Struct esp8266_at_driver::Esp8266Driver

pub struct Esp8266Driver<'a, T, ENABLE, RESET, const MAX_SOCKETS: usize>where
    T: Read + Write,
    ENABLE: OutputPin,
    RESET: OutputPin,{ /* private fields */ }

Instance of the Esp8266 driver.

Configure MAX_SOCKETS to the max number of connections you expect to be making at the same time.

Implementations

impl<'a, T, ENABLE, RESET, const MAX_SOCKETS: usize> Esp8266Driver<'a, T, ENABLE, RESET, MAX_SOCKETS>where
    T: Read + Write,
    ENABLE: OutputPin,
    RESET: OutputPin,

pub fn new(transport: T, enable: ENABLE, reset: RESET) -> Self

Create a new instance of the Esp8266 driver using the provided transport. The transport is usually the UART peripheral when used on a microcontroller.

The ENABLE pin is used to enable the adapter. The RESET pin is used to reset the adapter.

pub async fn run(&'a self, ssid: &'a str, psk: &'a str) -> Result<(), DriverError>

Run the driver task using the specified WiFi AP settings.

The adapter will be initialized/reset, and the driver will attempt to join the network.

Trait Implementations

impl<'a, T, ENABLE, RESET, const MAX_SOCKETS: usize> TcpConnect for Esp8266Driver<'a, T, ENABLE, RESET, MAX_SOCKETS>where
    T: Read + Write,
    ENABLE: OutputPin,
    RESET: OutputPin,

type Error = DriverError

Error type returned on connect failure.

type Connection<'m>
where
    Self: 'm = Esp8266Socket<'m, T>

Type holding state of a TCP connection. Should close the connection when dropped.

async fn connect<'m>(
    &'m self,
    remote: SocketAddr
) -> Result<Self::Connection<'m>, Self::Error>where
    Self: 'm,

Connect to the given remote host and port.