Struct Pin 

pub struct Pin<const P: char, const N: u8, MODE> { /* private fields */ }

A single pin: P is the port ('A', 'B', 'C' or 'F'), N the pin number.

Implementations

impl<const P: char, const N: u8> Pin<P, N, Debugger>

Ways out of Debugger, each giving up debug access on this pin.

Every one of them writes the mode itself rather than merely relabelling the type, so the pin never sits in a state its type misdescribes.

The activate_ prefix announces the cost: once the pin leaves SWD, the board stops answering the probe until the next reset.

pub fn activate_into_input(self) -> Pin<P, N, Input>

Releases the pin as a digital input.

pub fn activate(self) -> Pin<P, N, Input>

Releases the pin as an input; shorthand for activate_into_input.

pub fn activate_into_push_pull_output(self) -> Pin<P, N, Output<PushPull>>

Releases the pin as a push-pull output.

pub fn activate_into_open_drain_output(self) -> Pin<P, N, Output<OpenDrain>>

Releases the pin as an open-drain output.

pub fn activate_into_output(self) -> Pin<P, N, Output<PushPull>>

Releases the pin as an output; shorthand for the push-pull variant.

pub fn activate_into_analog(self) -> Pin<P, N, Analog>

Releases the pin as an analog input, as required by the ADC.

pub fn activate_into_alternate<const AF: u8>(self) -> Pin<P, N, Alternate<AF>>

where Self: ValidAf<AF>,

Releases the pin to a peripheral through alternate function AF, driven push-pull.

Gated by ValidAf exactly as into_alternate is.

pub fn activate_into_alternate_open_drain<const AF: u8>( self, ) -> Pin<P, N, Alternate<AF, OpenDrain>>

where Self: ValidAf<AF>,

Same, but leaves the pin open-drain, as I²C requires.

impl<const P: char, const N: u8, MODE> Pin<P, N, MODE>

where MODE: Active,

pub fn into_input(self) -> Pin<P, N, Input>

Reconfigures the pin as a digital input.

pub fn into_push_pull_output(self) -> Pin<P, N, Output<PushPull>>

Reconfigures the pin as a push-pull output.

pub fn into_open_drain_output(self) -> Pin<P, N, Output<OpenDrain>>

Reconfigures the pin as an open-drain output.

The pin can also be read back in this mode, which shared buses such as I²C rely on.

pub fn into_output(self) -> Pin<P, N, Output<PushPull>>

Reconfigures the pin as an output; shorthand for the push-pull variant.

pub fn into_analog(self) -> Pin<P, N, Analog>

Reconfigures the pin as an analog input, as required by the ADC.

pub fn into_alternate<const AF: u8>(self) -> Pin<P, N, Alternate<AF>>

where Self: ValidAf<AF>,

Routes the pin to a peripheral through alternate function AF, driven push-pull.

pub fn into_alternate_open_drain<const AF: u8>( self, ) -> Pin<P, N, Alternate<AF, OpenDrain>>

where Self: ValidAf<AF>,

Same, but leaves the pin open-drain: I2c accepts only pins that went through here.

pub fn lock(self) -> Pin<P, N, Locked<MODE>>

where Self: HasLock,

Freezes the pin’s configuration until the next chip reset.

Mode, pull, output type, speed and alternate function stop responding to writes, with no way back in hardware or in the type: a Locked pin is still read and written, never reconfigured. Ports with a LOCK register only.

pub fn erase(self) -> ErasedPin<MODE>

Moves the pin’s identity into runtime values, keeping its mode.

Trades knowing which pin this is for a type shared with every other erased pin, so they can be collected into an array. Nothing is written; the configuration stands. One way only.

pub fn set_pull(&mut self, p: Pull)

Selects the internal pull resistor.

pub fn set_speed(&mut self, s: Speed)

Selects the output slew rate.

impl<const P: char, const N: u8, OTYPE> Pin<P, N, Output<OTYPE>>

pub fn set_high(&mut self)

Drives the pin high.

pub fn set_low(&mut self)

Drives the pin low.

pub fn toggle(&mut self)

Inverts the driven level.

pub fn is_set_high(&self) -> bool

Returns whether the pin is being driven high.

Reads back OCTL, i.e. what was last written, not what the wire is at — for the latter on an open-drain pin see is_high.

pub fn is_set_low(&self) -> bool

Returns whether the pin is being driven low.

impl<const P: char, const N: u8> Pin<P, N, Input>

pub fn is_high(&self) -> bool

Returns whether the input reads high.

pub fn is_low(&self) -> bool

Returns whether the input reads low.

impl<const P: char, const N: u8> Pin<P, N, Output<OpenDrain>>

pub fn is_high(&self) -> bool

Returns whether the wire reads high.

Open-drain can only pull low, so this is the actual line level, which another device on a shared bus may be holding down.

pub fn is_low(&self) -> bool

Returns whether the wire reads low.

impl<const P: char, const N: u8, MODE> Pin<P, N, Locked<MODE>>

where Pin<P, N, MODE>: OutputPin,

pub fn set_high(&mut self)

Drives the pin high.

pub fn set_low(&mut self)

Drives the pin low.

impl<const P: char, const N: u8, MODE> Pin<P, N, Locked<MODE>>

where Pin<P, N, MODE>: StatefulOutputPin,

pub fn toggle(&mut self)

Inverts the driven level.

pub fn is_set_high(&self) -> bool

Returns whether the pin is being driven high, read back from OCTL.

pub fn is_set_low(&self) -> bool

Returns whether the pin is being driven low, read back from OCTL.

impl<const P: char, const N: u8, MODE> Pin<P, N, Locked<MODE>>

where Pin<P, N, MODE>: InputPin,

pub fn is_high(&self) -> bool

Returns whether the pin reads high.

pub fn is_low(&self) -> bool

Returns whether the pin reads low.

Trait Implementations

impl Channel for Pin<'A', 0, Analog>

const CHANNEL: u8 = 0

The ADC input number for this pin.

impl Channel for Pin<'A', 1, Analog>

const CHANNEL: u8 = 1

The ADC input number for this pin.

impl Channel for Pin<'A', 2, Analog>

const CHANNEL: u8 = 2

The ADC input number for this pin.

impl Channel for Pin<'A', 3, Analog>

const CHANNEL: u8 = 3

The ADC input number for this pin.

impl Channel for Pin<'A', 4, Analog>

const CHANNEL: u8 = 4

The ADC input number for this pin.

impl Channel for Pin<'A', 5, Analog>

const CHANNEL: u8 = 5

The ADC input number for this pin.

impl Channel for Pin<'A', 6, Analog>

const CHANNEL: u8 = 6

The ADC input number for this pin.

impl Channel for Pin<'A', 7, Analog>

const CHANNEL: u8 = 7

The ADC input number for this pin.

impl Channel for Pin<'B', 0, Analog>

Available on pads_ge_24 only.

const CHANNEL: u8 = 8

The ADC input number for this pin.

impl Channel for Pin<'B', 1, Analog>

const CHANNEL: u8 = 9

The ADC input number for this pin.

impl ChannelPin<Timer0, 0> for Pin<'A', 8, Alternate<2>>

Available on pads_ge_24 only.

impl ChannelPin<Timer0, 1> for Pin<'A', 9, Alternate<2>>

impl ChannelPin<Timer0, 2> for Pin<'A', 10, Alternate<2>>

impl ChannelPin<Timer2, 0> for Pin<'A', 6, Alternate<1>>

impl ChannelPin<Timer2, 0> for Pin<'B', 4, Alternate<1>>

Available on pads_ge_28 only.

impl ChannelPin<Timer2, 1> for Pin<'A', 7, Alternate<1>>

impl ChannelPin<Timer2, 1> for Pin<'B', 5, Alternate<1>>

Available on pads_ge_28 only.

impl ChannelPin<Timer2, 2> for Pin<'B', 0, Alternate<1>>

Available on pads_ge_24 only.

impl ChannelPin<Timer2, 3> for Pin<'B', 1, Alternate<1>>

impl ChannelPin<Timer13, 0> for Pin<'A', 4, Alternate<4>>

impl ChannelPin<Timer13, 0> for Pin<'A', 7, Alternate<4>>

impl ChannelPin<Timer13, 0> for Pin<'B', 1, Alternate<2>>

impl ChannelPin<Timer15, 0> for Pin<'A', 6, Alternate<5>>

impl ChannelPin<Timer16, 0> for Pin<'A', 7, Alternate<5>>

impl<const P: char, const N: u8, OTYPE> ErrorType for Pin<P, N, Output<OTYPE>>

type Error = !

Error type

impl<const P: char, const N: u8> ErrorType for Pin<P, N, Input>

type Error = !

Error type

impl<const P: char, const N: u8, MODE> ErrorType for Pin<P, N, Locked<MODE>>

type Error = !

Error type

impl<MODE> ExtiConfigured for Pin<'A', 0, MODE>

impl<MODE> ExtiConfigured for Pin<'A', 1, MODE>

impl<MODE> ExtiConfigured for Pin<'A', 2, MODE>

impl<MODE> ExtiConfigured for Pin<'A', 3, MODE>

impl<MODE> ExtiConfigured for Pin<'A', 4, MODE>

impl<MODE> ExtiConfigured for Pin<'A', 5, MODE>

impl<MODE> ExtiConfigured for Pin<'A', 6, MODE>

impl<MODE> ExtiConfigured for Pin<'A', 7, MODE>

impl<MODE> ExtiConfigured for Pin<'A', 8, MODE>

Available on pads_ge_24 only.

impl<MODE> ExtiConfigured for Pin<'A', 9, MODE>

impl<MODE> ExtiConfigured for Pin<'A', 10, MODE>

impl<MODE> ExtiConfigured for Pin<'A', 13, MODE>

impl<MODE> ExtiConfigured for Pin<'A', 14, MODE>

impl<MODE> ExtiConfigured for Pin<'A', 15, MODE>

Available on pads_ge_28 only.

impl<MODE> ExtiConfigured for Pin<'B', 0, MODE>

Available on pads_ge_24 only.

impl<MODE> ExtiConfigured for Pin<'B', 1, MODE>

impl<MODE> ExtiConfigured for Pin<'B', 3, MODE>

Available on pads_ge_28 only.

impl<MODE> ExtiConfigured for Pin<'B', 4, MODE>

Available on pads_ge_28 only.

impl<MODE> ExtiConfigured for Pin<'B', 5, MODE>

Available on pads_ge_28 only.

impl<MODE> ExtiConfigured for Pin<'B', 6, MODE>

Available on pads_ge_24 only.

impl<MODE> ExtiConfigured for Pin<'B', 7, MODE>

Available on pads_ge_24 only.

impl<MODE> ExtiConfigured for Pin<'F', 0, MODE>

impl<MODE> ExtiConfigured for Pin<'F', 1, MODE>

impl<MODE> ExtiPin for Pin<'A', 0, MODE>

PA0 on EXTI line 0.

const SS_CODE: u8

Value written to this line’s EXTISS field to select the pin’s port.

impl<MODE> ExtiPin for Pin<'A', 1, MODE>

PA1 on EXTI line 1.

const SS_CODE: u8

Value written to this line’s EXTISS field to select the pin’s port.

impl<MODE> ExtiPin for Pin<'A', 2, MODE>

PA2 on EXTI line 2.

const SS_CODE: u8

Value written to this line’s EXTISS field to select the pin’s port.

impl<MODE> ExtiPin for Pin<'A', 3, MODE>

PA3 on EXTI line 3.

const SS_CODE: u8

Value written to this line’s EXTISS field to select the pin’s port.

impl<MODE> ExtiPin for Pin<'A', 4, MODE>

PA4 on EXTI line 4.

const SS_CODE: u8

Value written to this line’s EXTISS field to select the pin’s port.

impl<MODE> ExtiPin for Pin<'A', 5, MODE>

PA5 on EXTI line 5.

const SS_CODE: u8

Value written to this line’s EXTISS field to select the pin’s port.

impl<MODE> ExtiPin for Pin<'A', 6, MODE>

PA6 on EXTI line 6.

const SS_CODE: u8

Value written to this line’s EXTISS field to select the pin’s port.

impl<MODE> ExtiPin for Pin<'A', 7, MODE>

PA7 on EXTI line 7.

const SS_CODE: u8

Value written to this line’s EXTISS field to select the pin’s port.

impl<MODE> ExtiPin for Pin<'A', 8, MODE>

Available on pads_ge_24 only.

PA8 on EXTI line 8.

const SS_CODE: u8

Value written to this line’s EXTISS field to select the pin’s port.

impl<MODE> ExtiPin for Pin<'A', 9, MODE>

PA9 on EXTI line 9.

const SS_CODE: u8

Value written to this line’s EXTISS field to select the pin’s port.

impl<MODE> ExtiPin for Pin<'A', 10, MODE>

PA10 on EXTI line 10.

const SS_CODE: u8

Value written to this line’s EXTISS field to select the pin’s port.

impl<MODE> ExtiPin for Pin<'A', 13, MODE>

PA13 on EXTI line 13.

const SS_CODE: u8

Value written to this line’s EXTISS field to select the pin’s port.

impl<MODE> ExtiPin for Pin<'A', 14, MODE>

PA14 on EXTI line 14.

const SS_CODE: u8

Value written to this line’s EXTISS field to select the pin’s port.

impl<MODE> ExtiPin for Pin<'A', 15, MODE>

Available on pads_ge_28 only.

PA15 on EXTI line 15.

const SS_CODE: u8

Value written to this line’s EXTISS field to select the pin’s port.

impl<MODE> ExtiPin for Pin<'B', 0, MODE>

Available on pads_ge_24 only.

PB0 on EXTI line 0.

const SS_CODE: u8

Value written to this line’s EXTISS field to select the pin’s port.

impl<MODE> ExtiPin for Pin<'B', 1, MODE>

PB1 on EXTI line 1.

const SS_CODE: u8

Value written to this line’s EXTISS field to select the pin’s port.

impl<MODE> ExtiPin for Pin<'B', 3, MODE>

Available on pads_ge_28 only.

PB3 on EXTI line 3.

const SS_CODE: u8

Value written to this line’s EXTISS field to select the pin’s port.

impl<MODE> ExtiPin for Pin<'B', 4, MODE>

Available on pads_ge_28 only.

PB4 on EXTI line 4.

const SS_CODE: u8

Value written to this line’s EXTISS field to select the pin’s port.

impl<MODE> ExtiPin for Pin<'B', 5, MODE>

Available on pads_ge_28 only.

PB5 on EXTI line 5.

const SS_CODE: u8

Value written to this line’s EXTISS field to select the pin’s port.

impl<MODE> ExtiPin for Pin<'B', 6, MODE>

Available on pads_ge_24 only.

PB6 on EXTI line 6.

const SS_CODE: u8

Value written to this line’s EXTISS field to select the pin’s port.

impl<MODE> ExtiPin for Pin<'B', 7, MODE>

Available on pads_ge_24 only.

PB7 on EXTI line 7.

const SS_CODE: u8

Value written to this line’s EXTISS field to select the pin’s port.

impl<MODE> ExtiPin for Pin<'F', 0, MODE>

PF0 on EXTI line 0.

const SS_CODE: u8

Value written to this line’s EXTISS field to select the pin’s port.

impl<MODE> ExtiPin for Pin<'F', 1, MODE>

PF1 on EXTI line 1.

const SS_CODE: u8

Value written to this line’s EXTISS field to select the pin’s port.

impl<const N: u8, MODE> HasLock for Pin<'A', N, MODE>

impl<const N: u8, MODE> HasLock for Pin<'B', N, MODE>

impl<const P: char, const N: u8> InputPin for Pin<P, N, Input>

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

Is the input pin high?

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

Is the input pin low?

impl<const P: char, const N: u8> InputPin for Pin<P, N, Output<OpenDrain>>

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

Is the input pin high?

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

Is the input pin low?

impl<const P: char, const N: u8, MODE> InputPin for Pin<P, N, Locked<MODE>>

where Pin<P, N, MODE>: InputPin,

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

Is the input pin high?

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

Is the input pin low?

impl InvertingInput for Pin<'A', 4, Analog>

const MSEL: u8 = 0b100

The CMPxMSEL encoding of this source.

impl InvertingInput for Pin<'A', 5, Analog>

const MSEL: u8 = 0b101

The CMPxMSEL encoding of this source.

impl InvertingInput for Pin<'A', 0, Analog>

const MSEL: u8 = 0b110

The CMPxMSEL encoding of this source.

impl InvertingInput for Pin<'A', 2, Analog>

const MSEL: u8 = 0b111

The CMPxMSEL encoding of this source.

impl MisoPin<Spi0> for Pin<'A', 6, Alternate<0>>

impl MisoPin<Spi0> for Pin<'B', 4, Alternate<0>>

Available on pads_ge_28 only.

impl MosiPin<Spi0> for Pin<'A', 7, Alternate<0>>

impl MosiPin<Spi0> for Pin<'B', 5, Alternate<0>>

Available on pads_ge_28 only.

impl NonInvertingInput for Pin<'A', 1, Analog>

const SW: bool = false

Whether CMPxSW is closed for this source.

impl<const P: char, const N: u8, OTYPE> OutputPin for Pin<P, N, Output<OTYPE>>

fn set_high(&mut self) -> Result<(), Self::Error>

Drives the pin high.

fn set_low(&mut self) -> Result<(), Self::Error>

Drives the pin low.

fn set_state(&mut self, state: PinState) -> Result<(), Self::Error>

Drives the pin high or low depending on the provided value.

impl<const P: char, const N: u8, MODE> OutputPin for Pin<P, N, Locked<MODE>>

where Pin<P, N, MODE>: OutputPin,

fn set_high(&mut self) -> Result<(), Self::Error>

Drives the pin high.

fn set_low(&mut self) -> Result<(), Self::Error>

Drives the pin low.

fn set_state(&mut self, state: PinState) -> Result<(), Self::Error>

Drives the pin high or low depending on the provided value.

impl RxPin<Usart0> for Pin<'A', 10, Alternate<1>>

impl RxPin<Usart0> for Pin<'B', 7, Alternate<0>>

Available on pads_ge_24 only.

impl RxPin<Usart0> for Pin<'A', 3, Alternate<1>>

impl RxPin<Usart0> for Pin<'A', 15, Alternate<1>>

Available on pads_ge_28 only.

impl SckPin<Spi0> for Pin<'A', 5, Alternate<0>>

impl SckPin<Spi0> for Pin<'B', 3, Alternate<0>>

Available on pads_ge_28 only.

impl SclPin<I2c0> for Pin<'A', 9, Alternate<4, OpenDrain>>

impl SclPin<I2c0> for Pin<'B', 6, Alternate<1, OpenDrain>>

Available on pads_ge_24 only.

impl SclPin<I2c0> for Pin<'F', 1, Alternate<1, OpenDrain>>

impl SdaPin<I2c0> for Pin<'A', 10, Alternate<4, OpenDrain>>

impl SdaPin<I2c0> for Pin<'B', 7, Alternate<1, OpenDrain>>

Available on pads_ge_24 only.

impl SdaPin<I2c0> for Pin<'F', 0, Alternate<1, OpenDrain>>

impl<const P: char, const N: u8, OTYPE> StatefulOutputPin for Pin<P, N, Output<OTYPE>>

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

Is the pin in drive high mode?

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

Is the pin in drive low mode?

fn toggle(&mut self) -> Result<(), Self::Error>

Toggle pin output.

impl<const P: char, const N: u8, MODE> StatefulOutputPin for Pin<P, N, Locked<MODE>>

where Pin<P, N, MODE>: StatefulOutputPin,

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

Is the pin in drive high mode?

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

Is the pin in drive low mode?

fn toggle(&mut self) -> Result<(), Self::Error>

Toggle pin output.

impl TxPin<Usart0> for Pin<'A', 9, Alternate<1>>

impl TxPin<Usart0> for Pin<'B', 6, Alternate<0>>

Available on pads_ge_24 only.

impl TxPin<Usart0> for Pin<'A', 2, Alternate<1>>

impl TxPin<Usart0> for Pin<'A', 14, Alternate<1>>

impl<MODE> ValidAf<0> for Pin<'A', 1, MODE>

AF0 — EVENTOUT.

impl<MODE> ValidAf<0> for Pin<'A', 4, MODE>

AF0 — SPI0_NSS/I2S0_WS.

impl<MODE> ValidAf<0> for Pin<'A', 5, MODE>

AF0 — SPI0_SCK/I2S0_CK.

impl<MODE> ValidAf<0> for Pin<'A', 6, MODE>

AF0 — SPI0_MISO.

impl<MODE> ValidAf<0> for Pin<'A', 7, MODE>

AF0 — SPI0_MOSI.

impl<MODE> ValidAf<0> for Pin<'A', 8, MODE>

Available on pads_ge_24 only.

AF0 — CK_OUT.

impl<MODE> ValidAf<0> for Pin<'A', 10, MODE>

AF0 — TIMER16_BRKIN.

impl<MODE> ValidAf<0> for Pin<'A', 13, MODE>

AF0 — SWDIO.

impl<MODE> ValidAf<0> for Pin<'A', 14, MODE>

AF0 — SWCLK.

impl<MODE> ValidAf<0> for Pin<'A', 15, MODE>

Available on pads_ge_28 only.

AF0 — SPI0_NSS/I2S0_WS.

impl<MODE> ValidAf<0> for Pin<'B', 0, MODE>

Available on pads_ge_24 only.

AF0 — EVENTOUT.

impl<MODE> ValidAf<0> for Pin<'B', 3, MODE>

Available on pads_ge_28 only.

AF0 — SPI0_SCK/I2S0_CK.

impl<MODE> ValidAf<0> for Pin<'B', 4, MODE>

Available on pads_ge_28 only.

AF0 — SPI0_MISO.

impl<MODE> ValidAf<0> for Pin<'B', 5, MODE>

Available on pads_ge_28 only.

AF0 — SPI0_MOSI.

impl<MODE> ValidAf<0> for Pin<'B', 6, MODE>

Available on pads_ge_24 only.

AF0 — USART0_TX.

impl<MODE> ValidAf<0> for Pin<'B', 7, MODE>

Available on pads_ge_24 only.

AF0 — USART0_RX.

impl<MODE> ValidAf<1> for Pin<'A', 0, MODE>

AF1 — USART0_CTS on x4, USART1_CTS on x6/x8.

impl<MODE> ValidAf<1> for Pin<'A', 1, MODE>

AF1 — USART0_RTS/DE on x4, USART1_RTS/DE on x6/x8.

impl<MODE> ValidAf<1> for Pin<'A', 2, MODE>

AF1 — USART0_TX on x4, USART1_TX on x6/x8.

impl<MODE> ValidAf<1> for Pin<'A', 3, MODE>

AF1 — USART0_RX on x4, USART1_RX on x6/x8.

impl<MODE> ValidAf<1> for Pin<'A', 4, MODE>

AF1 — USART0_CK on x4, USART1_CK on x6/x8.

impl<MODE> ValidAf<1> for Pin<'A', 6, MODE>

AF1 — TIMER2_CH0.

impl<MODE> ValidAf<1> for Pin<'A', 7, MODE>

AF1 — TIMER2_CH1.

impl<MODE> ValidAf<1> for Pin<'A', 8, MODE>

Available on pads_ge_24 only.

AF1 — USART0_CK.

impl<MODE> ValidAf<1> for Pin<'A', 9, MODE>

AF1 — USART0_TX.

impl<MODE> ValidAf<1> for Pin<'A', 10, MODE>

AF1 — USART0_RX.

impl<MODE> ValidAf<1> for Pin<'A', 13, MODE>

AF1 — IFRP_OUT.

impl<MODE> ValidAf<1> for Pin<'A', 14, MODE>

AF1 — USART0_TX on x4, USART1_TX on x6/x8.

impl<MODE> ValidAf<1> for Pin<'A', 15, MODE>

Available on pads_ge_28 only.

AF1 — USART0_RX on x4, USART1_RX on x6/x8.

impl<MODE> ValidAf<1> for Pin<'B', 0, MODE>

Available on pads_ge_24 only.

AF1 — TIMER2_CH2.

impl<MODE> ValidAf<1> for Pin<'B', 1, MODE>

AF1 — TIMER2_CH3.

impl<MODE> ValidAf<1> for Pin<'B', 3, MODE>

Available on pads_ge_28 only.

AF1 — EVENTOUT.

impl<MODE> ValidAf<1> for Pin<'B', 4, MODE>

Available on pads_ge_28 only.

AF1 — TIMER2_CH0.

impl<MODE> ValidAf<1> for Pin<'B', 5, MODE>

Available on pads_ge_28 only.

AF1 — TIMER2_CH1.

impl<MODE> ValidAf<1> for Pin<'B', 6, MODE>

Available on pads_ge_24 only.

AF1 — I2C0_SCL.

impl<MODE> ValidAf<1> for Pin<'B', 7, MODE>

Available on pads_ge_24 only.

AF1 — I2C0_SDA.

impl<MODE> ValidAf<1> for Pin<'F', 0, MODE>

AF1 — I2C0_SDA.

impl<MODE> ValidAf<1> for Pin<'F', 1, MODE>

AF1 — I2C0_SCL.

impl<MODE> ValidAf<2> for Pin<'A', 6, MODE>

AF2 — TIMER0_BRKIN.

impl<MODE> ValidAf<2> for Pin<'A', 7, MODE>

AF2 — TIMER0_CH0_ON.

impl<MODE> ValidAf<2> for Pin<'A', 8, MODE>

Available on pads_ge_24 only.

AF2 — TIMER0_CH0.

impl<MODE> ValidAf<2> for Pin<'A', 9, MODE>

AF2 — TIMER0_CH1.

impl<MODE> ValidAf<2> for Pin<'A', 10, MODE>

AF2 — TIMER0_CH2.

impl<MODE> ValidAf<2> for Pin<'B', 0, MODE>

Available on pads_ge_24 only.

AF2 — TIMER0_CH1_ON.

impl<MODE> ValidAf<2> for Pin<'B', 1, MODE>

AF2 — TIMER13_CH0.

impl<MODE> ValidAf<2> for Pin<'B', 4, MODE>

Available on pads_ge_28 only.

AF2 — EVENTOUT.

impl<MODE> ValidAf<2> for Pin<'B', 5, MODE>

Available on pads_ge_28 only.

AF2 — I2C0_SMBA.

impl<MODE> ValidAf<2> for Pin<'B', 6, MODE>

Available on pads_ge_24 only.

AF2 — TIMER15_CH0_ON.

impl<MODE> ValidAf<2> for Pin<'B', 7, MODE>

Available on pads_ge_24 only.

AF2 — TIMER16_CH0_ON.

impl<MODE> ValidAf<3> for Pin<'A', 8, MODE>

Available on pads_ge_24 only.

AF3 — EVENTOUT.

impl<MODE> ValidAf<3> for Pin<'A', 15, MODE>

Available on pads_ge_28 only.

AF3 — EVENTOUT.

impl<MODE> ValidAf<3> for Pin<'B', 1, MODE>

AF3 — TIMER0_CH2_ON.

impl<MODE> ValidAf<3> for Pin<'B', 5, MODE>

Available on pads_ge_28 only.

AF3 — TIMER15_BRKIN.

impl<MODE> ValidAf<4> for Pin<'A', 4, MODE>

AF4 — TIMER13_CH0.

impl<MODE> ValidAf<4> for Pin<'A', 7, MODE>

AF4 — TIMER13_CH0.

impl<MODE> ValidAf<4> for Pin<'A', 9, MODE>

AF4 — I2C0_SCL.

impl<MODE> ValidAf<4> for Pin<'A', 10, MODE>

AF4 — I2C0_SDA.

impl<MODE> ValidAf<4> for Pin<'B', 4, MODE>

Available on pads_ge_28 only.

AF4 — I2C0_TXFRAME.

impl<MODE> ValidAf<5> for Pin<'A', 6, MODE>

AF5 — TIMER15_CH0.

impl<MODE> ValidAf<5> for Pin<'A', 7, MODE>

AF5 — TIMER16_CH0.

impl<MODE> ValidAf<5> for Pin<'A', 9, MODE>

AF5 — CK_OUT.

impl<MODE> ValidAf<6> for Pin<'A', 6, MODE>

AF6 — EVENTOUT.

impl<MODE> ValidAf<6> for Pin<'A', 7, MODE>

AF6 — EVENTOUT.

impl<MODE> ValidAf<6> for Pin<'B', 4, MODE>

Available on pads_ge_28 only.

AF6 — TIMER16_BRKIN.

impl<MODE> ValidAf<7> for Pin<'A', 0, MODE>

AF7 — CMP_OUT.

impl<MODE> ValidAf<7> for Pin<'A', 6, MODE>

AF7 — CMP_OUT.