Trait embedded_platform::specs::feather::Feather

pub trait Feather: Platform {
    type MainLed: IntoPushPullOutputPin<Error = Self::Error>;
    type MainI2cMapping: I2cBusMapping<Self::SDA, Self::SCL>;
    type SDA: IntoOpenDrainOutputPin<Error = Self::Error> + IntoFloatingInputPin<Error = Self::Error>;
    type SCL: IntoPushPullOutputPin<Error = Self::Error>;
    type D2: IntoPushPullOutputPin<Error = Self::Error>;
    type D3: IntoPushPullOutputPin<Error = Self::Error>;
    type D4: IntoPushPullOutputPin<Error = Self::Error>;
    type D5: IntoPushPullOutputPin<Error = Self::Error>;
    type D6: IntoPushPullOutputPin<Error = Self::Error>;
    type D7: IntoPushPullOutputPin<Error = Self::Error>;
    type D8: IntoPushPullOutputPin<Error = Self::Error>;
    type P0;
    type TX: IntoPushPullOutputPin<Error = Self::Error>;
    type RX: IntoFloatingInputPin<Error = Self::Error>;
    type MISO: IntoFloatingInputPin<Error = Self::Error>;
    type MOSI: IntoPushPullOutputPin<Error = Self::Error>;
    type SCK: IntoPushPullOutputPin<Error = Self::Error>;
    type A5: IntoFloatingInputPin<Error = Self::Error>;
    type A4: IntoFloatingInputPin<Error = Self::Error>;
    type A3: IntoFloatingInputPin<Error = Self::Error>;
    type A2: IntoFloatingInputPin<Error = Self::Error>;
    type A1: IntoFloatingInputPin<Error = Self::Error>;
    type A0: IntoFloatingInputPin<Error = Self::Error>;
    fn take_main_led(&mut self) -> Self::MainLed;
    fn take_main_i2c(
        &mut self
    ) -> <Self::MainI2cMapping as I2cBusMapping<Self::SDA, Self::SCL>>::Bus;
    fn take_sda(&mut self) -> Self::SDA;
    fn take_scl(&mut self) -> Self::SCL;
    fn take_d2(&mut self) -> Self::D2;
    fn take_d3(&mut self) -> Self::D3;
    fn take_d4(&mut self) -> Self::D4;
    fn take_d5(&mut self) -> Self::D5;
    fn take_d6(&mut self) -> Self::D6;
    fn take_d7(&mut self) -> Self::D7;
    fn take_d8(&mut self) -> Self::D8;
    fn take_p0(&mut self) -> Self::P0;
    fn take_tx(&mut self) -> Self::TX;
    fn take_rx(&mut self) -> Self::RX;
    fn take_miso(&mut self) -> Self::MISO;
    fn take_mosi(&mut self) -> Self::MOSI;
    fn take_sck(&mut self) -> Self::SCK;
    fn take_a5(&mut self) -> Self::A5;
    fn take_a4(&mut self) -> Self::A4;
    fn take_a3(&mut self) -> Self::A3;
    fn take_a2(&mut self) -> Self::A2;
    fn take_a1(&mut self) -> Self::A1;
    fn take_a0(&mut self) -> Self::A0;
}

A platform that conforms to the Adafruit Feather specification.

Any platform conforming to the specification must use 3.3V as the core voltage.

Pins

• D0-D8 are general purpose GPIO pins (digital input and output). D0 and D1 double as SDA/SCL so that is their primary name, but the trait will have associated type defaults once that enters stable rust.
• A0-A5 are capable of analog input in addition to GPIO. The exception is the ESP8266 feather, which only has a working A0. Hence analog traits are not required by the other pins, while in practice most boards will actually implement them.
• RX/TX are bound to a hardware UART.
• SDA/SCL are bound to the main I²C bus.
• SCK/MOSI/MISO are bound to the main SPI bus.
• P0 is mapped to something custom depending on the specific feather, usually a GPIO.

Additionally, it is guaranteed that there is one main LED bound to a pin, but which one it is is left unspecified.

The pins are placed roughly according to this illustration:

     ┌──────────────────┐
 RST │ ○                │
 3V3 │ ○                │
VREF │ ○                │
 GND │ ○                │
  A0 │ ○              ○ │ BAT
  A1 │ ○              ○ │ EN
  A2 │ ○              ○ │ USB
  A3 │ ○              ○ │ D8
  A4 │ ○              ○ │ D7
  A5 │ ○              ○ │ D6
 SCK │ ○              ○ │ D5
MOSI │ ○              ○ │ D4
MISO │ ○              ○ │ D3
  RX │ ○              ○ │ D2
  TX │ ○              ○ │ SCL / D1
  P0 │ ○              ○ │ SDA / D0
     └──────────────────┘

Associated Types

type MainLed: IntoPushPullOutputPin<Error = Self::Error>

type MainI2cMapping: I2cBusMapping<Self::SDA, Self::SCL>

type SDA: IntoOpenDrainOutputPin<Error = Self::Error> + IntoFloatingInputPin<Error = Self::Error>

type SCL: IntoPushPullOutputPin<Error = Self::Error>

type D2: IntoPushPullOutputPin<Error = Self::Error>

type D3: IntoPushPullOutputPin<Error = Self::Error>

type D4: IntoPushPullOutputPin<Error = Self::Error>

type D5: IntoPushPullOutputPin<Error = Self::Error>

type D6: IntoPushPullOutputPin<Error = Self::Error>

type D7: IntoPushPullOutputPin<Error = Self::Error>

type D8: IntoPushPullOutputPin<Error = Self::Error>

type P0

type TX: IntoPushPullOutputPin<Error = Self::Error>

type RX: IntoFloatingInputPin<Error = Self::Error>

type MISO: IntoFloatingInputPin<Error = Self::Error>

type MOSI: IntoPushPullOutputPin<Error = Self::Error>

type SCK: IntoPushPullOutputPin<Error = Self::Error>

type A5: IntoFloatingInputPin<Error = Self::Error>

type A4: IntoFloatingInputPin<Error = Self::Error>

type A3: IntoFloatingInputPin<Error = Self::Error>

type A2: IntoFloatingInputPin<Error = Self::Error>

type A1: IntoFloatingInputPin<Error = Self::Error>

type A0: IntoFloatingInputPin<Error = Self::Error>

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Required methods

fn take_main_led(&mut self) -> Self::MainLed

fn take_main_i2c(
    &mut self
) -> <Self::MainI2cMapping as I2cBusMapping<Self::SDA, Self::SCL>>::Bus

fn take_sda(&mut self) -> Self::SDA

fn take_scl(&mut self) -> Self::SCL

fn take_d2(&mut self) -> Self::D2

fn take_d3(&mut self) -> Self::D3

fn take_d4(&mut self) -> Self::D4

fn take_d5(&mut self) -> Self::D5

fn take_d6(&mut self) -> Self::D6

fn take_d7(&mut self) -> Self::D7

fn take_d8(&mut self) -> Self::D8

fn take_p0(&mut self) -> Self::P0

fn take_tx(&mut self) -> Self::TX

fn take_rx(&mut self) -> Self::RX

fn take_miso(&mut self) -> Self::MISO

fn take_mosi(&mut self) -> Self::MOSI

fn take_sck(&mut self) -> Self::SCK

fn take_a5(&mut self) -> Self::A5

fn take_a4(&mut self) -> Self::A4

fn take_a3(&mut self) -> Self::A3

fn take_a2(&mut self) -> Self::A2

fn take_a1(&mut self) -> Self::A1

fn take_a0(&mut self) -> Self::A0

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Implementors

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