Struct PreexistingWireless 

pub struct PreexistingWireless<S, N, C, M, G> { /* private fields */ }

A utility type for running a wireless task with a pre-existing wireless interface rather than bringing up / tearing down the wireless interface for the task.

This utility can only be used with hardware that implements wireless coexist mode (i.e. the Thread/Wifi interface as well as the BLE GATT peripheral are available at the same time).

Implementations

impl<S, N, C, M, G> PreexistingWireless<S, N, C, M, G>

pub const fn new(net_stack: S, netif: N, net_ctl: C, mdns: M, gatt: G) -> Self

Create a new PreexistingWireless instance with the given network stack, network interface, network controller and GATT peripheral.

Trait Implementations

impl<U, N, C, M, P> Gatt for PreexistingWireless<U, N, C, M, P>

where P: GattPeripheral,

async fn run<T>(&mut self, task: T) -> Result<(), Error>

where T: GattTask,

Setup the radio to operate in BLE mode and run the given task.

impl<S, N, C, M, P> Thread for PreexistingWireless<S, N, C, M, P>

where S: NetStack, N: NetifDiag + NetChangeNotif, C: NetCtl + ThreadDiag + NetChangeNotif, M: Mdns,

type NetCtl<'a> = &'a C where Self: 'a

The Thread network controller type this driver produces in its operational phase. Naming it here lets the commissioning and operational handler chains be built with the SAME WirelessNetCtl<Self::NetCtl<'_>> net-ctl type, yielding a single handler-chain monomorphization. The bound is Thread’s own (ThreadDiag) — a Thread controller is never asked to be a Wifi one.

async fn run<T>(&mut self, task: T) -> Result<(), Error>

where T: ThreadTask,

Setup the radio to operate in wireless (Wifi or Thread) mode and run the given task.

impl<S, N, C, M, P> ThreadCoex for PreexistingWireless<S, N, C, M, P>

where S: NetStack, N: NetifDiag + NetChangeNotif, C: NetCtl + ThreadDiag + NetChangeNotif, M: Mdns, P: GattPeripheral,

async fn run<T>(&mut self, task: T) -> Result<(), Error>

where T: ThreadCoexTask,

Setup the radio to operate in wireless coexist mode (Wifi or Thread + BLE) and run the given task.

impl<S, N, C, M, P> Wifi for PreexistingWireless<S, N, C, M, P>

where S: NetStack, N: NetifDiag + NetChangeNotif, C: NetCtl + WifiDiag + NetChangeNotif, M: Mdns,

type NetCtl<'a> = &'a C where Self: 'a

The Wifi network controller type this driver produces in its operational phase. Naming it here lets the commissioning and operational handler chains be built with the SAME WirelessNetCtl<Self::NetCtl<'_>> net-ctl type, yielding a single handler-chain monomorphization. The bound is Wifi’s own (WifiDiag) — a Wifi controller is never asked to be a Thread one.

async fn run<T>(&mut self, task: T) -> Result<(), Error>

where T: WifiTask,

Setup the radio to operate in wireless (Wifi or Thread) mode and run the given task.

impl<S, N, C, M, P> WifiCoex for PreexistingWireless<S, N, C, M, P>

where S: NetStack, N: NetifDiag + NetChangeNotif, C: NetCtl + WifiDiag + NetChangeNotif, M: Mdns, P: GattPeripheral,

async fn run<T>(&mut self, task: T) -> Result<(), Error>

where T: WifiCoexTask,

Setup the radio to operate in wireless coexist mode (Wifi or Thread + BLE) and run the given task.