Struct funksteckdose::Funksteckdose

pub struct Funksteckdose<T: Pin, E: Encoding, P: Protocol> { /* fields omitted */ }

Handle to a Funksteckdose system

Methods

impl<T: Pin, E: Encoding, P: Protocol> Funksteckdose<T, E, P>

pub fn new(pin: T) -> Funksteckdose<T, E, P>

Create a new instance with a given pin and default protocol

type Funksteckdose = funksteckdose::Funksteckdose<WiringPiPin, EncodingA, Protocol1>;
let pin = WiringPiPin::new(0);
let d: Funksteckdose = Funksteckdose::new(pin);

pub fn with_repeat_transmit(
    pin: T,
    repeat_transmit: usize
) -> Funksteckdose<T, E, P>

Create a new instance with a given pin and transmit count

type Funksteckdose = funksteckdose::Funksteckdose<WiringPiPin, EncodingA, Protocol1>;
let pin = WiringPiPin::new(0);
let d: Funksteckdose = Funksteckdose::with_repeat_transmit(pin, 5);

pub fn send(
    &self,
    group: &str,
    device: &Device,
    state: &State
) -> Result<(), Error>

Send a control sequence to give group and device. The group is coded like the dip switches in the devices e.g "10010"

type Funksteckdose = funksteckdose::Funksteckdose<WiringPiPin, EncodingA, Protocol1>;
let pin = WiringPiPin::new(0);
let d: Funksteckdose = Funksteckdose::with_repeat_transmit(pin, 5);
d.send("10001", &Device::A, &State::On).expect("Failed to send");

Trait Implementations

impl<T: Debug + Pin, E: Debug + Encoding, P: Debug + Protocol> Debug for Funksteckdose<T, E, P>

fn fmt(&self, f: &mut Formatter) -> Result

Formats the value using the given formatter.