[−][src]Struct trinket_m0::sercom::SPIMaster0Padout

pub struct SPIMaster0Padout<MISO, MOSI, SCK> { /* fields omitted */ }

A pad mapping configuration for the SERCOM in SPI master mode.

This type can only be constructed using the From implementations in this module, which are restricted to valid configurations.

Defines which sercom pad is mapped to which SPI function.

Trait Implementations

`impl<PIN0, PIN1, PIN2> DipoDopo for SPIMaster0Padout<Pad<Sercom0, Pad3, PIN0>, Pad<Sercom0, Pad0, PIN1>, Pad<Sercom0, Pad1, PIN2>> where PIN0: Map<Sercom0, Pad3>, PIN1: Map<Sercom0, Pad0>, PIN2: Map<Sercom0, Pad1>,` [src]

`pub fn dipo_dopo(&self) -> (u8, u8)`[src]

`impl<PIN0, PIN1, PIN2> DipoDopo for SPIMaster0Padout<Pad<Sercom0, Pad2, PIN0>, Pad<Sercom0, Pad3, PIN1>, Pad<Sercom0, Pad1, PIN2>> where PIN0: Map<Sercom0, Pad2>, PIN1: Map<Sercom0, Pad3>, PIN2: Map<Sercom0, Pad1>,` [src]

`pub fn dipo_dopo(&self) -> (u8, u8)`[src]

`impl<PIN0, PIN1, PIN2> DipoDopo for SPIMaster0Padout<Pad<Sercom0, Pad0, PIN0>, Pad<Sercom0, Pad2, PIN1>, Pad<Sercom0, Pad3, PIN2>> where PIN0: Map<Sercom0, Pad0>, PIN1: Map<Sercom0, Pad2>, PIN2: Map<Sercom0, Pad3>,` [src]

`pub fn dipo_dopo(&self) -> (u8, u8)`[src]

`impl<PIN0, PIN1, PIN2> DipoDopo for SPIMaster0Padout<Pad<Sercom0, Pad0, PIN0>, Pad<Sercom0, Pad3, PIN1>, Pad<Sercom0, Pad1, PIN2>> where PIN0: Map<Sercom0, Pad0>, PIN1: Map<Sercom0, Pad3>, PIN2: Map<Sercom0, Pad1>,` [src]

`pub fn dipo_dopo(&self) -> (u8, u8)`[src]

`impl<PIN0, PIN1, PIN2> DipoDopo for SPIMaster0Padout<Pad<Sercom0, Pad2, PIN0>, Pad<Sercom0, Pad0, PIN1>, Pad<Sercom0, Pad3, PIN2>> where PIN0: Map<Sercom0, Pad2>, PIN1: Map<Sercom0, Pad0>, PIN2: Map<Sercom0, Pad3>,` [src]

`pub fn dipo_dopo(&self) -> (u8, u8)`[src]

`impl<PIN0, PIN1, PIN2> DipoDopo for SPIMaster0Padout<Pad<Sercom0, Pad1, PIN0>, Pad<Sercom0, Pad2, PIN1>, Pad<Sercom0, Pad3, PIN2>> where PIN0: Map<Sercom0, Pad1>, PIN1: Map<Sercom0, Pad2>, PIN2: Map<Sercom0, Pad3>,` [src]

`pub fn dipo_dopo(&self) -> (u8, u8)`[src]

`impl<PIN0, PIN1, PIN2> DipoDopo for SPIMaster0Padout<Pad<Sercom0, Pad2, PIN0>, Pad<Sercom0, Pad0, PIN1>, Pad<Sercom0, Pad1, PIN2>> where PIN0: Map<Sercom0, Pad2>, PIN1: Map<Sercom0, Pad0>, PIN2: Map<Sercom0, Pad1>,` [src]

`pub fn dipo_dopo(&self) -> (u8, u8)`[src]

`impl<PIN0, PIN1, PIN2> DipoDopo for SPIMaster0Padout<Pad<Sercom0, Pad1, PIN0>, Pad<Sercom0, Pad0, PIN1>, Pad<Sercom0, Pad3, PIN2>> where PIN0: Map<Sercom0, Pad1>, PIN1: Map<Sercom0, Pad0>, PIN2: Map<Sercom0, Pad3>,` [src]

`pub fn dipo_dopo(&self) -> (u8, u8)`[src]

`impl<PIN0, PIN1, PIN2> From<(Pad<Sercom0, Pad0, PIN0>, Pad<Sercom0, Pad2, PIN1>, Pad<Sercom0, Pad3, PIN2>)> for SPIMaster0Padout<Pad<Sercom0, Pad0, PIN0>, Pad<Sercom0, Pad2, PIN1>, Pad<Sercom0, Pad3, PIN2>> where PIN0: Map<Sercom0, Pad0>, PIN1: Map<Sercom0, Pad2>, PIN2: Map<Sercom0, Pad3>,` [src]

Convert from a tuple of (MISO, MOSI, SCK) to SPIMasterXPadout

`pub fn from( pads: (Pad<Sercom0, Pad0, PIN0>, Pad<Sercom0, Pad2, PIN1>, Pad<Sercom0, Pad3, PIN2>) ) -> SPIMaster0Padout<Pad<Sercom0, Pad0, PIN0>, Pad<Sercom0, Pad2, PIN1>, Pad<Sercom0, Pad3, PIN2>>`[src]

`impl<PIN0, PIN1, PIN2> From<(Pad<Sercom0, Pad0, PIN0>, Pad<Sercom0, Pad3, PIN1>, Pad<Sercom0, Pad1, PIN2>)> for SPIMaster0Padout<Pad<Sercom0, Pad0, PIN0>, Pad<Sercom0, Pad3, PIN1>, Pad<Sercom0, Pad1, PIN2>> where PIN0: Map<Sercom0, Pad0>, PIN1: Map<Sercom0, Pad3>, PIN2: Map<Sercom0, Pad1>,` [src]

Convert from a tuple of (MISO, MOSI, SCK) to SPIMasterXPadout

`pub fn from( pads: (Pad<Sercom0, Pad0, PIN0>, Pad<Sercom0, Pad3, PIN1>, Pad<Sercom0, Pad1, PIN2>) ) -> SPIMaster0Padout<Pad<Sercom0, Pad0, PIN0>, Pad<Sercom0, Pad3, PIN1>, Pad<Sercom0, Pad1, PIN2>>`[src]

`impl<PIN0, PIN1, PIN2> From<(Pad<Sercom0, Pad1, PIN0>, Pad<Sercom0, Pad0, PIN1>, Pad<Sercom0, Pad3, PIN2>)> for SPIMaster0Padout<Pad<Sercom0, Pad1, PIN0>, Pad<Sercom0, Pad0, PIN1>, Pad<Sercom0, Pad3, PIN2>> where PIN0: Map<Sercom0, Pad1>, PIN1: Map<Sercom0, Pad0>, PIN2: Map<Sercom0, Pad3>,` [src]

Convert from a tuple of (MISO, MOSI, SCK) to SPIMasterXPadout

`pub fn from( pads: (Pad<Sercom0, Pad1, PIN0>, Pad<Sercom0, Pad0, PIN1>, Pad<Sercom0, Pad3, PIN2>) ) -> SPIMaster0Padout<Pad<Sercom0, Pad1, PIN0>, Pad<Sercom0, Pad0, PIN1>, Pad<Sercom0, Pad3, PIN2>>`[src]

`impl<PIN0, PIN1, PIN2> From<(Pad<Sercom0, Pad1, PIN0>, Pad<Sercom0, Pad2, PIN1>, Pad<Sercom0, Pad3, PIN2>)> for SPIMaster0Padout<Pad<Sercom0, Pad1, PIN0>, Pad<Sercom0, Pad2, PIN1>, Pad<Sercom0, Pad3, PIN2>> where PIN0: Map<Sercom0, Pad1>, PIN1: Map<Sercom0, Pad2>, PIN2: Map<Sercom0, Pad3>,` [src]

Convert from a tuple of (MISO, MOSI, SCK) to SPIMasterXPadout

`pub fn from( pads: (Pad<Sercom0, Pad1, PIN0>, Pad<Sercom0, Pad2, PIN1>, Pad<Sercom0, Pad3, PIN2>) ) -> SPIMaster0Padout<Pad<Sercom0, Pad1, PIN0>, Pad<Sercom0, Pad2, PIN1>, Pad<Sercom0, Pad3, PIN2>>`[src]

`impl<PIN0, PIN1, PIN2> From<(Pad<Sercom0, Pad2, PIN0>, Pad<Sercom0, Pad0, PIN1>, Pad<Sercom0, Pad1, PIN2>)> for SPIMaster0Padout<Pad<Sercom0, Pad2, PIN0>, Pad<Sercom0, Pad0, PIN1>, Pad<Sercom0, Pad1, PIN2>> where PIN0: Map<Sercom0, Pad2>, PIN1: Map<Sercom0, Pad0>, PIN2: Map<Sercom0, Pad1>,` [src]

Convert from a tuple of (MISO, MOSI, SCK) to SPIMasterXPadout

`pub fn from( pads: (Pad<Sercom0, Pad2, PIN0>, Pad<Sercom0, Pad0, PIN1>, Pad<Sercom0, Pad1, PIN2>) ) -> SPIMaster0Padout<Pad<Sercom0, Pad2, PIN0>, Pad<Sercom0, Pad0, PIN1>, Pad<Sercom0, Pad1, PIN2>>`[src]

`impl<PIN0, PIN1, PIN2> From<(Pad<Sercom0, Pad2, PIN0>, Pad<Sercom0, Pad0, PIN1>, Pad<Sercom0, Pad3, PIN2>)> for SPIMaster0Padout<Pad<Sercom0, Pad2, PIN0>, Pad<Sercom0, Pad0, PIN1>, Pad<Sercom0, Pad3, PIN2>> where PIN0: Map<Sercom0, Pad2>, PIN1: Map<Sercom0, Pad0>, PIN2: Map<Sercom0, Pad3>,` [src]

Convert from a tuple of (MISO, MOSI, SCK) to SPIMasterXPadout

`pub fn from( pads: (Pad<Sercom0, Pad2, PIN0>, Pad<Sercom0, Pad0, PIN1>, Pad<Sercom0, Pad3, PIN2>) ) -> SPIMaster0Padout<Pad<Sercom0, Pad2, PIN0>, Pad<Sercom0, Pad0, PIN1>, Pad<Sercom0, Pad3, PIN2>>`[src]

`impl<PIN0, PIN1, PIN2> From<(Pad<Sercom0, Pad2, PIN0>, Pad<Sercom0, Pad3, PIN1>, Pad<Sercom0, Pad1, PIN2>)> for SPIMaster0Padout<Pad<Sercom0, Pad2, PIN0>, Pad<Sercom0, Pad3, PIN1>, Pad<Sercom0, Pad1, PIN2>> where PIN0: Map<Sercom0, Pad2>, PIN1: Map<Sercom0, Pad3>, PIN2: Map<Sercom0, Pad1>,` [src]

Convert from a tuple of (MISO, MOSI, SCK) to SPIMasterXPadout

`pub fn from( pads: (Pad<Sercom0, Pad2, PIN0>, Pad<Sercom0, Pad3, PIN1>, Pad<Sercom0, Pad1, PIN2>) ) -> SPIMaster0Padout<Pad<Sercom0, Pad2, PIN0>, Pad<Sercom0, Pad3, PIN1>, Pad<Sercom0, Pad1, PIN2>>`[src]

`impl<PIN0, PIN1, PIN2> From<(Pad<Sercom0, Pad3, PIN0>, Pad<Sercom0, Pad0, PIN1>, Pad<Sercom0, Pad1, PIN2>)> for SPIMaster0Padout<Pad<Sercom0, Pad3, PIN0>, Pad<Sercom0, Pad0, PIN1>, Pad<Sercom0, Pad1, PIN2>> where PIN0: Map<Sercom0, Pad3>, PIN1: Map<Sercom0, Pad0>, PIN2: Map<Sercom0, Pad1>,` [src]

Convert from a tuple of (MISO, MOSI, SCK) to SPIMasterXPadout

`pub fn from( pads: (Pad<Sercom0, Pad3, PIN0>, Pad<Sercom0, Pad0, PIN1>, Pad<Sercom0, Pad1, PIN2>) ) -> SPIMaster0Padout<Pad<Sercom0, Pad3, PIN0>, Pad<Sercom0, Pad0, PIN1>, Pad<Sercom0, Pad1, PIN2>>`[src]

Auto Trait Implementations

`impl<MISO, MOSI, SCK> Send for SPIMaster0Padout<MISO, MOSI, SCK> where MISO: Send, MOSI: Send, SCK: Send,` [src]

`impl<MISO, MOSI, SCK> Sync for SPIMaster0Padout<MISO, MOSI, SCK> where MISO: Sync, MOSI: Sync, SCK: Sync,` [src]

`impl<MISO, MOSI, SCK> Unpin for SPIMaster0Padout<MISO, MOSI, SCK> where MISO: Unpin, MOSI: Unpin, SCK: Unpin,` [src]

Blanket Implementations

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

`pub fn type_id(&self) -> TypeId`[src]

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

`pub fn borrow(&self) -> &T`[src]

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

`pub fn borrow_mut(&mut self) -> &mut T`[src]

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

`pub fn from(t: T) -> T`[src]

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

`pub fn into(self) -> U`[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.

`pub fn try_from(value: U) -> Result<T, <T as TryFrom<U>>::Error>`[src]

`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.

`pub fn try_into(self) -> Result<U, <U as TryFrom<T>>::Error>`[src]