Struct alt_stm32f30x_hal::gpio::PF1

pub struct PF1<PT: PullType, PM: PinMode> { /* fields omitted */ }

Pin

Methods

impl<PT: PullType, PM: PinMode> PF1<PT, PM>

pub fn downgrade(self) -> PFx<PT, PM>

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

pub fn pull_type<NPT: PullType>(self, pt: NPT) -> PF1<NPT, PM>

Sets pull type: Floaing, PullUp, PullDown

pub fn input(self) -> PF1<PT, Input>

Sets io_mode to input

pub fn analog(self) -> PF1<PT, Analog>

Sets io_mode to analog

pub fn output(self) -> PF1<PT, Output<PushPull, LowSpeed>>

Set io_mode to output

pub fn alternating<AFN: AltFnNum>(     self,     af: AFN ) -> PF1<PT, AltFn<AFN, PushPull, LowSpeed>>

Set io_mode to altfn and set alternating function

impl<PT: PullType, OT: OutputType, OS: OutputSpeed> PF1<PT, Output<OT, OS>>

pub fn output_type<NOT: OutputType>(self, ot: NOT) -> PF1<PT, Output<NOT, OS>>

Set output type

pub fn push_pull(self) -> PF1<PT, Output<PushPull, OS>>

Set output type to PushPull

pub fn open_drain(self) -> PF1<PT, Output<OpenDrain, OS>>

Set output type to OpenDrain

pub fn output_speed<NOS: OutputSpeed>(self, os: NOS) -> PF1<PT, Output<OT, NOS>>

Set output speed

impl<PT: PullType, AFN: AltFnNum, OT: OutputType, OS: OutputSpeed> PF1<PT, AltFn<AFN, OT, OS>>

pub fn output_type<NOT: OutputType>(     self,     ot: NOT ) -> PF1<PT, AltFn<AFN, NOT, OS>>

Set output type

pub fn output_speed<NOS: OutputSpeed>(     self,     os: NOS ) -> PF1<PT, AltFn<AFN, OT, NOS>>

Set output speed

pub fn alt_fn<NAFN: AltFnNum>(self, af: NAFN) -> PF1<PT, AltFn<NAFN, OT, OS>>

Set altfn

Trait Implementations

impl<PT: PullType, PM: PinMode> GPIOPin for PF1<PT, PM>

impl<PT: PullType, OT: OutputType, OS: OutputSpeed> OutputPin for PF1<PT, Output<OT, OS>>

fn set_high(&mut self)

Drives the pin high

fn set_low(&mut self)

Drives the pin low

impl<PT: PullType, AN: AltFnNum, OT: OutputType, OS: OutputSpeed> OutputPin for PF1<PT, AltFn<AN, OT, OS>>

fn set_high(&mut self)

Drives the pin high

fn set_low(&mut self)

Drives the pin low

impl<PT: PullType, OT: OutputType, OS: OutputSpeed> StatefulOutputPin for PF1<PT, Output<OT, OS>>

fn is_set_high(&self) -> bool

Is the pin in drive high mode?

fn is_set_low(&self) -> bool

Is the pin in drive low mode?

impl<PT: PullType, OT: OutputType, OS: OutputSpeed> Default for PF1<PT, Output<OT, OS>>

impl<PT: PullType> InputPin for PF1<PT, Input>

fn is_high(&self) -> bool

Is the input pin high?

fn is_low(&self) -> bool

Is the input pin low?

impl<PT: PullType, PM: PinMode> I2cExt<I2C2, PF1<PT, PM>, PA10<PT, PM>, PF1<PT, AltFn<AF4, PushPull, HighSpeed>>, PA10<PT, AltFn<AF4, PushPull, HighSpeed>>> for I2C2

fn i2c<F>(     self,     pins: (PF1<PT, PM>, PA10<PT, PM>),     freq: F,     clocks: Clocks ) -> I2c<I2C2, (PF1<PT, AltFn<AF4, PushPull, HighSpeed>>, PA10<PT, AltFn<AF4, PushPull, HighSpeed>>)> where     F: Into<Hertz>,

Configures the I2c peripheral to work in master mode Consumes I2c peripheral and pair of (SCL, SDA) pins. Returns [I2c].

impl<PT: PullType, PM: PinMode> I2cExt<I2C2, PF1<PT, PM>, PF0<PT, PM>, PF1<PT, AltFn<AF4, PushPull, HighSpeed>>, PF0<PT, AltFn<AF4, PushPull, HighSpeed>>> for I2C2

fn i2c<F>(     self,     pins: (PF1<PT, PM>, PF0<PT, PM>),     freq: F,     clocks: Clocks ) -> I2c<I2C2, (PF1<PT, AltFn<AF4, PushPull, HighSpeed>>, PF0<PT, AltFn<AF4, PushPull, HighSpeed>>)> where     F: Into<Hertz>,

Configures the I2c peripheral to work in master mode Consumes I2c peripheral and pair of (SCL, SDA) pins. Returns [I2c].