mcs6_lgi	MCS6 with long guard interval.
mcs7_lgi	MCS7 with long guard interval.
mcs0_sgi	MCS0 with short guard interval.
mcs1_sgi	MCS1 with short guard interval.
mcs2_sgi	MCS2 with short guard interval.
mcs3_sgi	MCS3 with short guard interval.
mcs4_sgi	MCS4 with short guard interval.
mcs5_sgi	MCS5 with short guard interval.
mcs6_sgi	MCS6 with short guard interval.
mcs7_sgi	MCS7 with short guard interval.
lora_250k	250 Kbps Long Range rate.
lora_500k	500 Kbps Long Range rate.

Definition at line 533 of file wifi.hpp.

power_save

enum class idfxx::wifi::power_save : int

strong

WiFi power save mode.

Enumerator
none	No power saving.
min_modem	Minimum modem power saving. Station wakes up every DTIM.
max_modem	Maximum modem power saving. Station wakes up every listen interval.

Definition at line 91 of file wifi.hpp.

promiscuous_ctrl_filter

enum class idfxx::wifi::promiscuous_ctrl_filter : uint32_t

strong

Promiscuous mode control frame sub-type filter flags.

Can be combined using bitwise operators via the flags<promiscuous_ctrl_filter> type.

Enumerator
all	Accept all control sub-types.
wrapper	Accept wrapper frames.
bar	Accept Block Ack Request frames.
ba	Accept Block Ack frames.
pspoll	Accept PS-Poll frames.
rts	Accept RTS frames.
cts	Accept CTS frames.
ack	Accept ACK frames.
cfend	Accept CF-End frames.
cfendack	Accept CF-End + CF-Ack frames.

Definition at line 436 of file wifi.hpp.

promiscuous_filter

enum class idfxx::wifi::promiscuous_filter : uint32_t

strong

Promiscuous mode filter flags.

Can be combined using bitwise operators via the flags<promiscuous_filter> type.

Enumerator
all	Accept all packet types.
mgmt	Accept management packets.
ctrl	Accept control packets.
data	Accept data packets.
misc	Accept miscellaneous packets.
data_mpdu	Accept data MPDU packets.
data_ampdu	Accept data AMPDU packets.
fcsfail	Accept FCS-failed packets.

Definition at line 417 of file wifi.hpp.

promiscuous_pkt_type

enum class idfxx::wifi::promiscuous_pkt_type : int

strong

Promiscuous mode packet type.

Enumerator
mgmt	Management frame.
ctrl	Control frame.
data	Data frame.
misc	Miscellaneous frame.

Definition at line 402 of file wifi.hpp.

protocol

enum class idfxx::wifi::protocol : uint8_t

strong

WiFi protocol flags.

Can be combined using bitwise operators via the flags<protocol> type.

Enumerator
b11b	802.11b protocol.
b11g	802.11g protocol.
b11n	802.11n protocol.
lr	Long Range protocol.
b11a	802.11a protocol.
b11ac	802.11ac protocol.
b11ax	802.11ax protocol.

Definition at line 386 of file wifi.hpp.

role

enum class idfxx::wifi::role : uint32_t

strong

WiFi role (station and/or access point).

Combined via flags<role> to specify which roles are active (e.g. set_roles(role::sta | role::ap)), or passed individually to functions that operate on one interface (e.g. set_bandwidth(role::sta, …)).

Enumerator
sta	Station role.
ap	Access point role.

Definition at line 56 of file wifi.hpp.

sae_pk_mode

enum class idfxx::wifi::sae_pk_mode : int

strong

SAE-PK (Public Key) mode.

Enumerator
automatic	Automatic SAE-PK mode.
only	SAE-PK only mode.
disabled	SAE-PK disabled.

Definition at line 372 of file wifi.hpp.

sae_pwe_method

enum class idfxx::wifi::sae_pwe_method : int

strong

SAE PWE (Password Element) derivation method.

Enumerator
hunt_and_peck	Hunting and Pecking method.
hash_to_element	Hash-to-Element method.

Definition at line 361 of file wifi.hpp.

scan_method

enum class idfxx::wifi::scan_method : int

strong

WiFi scan method.

Enumerator
fast	Fast scan (stop on first match).
all_channel	Scan all channels.

Definition at line 350 of file wifi.hpp.

scan_type

enum class idfxx::wifi::scan_type : int

strong

WiFi scan type.

Enumerator
active	Active scan (sends probe requests).
passive	Passive scan (listens for beacons).

Definition at line 117 of file wifi.hpp.

second_channel

enum class idfxx::wifi::second_channel : int

strong

WiFi secondary channel position relative to the primary channel.

Enumerator
above	Secondary channel is above the primary channel.
below	Secondary channel is below the primary channel.

Definition at line 128 of file wifi.hpp.

sort_method

enum class idfxx::wifi::sort_method : int

strong

WiFi AP sort method for connection.

Enumerator
by_rssi	Sort by signal strength (RSSI).
by_security	Sort by security mode.

Definition at line 139 of file wifi.hpp.

statis_module

enum class idfxx::wifi::statis_module : uint32_t

strong

WiFi statistics module flags.

Identifies which internal WiFi modules should dump their statistics. Can be combined using bitwise operators via the flags<statis_module> type.

Enumerator
buffer	Buffer allocation statistics.
rxtx	RX/TX statistics.
hw	Hardware statistics.
diag	Diagnostic statistics.
ps	Power-save statistics.
all	All modules.

Definition at line 473 of file wifi.hpp.

storage

enum class idfxx::wifi::storage : int

strong

WiFi configuration storage location.

Enumerator
flash	Store configuration in flash (NVS).
ram	Store configuration in RAM only.

Definition at line 328 of file wifi.hpp.

vendor_ie_id

enum class idfxx::wifi::vendor_ie_id : int

strong

Vendor-specific IE index.

Enumerator
id_0	Vendor IE index 0.
id_1	Vendor IE index 1.

Definition at line 502 of file wifi.hpp.

vendor_ie_type

enum class idfxx::wifi::vendor_ie_type : int

strong

Vendor-specific IE type.

Enumerator
beacon	Beacon frame.
probe_req	Probe request frame.
probe_resp	Probe response frame.
assoc_req	Association request frame.
assoc_resp	Association response frame.

Definition at line 488 of file wifi.hpp.

Function Documentation

ap_get_sta_aid()

uint16_t idfxx::wifi::ap_get_sta_aid

(

mac_address

mac

)

Gets the association ID for a station connected to the soft-AP.

Parameters

mac	MAC address of the station.

Returns

The association ID.

Note

Only available when CONFIG_COMPILER_CXX_EXCEPTIONS is enabled.

Exceptions

std::system_error

on failure.

clear_ap_list()

void idfxx::wifi::clear_ap_list

(

)

Clears the AP list stored from a previous scan.

Note

Only available when CONFIG_COMPILER_CXX_EXCEPTIONS is enabled.

Exceptions

std::system_error

on failure.

clear_fast_connect()

void idfxx::wifi::clear_fast_connect

(

)

Clears the fast-connect data stored in memory.

Note

Only available when CONFIG_COMPILER_CXX_EXCEPTIONS is enabled.

Exceptions

std::system_error

on failure.

config_11b_rate()

void idfxx::wifi::config_11b_rate	(	enum role	iface,
		bool	disable
	)

Enables or disables 802.11b rate for the specified interface.

Parameters

iface	The WiFi interface.
disable	True to disable 11b rate, false to enable.

Note

Only available when CONFIG_COMPILER_CXX_EXCEPTIONS is enabled.

Exceptions

std::system_error

on failure.

config_80211_tx_rate()

void idfxx::wifi::config_80211_tx_rate	(	enum role	iface,
		enum phy_rate	rate
	)

Sets the 802.11 TX rate for the specified interface.

Parameters

iface	The WiFi interface.
rate	The PHY transmission rate.

Note

Only available when CONFIG_COMPILER_CXX_EXCEPTIONS is enabled.

Exceptions

std::system_error

on failure.

connect()

void idfxx::wifi::connect

(

)

Connects to the configured access point.

The WiFi subsystem must be started before connecting. Connection progress is reported via WiFi and IP events.

Note

Only available when CONFIG_COMPILER_CXX_EXCEPTIONS is enabled.

Exceptions

std::system_error

on failure.

connect_sta()

template<typename Rep , typename Period >

net::ipv4_info idfxx::wifi::connect_sta	(	const sta_config &	cfg,
		std::chrono::duration< Rep, Period >	timeout
	)

Connects to an access point as a station and waits for an IPv4 address.

Composes the common station bring-up: enables the station role (preserving any other active roles), applies cfg, starts WiFi, initiates the connection, and blocks until the station acquires an IPv4 address or timeout elapses.

Requires the system event loop (event_loop::create_system()), a station netif (make_sta_netif()), and an initialized WiFi subsystem (init()) before calling. The step-by-step API (set_roles, set_sta_config, start, connect) remains available for full control over the sequence.

idfxx::event_loop::create_system();
auto netif = idfxx::wifi::make_sta_netif();
idfxx::wifi::init({});
auto ip = idfxx::wifi::connect_sta({.ssid = "myssid", .password = "secret"}, 30s);

Parameters

cfg	The station configuration (SSID, credentials, etc.).
timeout	Maximum time to wait for an IPv4 address.

Returns

The acquired IPv4 address information.

Note

Only available when CONFIG_COMPILER_CXX_EXCEPTIONS is enabled.

Exceptions

std::system_error

on failure, disconnection during the attempt, or timeout.

connectionless_module_set_wake_interval()

void idfxx::wifi::connectionless_module_set_wake_interval

(

std::chrono::milliseconds

interval

)

Sets the connectionless module wake interval.

Parameters

interval

The wake interval, 1 ms to 65535 ms (multiples of 100 ms recommended; 0 selects the default mode).

Note

Only available when CONFIG_COMPILER_CXX_EXCEPTIONS is enabled.

Exceptions

std::system_error

on failure.

deauth_sta()

void idfxx::wifi::deauth_sta

(

uint16_t

aid

)

Deauthenticates a station from the soft-AP.

Parameters

aid	Association ID of the station to deauthenticate (0 = all).

Note

Only available when CONFIG_COMPILER_CXX_EXCEPTIONS is enabled.

Exceptions

std::system_error

on failure.

deinit()

void idfxx::wifi::deinit

(

)

Deinitializes the WiFi subsystem and frees resources.

Note

Only available when CONFIG_COMPILER_CXX_EXCEPTIONS is enabled.

Exceptions

std::system_error

on failure.

disable_pmf_config()

void idfxx::wifi::disable_pmf_config

(

enum role

iface

)

Disables PMF (Protected Management Frames) for the specified interface.

Parameters

iface

The WiFi interface.

Note

Only available when CONFIG_COMPILER_CXX_EXCEPTIONS is enabled.

Exceptions

std::system_error

on failure.

disconnect()

void idfxx::wifi::disconnect

(

)

Disconnects from the current access point.

Note

Only available when CONFIG_COMPILER_CXX_EXCEPTIONS is enabled.

Exceptions

std::system_error

on failure.

force_wakeup_acquire()

void idfxx::wifi::force_wakeup_acquire

(

)

Acquires a WiFi wakeup lock.

Prevents the WiFi modem from entering sleep while the lock is held.

Note

Only available when CONFIG_COMPILER_CXX_EXCEPTIONS is enabled.

Exceptions

std::system_error

on failure.

force_wakeup_release()

void idfxx::wifi::force_wakeup_release

(

)

Releases a WiFi wakeup lock.

Note

Only available when CONFIG_COMPILER_CXX_EXCEPTIONS is enabled.

Exceptions

std::system_error

on failure.

ftm_end_session()

void idfxx::wifi::ftm_end_session

(

)

Ends the current FTM session.

Note

Only available when CONFIG_COMPILER_CXX_EXCEPTIONS is enabled.

Exceptions

std::system_error

on failure.

ftm_get_report()

std::vector< ftm_report_entry > idfxx::wifi::ftm_get_report

(

size_t

max_entries

)

Retrieves the FTM measurement report entries.

Parameters

max_entries

Maximum number of entries to retrieve.

Returns

A vector of FTM report entries.

Note

Only available when CONFIG_COMPILER_CXX_EXCEPTIONS is enabled.

Exceptions

std::system_error

on failure.

ftm_initiate_session()

void idfxx::wifi::ftm_initiate_session

(

const ftm_initiator_config &

cfg

)

Initiates an FTM (Fine Timing Measurement) session.

Parameters

cfg	The FTM initiator configuration.

Note

Only available when CONFIG_COMPILER_CXX_EXCEPTIONS is enabled.

Exceptions

std::system_error

on failure.

ftm_resp_set_offset()

void idfxx::wifi::ftm_resp_set_offset

(

int16_t

offset

)

Sets the FTM responder offset.

Parameters

offset

The offset value in nanoseconds.

Note

Only available when CONFIG_COMPILER_CXX_EXCEPTIONS is enabled.

Exceptions

std::system_error

on failure.

get_ap_config()

ap_config idfxx::wifi::get_ap_config

(

)

Gets the current WiFi access point configuration.

Returns

The current access point configuration.

Note

Only available when CONFIG_COMPILER_CXX_EXCEPTIONS is enabled.

Exceptions

std::system_error

on failure.

get_ap_info()

ap_record idfxx::wifi::get_ap_info

(

)

Gets information about the currently connected access point.

Returns

The AP information.

Note

Only available when CONFIG_COMPILER_CXX_EXCEPTIONS is enabled.

Exceptions

std::system_error

on failure.

get_band()

enum band idfxx::wifi::get_band

(

)

Gets the current WiFi band.

Returns

The current frequency band.

Note

Only available when CONFIG_COMPILER_CXX_EXCEPTIONS is enabled.

Exceptions

std::system_error

on failure.

get_band_mode()

enum band_mode idfxx::wifi::get_band_mode

(

)

Gets the current WiFi band mode.

Returns

The current band mode.

Note

Only available when CONFIG_COMPILER_CXX_EXCEPTIONS is enabled.

Exceptions

std::system_error

on failure.

get_bandwidth()

enum bandwidth idfxx::wifi::get_bandwidth

(

enum role

iface

)

Gets the current channel bandwidth for the specified interface.

Parameters

iface

The WiFi interface.

Returns

The current bandwidth.

Note

Only available when CONFIG_COMPILER_CXX_EXCEPTIONS is enabled.

Exceptions

std::system_error

on failure.

get_bandwidths()

bandwidths_config idfxx::wifi::get_bandwidths

(

enum role

iface

)

Gets bandwidths for dual-band operation on the specified interface.

Parameters

iface

The WiFi interface.

Returns

The bandwidth configuration for both bands.

Note

Only available when CONFIG_COMPILER_CXX_EXCEPTIONS is enabled.

Exceptions

std::system_error

on failure.

get_channel()

channel_info idfxx::wifi::get_channel

(

)

Gets the current primary and secondary channel.

Returns

The channel information.

Note

Only available when CONFIG_COMPILER_CXX_EXCEPTIONS is enabled.

Exceptions

std::system_error

on failure.

get_country()

country_config idfxx::wifi::get_country

(

)

Gets the current WiFi country configuration.

Returns

The country configuration.

Note

Only available when CONFIG_COMPILER_CXX_EXCEPTIONS is enabled.

Exceptions

std::system_error

on failure.

get_country_code()

std::string idfxx::wifi::get_country_code

(

)

Gets the current country code.

Returns

The current country code string.

Note

Only available when CONFIG_COMPILER_CXX_EXCEPTIONS is enabled.

Exceptions

std::system_error

on failure.

get_csi_config()

csi_config idfxx::wifi::get_csi_config

(

)

Gets the current CSI configuration.

Returns

The current CSI configuration.

Note

Only available when CONFIG_COMPILER_CXX_EXCEPTIONS is enabled.

Exceptions

std::system_error

on failure.

get_event_mask()

flags< event_mask > idfxx::wifi::get_event_mask

(

)

Gets the current WiFi event mask.

Returns

The current event mask.

Note

Only available when CONFIG_COMPILER_CXX_EXCEPTIONS is enabled.

Exceptions

std::system_error

on failure.

get_inactive_time()

std::chrono::seconds idfxx::wifi::get_inactive_time

(

enum role

iface

)

Gets the inactive time before a station is deauthenticated.

Parameters

iface

The WiFi interface.

Returns

The inactive time in seconds.

Note

Only available when CONFIG_COMPILER_CXX_EXCEPTIONS is enabled.

Exceptions

std::system_error

on failure.

get_mac()

mac_address idfxx::wifi::get_mac

(

enum role

iface

)

Gets the MAC address for the specified interface.

Parameters

iface

The WiFi interface.

Returns

The MAC address.

Note

Only available when CONFIG_COMPILER_CXX_EXCEPTIONS is enabled.

Exceptions

std::system_error

on failure.

get_max_tx_power()

electro::centi_dbm idfxx::wifi::get_max_tx_power

(

)

Gets the current maximum transmit power.

Returns

The maximum TX power, at the hardware's 0.25 dBm resolution.

Note

Only available when CONFIG_COMPILER_CXX_EXCEPTIONS is enabled.

Exceptions

std::system_error

on failure.

get_negotiated_phymode()

enum phy_mode idfxx::wifi::get_negotiated_phymode

(

)

Gets the PHY mode negotiated with the connected AP.

Returns

The negotiated PHY mode.

Note

Only available when CONFIG_COMPILER_CXX_EXCEPTIONS is enabled.

Exceptions

std::system_error

on failure.

get_power_save()

enum power_save idfxx::wifi::get_power_save

(

)

Gets the current power save mode.

Returns

The current power save mode.

Note

Only available when CONFIG_COMPILER_CXX_EXCEPTIONS is enabled.

Exceptions

std::system_error

on failure.

get_promiscuous()

bool idfxx::wifi::get_promiscuous

(

)

Gets whether promiscuous mode is enabled.

Returns

True if promiscuous mode is enabled.

Note

Only available when CONFIG_COMPILER_CXX_EXCEPTIONS is enabled.

Exceptions

std::system_error

on failure.

get_promiscuous_ctrl_filter()

flags< promiscuous_ctrl_filter > idfxx::wifi::get_promiscuous_ctrl_filter

(

)

Gets the current promiscuous mode control frame sub-type filter.

Returns

The current control frame filter flags.

Note

Only available when CONFIG_COMPILER_CXX_EXCEPTIONS is enabled.

Exceptions

std::system_error

on failure.

get_promiscuous_filter()

flags< promiscuous_filter > idfxx::wifi::get_promiscuous_filter

(

)

Gets the current promiscuous mode packet type filter.

Returns

The current filter flags.

Note

Only available when CONFIG_COMPILER_CXX_EXCEPTIONS is enabled.

Exceptions

std::system_error

on failure.

get_protocol()

flags< protocol > idfxx::wifi::get_protocol

(

enum role

iface

)

Gets the enabled WiFi protocols for the specified interface.

Parameters

iface

The WiFi interface.

Returns

The enabled protocol flags.

Note

Only available when CONFIG_COMPILER_CXX_EXCEPTIONS is enabled.

Exceptions

std::system_error

on failure.

get_protocols()

protocols_config idfxx::wifi::get_protocols

(

enum role

iface

)

Gets the enabled WiFi protocols for dual-band operation.

Parameters

iface

The WiFi interface.

Returns

The protocol configuration for both bands.

Note

Only available when CONFIG_COMPILER_CXX_EXCEPTIONS is enabled.

Exceptions

std::system_error

on failure.

get_roles()

flags< role > idfxx::wifi::get_roles

(

)

Gets the currently active WiFi roles.

Returns

The active roles.

Note

Only available when CONFIG_COMPILER_CXX_EXCEPTIONS is enabled.

Exceptions

std::system_error

on failure.

get_rssi()

electro::dbm idfxx::wifi::get_rssi

(

)

Gets the current RSSI of the connected AP.

Returns

The RSSI.

Note

Only available when CONFIG_COMPILER_CXX_EXCEPTIONS is enabled.

Exceptions

std::system_error

on failure.

get_scan_parameters()

scan_default_params idfxx::wifi::get_scan_parameters

(

)

Gets the current default scan timing parameters.

Returns

The current scan timing parameters.

Note

Only available when CONFIG_COMPILER_CXX_EXCEPTIONS is enabled.

Exceptions

std::system_error

on failure.

get_sta_config()

sta_config idfxx::wifi::get_sta_config

(

)

Gets the current WiFi station configuration.

Returns

The current station configuration.

Note

Only available when CONFIG_COMPILER_CXX_EXCEPTIONS is enabled.

Exceptions

std::system_error

on failure.

get_sta_list()

std::vector< sta_info > idfxx::wifi::get_sta_list

(

)

Gets the list of stations connected to the soft-AP.

Returns

A vector of connected station information.

Note

Only available when CONFIG_COMPILER_CXX_EXCEPTIONS is enabled.

Exceptions

std::system_error

on failure.

get_tsf_time()

int64_t idfxx::wifi::get_tsf_time

(

enum role

iface

)

Gets the TSF (Timing Synchronization Function) time for the specified interface.

This function does not return an error; it always returns a timestamp.

Parameters

iface

The WiFi interface.

Returns

The TSF time in microseconds.

init()

void idfxx::wifi::init

(

const init_config &

cfg = {}

)

Initializes the WiFi subsystem.

Must be called before any other WiFi functions. When called with no arguments or an empty config, all Kconfig defaults are used.

Parameters

cfg	Initialization configuration. Defaults to Kconfig values.

Note

Only available when CONFIG_COMPILER_CXX_EXCEPTIONS is enabled.

Exceptions

std::system_error

on failure.

make_ap_netif()

netif::interface idfxx::wifi::make_ap_netif

(

)

Creates a default WiFi access point network interface.

Creates and returns an RAII netif configured as a WiFi access point with default settings. Must be called after netif::init().

Returns

The network interface.

Note

Only available when CONFIG_COMPILER_CXX_EXCEPTIONS is enabled.

Exceptions

std::system_error

if the interface could not be created.

make_error_code()

std::error_code idfxx::wifi::make_error_code ( errc  e )

inlinenoexcept

Creates an error code from an idfxx::wifi::errc value.

Parameters

e	The WiFi error code enumerator.

Returns

The corresponding std::error_code.

Definition at line 3727 of file wifi.hpp.

References idfxx::make_error_code(), and idfxx::wifi_category().

make_sta_netif()

netif::interface idfxx::wifi::make_sta_netif

(

)

Creates a default WiFi station network interface.

Creates and returns an RAII netif configured as a WiFi station with default settings. Must be called after netif::init().

Returns

The network interface.

Note

Only available when CONFIG_COMPILER_CXX_EXCEPTIONS is enabled.

Exceptions

std::system_error

if the interface could not be created.

register_80211_tx_cb()

void idfxx::wifi::register_80211_tx_cb

(

tx_80211_done_cb

cb

)

Registers a callback for 802.11 TX completion.

The callback is invoked when a frame sent with tx_80211 completes, with the transmission's result and frame details.

Parameters

cb	Callback function pointer, or nullptr to unregister.

Note

Only available when CONFIG_COMPILER_CXX_EXCEPTIONS is enabled.

Exceptions

std::system_error

on failure.

restore()

void idfxx::wifi::restore

(

)

Restores WiFi stack persistent settings to defaults.

Resets configuration stored in NVS to factory defaults.

Note

Only available when CONFIG_COMPILER_CXX_EXCEPTIONS is enabled.

Exceptions

std::system_error

on failure.

scan()

std::vector< ap_record > idfxx::wifi::scan

(

const scan_config &

cfg = {}

)

Performs a blocking scan for access points.

Starts a scan and waits for it to complete before returning results.

Parameters

cfg	Scan configuration. Defaults to scanning all channels.

Returns

A vector of discovered access points sorted by RSSI.

Note

Only available when CONFIG_COMPILER_CXX_EXCEPTIONS is enabled.

Exceptions

std::system_error

on failure.

scan_get_ap_num()

uint16_t idfxx::wifi::scan_get_ap_num

(

)

Gets the number of APs found in the last scan.

Returns

The number of APs found.

Note

Only available when CONFIG_COMPILER_CXX_EXCEPTIONS is enabled.

Exceptions

std::system_error

on failure.

scan_get_results()

std::vector< ap_record > idfxx::wifi::scan_get_results

(

)

Retrieves results from a completed scan.

Call this after receiving the wifi::event_id::scan_done event.

Returns

A vector of discovered access points.

Note

Only available when CONFIG_COMPILER_CXX_EXCEPTIONS is enabled.

Exceptions

std::system_error

on failure.

scan_start()

void idfxx::wifi::scan_start

(

const scan_config &

cfg = {}

)

Starts a non-blocking scan for access points.

Initiates a scan that runs asynchronously. Listen for the wifi::event_id::scan_done event, then call scan_get_results() to retrieve the results.

Parameters

cfg	Scan configuration. Defaults to scanning all channels.

Note

Only available when CONFIG_COMPILER_CXX_EXCEPTIONS is enabled.

Exceptions

std::system_error

on failure.

scan_stop()

void idfxx::wifi::scan_stop

(

)

Stops an in-progress scan.

Note

Only available when CONFIG_COMPILER_CXX_EXCEPTIONS is enabled.

Exceptions

std::system_error

on failure.

set_ap_config()

void idfxx::wifi::set_ap_config

(

const ap_config &

cfg

)

Sets the WiFi access point configuration.

Parameters

cfg	The access point configuration.

Note

Only available when CONFIG_COMPILER_CXX_EXCEPTIONS is enabled.

Exceptions

std::system_error

on failure.

set_band()

void idfxx::wifi::set_band

(

enum band

b

)

Sets the WiFi band.

Parameters

b	The frequency band.

Note

Only available when CONFIG_COMPILER_CXX_EXCEPTIONS is enabled.

Exceptions

std::system_error

on failure.

set_band_mode()

void idfxx::wifi::set_band_mode

(

enum band_mode

m

)

Sets the WiFi band mode.

Parameters

m	The band mode.

Note

Only available when CONFIG_COMPILER_CXX_EXCEPTIONS is enabled.

Exceptions

std::system_error

on failure.

set_bandwidth()

void idfxx::wifi::set_bandwidth	(	enum role	iface,
		enum bandwidth	bw
	)

Sets the channel bandwidth for the specified interface.

Parameters

iface	The WiFi interface.
bw	The bandwidth.

Note

Only available when CONFIG_COMPILER_CXX_EXCEPTIONS is enabled.

Exceptions

std::system_error

on failure.

set_bandwidths()

void idfxx::wifi::set_bandwidths	(	enum role	iface,
		const bandwidths_config &	bw
	)

Sets bandwidths for dual-band operation on the specified interface.

Parameters

iface	The WiFi interface.
bw	The bandwidth configuration for both bands.

Note

Only available when CONFIG_COMPILER_CXX_EXCEPTIONS is enabled.

Exceptions

std::system_error

on failure.

set_channel()

void idfxx::wifi::set_channel	(	uint8_t	primary,
		std::optional< enum second_channel >	second = std::nullopt
	)

Sets the primary and secondary channel.

Parameters

primary	The primary channel number.
second	The secondary channel position, or nullopt for HT20 (no secondary channel).

Note

Only available when CONFIG_COMPILER_CXX_EXCEPTIONS is enabled.

Exceptions

std::system_error

on failure.

set_country()

void idfxx::wifi::set_country

(

const country_config &

cfg

)

Sets the WiFi country configuration.

Parameters

cfg	The country configuration.

Note

Only available when CONFIG_COMPILER_CXX_EXCEPTIONS is enabled.

Exceptions

std::system_error

on failure.

set_country_code()

void idfxx::wifi::set_country_code	(	std::string_view	cc,
		bool	ieee80211d_enabled
	)

Sets the country code.

Parameters

cc	Two-character country code string.
ieee80211d_enabled	Whether to enable IEEE 802.11d.

Note

Only available when CONFIG_COMPILER_CXX_EXCEPTIONS is enabled.

Exceptions

std::system_error

on failure.

set_csi()

void idfxx::wifi::set_csi

(

bool

en

)

Enables or disables CSI (Channel State Information) collection.

Parameters

en	True to enable, false to disable.

Note

Only available when CONFIG_COMPILER_CXX_EXCEPTIONS is enabled.

Exceptions

std::system_error

on failure.

set_csi_config()

void idfxx::wifi::set_csi_config

(

const csi_config &

cfg

)

Sets the CSI configuration.

Parameters

cfg	The CSI configuration.

Note

Only available when CONFIG_COMPILER_CXX_EXCEPTIONS is enabled.

Exceptions

std::system_error

on failure.

set_csi_rx_cb()

void idfxx::wifi::set_csi_rx_cb	(	csi_rx_cb	cb,
		void *	ctx
	)

Registers a callback for CSI data reception.

Parameters

cb	Callback function pointer, or nullptr to clear.
ctx	User context pointer passed to the callback.

Note

Only available when CONFIG_COMPILER_CXX_EXCEPTIONS is enabled.

Exceptions

std::system_error

on failure.

set_dynamic_cs()

void idfxx::wifi::set_dynamic_cs

(

bool

enabled

)

Enables or disables dynamic CS (Carrier Sense).

Parameters

enabled

True to enable, false to disable.

Note

Only available when CONFIG_COMPILER_CXX_EXCEPTIONS is enabled.

Exceptions

std::system_error

on failure.

set_event_mask()

void idfxx::wifi::set_event_mask

(

flags< event_mask >

mask

)

Sets the WiFi event mask.

Controls which events are sent to the event loop.

Parameters

mask	Event mask flags indicating which events to suppress.

Note

Only available when CONFIG_COMPILER_CXX_EXCEPTIONS is enabled.

Exceptions

std::system_error

on failure.

set_inactive_time()

void idfxx::wifi::set_inactive_time	(	enum role	iface,
		std::chrono::seconds	timeout
	)

Sets the inactive time before a station is deauthenticated.

Parameters

iface	The WiFi interface.
timeout	Inactive time before deauthentication (whole seconds; max 65535 s).

Note

Only available when CONFIG_COMPILER_CXX_EXCEPTIONS is enabled.

Exceptions

std::system_error

on failure.

set_mac()

void idfxx::wifi::set_mac	(	enum role	iface,
		mac_address	mac
	)

Sets the MAC address for the specified interface.

Parameters

iface	The WiFi interface.
mac	The MAC address as a 6-byte array.

Note

Only available when CONFIG_COMPILER_CXX_EXCEPTIONS is enabled.

Exceptions

std::system_error

on failure.

set_max_tx_power()

void idfxx::wifi::set_max_tx_power

(

electro::centi_dbm

power

)

Sets the maximum transmit power.

Parameters

power

Maximum TX power (range: 2–20 dBm). The hardware applies the power in 0.25 dBm steps; the value is rounded to the nearest step.

Note

Only available when CONFIG_COMPILER_CXX_EXCEPTIONS is enabled.

Exceptions

std::system_error

on failure.

set_power_save()

void idfxx::wifi::set_power_save

(

enum power_save

ps

)

Sets the power save mode.

Parameters

ps	The power save mode.

Note

Only available when CONFIG_COMPILER_CXX_EXCEPTIONS is enabled.

Exceptions

std::system_error

on failure.

set_promiscuous()

void idfxx::wifi::set_promiscuous

(

bool

en

)

Enables or disables promiscuous mode.

Parameters

en	True to enable, false to disable.

Note

Only available when CONFIG_COMPILER_CXX_EXCEPTIONS is enabled.

Exceptions

std::system_error

on failure.

set_promiscuous_ctrl_filter()

void idfxx::wifi::set_promiscuous_ctrl_filter

(

flags< promiscuous_ctrl_filter >

filter

)

Sets the promiscuous mode control frame sub-type filter.

Parameters

filter

The control frame filter flags to apply.

Note

Only available when CONFIG_COMPILER_CXX_EXCEPTIONS is enabled.

Exceptions

std::system_error

on failure.

set_promiscuous_filter()

void idfxx::wifi::set_promiscuous_filter

(

flags< promiscuous_filter >

filter

)

Sets the promiscuous mode packet type filter.

Parameters

filter

The filter flags to apply.

Note

Only available when CONFIG_COMPILER_CXX_EXCEPTIONS is enabled.

Exceptions

std::system_error

on failure.

set_promiscuous_rx_cb()

void idfxx::wifi::set_promiscuous_rx_cb

(

promiscuous_rx_cb

cb

)

Sets the promiscuous mode receive callback.

For management and data packets, pkt points to the received frame with metadata. For other packet types the payload may be absent; see the ESP-IDF promiscuous-mode documentation for details.

Parameters

cb	Callback function pointer, or nullptr to clear.

Note

Only available when CONFIG_COMPILER_CXX_EXCEPTIONS is enabled.

Exceptions

std::system_error

on failure.

set_protocol()

void idfxx::wifi::set_protocol	(	enum role	iface,
		flags< protocol >	protos
	)

Sets the enabled WiFi protocols for the specified interface.

Parameters

iface	The WiFi interface.
protos	The protocol flags to enable.

Note

Only available when CONFIG_COMPILER_CXX_EXCEPTIONS is enabled.

Exceptions

std::system_error

on failure.

set_protocols()

void idfxx::wifi::set_protocols	(	enum role	iface,
		const protocols_config &	cfg
	)

Sets the enabled WiFi protocols for dual-band operation.

Parameters

iface	The WiFi interface.
cfg	The protocol configuration for both bands.

Note

Only available when CONFIG_COMPILER_CXX_EXCEPTIONS is enabled.

Exceptions

std::system_error

on failure.

set_roles()

void idfxx::wifi::set_roles

(

flags< role >

roles

)

Sets the active WiFi roles.

Parameters

roles

The roles to activate (e.g. role::sta, role::sta | role::ap).

Note

Only available when CONFIG_COMPILER_CXX_EXCEPTIONS is enabled.

Exceptions

std::system_error

on failure.

set_rssi_threshold()

void idfxx::wifi::set_rssi_threshold

(

electro::dbm

threshold

)

Sets the RSSI threshold for the sta_bss_rssi_low event.

Parameters

threshold

The RSSI threshold.

Note

Only available when CONFIG_COMPILER_CXX_EXCEPTIONS is enabled.

Exceptions

std::system_error

on failure.

set_scan_parameters()

void idfxx::wifi::set_scan_parameters

(

const scan_default_params &

params

)

Sets the default scan timing parameters.

Parameters

params

The scan timing parameters.

Note

Only available when CONFIG_COMPILER_CXX_EXCEPTIONS is enabled.

Exceptions

std::system_error

on failure.

set_sta_config()

void idfxx::wifi::set_sta_config

(

const sta_config &

cfg

)

Sets the WiFi station configuration.

Parameters

cfg	The station configuration.

Note

Only available when CONFIG_COMPILER_CXX_EXCEPTIONS is enabled.

Exceptions

std::system_error

on failure.

set_storage()

void idfxx::wifi::set_storage

(

enum storage

s

)

Sets the WiFi configuration storage location.

Parameters

s	The storage location (flash or RAM).

Note

Only available when CONFIG_COMPILER_CXX_EXCEPTIONS is enabled.

Exceptions

std::system_error

on failure.

set_vendor_ie()

void idfxx::wifi::set_vendor_ie	(	bool	enable,
		enum vendor_ie_type	type,
		enum vendor_ie_id	id,
		const void *	vnd_ie
	)

Sets a vendor-specific information element.

Parameters

enable	Whether to enable or disable the vendor IE.
type	The frame type for the vendor IE.
id	The vendor IE index.
vnd_ie	Pointer to the vendor IE data.

Note

Only available when CONFIG_COMPILER_CXX_EXCEPTIONS is enabled.

Exceptions

std::system_error

on failure.

set_vendor_ie_cb()

void idfxx::wifi::set_vendor_ie_cb	(	vendor_ie_cb	cb,
		void *	ctx
	)

Registers a callback for received vendor-specific IEs.

Parameters

cb	Callback function pointer, or nullptr to clear.
ctx	User context pointer passed to the callback.

Note

Only available when CONFIG_COMPILER_CXX_EXCEPTIONS is enabled.

Exceptions

std::system_error

on failure.

sta_get_aid()

uint16_t idfxx::wifi::sta_get_aid

(

)

Gets the association ID assigned by the AP in station mode.

Returns

The association ID.

Note

Only available when CONFIG_COMPILER_CXX_EXCEPTIONS is enabled.

Exceptions

std::system_error

on failure.

start()

void idfxx::wifi::start

(

)

Starts the WiFi subsystem.

After starting, configured interfaces become active. A mode must be set before starting.

Note

Only available when CONFIG_COMPILER_CXX_EXCEPTIONS is enabled.

Exceptions

std::system_error

on failure.

statis_dump()

void idfxx::wifi::statis_dump

(

flags< statis_module >

modules

)

Dumps WiFi statistics for the specified modules.

Parameters

modules

Flags indicating which modules to dump statistics for.

Note

Only available when CONFIG_COMPILER_CXX_EXCEPTIONS is enabled.

Exceptions

std::system_error

on failure.

stop()

void idfxx::wifi::stop

(

)

Stops the WiFi subsystem.

Note

Only available when CONFIG_COMPILER_CXX_EXCEPTIONS is enabled.

Exceptions

std::system_error

on failure.

try_ap_get_sta_aid()

result< uint16_t > idfxx::wifi::try_ap_get_sta_aid

(

mac_address

mac

)

Gets the association ID for a station connected to the soft-AP.

Parameters

mac	MAC address of the station.

Returns

The association ID, or an error.

try_clear_ap_list()

result< void > idfxx::wifi::try_clear_ap_list

(

)

Clears the AP list stored from a previous scan.

Returns

Success, or an error.

try_clear_fast_connect()

result< void > idfxx::wifi::try_clear_fast_connect

(

)

Clears the fast-connect data stored in memory.

Returns

Success, or an error.

try_config_11b_rate()

result< void > idfxx::wifi::try_config_11b_rate	(	enum role	iface,
		bool	disable
	)

Enables or disables 802.11b rate for the specified interface.

Parameters

iface	The WiFi interface.
disable	True to disable 11b rate, false to enable.

Returns

Success, or an error.

try_config_80211_tx_rate()

result< void > idfxx::wifi::try_config_80211_tx_rate	(	enum role	iface,
		enum phy_rate	rate
	)

Sets the 802.11 TX rate for the specified interface.

Parameters

iface	The WiFi interface.
rate	The PHY transmission rate.

Returns

Success, or an error.

try_connect()

result< void > idfxx::wifi::try_connect

(

)

Connects to the configured access point.

The WiFi subsystem must be started before connecting. Connection progress is reported via WiFi and IP events.

Returns

Success, or an error.

try_connect_sta() [1/2]

template<typename Rep , typename Period >

result< net::ipv4_info > idfxx::wifi::try_connect_sta	(	const sta_config &	cfg,
		std::chrono::duration< Rep, Period >	timeout
	)

Connects to an access point as a station and waits for an IPv4 address.

Composes the common station bring-up: enables the station role (preserving any other active roles), applies cfg, starts WiFi, initiates the connection, and blocks until the station acquires an IPv4 address or timeout elapses.

Requires the system event loop (event_loop::try_create_system()), a station netif (try_make_sta_netif()), and an initialized WiFi subsystem (try_init()) before calling. The step-by-step API (try_set_roles, try_set_sta_config, try_start, try_connect) remains available for full control over the sequence.

Parameters

cfg	The station configuration (SSID, credentials, etc.).
timeout	Maximum time to wait for an IPv4 address.

Returns

The acquired IPv4 address information, or an error. Fails with ESP_ERR_WIFI_CONN if the station is disconnected during the attempt, or ESP_ERR_WIFI_TIMEOUT if timeout elapses.

Definition at line 1813 of file wifi.hpp.

References timeout, and try_connect_sta().

try_connect_sta() [2/2]

result< net::ipv4_info > idfxx::wifi::try_connect_sta	(	const sta_config &	cfg,
		std::chrono::milliseconds	timeout
	)

Connects to an access point as a station and waits for an IPv4 address.

Composes the common station bring-up: enables the station role (preserving any other active roles), applies cfg, starts WiFi, initiates the connection, and blocks until the station acquires an IPv4 address or timeout elapses.

Requires the system event loop (event_loop::try_create_system()), a station netif (try_make_sta_netif()), and an initialized WiFi subsystem (try_init()) before calling. The step-by-step API (try_set_roles, try_set_sta_config, try_start, try_connect) remains available for full control over the sequence.

Parameters

cfg	The station configuration (SSID, credentials, etc.).
timeout	Maximum time to wait for an IPv4 address.

Returns

The acquired IPv4 address information, or an error. Fails with ESP_ERR_WIFI_CONN if the station is disconnected during the attempt, or ESP_ERR_WIFI_TIMEOUT if timeout elapses.

Referenced by try_connect_sta().

try_connectionless_module_set_wake_interval()

result< void > idfxx::wifi::try_connectionless_module_set_wake_interval

(

std::chrono::milliseconds

interval

)

Sets the connectionless module wake interval.

Parameters

interval

The wake interval, 1 ms to 65535 ms (multiples of 100 ms recommended; 0 selects the default mode).

Returns

Success, or an error.

try_deauth_sta()

result< void > idfxx::wifi::try_deauth_sta

(

uint16_t

aid

)

Deauthenticates a station from the soft-AP.

Parameters

aid	Association ID of the station to deauthenticate (0 = all).

Returns

Success, or an error.

try_deinit()

result< void > idfxx::wifi::try_deinit

(

)

Deinitializes the WiFi subsystem and frees resources.

Returns

Success, or an error.

try_disable_pmf_config()

result< void > idfxx::wifi::try_disable_pmf_config

(

enum role

iface

)

Disables PMF (Protected Management Frames) for the specified interface.

Parameters

iface

The WiFi interface.

Returns

Success, or an error.

try_disconnect()

result< void > idfxx::wifi::try_disconnect

(

)

Disconnects from the current access point.

Returns

Success, or an error.

try_force_wakeup_acquire()

result< void > idfxx::wifi::try_force_wakeup_acquire

(

)

Acquires a WiFi wakeup lock.

Prevents the WiFi modem from entering sleep while the lock is held.

Returns

Success, or an error.

try_force_wakeup_release()

result< void > idfxx::wifi::try_force_wakeup_release

(

)

Releases a WiFi wakeup lock.

Returns

Success, or an error.

try_ftm_end_session()

result< void > idfxx::wifi::try_ftm_end_session

(

)

Ends the current FTM session.

Returns

Success, or an error.

try_ftm_get_report()

result< std::vector< ftm_report_entry > > idfxx::wifi::try_ftm_get_report

(

size_t

max_entries

)

Retrieves the FTM measurement report entries.

Parameters

max_entries

Maximum number of entries to retrieve.

Returns

A vector of FTM report entries, or an error.

try_ftm_initiate_session()

result< void > idfxx::wifi::try_ftm_initiate_session

(

const ftm_initiator_config &

cfg

)

Initiates an FTM (Fine Timing Measurement) session.

Parameters

cfg	The FTM initiator configuration.

Returns

Success, or an error.

try_ftm_resp_set_offset()

result< void > idfxx::wifi::try_ftm_resp_set_offset

(

int16_t

offset

)

Sets the FTM responder offset.

Parameters

offset

The offset value in nanoseconds.

Returns

Success, or an error.

try_get_ap_config()

result< ap_config > idfxx::wifi::try_get_ap_config

(

)

Gets the current WiFi access point configuration.

Returns

The current access point configuration, or an error.

try_get_ap_info()

result< ap_record > idfxx::wifi::try_get_ap_info

(

)

Gets information about the currently connected access point.

Returns

The AP information, or an error.

try_get_band()

result< enum band > idfxx::wifi::try_get_band

(

)

Gets the current WiFi band.

Returns

The current frequency band, or an error.

try_get_band_mode()

result< enum band_mode > idfxx::wifi::try_get_band_mode

(

)

Gets the current WiFi band mode.

Returns

The current band mode, or an error.

try_get_bandwidth()

result< enum bandwidth > idfxx::wifi::try_get_bandwidth

(

enum role

iface

)

Gets the current channel bandwidth for the specified interface.

Parameters

iface

The WiFi interface.

Returns

The current bandwidth, or an error.

try_get_bandwidths()

result< bandwidths_config > idfxx::wifi::try_get_bandwidths

(

enum role

iface

)

Gets bandwidths for dual-band operation on the specified interface.

Parameters

iface

The WiFi interface.

Returns

The bandwidth configuration for both bands, or an error.

try_get_channel()

result< channel_info > idfxx::wifi::try_get_channel

(

)

Gets the current primary and secondary channel.

Returns

The channel information, or an error.

try_get_country()

result< country_config > idfxx::wifi::try_get_country

(

)

Gets the current WiFi country configuration.

Returns

The country configuration, or an error.

try_get_country_code()

result< std::string > idfxx::wifi::try_get_country_code

(

)

Gets the current country code.

Returns

The current country code string, or an error.

try_get_csi_config()

result< csi_config > idfxx::wifi::try_get_csi_config

(

)

Gets the current CSI configuration.

Returns

The current CSI configuration, or an error.

try_get_event_mask()

result< flags< event_mask > > idfxx::wifi::try_get_event_mask

(

)

Gets the current WiFi event mask.

Returns

The current event mask, or an error.

try_get_inactive_time()

result< std::chrono::seconds > idfxx::wifi::try_get_inactive_time

(

enum role

iface

)

Gets the inactive time before a station is deauthenticated.

Parameters

iface

The WiFi interface.

Returns

The inactive time in seconds, or an error.

try_get_mac()

result< mac_address > idfxx::wifi::try_get_mac

(

enum role

iface

)

Gets the MAC address for the specified interface.

Parameters

iface

The WiFi interface.

Returns

The MAC address, or an error.

try_get_max_tx_power()

result< electro::centi_dbm > idfxx::wifi::try_get_max_tx_power

(

)

Gets the current maximum transmit power.

Returns

The maximum TX power, at the hardware's 0.25 dBm resolution, or an error.

try_get_negotiated_phymode()

result< enum phy_mode > idfxx::wifi::try_get_negotiated_phymode

(

)

Gets the PHY mode negotiated with the connected AP.

Returns

The negotiated PHY mode, or an error.

try_get_power_save()

result< enum power_save > idfxx::wifi::try_get_power_save

(

)

Gets the current power save mode.

Returns

The current power save mode, or an error.

try_get_promiscuous()

result< bool > idfxx::wifi::try_get_promiscuous

(

)

Gets whether promiscuous mode is enabled.

Returns

True if promiscuous mode is enabled, or an error.

try_get_promiscuous_ctrl_filter()

result< flags< promiscuous_ctrl_filter > > idfxx::wifi::try_get_promiscuous_ctrl_filter

(

)

Gets the current promiscuous mode control frame sub-type filter.

Returns

The current control frame filter flags, or an error.

try_get_promiscuous_filter()

result< flags< promiscuous_filter > > idfxx::wifi::try_get_promiscuous_filter

(

)

Gets the current promiscuous mode packet type filter.

Returns

The current filter flags, or an error.

try_get_protocol()

result< flags< protocol > > idfxx::wifi::try_get_protocol

(

enum role

iface

)

Gets the enabled WiFi protocols for the specified interface.

Parameters

iface

The WiFi interface.

Returns

The enabled protocol flags, or an error.

try_get_protocols()

result< protocols_config > idfxx::wifi::try_get_protocols

(

enum role

iface

)

Gets the enabled WiFi protocols for dual-band operation.

Parameters

iface

The WiFi interface.

Returns

The protocol configuration for both bands, or an error.

try_get_roles()

result< flags< role > > idfxx::wifi::try_get_roles

(

)

Gets the currently active WiFi roles.

Returns

The active roles, or an error.

try_get_rssi()

result< electro::dbm > idfxx::wifi::try_get_rssi

(

)

Gets the current RSSI of the connected AP.

Returns

The RSSI, or an error.

try_get_scan_parameters()

result< scan_default_params > idfxx::wifi::try_get_scan_parameters

(

)

Gets the current default scan timing parameters.

Returns

The current scan timing parameters, or an error.

try_get_sta_config()

result< sta_config > idfxx::wifi::try_get_sta_config

(

)

Gets the current WiFi station configuration.

Returns

The current station configuration, or an error.

try_get_sta_list()

result< std::vector< sta_info > > idfxx::wifi::try_get_sta_list

(

)

Gets the list of stations connected to the soft-AP.

Returns

A vector of connected station information, or an error.

try_init()

result< void > idfxx::wifi::try_init

(

const init_config &

cfg = {}

)

Initializes the WiFi subsystem.

Must be called before any other WiFi functions. When called with no arguments or an empty config, all Kconfig defaults are used.

Parameters

cfg	Initialization configuration. Defaults to Kconfig values.

Returns

Success, or an error.

try_make_ap_netif()

result< netif::interface > idfxx::wifi::try_make_ap_netif

(

)

Creates a default WiFi access point network interface.

Creates and returns an RAII netif configured as a WiFi access point with default settings. Must be called after netif::init().

Returns

Result containing the network interface, or an error code.

try_make_sta_netif()

result< netif::interface > idfxx::wifi::try_make_sta_netif

(

)

Creates a default WiFi station network interface.

Creates and returns an RAII netif configured as a WiFi station with default settings. Must be called after netif::init().

Returns

Result containing the network interface, or an error code.

try_register_80211_tx_cb()

result< void > idfxx::wifi::try_register_80211_tx_cb

(

tx_80211_done_cb

cb

)

Registers a callback for 802.11 TX completion.

The callback is invoked when a frame sent with try_tx_80211 completes, with the transmission's result and frame details.

Parameters

cb	Callback function pointer, or nullptr to unregister.

Returns

Success, or an error.

try_restore()

result< void > idfxx::wifi::try_restore

(

)

Restores WiFi stack persistent settings to defaults.

Resets configuration stored in NVS to factory defaults.

Returns

Success, or an error.

try_scan()

result< std::vector< ap_record > > idfxx::wifi::try_scan

(

const scan_config &

cfg = {}

)

Performs a blocking scan for access points.

Starts a scan and waits for it to complete before returning results.

Parameters

cfg	Scan configuration. Defaults to scanning all channels.

Returns

A vector of discovered access points sorted by RSSI, or an error.

try_scan_get_ap_num()

result< uint16_t > idfxx::wifi::try_scan_get_ap_num

(

)

Gets the number of APs found in the last scan.

Returns

The number of APs found, or an error.

try_scan_get_results()

result< std::vector< ap_record > > idfxx::wifi::try_scan_get_results

(

)

Retrieves results from a completed scan.

Call this after receiving the wifi::event_id::scan_done event.

Returns

A vector of discovered access points, or an error.

try_scan_start()

result< void > idfxx::wifi::try_scan_start

(

const scan_config &

cfg = {}

)

Starts a non-blocking scan for access points.

Initiates a scan that runs asynchronously. Listen for the wifi::event_id::scan_done event, then call try_scan_get_results() to retrieve the results.

Parameters

cfg	Scan configuration. Defaults to scanning all channels.

Returns

Success, or an error.

try_scan_stop()

result< void > idfxx::wifi::try_scan_stop

(

)

Stops an in-progress scan.

Returns

Success, or an error.

try_set_ap_config()

result< void > idfxx::wifi::try_set_ap_config

(

const ap_config &

cfg

)

Sets the WiFi access point configuration.

Parameters

cfg	The access point configuration.

Returns

Success, or an error.

try_set_band()

result< void > idfxx::wifi::try_set_band

(

enum band

b

)

Sets the WiFi band.

Parameters

b	The frequency band.

Returns

Success, or an error.

try_set_band_mode()

result< void > idfxx::wifi::try_set_band_mode

(

enum band_mode

m

)

Sets the WiFi band mode.

Parameters

m	The band mode.

Returns

Success, or an error.

try_set_bandwidth()

result< void > idfxx::wifi::try_set_bandwidth	(	enum role	iface,
		enum bandwidth	bw
	)

Sets the channel bandwidth for the specified interface.

Parameters

iface	The WiFi interface.
bw	The bandwidth.

Returns

Success, or an error.

try_set_bandwidths()

result< void > idfxx::wifi::try_set_bandwidths	(	enum role	iface,
		const bandwidths_config &	bw
	)

Sets bandwidths for dual-band operation on the specified interface.

Parameters

iface	The WiFi interface.
bw	The bandwidth configuration for both bands.

Returns

Success, or an error.

try_set_channel()

result< void > idfxx::wifi::try_set_channel	(	uint8_t	primary,
		std::optional< enum second_channel >	second = std::nullopt
	)

Sets the primary and secondary channel.

Parameters

primary	The primary channel number.
second	The secondary channel position, or nullopt for HT20 (no secondary channel).

Returns

Success, or an error.

try_set_country()

result< void > idfxx::wifi::try_set_country

(

const country_config &

cfg

)

Sets the WiFi country configuration.

Parameters

cfg	The country configuration.

Returns

Success, or an error.

try_set_country_code()

result< void > idfxx::wifi::try_set_country_code	(	std::string_view	cc,
		bool	ieee80211d_enabled
	)

Sets the country code.

Parameters

cc	Two-character country code string.
ieee80211d_enabled	Whether to enable IEEE 802.11d.

Returns

Success, or an error.

try_set_csi()

result< void > idfxx::wifi::try_set_csi

(

bool

en

)

Enables or disables CSI (Channel State Information) collection.

Parameters

en	True to enable, false to disable.

Returns

Success, or an error.

try_set_csi_config()

result< void > idfxx::wifi::try_set_csi_config

(

const csi_config &

cfg

)

Sets the CSI configuration.

Parameters

cfg	The CSI configuration.

Returns

Success, or an error.

try_set_csi_rx_cb()

result< void > idfxx::wifi::try_set_csi_rx_cb	(	csi_rx_cb	cb,
		void *	ctx
	)

Registers a callback for CSI data reception.

Parameters

cb	Callback function pointer, or nullptr to clear.
ctx	User context pointer passed to the callback.

Returns

Success, or an error.

try_set_dynamic_cs()

result< void > idfxx::wifi::try_set_dynamic_cs

(

bool

enabled

)

Enables or disables dynamic CS (Carrier Sense).

Parameters

enabled

True to enable, false to disable.

Returns

Success, or an error.

try_set_event_mask()

result< void > idfxx::wifi::try_set_event_mask

(

flags< event_mask >

mask

)

Sets the WiFi event mask.

Controls which events are sent to the event loop.

Parameters

mask	Event mask flags indicating which events to suppress.

Returns

Success, or an error.

try_set_inactive_time()

result< void > idfxx::wifi::try_set_inactive_time	(	enum role	iface,
		std::chrono::seconds	timeout
	)

Sets the inactive time before a station is deauthenticated.

Parameters

iface	The WiFi interface.
timeout	Inactive time before deauthentication (whole seconds; max 65535 s).

Returns

Success, or an error.

try_set_mac()

result< void > idfxx::wifi::try_set_mac	(	enum role	iface,
		mac_address	mac
	)

Sets the MAC address for the specified interface.

Parameters

iface	The WiFi interface.
mac	The MAC address.

Returns

Success, or an error.

try_set_max_tx_power()

result< void > idfxx::wifi::try_set_max_tx_power

(

electro::centi_dbm

power

)

Sets the maximum transmit power.

Parameters

power

Maximum TX power (range: 2–20 dBm). The hardware applies the power in 0.25 dBm steps; the value is rounded to the nearest step.

Returns

Success, or an error.

try_set_power_save()

result< void > idfxx::wifi::try_set_power_save

(

enum power_save

ps

)

Sets the power save mode.

Parameters

ps	The power save mode.

Returns

Success, or an error.

try_set_promiscuous()

result< void > idfxx::wifi::try_set_promiscuous

(

bool

en

)

Enables or disables promiscuous mode.

Parameters

en	True to enable, false to disable.

Returns

Success, or an error.

try_set_promiscuous_ctrl_filter()

result< void > idfxx::wifi::try_set_promiscuous_ctrl_filter

(

flags< promiscuous_ctrl_filter >

filter

)

Sets the promiscuous mode control frame sub-type filter.

Parameters

filter

The control frame filter flags to apply.

Returns

Success, or an error.

try_set_promiscuous_filter()

result< void > idfxx::wifi::try_set_promiscuous_filter

(

flags< promiscuous_filter >

filter

)

Sets the promiscuous mode packet type filter.

Parameters

filter

The filter flags to apply.

Returns

Success, or an error.

try_set_promiscuous_rx_cb()

result< void > idfxx::wifi::try_set_promiscuous_rx_cb

(

promiscuous_rx_cb

cb

)

Sets the promiscuous mode receive callback.

For management and data packets, pkt points to the received frame with metadata. For other packet types the payload may be absent; see the ESP-IDF promiscuous-mode documentation for details.

Parameters

cb	Callback function pointer, or nullptr to clear.

Returns

Success, or an error.

try_set_protocol()

result< void > idfxx::wifi::try_set_protocol	(	enum role	iface,
		flags< protocol >	protos
	)

Sets the enabled WiFi protocols for the specified interface.

Parameters

iface	The WiFi interface.
protos	The protocol flags to enable.

Returns

Success, or an error.

try_set_protocols()

result< void > idfxx::wifi::try_set_protocols	(	enum role	iface,
		const protocols_config &	cfg
	)

Sets the enabled WiFi protocols for dual-band operation.

Parameters

iface	The WiFi interface.
cfg	The protocol configuration for both bands.

Returns

Success, or an error.

try_set_roles()

result< void > idfxx::wifi::try_set_roles

(

flags< role >

roles

)

Sets the active WiFi roles.

Parameters

roles

The roles to activate (e.g. role::sta, role::sta | role::ap).

Returns

Success, or an error.

try_set_rssi_threshold()

result< void > idfxx::wifi::try_set_rssi_threshold

(

electro::dbm

threshold

)

Sets the RSSI threshold for the sta_bss_rssi_low event.

Parameters

threshold

The RSSI threshold.

Returns

Success, or an error.

try_set_scan_parameters()

result< void > idfxx::wifi::try_set_scan_parameters

(

const scan_default_params &

params

)

Sets the default scan timing parameters.

Parameters

params

The scan timing parameters.

Returns

Success, or an error.

try_set_sta_config()

result< void > idfxx::wifi::try_set_sta_config

(

const sta_config &

cfg

)

Sets the WiFi station configuration.

Parameters

cfg	The station configuration.

Returns

Success, or an error.

try_set_storage()

result< void > idfxx::wifi::try_set_storage

(

enum storage

s

)

Sets the WiFi configuration storage location.

Parameters

s	The storage location (flash or RAM).

Returns

Success, or an error.

try_set_vendor_ie()

result< void > idfxx::wifi::try_set_vendor_ie	(	bool	enable,
		enum vendor_ie_type	type,
		enum vendor_ie_id	id,
		const void *	vnd_ie
	)

Sets a vendor-specific information element.

Parameters

enable	Whether to enable or disable the vendor IE.
type	The frame type for the vendor IE.
id	The vendor IE index.
vnd_ie	Pointer to the vendor IE data.

Returns

Success, or an error.

try_set_vendor_ie_cb()

result< void > idfxx::wifi::try_set_vendor_ie_cb	(	vendor_ie_cb	cb,
		void *	ctx
	)

Registers a callback for received vendor-specific IEs.

Parameters

cb	Callback function pointer, or nullptr to clear.
ctx	User context pointer passed to the callback.

Returns

Success, or an error.

try_sta_get_aid()

result< uint16_t > idfxx::wifi::try_sta_get_aid

(

)

Gets the association ID assigned by the AP in station mode.

Returns

The association ID, or an error.

try_start()

result< void > idfxx::wifi::try_start

(

)

Starts the WiFi subsystem.

After starting, configured interfaces become active. A mode must be set before starting.

Returns

Success, or an error.

try_statis_dump()

result< void > idfxx::wifi::try_statis_dump

(

flags< statis_module >

modules

)

Dumps WiFi statistics for the specified modules.

Parameters

modules

Flags indicating which modules to dump statistics for.

Returns

Success, or an error.

try_stop()

result< void > idfxx::wifi::try_stop

(

)

Stops the WiFi subsystem.

Returns

Success, or an error.

try_tx_80211()

result< void > idfxx::wifi::try_tx_80211	(	enum role	iface,
		std::span< const uint8_t >	buffer,
		bool	en_sys_seq
	)

Transmits a raw 802.11 frame.

Parameters

iface	The WiFi interface to transmit on.
buffer	The raw frame data.
en_sys_seq	Whether to use system-managed sequence numbers.

Returns

Success, or an error.

tx_80211()

void idfxx::wifi::tx_80211	(	enum role	iface,
		std::span< const uint8_t >	buffer,
		bool	en_sys_seq
	)

Transmits a raw 802.11 frame.

Parameters

iface	The WiFi interface to transmit on.
buffer	The raw frame data.
en_sys_seq	Whether to use system-managed sequence numbers.

Note

Only available when CONFIG_COMPILER_CXX_EXCEPTIONS is enabled.

Exceptions

std::system_error

on failure.

Variable Documentation

action_tx_status

constexpr idfxx::event<event_id> idfxx::wifi::action_tx_status {event_id::action_tx_status}

inlineconstexpr

Action frame TX status event.

Definition at line 1356 of file wifi.hpp.

ap_probe_req_received

constexpr idfxx::event<event_id, ap_probe_req_event_data> idfxx::wifi::ap_probe_req_received {event_id::ap_probe_req_received}

inlineconstexpr

Probe request received by soft-AP event.

Definition at line 1322 of file wifi.hpp.

ap_sta_connected

constexpr idfxx::event<event_id, ap_sta_connected_event_data> idfxx::wifi::ap_sta_connected {event_id::ap_sta_connected}

inlineconstexpr

Station connected to soft-AP event.

Definition at line 1316 of file wifi.hpp.

ap_sta_disconnected

constexpr idfxx::event<event_id, ap_sta_disconnected_event_data> idfxx::wifi::ap_sta_disconnected

inlineconstexpr

Initial value:

{
    event_id::ap_sta_disconnected
}

Station disconnected from soft-AP event.

Definition at line 1318 of file wifi.hpp.

ap_start

constexpr idfxx::event<event_id> idfxx::wifi::ap_start {event_id::ap_start}

inlineconstexpr

Soft-AP started event.

Definition at line 1340 of file wifi.hpp.

ap_stop

constexpr idfxx::event<event_id> idfxx::wifi::ap_stop {event_id::ap_stop}

inlineconstexpr

Soft-AP stopped event.

Definition at line 1342 of file wifi.hpp.

ap_wps_rg_failed

constexpr idfxx::event<event_id> idfxx::wifi::ap_wps_rg_failed {event_id::ap_wps_rg_failed}

inlineconstexpr

AP WPS registrar failed event.

Definition at line 1366 of file wifi.hpp.

ap_wps_rg_pbc_overlap

constexpr idfxx::event<event_id> idfxx::wifi::ap_wps_rg_pbc_overlap {event_id::ap_wps_rg_pbc_overlap}

inlineconstexpr

AP WPS PBC overlap detected event.

Definition at line 1372 of file wifi.hpp.

ap_wps_rg_pin

constexpr idfxx::event<event_id> idfxx::wifi::ap_wps_rg_pin {event_id::ap_wps_rg_pin}

inlineconstexpr

AP WPS registrar PIN received event.

Definition at line 1370 of file wifi.hpp.

ap_wps_rg_success

constexpr idfxx::event<event_id> idfxx::wifi::ap_wps_rg_success {event_id::ap_wps_rg_success}

inlineconstexpr

AP WPS registrar success event.

Definition at line 1364 of file wifi.hpp.

ap_wps_rg_timeout

constexpr idfxx::event<event_id> idfxx::wifi::ap_wps_rg_timeout {event_id::ap_wps_rg_timeout}

inlineconstexpr

AP WPS registrar timeout event.

Definition at line 1368 of file wifi.hpp.

ap_wrong_password

constexpr idfxx::event<event_id> idfxx::wifi::ap_wrong_password {event_id::ap_wrong_password}

inlineconstexpr

AP detected wrong password from station event.

Definition at line 1406 of file wifi.hpp.

btwt_setup

constexpr idfxx::event<event_id> idfxx::wifi::btwt_setup {event_id::btwt_setup}

inlineconstexpr

Broadcast TWT setup event.

Definition at line 1384 of file wifi.hpp.

btwt_teardown

constexpr idfxx::event<event_id> idfxx::wifi::btwt_teardown {event_id::btwt_teardown}

inlineconstexpr

Broadcast TWT teardown event.

Definition at line 1386 of file wifi.hpp.

connectionless_module_wake_interval_start

constexpr idfxx::event<event_id> idfxx::wifi::connectionless_module_wake_interval_start

inlineconstexpr

Initial value:

{
    event_id::connectionless_module_wake_interval_start
}

Connectionless module wake interval start event.

Definition at line 1360 of file wifi.hpp.

dpp_cfg_recvd

constexpr idfxx::event<event_id> idfxx::wifi::dpp_cfg_recvd {event_id::dpp_cfg_recvd}

inlineconstexpr

DPP configuration received event.

Definition at line 1412 of file wifi.hpp.

dpp_failed

constexpr idfxx::event<event_id> idfxx::wifi::dpp_failed {event_id::dpp_failed}

inlineconstexpr

DPP failed event.

Definition at line 1414 of file wifi.hpp.

dpp_uri_ready

constexpr idfxx::event<event_id> idfxx::wifi::dpp_uri_ready {event_id::dpp_uri_ready}

inlineconstexpr

DPP URI ready event.

Definition at line 1410 of file wifi.hpp.

events

const event_base<event_id> idfxx::wifi::events

extern

WiFi event base.

Event base for WiFi events. Use with the idfxx event loop to register listeners for WiFi lifecycle, connection, and scan events.

ftm_report

constexpr idfxx::event<event_id, ftm_report_event_data> idfxx::wifi::ftm_report {event_id::ftm_report}

inlineconstexpr

FTM report received event.

Definition at line 1330 of file wifi.hpp.

home_channel_change

constexpr idfxx::event<event_id, home_channel_change_event_data> idfxx::wifi::home_channel_change

inlineconstexpr

Initial value:

{
    event_id::home_channel_change
}

Home channel changed event.

Definition at line 1326 of file wifi.hpp.

itwt_probe

constexpr idfxx::event<event_id> idfxx::wifi::itwt_probe {event_id::itwt_probe}

inlineconstexpr

Individual TWT probe event.

Definition at line 1378 of file wifi.hpp.

itwt_setup

constexpr idfxx::event<event_id> idfxx::wifi::itwt_setup {event_id::itwt_setup}

inlineconstexpr

Individual TWT setup event.

Definition at line 1374 of file wifi.hpp.

itwt_suspend

constexpr idfxx::event<event_id> idfxx::wifi::itwt_suspend {event_id::itwt_suspend}

inlineconstexpr

Individual TWT suspend event.

Definition at line 1380 of file wifi.hpp.

itwt_teardown

constexpr idfxx::event<event_id> idfxx::wifi::itwt_teardown {event_id::itwt_teardown}

inlineconstexpr

Individual TWT teardown event.

Definition at line 1376 of file wifi.hpp.

nan_receive

constexpr idfxx::event<event_id> idfxx::wifi::nan_receive {event_id::nan_receive}

inlineconstexpr

NAN receive event.

Definition at line 1396 of file wifi.hpp.

nan_replied

constexpr idfxx::event<event_id> idfxx::wifi::nan_replied {event_id::nan_replied}

inlineconstexpr

NAN replied event.

Definition at line 1394 of file wifi.hpp.

nan_started

constexpr idfxx::event<event_id> idfxx::wifi::nan_started {event_id::nan_started}

inlineconstexpr

NAN started event.

Definition at line 1388 of file wifi.hpp.

nan_stopped

constexpr idfxx::event<event_id> idfxx::wifi::nan_stopped {event_id::nan_stopped}

inlineconstexpr

NAN stopped event.

Definition at line 1390 of file wifi.hpp.

nan_svc_match

constexpr idfxx::event<event_id> idfxx::wifi::nan_svc_match {event_id::nan_svc_match}

inlineconstexpr

NAN service match event.

Definition at line 1392 of file wifi.hpp.

ndp_confirm

constexpr idfxx::event<event_id> idfxx::wifi::ndp_confirm {event_id::ndp_confirm}

inlineconstexpr

NDP confirm event.

Definition at line 1400 of file wifi.hpp.

ndp_indication

constexpr idfxx::event<event_id> idfxx::wifi::ndp_indication {event_id::ndp_indication}

inlineconstexpr

NDP indication event.

Definition at line 1398 of file wifi.hpp.

ndp_terminated

constexpr idfxx::event<event_id> idfxx::wifi::ndp_terminated {event_id::ndp_terminated}

inlineconstexpr

NDP terminated event.

Definition at line 1402 of file wifi.hpp.

ready

constexpr idfxx::event<event_id> idfxx::wifi::ready {event_id::ready}

inlineconstexpr

WiFi ready event.

Definition at line 1334 of file wifi.hpp.

roc_done

constexpr idfxx::event<event_id> idfxx::wifi::roc_done {event_id::roc_done}

inlineconstexpr

Remain-on-channel done event.

Definition at line 1358 of file wifi.hpp.

scan_done

constexpr idfxx::event<event_id, scan_done_event_data> idfxx::wifi::scan_done {event_id::scan_done}

inlineconstexpr

Scan completed event with scan results summary.

Definition at line 1312 of file wifi.hpp.

sta_authmode_change

constexpr idfxx::event<event_id, authmode_change_event_data> idfxx::wifi::sta_authmode_change {event_id::sta_authmode_change}

inlineconstexpr

Station authentication mode changed event.

Definition at line 1314 of file wifi.hpp.

sta_beacon_offset_unstable

constexpr idfxx::event<event_id> idfxx::wifi::sta_beacon_offset_unstable {event_id::sta_beacon_offset_unstable}

inlineconstexpr

Station beacon offset unstable event.

Definition at line 1408 of file wifi.hpp.

sta_beacon_timeout

constexpr idfxx::event<event_id> idfxx::wifi::sta_beacon_timeout {event_id::sta_beacon_timeout}

inlineconstexpr

Station beacon timeout event.

Definition at line 1344 of file wifi.hpp.

sta_bss_rssi_low

constexpr idfxx::event<event_id, bss_rssi_low_event_data> idfxx::wifi::sta_bss_rssi_low {event_id::sta_bss_rssi_low}

inlineconstexpr

BSS RSSI dropped below threshold event.

Definition at line 1324 of file wifi.hpp.

sta_connected

constexpr idfxx::event<event_id, connected_event_data> idfxx::wifi::sta_connected {event_id::sta_connected}

inlineconstexpr

Station connected event with connection details.

Definition at line 1308 of file wifi.hpp.

sta_disconnected

constexpr idfxx::event<event_id, disconnected_event_data> idfxx::wifi::sta_disconnected {event_id::sta_disconnected}

inlineconstexpr

Station disconnected event with disconnection details.

Definition at line 1310 of file wifi.hpp.

sta_neighbor_rep

constexpr idfxx::event<event_id> idfxx::wifi::sta_neighbor_rep {event_id::sta_neighbor_rep}

inlineconstexpr

Station neighbor report received event.

Definition at line 1404 of file wifi.hpp.

sta_start

constexpr idfxx::event<event_id> idfxx::wifi::sta_start {event_id::sta_start}

inlineconstexpr

Station started event.

Definition at line 1336 of file wifi.hpp.

sta_stop

constexpr idfxx::event<event_id> idfxx::wifi::sta_stop {event_id::sta_stop}

inlineconstexpr

Station stopped event.

Definition at line 1338 of file wifi.hpp.

sta_wps_er_failed

constexpr idfxx::event<event_id> idfxx::wifi::sta_wps_er_failed {event_id::sta_wps_er_failed}

inlineconstexpr

WPS enrollee failed event.

Definition at line 1348 of file wifi.hpp.

sta_wps_er_pbc_overlap

constexpr idfxx::event<event_id> idfxx::wifi::sta_wps_er_pbc_overlap {event_id::sta_wps_er_pbc_overlap}

inlineconstexpr

WPS PBC overlap detected event.

Definition at line 1354 of file wifi.hpp.

sta_wps_er_pin

constexpr idfxx::event<event_id> idfxx::wifi::sta_wps_er_pin {event_id::sta_wps_er_pin}

inlineconstexpr

WPS enrollee PIN received event.

Definition at line 1352 of file wifi.hpp.

sta_wps_er_success

constexpr idfxx::event<event_id> idfxx::wifi::sta_wps_er_success {event_id::sta_wps_er_success}

inlineconstexpr

WPS enrollee success event.

Definition at line 1346 of file wifi.hpp.

sta_wps_er_timeout

constexpr idfxx::event<event_id> idfxx::wifi::sta_wps_er_timeout {event_id::sta_wps_er_timeout}

inlineconstexpr

WPS enrollee timeout event.

Definition at line 1350 of file wifi.hpp.

twt_wakeup

constexpr idfxx::event<event_id> idfxx::wifi::twt_wakeup {event_id::twt_wakeup}

inlineconstexpr

TWT wakeup event.

Definition at line 1382 of file wifi.hpp.