Struct atsamd_hal::eic::pin::ExtInt11

pub struct ExtInt11<GPIO>where
    GPIO: AnyPin,{ /* private fields */ }

Represents a numbered external interrupt. The external interrupt is generic over any pin, only the EicPin implementations in this module make sense.

Implementations

impl<GPIO: AnyPin> ExtInt11<GPIO>

pub fn new(pin: GPIO) -> Self

Construct pad from the appropriate pin in any mode. You may find it more convenient to use the into_pad trait and avoid referencing the pad type.

pub fn enable_event(&mut self, eic: &mut ConfigurableEIC)

pub fn enable_interrupt(&mut self, eic: &mut ConfigurableEIC)

pub fn disable_interrupt(&mut self, eic: &mut ConfigurableEIC)

pub fn is_interrupt(&mut self) -> bool

pub fn state(&mut self) -> bool

pub fn clear_interrupt(&mut self)

pub fn sense(&mut self, _eic: &mut ConfigurableEIC, sense: Sense)

pub fn filter(&mut self, _eic: &mut ConfigurableEIC, filter: bool)

Trait Implementations

impl<GPIO: AnyPin> ExternalInterrupt for ExtInt11<GPIO>

fn id(&self) -> ExternalInterruptID

impl<GPIO, C> InputPin for ExtInt11<GPIO>where
    GPIO: AnyPin<Mode = Interrupt<C>>,
    C: InterruptConfig,

type Error = Infallible

Error type

fn is_high(&self) -> Result<bool, Self::Error>

Is the input pin high?

fn is_low(&self) -> Result<bool, Self::Error>

Is the input pin low?