Struct EspMlme 

pub struct EspMlme<'a> { /* private fields */ }

ESP32-C6 Mlme implementation.

The radio is a single shared resource: the inner state is held behind an async mutex so the trait’s &self methods can be driven concurrently from a receive task and a transmit path. The extended address is cached so it can be read without locking.

Implementations

impl<'a> EspMlme<'a>

pub fn new(ieee802154: Ieee802154<'a>, config: Config) -> Self

pub fn ieee_address(&self) -> u64

The device’s IEEE 802.15.4 extended (EUI-64) address.

Trait Implementations

impl Mlme for EspMlme<'_>

fn ieee_address(&self) -> IeeeAddress

The device’s IEEE (extended) address as provisioned by the hardware, e.g. read from efuse.

async fn configure(&self, config: MacConfig)

MLME-SET.request of the addressing attributes (IEEE 802.15.4 7.4.2) and the operating channel.

async fn scan_network( &self, ty: ScanType, channels: Range<u8>, duration: u8, ) -> Result<ScanResult, MacError>

async fn associate( &self, channel: u8, dest: Address, capabilities: CapabilityInformation, ) -> Result<AssociationResponse, MacError>

async fn poll_data( &self, coord_address: Address, buf: &mut [u8], ) -> Result<(usize, u8), MacError>

MLME-POLL.request + data reception (IEEE 802.15.4 7.1.16.1).

async fn receive(&self, buf: &mut [u8]) -> Result<(usize, u8), MacError>

Passively wait for and return the next inbound MAC data frame.

async fn transmit_data( &self, dest: Address, payload: &[u8], ) -> Result<(), MacError>

Transmit a MAC data frame carrying the given NWK-layer payload.