What the backend knows about the AP the station is on. More...

#include <ra8_wifi.h>

Collaboration diagram for ra8_wifi_ap:

Data Fields
ra8_wifi_mac_t	bssid
	Address of the associated AP.
char	ssid [k_ra8_wifi_ssid_max+1U]
	Its SSID, NUL-terminated.
uint8_t	ssid_len
	Octets of ssid.
uint8_t	channel
	Primary channel in use.
int8_t	rssi
	Signal level in dBm.
int32_t	authmode
	Backend authentication-mode code.

Detailed Description

What the backend knows about the AP the station is on.

Filled by ra8_wifi_get_ap from the radio's own association record. Useful as a post-connect sanity check: the BSSID and channel here are what the radio actually settled on.

Invariant: ssid_len never exceeds k_ra8_wifi_ssid_max and ssid is NUL-terminated at it.; rssi is in dBm and is negative for any real association.

Example:: ra8_wifi_ap_t ap = {};

if (ra8_wifi_get_ap(&wifi, &ap) == k_ra8_ok) { use(ap.rssi); }

k_ra8_ok
@ k_ra8_ok
Success – operation completed with all postconditions satisfied.
Definition ra8_err.h:119

ra8_wifi_ap_t
struct ra8_wifi_ap ra8_wifi_ap_t

ra8_wifi_get_ap
ra8_err_t ra8_wifi_get_ap(ra8_wifi_t *wifi, ra8_wifi_ap_t *out)
Read what the backend knows about the associated AP.
Definition ra8_wifi.c:462

ra8_wifi_ap::rssi
int8_t rssi
Signal level in dBm.
Definition ra8_wifi.h:268