stm32f3xx_hal::gpio::marker

Trait IntoAf

pub trait IntoAf<const A: u8> {
    type AFR: Afr;
}

Expand description

Marker trait for pins with alternate function A mapping

Required Associated Types§

type AFR: Afr

Associated AFR register

Implementors§

impl<Mode> IntoAf<0> for PA1<Mode>

type AFR = AFRL

impl<Mode> IntoAf<0> for PA8<Mode>

type AFR = AFRH

impl<Mode> IntoAf<0> for PA13<Mode>

type AFR = AFRH

impl<Mode> IntoAf<0> for PA14<Mode>

type AFR = AFRH

impl<Mode> IntoAf<0> for PA15<Mode>

type AFR = AFRH

impl<Mode> IntoAf<0> for PB3<Mode>

type AFR = AFRL

impl<Mode> IntoAf<0> for PB4<Mode>

type AFR = AFRL

impl<Mode> IntoAf<0> for PB15<Mode>

type AFR = AFRH

impl<Mode> IntoAf<0> for PE2<Mode>

type AFR = AFRL

impl<Mode> IntoAf<0> for PE3<Mode>

type AFR = AFRL

impl<Mode> IntoAf<0> for PE4<Mode>

type AFR = AFRL

impl<Mode> IntoAf<0> for PE5<Mode>

type AFR = AFRL

impl<Mode> IntoAf<0> for PE6<Mode>

type AFR = AFRL

impl<Mode> IntoAf<1> for PA0<Mode>

type AFR = AFRL

impl<Mode> IntoAf<1> for PA1<Mode>

type AFR = AFRL

impl<Mode> IntoAf<1> for PA2<Mode>

type AFR = AFRL

impl<Mode> IntoAf<1> for PA3<Mode>

type AFR = AFRL

impl<Mode> IntoAf<1> for PA5<Mode>

type AFR = AFRL

impl<Mode> IntoAf<1> for PA6<Mode>

type AFR = AFRL

impl<Mode> IntoAf<1> for PA7<Mode>

type AFR = AFRL

impl<Mode> IntoAf<1> for PA10<Mode>

type AFR = AFRH

impl<Mode> IntoAf<1> for PA12<Mode>

type AFR = AFRH

impl<Mode> IntoAf<1> for PA13<Mode>

type AFR = AFRH

impl<Mode> IntoAf<1> for PA15<Mode>

type AFR = AFRH

impl<Mode> IntoAf<1> for PB3<Mode>

type AFR = AFRL

impl<Mode> IntoAf<1> for PB4<Mode>

type AFR = AFRL

impl<Mode> IntoAf<1> for PB5<Mode>

type AFR = AFRL

impl<Mode> IntoAf<1> for PB6<Mode>

type AFR = AFRL

impl<Mode> IntoAf<1> for PB7<Mode>

type AFR = AFRL

impl<Mode> IntoAf<1> for PB8<Mode>

type AFR = AFRH

impl<Mode> IntoAf<1> for PB9<Mode>

type AFR = AFRH

impl<Mode> IntoAf<1> for PB10<Mode>

type AFR = AFRH

impl<Mode> IntoAf<1> for PB11<Mode>

type AFR = AFRH

impl<Mode> IntoAf<1> for PB14<Mode>

type AFR = AFRH

impl<Mode> IntoAf<1> for PB15<Mode>

type AFR = AFRH

impl<Mode> IntoAf<1> for PC0<Mode>

type AFR = AFRL

impl<Mode> IntoAf<1> for PC1<Mode>

type AFR = AFRL

impl<Mode> IntoAf<1> for PC2<Mode>

type AFR = AFRL

impl<Mode> IntoAf<1> for PC3<Mode>

type AFR = AFRL

impl<Mode> IntoAf<1> for PC4<Mode>

type AFR = AFRL

impl<Mode> IntoAf<1> for PC5<Mode>

type AFR = AFRL

impl<Mode> IntoAf<1> for PC6<Mode>

type AFR = AFRL

impl<Mode> IntoAf<1> for PC7<Mode>

type AFR = AFRL

impl<Mode> IntoAf<1> for PC8<Mode>

type AFR = AFRH

impl<Mode> IntoAf<1> for PC9<Mode>

type AFR = AFRH

impl<Mode> IntoAf<1> for PC10<Mode>

type AFR = AFRH

impl<Mode> IntoAf<1> for PC11<Mode>

type AFR = AFRH

impl<Mode> IntoAf<1> for PC12<Mode>

type AFR = AFRH

impl<Mode> IntoAf<1> for PD0<Mode>

type AFR = AFRL

impl<Mode> IntoAf<1> for PD1<Mode>

type AFR = AFRL

impl<Mode> IntoAf<1> for PD2<Mode>

type AFR = AFRL

impl<Mode> IntoAf<1> for PD3<Mode>

type AFR = AFRL

impl<Mode> IntoAf<1> for PD4<Mode>

type AFR = AFRL

impl<Mode> IntoAf<1> for PD5<Mode>

type AFR = AFRL

impl<Mode> IntoAf<1> for PD6<Mode>

type AFR = AFRL

impl<Mode> IntoAf<1> for PD7<Mode>

type AFR = AFRL

impl<Mode> IntoAf<1> for PD8<Mode>

type AFR = AFRH

impl<Mode> IntoAf<1> for PD9<Mode>

type AFR = AFRH

impl<Mode> IntoAf<1> for PD10<Mode>

type AFR = AFRH

impl<Mode> IntoAf<1> for PD11<Mode>

type AFR = AFRH

impl<Mode> IntoAf<1> for PD12<Mode>

type AFR = AFRH

impl<Mode> IntoAf<1> for PD13<Mode>

type AFR = AFRH

impl<Mode> IntoAf<1> for PD14<Mode>

type AFR = AFRH

impl<Mode> IntoAf<1> for PD15<Mode>

type AFR = AFRH

impl<Mode> IntoAf<1> for PE0<Mode>

type AFR = AFRL

impl<Mode> IntoAf<1> for PE1<Mode>

type AFR = AFRL

impl<Mode> IntoAf<1> for PE2<Mode>

type AFR = AFRL

impl<Mode> IntoAf<1> for PE3<Mode>

type AFR = AFRL

impl<Mode> IntoAf<1> for PE4<Mode>

type AFR = AFRL

impl<Mode> IntoAf<1> for PE5<Mode>

type AFR = AFRL

impl<Mode> IntoAf<1> for PE6<Mode>

type AFR = AFRL

impl<Mode> IntoAf<1> for PE7<Mode>

type AFR = AFRL

impl<Mode> IntoAf<1> for PE8<Mode>

type AFR = AFRH

impl<Mode> IntoAf<1> for PE9<Mode>

type AFR = AFRH

impl<Mode> IntoAf<1> for PE10<Mode>

type AFR = AFRH

impl<Mode> IntoAf<1> for PE11<Mode>

type AFR = AFRH

impl<Mode> IntoAf<1> for PE12<Mode>

type AFR = AFRH

impl<Mode> IntoAf<1> for PE13<Mode>

type AFR = AFRH

impl<Mode> IntoAf<1> for PE14<Mode>

type AFR = AFRH

impl<Mode> IntoAf<1> for PE15<Mode>

type AFR = AFRH

impl<Mode> IntoAf<1> for PF2<Mode>

type AFR = AFRL

impl<Mode> IntoAf<1> for PF4<Mode>

type AFR = AFRL

impl<Mode> IntoAf<1> for PF6<Mode>

type AFR = AFRL

impl<Mode> IntoAf<1> for PF9<Mode>

type AFR = AFRH

impl<Mode> IntoAf<1> for PF10<Mode>

type AFR = AFRH

impl<Mode> IntoAf<2> for PA4<Mode>

type AFR = AFRL

impl<Mode> IntoAf<2> for PA6<Mode>

type AFR = AFRL

impl<Mode> IntoAf<2> for PA7<Mode>

type AFR = AFRL

impl<Mode> IntoAf<2> for PA15<Mode>

type AFR = AFRH

impl<Mode> IntoAf<2> for PB0<Mode>

type AFR = AFRL

impl<Mode> IntoAf<2> for PB1<Mode>

type AFR = AFRL

impl<Mode> IntoAf<2> for PB3<Mode>

type AFR = AFRL

impl<Mode> IntoAf<2> for PB4<Mode>

type AFR = AFRL

impl<Mode> IntoAf<2> for PB5<Mode>

type AFR = AFRL

impl<Mode> IntoAf<2> for PB6<Mode>

type AFR = AFRL

impl<Mode> IntoAf<2> for PB7<Mode>

type AFR = AFRL

impl<Mode> IntoAf<2> for PB8<Mode>

type AFR = AFRH

impl<Mode> IntoAf<2> for PB9<Mode>

type AFR = AFRH

impl<Mode> IntoAf<2> for PB15<Mode>

type AFR = AFRH

impl<Mode> IntoAf<2> for PC6<Mode>

type AFR = AFRL

impl<Mode> IntoAf<2> for PC7<Mode>

type AFR = AFRL

impl<Mode> IntoAf<2> for PC8<Mode>

type AFR = AFRH

impl<Mode> IntoAf<2> for PC9<Mode>

type AFR = AFRH

impl<Mode> IntoAf<2> for PD2<Mode>

type AFR = AFRL

impl<Mode> IntoAf<2> for PD3<Mode>

type AFR = AFRL

impl<Mode> IntoAf<2> for PD4<Mode>

type AFR = AFRL

impl<Mode> IntoAf<2> for PD6<Mode>

type AFR = AFRL

impl<Mode> IntoAf<2> for PD7<Mode>

type AFR = AFRL

impl<Mode> IntoAf<2> for PD12<Mode>

type AFR = AFRH

impl<Mode> IntoAf<2> for PD13<Mode>

type AFR = AFRH

impl<Mode> IntoAf<2> for PD14<Mode>

type AFR = AFRH

impl<Mode> IntoAf<2> for PD15<Mode>

type AFR = AFRH

impl<Mode> IntoAf<2> for PE0<Mode>

type AFR = AFRL

impl<Mode> IntoAf<2> for PE2<Mode>

type AFR = AFRL

impl<Mode> IntoAf<2> for PE3<Mode>

type AFR = AFRL

impl<Mode> IntoAf<2> for PE4<Mode>

type AFR = AFRL

impl<Mode> IntoAf<2> for PE5<Mode>

type AFR = AFRL

impl<Mode> IntoAf<2> for PE7<Mode>

type AFR = AFRL

impl<Mode> IntoAf<2> for PE8<Mode>

type AFR = AFRH

impl<Mode> IntoAf<2> for PE9<Mode>

type AFR = AFRH

impl<Mode> IntoAf<2> for PE10<Mode>

type AFR = AFRH

impl<Mode> IntoAf<2> for PE11<Mode>

type AFR = AFRH

impl<Mode> IntoAf<2> for PE12<Mode>

type AFR = AFRH

impl<Mode> IntoAf<2> for PE13<Mode>

type AFR = AFRH

impl<Mode> IntoAf<2> for PE14<Mode>

type AFR = AFRH

impl<Mode> IntoAf<2> for PE15<Mode>

type AFR = AFRH

impl<Mode> IntoAf<2> for PF4<Mode>

type AFR = AFRL

impl<Mode> IntoAf<2> for PF6<Mode>

type AFR = AFRL

impl<Mode> IntoAf<3> for PA0<Mode>

type AFR = AFRL

impl<Mode> IntoAf<3> for PA1<Mode>

type AFR = AFRL

impl<Mode> IntoAf<3> for PA2<Mode>

type AFR = AFRL

impl<Mode> IntoAf<3> for PA3<Mode>

type AFR = AFRL

impl<Mode> IntoAf<3> for PA4<Mode>

type AFR = AFRL

impl<Mode> IntoAf<3> for PA5<Mode>

type AFR = AFRL

impl<Mode> IntoAf<3> for PA6<Mode>

type AFR = AFRL

impl<Mode> IntoAf<3> for PA7<Mode>

type AFR = AFRL

impl<Mode> IntoAf<3> for PA9<Mode>

type AFR = AFRH

impl<Mode> IntoAf<3> for PA10<Mode>

type AFR = AFRH

impl<Mode> IntoAf<3> for PA13<Mode>

type AFR = AFRH

impl<Mode> IntoAf<3> for PA14<Mode>

type AFR = AFRH

impl<Mode> IntoAf<3> for PB0<Mode>

type AFR = AFRL

impl<Mode> IntoAf<3> for PB1<Mode>

type AFR = AFRL

impl<Mode> IntoAf<3> for PB2<Mode>

type AFR = AFRL

impl<Mode> IntoAf<3> for PB3<Mode>

type AFR = AFRL

impl<Mode> IntoAf<3> for PB4<Mode>

type AFR = AFRL

impl<Mode> IntoAf<3> for PB5<Mode>

type AFR = AFRL

impl<Mode> IntoAf<3> for PB6<Mode>

type AFR = AFRL

impl<Mode> IntoAf<3> for PB7<Mode>

type AFR = AFRL

impl<Mode> IntoAf<3> for PB8<Mode>

type AFR = AFRH

impl<Mode> IntoAf<3> for PB10<Mode>

type AFR = AFRH

impl<Mode> IntoAf<3> for PB11<Mode>

type AFR = AFRH

impl<Mode> IntoAf<3> for PB12<Mode>

type AFR = AFRH

impl<Mode> IntoAf<3> for PB13<Mode>

type AFR = AFRH

impl<Mode> IntoAf<3> for PB14<Mode>

type AFR = AFRH

impl<Mode> IntoAf<3> for PC2<Mode>

type AFR = AFRL

impl<Mode> IntoAf<3> for PC5<Mode>

type AFR = AFRL

impl<Mode> IntoAf<3> for PD12<Mode>

type AFR = AFRH

impl<Mode> IntoAf<3> for PD13<Mode>

type AFR = AFRH

impl<Mode> IntoAf<3> for PD14<Mode>

type AFR = AFRH

impl<Mode> IntoAf<3> for PD15<Mode>

type AFR = AFRH

impl<Mode> IntoAf<3> for PE2<Mode>

type AFR = AFRL

impl<Mode> IntoAf<3> for PE3<Mode>

type AFR = AFRL

impl<Mode> IntoAf<3> for PE4<Mode>

type AFR = AFRL

impl<Mode> IntoAf<3> for PE5<Mode>

type AFR = AFRL

impl<Mode> IntoAf<3> for PF9<Mode>

type AFR = AFRH

impl<Mode> IntoAf<3> for PF10<Mode>

type AFR = AFRH

impl<Mode> IntoAf<4> for PA6<Mode>

type AFR = AFRL

impl<Mode> IntoAf<4> for PA7<Mode>

type AFR = AFRL

impl<Mode> IntoAf<4> for PA8<Mode>

type AFR = AFRH

impl<Mode> IntoAf<4> for PA9<Mode>

type AFR = AFRH

impl<Mode> IntoAf<4> for PA10<Mode>

type AFR = AFRH

impl<Mode> IntoAf<4> for PA14<Mode>

type AFR = AFRH

impl<Mode> IntoAf<4> for PA15<Mode>

type AFR = AFRH

impl<Mode> IntoAf<4> for PB0<Mode>

type AFR = AFRL

impl<Mode> IntoAf<4> for PB1<Mode>

type AFR = AFRL

impl<Mode> IntoAf<4> for PB3<Mode>

type AFR = AFRL

impl<Mode> IntoAf<4> for PB4<Mode>

type AFR = AFRL

impl<Mode> IntoAf<4> for PB5<Mode>

type AFR = AFRL

impl<Mode> IntoAf<4> for PB6<Mode>

type AFR = AFRL

impl<Mode> IntoAf<4> for PB7<Mode>

type AFR = AFRL

impl<Mode> IntoAf<4> for PB8<Mode>

type AFR = AFRH

impl<Mode> IntoAf<4> for PB9<Mode>

type AFR = AFRH

impl<Mode> IntoAf<4> for PB12<Mode>

type AFR = AFRH

impl<Mode> IntoAf<4> for PB15<Mode>

type AFR = AFRH

impl<Mode> IntoAf<4> for PC6<Mode>

type AFR = AFRL

impl<Mode> IntoAf<4> for PC7<Mode>

type AFR = AFRL

impl<Mode> IntoAf<4> for PC8<Mode>

type AFR = AFRH

impl<Mode> IntoAf<4> for PC9<Mode>

type AFR = AFRH

impl<Mode> IntoAf<4> for PC10<Mode>

type AFR = AFRH

impl<Mode> IntoAf<4> for PC11<Mode>

type AFR = AFRH

impl<Mode> IntoAf<4> for PC12<Mode>

type AFR = AFRH

impl<Mode> IntoAf<4> for PC13<Mode>

type AFR = AFRH

impl<Mode> IntoAf<4> for PD1<Mode>

type AFR = AFRL

impl<Mode> IntoAf<4> for PD2<Mode>

type AFR = AFRL

impl<Mode> IntoAf<4> for PE0<Mode>

type AFR = AFRL

impl<Mode> IntoAf<4> for PE1<Mode>

type AFR = AFRL

impl<Mode> IntoAf<4> for PF0<Mode>

type AFR = AFRL

impl<Mode> IntoAf<4> for PF1<Mode>

type AFR = AFRL

impl<Mode> IntoAf<4> for PF6<Mode>

type AFR = AFRL

impl<Mode> IntoAf<5> for PA4<Mode>

type AFR = AFRL

impl<Mode> IntoAf<5> for PA5<Mode>

type AFR = AFRL

impl<Mode> IntoAf<5> for PA6<Mode>

type AFR = AFRL

impl<Mode> IntoAf<5> for PA7<Mode>

type AFR = AFRL

impl<Mode> IntoAf<5> for PA8<Mode>

type AFR = AFRH

impl<Mode> IntoAf<5> for PA9<Mode>

type AFR = AFRH

impl<Mode> IntoAf<5> for PA13<Mode>

type AFR = AFRH

impl<Mode> IntoAf<5> for PA14<Mode>

type AFR = AFRH

impl<Mode> IntoAf<5> for PA15<Mode>

type AFR = AFRH

impl<Mode> IntoAf<5> for PB3<Mode>

type AFR = AFRL

impl<Mode> IntoAf<5> for PB4<Mode>

type AFR = AFRL

impl<Mode> IntoAf<5> for PB5<Mode>

type AFR = AFRL

impl<Mode> IntoAf<5> for PB6<Mode>

type AFR = AFRL

impl<Mode> IntoAf<5> for PB7<Mode>

type AFR = AFRL

impl<Mode> IntoAf<5> for PB12<Mode>

type AFR = AFRH

impl<Mode> IntoAf<5> for PB13<Mode>

type AFR = AFRH

impl<Mode> IntoAf<5> for PB14<Mode>

type AFR = AFRH

impl<Mode> IntoAf<5> for PB15<Mode>

type AFR = AFRH

impl<Mode> IntoAf<5> for PC9<Mode>

type AFR = AFRH

impl<Mode> IntoAf<5> for PC10<Mode>

type AFR = AFRH

impl<Mode> IntoAf<5> for PC11<Mode>

type AFR = AFRH

impl<Mode> IntoAf<5> for PC12<Mode>

type AFR = AFRH

impl<Mode> IntoAf<5> for PD2<Mode>

type AFR = AFRL

impl<Mode> IntoAf<5> for PF9<Mode>

type AFR = AFRH

impl<Mode> IntoAf<5> for PF10<Mode>

type AFR = AFRH

impl<Mode> IntoAf<6> for PA4<Mode>

type AFR = AFRL

impl<Mode> IntoAf<6> for PA6<Mode>

type AFR = AFRL

impl<Mode> IntoAf<6> for PA7<Mode>

type AFR = AFRL

impl<Mode> IntoAf<6> for PA8<Mode>

type AFR = AFRH

impl<Mode> IntoAf<6> for PA9<Mode>

type AFR = AFRH

impl<Mode> IntoAf<6> for PA10<Mode>

type AFR = AFRH

impl<Mode> IntoAf<6> for PA11<Mode>

type AFR = AFRH

impl<Mode> IntoAf<6> for PA12<Mode>

type AFR = AFRH

impl<Mode> IntoAf<6> for PA14<Mode>

type AFR = AFRH

impl<Mode> IntoAf<6> for PA15<Mode>

type AFR = AFRH

impl<Mode> IntoAf<6> for PB0<Mode>

type AFR = AFRL

impl<Mode> IntoAf<6> for PB1<Mode>

type AFR = AFRL

impl<Mode> IntoAf<6> for PB3<Mode>

type AFR = AFRL

impl<Mode> IntoAf<6> for PB4<Mode>

type AFR = AFRL

impl<Mode> IntoAf<6> for PB5<Mode>

type AFR = AFRL

impl<Mode> IntoAf<6> for PB6<Mode>

type AFR = AFRL

impl<Mode> IntoAf<6> for PB9<Mode>

type AFR = AFRH

impl<Mode> IntoAf<6> for PB12<Mode>

type AFR = AFRH

impl<Mode> IntoAf<6> for PB13<Mode>

type AFR = AFRH

impl<Mode> IntoAf<6> for PB14<Mode>

type AFR = AFRH

impl<Mode> IntoAf<6> for PC3<Mode>

type AFR = AFRL

impl<Mode> IntoAf<6> for PC6<Mode>

type AFR = AFRL

impl<Mode> IntoAf<6> for PC7<Mode>

type AFR = AFRL

impl<Mode> IntoAf<6> for PC9<Mode>

type AFR = AFRH

impl<Mode> IntoAf<6> for PC10<Mode>

type AFR = AFRH

impl<Mode> IntoAf<6> for PC11<Mode>

type AFR = AFRH

impl<Mode> IntoAf<6> for PC12<Mode>

type AFR = AFRH

impl<Mode> IntoAf<6> for PD1<Mode>

type AFR = AFRL

impl<Mode> IntoAf<6> for PD15<Mode>

type AFR = AFRH

impl<Mode> IntoAf<6> for PE14<Mode>

type AFR = AFRH

impl<Mode> IntoAf<6> for PF0<Mode>

type AFR = AFRL

impl<Mode> IntoAf<7> for PA0<Mode>

type AFR = AFRL

impl<Mode> IntoAf<7> for PA1<Mode>

type AFR = AFRL

impl<Mode> IntoAf<7> for PA2<Mode>

type AFR = AFRL

impl<Mode> IntoAf<7> for PA3<Mode>

type AFR = AFRL

impl<Mode> IntoAf<7> for PA4<Mode>

type AFR = AFRL

impl<Mode> IntoAf<7> for PA8<Mode>

type AFR = AFRH

impl<Mode> IntoAf<7> for PA9<Mode>

type AFR = AFRH

impl<Mode> IntoAf<7> for PA10<Mode>

type AFR = AFRH

impl<Mode> IntoAf<7> for PA11<Mode>

type AFR = AFRH

impl<Mode> IntoAf<7> for PA12<Mode>

type AFR = AFRH

impl<Mode> IntoAf<7> for PA13<Mode>

type AFR = AFRH

impl<Mode> IntoAf<7> for PA14<Mode>

type AFR = AFRH

impl<Mode> IntoAf<7> for PA15<Mode>

type AFR = AFRH

impl<Mode> IntoAf<7> for PB3<Mode>

type AFR = AFRL

impl<Mode> IntoAf<7> for PB4<Mode>

type AFR = AFRL

impl<Mode> IntoAf<7> for PB5<Mode>

type AFR = AFRL

impl<Mode> IntoAf<7> for PB6<Mode>

type AFR = AFRL

impl<Mode> IntoAf<7> for PB7<Mode>

type AFR = AFRL

impl<Mode> IntoAf<7> for PB10<Mode>

type AFR = AFRH

impl<Mode> IntoAf<7> for PB11<Mode>

type AFR = AFRH

impl<Mode> IntoAf<7> for PB12<Mode>

type AFR = AFRH

impl<Mode> IntoAf<7> for PB13<Mode>

type AFR = AFRH

impl<Mode> IntoAf<7> for PB14<Mode>

type AFR = AFRH

impl<Mode> IntoAf<7> for PC4<Mode>

type AFR = AFRL

impl<Mode> IntoAf<7> for PC5<Mode>

type AFR = AFRL

impl<Mode> IntoAf<7> for PC6<Mode>

type AFR = AFRL

impl<Mode> IntoAf<7> for PC7<Mode>

type AFR = AFRL

impl<Mode> IntoAf<7> for PC8<Mode>

type AFR = AFRH

impl<Mode> IntoAf<7> for PC10<Mode>

type AFR = AFRH

impl<Mode> IntoAf<7> for PC11<Mode>

type AFR = AFRH

impl<Mode> IntoAf<7> for PC12<Mode>

type AFR = AFRH

impl<Mode> IntoAf<7> for PD0<Mode>

type AFR = AFRL

impl<Mode> IntoAf<7> for PD1<Mode>

type AFR = AFRL

impl<Mode> IntoAf<7> for PD3<Mode>

type AFR = AFRL

impl<Mode> IntoAf<7> for PD4<Mode>

type AFR = AFRL

impl<Mode> IntoAf<7> for PD5<Mode>

type AFR = AFRL

impl<Mode> IntoAf<7> for PD6<Mode>

type AFR = AFRL

impl<Mode> IntoAf<7> for PD7<Mode>

type AFR = AFRL

impl<Mode> IntoAf<7> for PD8<Mode>

type AFR = AFRH

impl<Mode> IntoAf<7> for PD9<Mode>

type AFR = AFRH

impl<Mode> IntoAf<7> for PD10<Mode>

type AFR = AFRH

impl<Mode> IntoAf<7> for PD11<Mode>

type AFR = AFRH

impl<Mode> IntoAf<7> for PD12<Mode>

type AFR = AFRH

impl<Mode> IntoAf<7> for PE0<Mode>

type AFR = AFRL

impl<Mode> IntoAf<7> for PE1<Mode>

type AFR = AFRL

impl<Mode> IntoAf<7> for PE15<Mode>

type AFR = AFRH

impl<Mode> IntoAf<7> for PF6<Mode>

type AFR = AFRL

impl<Mode> IntoAf<8> for PA0<Mode>

type AFR = AFRL

impl<Mode> IntoAf<8> for PA2<Mode>

type AFR = AFRL

impl<Mode> IntoAf<8> for PA6<Mode>

type AFR = AFRL

impl<Mode> IntoAf<8> for PA7<Mode>

type AFR = AFRL

impl<Mode> IntoAf<8> for PA8<Mode>

type AFR = AFRH

impl<Mode> IntoAf<8> for PA9<Mode>

type AFR = AFRH

impl<Mode> IntoAf<8> for PA10<Mode>

type AFR = AFRH

impl<Mode> IntoAf<8> for PA11<Mode>

type AFR = AFRH

impl<Mode> IntoAf<8> for PA12<Mode>

type AFR = AFRH

impl<Mode> IntoAf<8> for PB1<Mode>

type AFR = AFRL

impl<Mode> IntoAf<8> for PB8<Mode>

type AFR = AFRH

impl<Mode> IntoAf<8> for PB9<Mode>

type AFR = AFRH

impl<Mode> IntoAf<9> for PA0<Mode>

type AFR = AFRL

impl<Mode> IntoAf<9> for PA1<Mode>

type AFR = AFRL

impl<Mode> IntoAf<9> for PA2<Mode>

type AFR = AFRL

impl<Mode> IntoAf<9> for PA3<Mode>

type AFR = AFRL

impl<Mode> IntoAf<9> for PA9<Mode>

type AFR = AFRH

impl<Mode> IntoAf<9> for PA11<Mode>

type AFR = AFRH

impl<Mode> IntoAf<9> for PA12<Mode>

type AFR = AFRH

impl<Mode> IntoAf<9> for PA15<Mode>

type AFR = AFRH

impl<Mode> IntoAf<9> for PB8<Mode>

type AFR = AFRH

impl<Mode> IntoAf<9> for PB9<Mode>

type AFR = AFRH

impl<Mode> IntoAf<10> for PA0<Mode>

type AFR = AFRL

impl<Mode> IntoAf<10> for PA8<Mode>

type AFR = AFRH

impl<Mode> IntoAf<10> for PA9<Mode>

type AFR = AFRH

impl<Mode> IntoAf<10> for PA10<Mode>

type AFR = AFRH

impl<Mode> IntoAf<10> for PA11<Mode>

type AFR = AFRH

impl<Mode> IntoAf<10> for PA12<Mode>

type AFR = AFRH

impl<Mode> IntoAf<10> for PA13<Mode>

type AFR = AFRH

impl<Mode> IntoAf<10> for PB3<Mode>

type AFR = AFRL

impl<Mode> IntoAf<10> for PB4<Mode>

type AFR = AFRL

impl<Mode> IntoAf<10> for PB5<Mode>

type AFR = AFRL

impl<Mode> IntoAf<10> for PB6<Mode>

type AFR = AFRL

impl<Mode> IntoAf<10> for PB7<Mode>

type AFR = AFRL

impl<Mode> IntoAf<10> for PB8<Mode>

type AFR = AFRH

impl<Mode> IntoAf<10> for PB9<Mode>

type AFR = AFRH

impl<Mode> IntoAf<11> for PA10<Mode>

type AFR = AFRH

impl<Mode> IntoAf<11> for PA11<Mode>

type AFR = AFRH

impl<Mode> IntoAf<11> for PA12<Mode>

type AFR = AFRH

impl<Mode> IntoAf<12> for PA11<Mode>

type AFR = AFRH

impl<Mode> IntoAf<12> for PB8<Mode>

type AFR = AFRH

impl<Mode> IntoAf<14> for PA11<Mode>

type AFR = AFRH

impl<Mode> IntoAf<14> for PA12<Mode>

type AFR = AFRH

impl<Mode> IntoAf<15> for PA0<Mode>

type AFR = AFRL

impl<Mode> IntoAf<15> for PA1<Mode>

type AFR = AFRL

impl<Mode> IntoAf<15> for PA2<Mode>

type AFR = AFRL

impl<Mode> IntoAf<15> for PA3<Mode>

type AFR = AFRL

impl<Mode> IntoAf<15> for PA4<Mode>

type AFR = AFRL

impl<Mode> IntoAf<15> for PA5<Mode>

type AFR = AFRL

impl<Mode> IntoAf<15> for PA6<Mode>

type AFR = AFRL

impl<Mode> IntoAf<15> for PA7<Mode>

type AFR = AFRL

impl<Mode> IntoAf<15> for PA8<Mode>

type AFR = AFRH

impl<Mode> IntoAf<15> for PA9<Mode>

type AFR = AFRH

impl<Mode> IntoAf<15> for PA10<Mode>

type AFR = AFRH

impl<Mode> IntoAf<15> for PA11<Mode>

type AFR = AFRH

impl<Mode> IntoAf<15> for PA12<Mode>

type AFR = AFRH

impl<Mode> IntoAf<15> for PA13<Mode>

type AFR = AFRH

impl<Mode> IntoAf<15> for PA14<Mode>

type AFR = AFRH

impl<Mode> IntoAf<15> for PA15<Mode>

type AFR = AFRH

impl<Mode> IntoAf<15> for PB0<Mode>

type AFR = AFRL

impl<Mode> IntoAf<15> for PB1<Mode>

type AFR = AFRL

impl<Mode> IntoAf<15> for PB2<Mode>

type AFR = AFRL

impl<Mode> IntoAf<15> for PB3<Mode>

type AFR = AFRL

impl<Mode> IntoAf<15> for PB4<Mode>

type AFR = AFRL

impl<Mode> IntoAf<15> for PB5<Mode>

type AFR = AFRL

impl<Mode> IntoAf<15> for PB6<Mode>

type AFR = AFRL

impl<Mode> IntoAf<15> for PB7<Mode>

type AFR = AFRL

impl<Mode> IntoAf<15> for PB8<Mode>

type AFR = AFRH

impl<Mode> IntoAf<15> for PB9<Mode>

type AFR = AFRH

impl<Mode> IntoAf<15> for PB10<Mode>

type AFR = AFRH

impl<Mode> IntoAf<15> for PB11<Mode>

type AFR = AFRH

impl<Mode> IntoAf<15> for PB12<Mode>

type AFR = AFRH

impl<Mode> IntoAf<15> for PB13<Mode>

type AFR = AFRH

impl<Mode> IntoAf<15> for PB14<Mode>

type AFR = AFRH

impl<Mode> IntoAf<15> for PB15<Mode>

type AFR = AFRH