Trait ChannelCfgTuple 

pub trait ChannelCfgTuple<'d, T: Instance, C: ClockOutputMode> {
    type Split;

    // Required method
    fn split_parts(
        self,
        common: &mut DfsdmCommon<'d, T, Enabled>,
    ) -> Self::Split;
}

Implemented for the tuple a configure_pins closure returns. The arity is the transceiver-count check: (C0, C1) only impls for Tcv2 instances, the 8-tuple only for Tcv8.

Required Associated Types

type Split

The fully-wired split (neighbor pin-sets already correct).

Required Methods

fn split_parts(self, common: &mut DfsdmCommon<'d, T, Enabled>) -> Self::Split

Consumes the tuple and builds the split.

Dyn Compatibility

This trait is dyn compatible.

In older versions of Rust, dyn compatibility was called "object safety".

Implementations on Foreign Types

impl<'d, T, C, C0, C1, C2, C3, C4, C5, C6, C7> ChannelCfgTuple<'d, T, C> for (C0, C1, C2, C3, C4, C5, C6, C7)

where T: Instance<Transceivers = Tcv8>, C: ClockOutputMode, C0: ChannelCfg<'d, T, Tcv0>, C1: ChannelCfg<'d, T, Tcv1>, C2: ChannelCfg<'d, T, Tcv2>, C3: ChannelCfg<'d, T, Tcv3>, C4: ChannelCfg<'d, T, Tcv4>, C5: ChannelCfg<'d, T, Tcv5>, C6: ChannelCfg<'d, T, Tcv6>, C7: ChannelCfg<'d, T, Tcv7>, T::Filters: Tcv8SplitBuild<T, C, <C0 as ChannelCfg<'d, T, Tcv0>>::Presence, <C1 as ChannelCfg<'d, T, Tcv1>>::Presence, <C2 as ChannelCfg<'d, T, Tcv2>>::Presence, <C3 as ChannelCfg<'d, T, Tcv3>>::Presence, <C4 as ChannelCfg<'d, T, Tcv4>>::Presence, <C5 as ChannelCfg<'d, T, Tcv5>>::Presence, <C6 as ChannelCfg<'d, T, Tcv6>>::Presence, <C7 as ChannelCfg<'d, T, Tcv7>>::Presence>,

type Split = <<T as Instance>::Filters as Tcv8SplitBuild<T, C, <C0 as ChannelCfg<'d, T, Tcv0>>::Presence, <C1 as ChannelCfg<'d, T, Tcv1>>::Presence, <C2 as ChannelCfg<'d, T, Tcv2>>::Presence, <C3 as ChannelCfg<'d, T, Tcv3>>::Presence, <C4 as ChannelCfg<'d, T, Tcv4>>::Presence, <C5 as ChannelCfg<'d, T, Tcv5>>::Presence, <C6 as ChannelCfg<'d, T, Tcv6>>::Presence, <C7 as ChannelCfg<'d, T, Tcv7>>::Presence>>::Out

fn split_parts(self, common: &mut DfsdmCommon<'d, T, Enabled>) -> Self::Split

impl<'d, T, C, C0, C1, C2, C3> ChannelCfgTuple<'d, T, C> for (C0, C1, C2, C3)

where T: Instance<Transceivers = Tcv4>, C: ClockOutputMode, C0: ChannelCfg<'d, T, Tcv0>, C1: ChannelCfg<'d, T, Tcv1>, C2: ChannelCfg<'d, T, Tcv2>, C3: ChannelCfg<'d, T, Tcv3>, T::Filters: Tcv4SplitBuild<T, C, <C0 as ChannelCfg<'d, T, Tcv0>>::Presence, <C1 as ChannelCfg<'d, T, Tcv1>>::Presence, <C2 as ChannelCfg<'d, T, Tcv2>>::Presence, <C3 as ChannelCfg<'d, T, Tcv3>>::Presence>,

type Split = <<T as Instance>::Filters as Tcv4SplitBuild<T, C, <C0 as ChannelCfg<'d, T, Tcv0>>::Presence, <C1 as ChannelCfg<'d, T, Tcv1>>::Presence, <C2 as ChannelCfg<'d, T, Tcv2>>::Presence, <C3 as ChannelCfg<'d, T, Tcv3>>::Presence>>::Out

fn split_parts(self, common: &mut DfsdmCommon<'d, T, Enabled>) -> Self::Split

impl<'d, T, C, C0, C1> ChannelCfgTuple<'d, T, C> for (C0, C1)

where T: Instance<Transceivers = Tcv2>, C: ClockOutputMode, C0: ChannelCfg<'d, T, Tcv0>, C1: ChannelCfg<'d, T, Tcv1>, T::Filters: Tcv2SplitBuild<T, C, <C0 as ChannelCfg<'d, T, Tcv0>>::Presence, <C1 as ChannelCfg<'d, T, Tcv1>>::Presence>,

type Split = <<T as Instance>::Filters as Tcv2SplitBuild<T, C, <C0 as ChannelCfg<'d, T, Tcv0>>::Presence, <C1 as ChannelCfg<'d, T, Tcv1>>::Presence>>::Out

fn split_parts(self, common: &mut DfsdmCommon<'d, T, Enabled>) -> Self::Split

Implementors