Struct tm4c123x_hal::gpio::gpioc::PC4

pub struct PC4<MODE> { /* private fields */ }

Pin

Implementations

impl<MODE> PC4<MODE>where
    MODE: IsUnlocked,

pub fn into_af_push_pull<AF>(
    self,
    _gpio_control: &mut GpioControl
) -> PC4<AlternateFunction<AF, PushPull>>where
    AF: AlternateFunctionChoice,

Configures the pin to serve as alternate function 1 through 15. Disables open-drain to make the output a push-pull.

pub fn into_af_open_drain<AF, ODM>(
    self,
    _gpio_control: &mut GpioControl
) -> PC4<AlternateFunction<AF, OpenDrain<ODM>>>where
    AF: AlternateFunctionChoice,
    ODM: OpenDrainMode,

Configures the pin to serve as alternate function 1 through 15. Enables open-drain (useful for I2C SDA, for example).

pub fn into_floating_input(self) -> PC4<Input<Floating>>

Configures the pin to operate as a floating input pin

pub fn into_pull_down_input(self) -> PC4<Input<PullDown>>

Configures the pin to operate as a pulled down input pin

pub fn into_pull_up_input(self) -> PC4<Input<PullUp>>

Configures the pin to operate as a pulled up input pin

pub fn into_open_drain_output<ODM>(self) -> PC4<Output<OpenDrain<ODM>>>where
    ODM: OpenDrainMode,

Configures the pin to operate as an open drain output pin

pub fn into_push_pull_output(self) -> PC4<Output<PushPull>>

Configures the pin to operate as an push pull output pin

pub fn into_tri_state(self) -> PC4<Tristate>

Configures the pin as tri-state

impl<MODE> PC4<MODE>

pub fn downgrade(self) -> PCx<MODE>

Erases the pin number from the type

This is useful when you want to collect the pins into an array where you need all the elements to have the same type

impl<MODE> PC4<Input<MODE>>where
    MODE: InputMode,

pub fn set_interrupt_mode(&mut self, mode: InterruptMode)

Enables or disables interrupts on this GPIO pin.

pub fn clear_interrupt(&self)

Marks the interrupt for this pin as handled. You should call this (or perform its functionality) from the ISR.

impl PC4<Locked>

pub fn unlock(self, _gpio_control: &mut GpioControl) -> PC4<Tristate>

Unlock a GPIO so that it can be used. This is required on ‘special’ GPIOs that the manufacturer doesn’t want you to change by accident - like NMI and JTAG pins.

Trait Implementations

impl<MODE> InputPin for PC4<Input<MODE>>where
    MODE: InputMode,

fn is_high(&self) -> bool

👎Deprecated since 0.2.2: Deprecated because the methods cannot return errors. Users should use the traits in digital::v2.

Is the input pin high?

fn is_low(&self) -> bool

👎Deprecated since 0.2.2: Deprecated because the methods cannot return errors. Users should use the traits in digital::v2.

Is the input pin low?

impl<MODE> OutputPin for PC4<Output<MODE>>where
    MODE: OutputMode,

fn set_high(&mut self)

👎Deprecated since 0.2.2: Deprecated because the methods cannot return errors. Users should use the traits in digital::v2.

Drives the pin high

fn set_low(&mut self)

👎Deprecated since 0.2.2: Deprecated because the methods cannot return errors. Users should use the traits in digital::v2.

Drives the pin low

impl<T> RtsPin<UART1> for PC4<AlternateFunction<AF8, T>>where
    T: OutputMode,

fn enable(&mut self, uart: &mut UART1)

Enables the RTS functionality if a valid pin is given (not ()).

impl<MODE> StatefulOutputPin for PC4<Output<MODE>>where
    MODE: OutputMode,

fn is_set_high(&self) -> bool

👎Deprecated since 0.2.2: Deprecated because the methods cannot return errors. Users should use the traits in digital::v2.

Is the pin in drive high mode?

fn is_set_low(&self) -> bool

👎Deprecated since 0.2.2: Deprecated because the methods cannot return errors. Users should use the traits in digital::v2.

Is the pin in drive low mode?

impl<T> RxPin<UART1> for PC4<AlternateFunction<AF2, T>>where
    T: OutputMode,

impl<T> RxPin<UART4> for PC4<AlternateFunction<AF1, T>>where
    T: OutputMode,