[−][src]Struct pyportal::pins::Pins

pub struct Pins {
    pub port: Port,
    pub speaker: Pa2<Input<Floating>>,
    pub speaker_enable: Pa27<Input<Floating>>,
    pub light: Pa7<Input<Floating>>,
    pub d3: Pa4<Input<Floating>>,
    pub d4: Pa5<Input<Floating>>,
    pub d13: Pb23<Input<Floating>>,
    pub neopixel: Pb22<Input<Floating>>,
    pub tft_reset: Pa0<Input<Floating>>,
    pub tft_rd: Pb4<Input<Floating>>,
    pub tft_rs: Pb5<Input<Floating>>,
    pub tft_cs: Pb6<Input<Floating>>,
    pub tft_te: Pb7<Input<Floating>>,
    pub tft_wr: Pb9<Input<Floating>>,
    pub tft_backlight: Pb31<Input<Floating>>,
    pub lcd_data0: Pa16<Input<Floating>>,
    pub lcd_data1: Pa17<Input<Floating>>,
    pub lcd_data2: Pa18<Input<Floating>>,
    pub lcd_data3: Pa19<Input<Floating>>,
    pub lcd_data4: Pa20<Input<Floating>>,
    pub lcd_data5: Pa21<Input<Floating>>,
    pub lcd_data6: Pa22<Input<Floating>>,
    pub lcd_data7: Pa23<Input<Floating>>,
    pub touch_yd: Pb0<Input<Floating>>,
    pub touch_xl: Pb1<Input<Floating>>,
    pub touch_yu: Pa6<Input<Floating>>,
    pub touch_xr: Pb8<Input<Floating>>,
    pub esp_cs: Pb14<Input<Floating>>,
    pub esp_gpio0: Pb15<Input<Floating>>,
    pub esp_busy: Pb16<Input<Floating>>,
    pub esp_reset: Pb17<Input<Floating>>,
    pub esp_rts: Pa15<Input<Floating>>,
    pub esp_tx: Pb12<Input<Floating>>,
    pub esp_rx: Pb13<Input<Floating>>,
    pub mosi: Pa12<Input<Floating>>,
    pub sck: Pa13<Input<Floating>>,
    pub miso: Pa14<Input<Floating>>,
    pub sda: Pb2<Input<Floating>>,
    pub scl: Pb3<Input<Floating>>,
    pub sd_cs: Pb30<Input<Floating>>,
    pub sd_card_detect: Pa1<Input<Floating>>,
}

Maps the pins to their arduino names and the numbers printed on the board.

Fields

port: Port

Opaque port reference

speaker: Pa2<Input<Floating>>

Analog pin 0. Can act as a true analog output as it has a DAC (which is not currently supported by this hal) as well as input.

speaker_enable: Pa27<Input<Floating>>

enable speaker amplifier

light: Pa7<Input<Floating>>

Light sensor

d3: Pa4<Input<Floating>>

Pin D3

d4: Pa5<Input<Floating>>

Pin D4

d13: Pb23<Input<Floating>>

D13 LED

neopixel: Pb22<Input<Floating>>

Neopixel status LED

tft_reset: Pa0<Input<Floating>>

TFT Reset

tft_rd: Pb4<Input<Floating>>

TFT RD

tft_rs: Pb5<Input<Floating>>

TFT RS

tft_cs: Pb6<Input<Floating>>

TFT CS

tft_te: Pb7<Input<Floating>>

TFT TE

tft_wr: Pb9<Input<Floating>>

TFT WR

tft_backlight: Pb31<Input<Floating>>

TFT Backlight

lcd_data0: Pa16<Input<Floating>>

LCD Data 0

lcd_data1: Pa17<Input<Floating>>

LCD Data 1

lcd_data2: Pa18<Input<Floating>>

LCD Data 2

lcd_data3: Pa19<Input<Floating>>

LCD Data 3

lcd_data4: Pa20<Input<Floating>>

LCD Data 4

lcd_data5: Pa21<Input<Floating>>

LCD Data 5

lcd_data6: Pa22<Input<Floating>>

LCD Data 6

lcd_data7: Pa23<Input<Floating>>

LCD Data 7

touch_yd: Pb0<Input<Floating>>

Touchscreen pins Touch YD

touch_xl: Pb1<Input<Floating>>

Touch XL

touch_yu: Pa6<Input<Floating>>

Touch YU

touch_xr: Pb8<Input<Floating>>

Touch XR

esp_cs: Pb14<Input<Floating>>

Pin ESP CS

esp_gpio0: Pb15<Input<Floating>>

Pin ESP GPIO0

esp_busy: Pb16<Input<Floating>>

Pin ESP Busy

esp_reset: Pb17<Input<Floating>>

Pin ESP Reset

esp_rts: Pa15<Input<Floating>>

Pin ESP RTS

esp_tx: Pb12<Input<Floating>>

Pin TX

esp_rx: Pb13<Input<Floating>>

Pin RX

mosi: Pa12<Input<Floating>>

Pin MOSI

sck: Pa13<Input<Floating>>

Pin SCK

miso: Pa14<Input<Floating>>

Pin MISO

sda: Pb2<Input<Floating>>

Pin SDA

scl: Pb3<Input<Floating>>

Pin SCL

sd_cs: Pb30<Input<Floating>>

Pin SD CS

sd_card_detect: Pa1<Input<Floating>>

Pin SD card detect

Implementations

impl Pins[src]

pub fn new(port: PORT) -> Self[src]

impl Pins[src]

pub fn split(self) -> Sets[src]

Split the device pins into subsets

Auto Trait Implementations

impl Send for Pins

impl Sync for Pins

impl Unpin for Pins

Blanket Implementations

impl<T> Any for T where
    T: 'static + ?Sized, [src]

impl<T> Borrow<T> for T where
    T: ?Sized, [src]

impl<T> BorrowMut<T> for T where
    T: ?Sized, [src]

impl<T> From<T> for T[src]

impl<T, U> Into<U> for T where
    U: From<T>, [src]

impl<T> Same<T> for T

type Output = T

Should always be Self

impl<T, U> TryFrom<U> for T where
    U: Into<T>, [src]

type Error = Infallible

The type returned in the event of a conversion error.

impl<T, U> TryInto<U> for T where
    U: TryFrom<T>, [src]

type Error = <U as TryFrom<T>>::Error

The type returned in the event of a conversion error.