Trait Normalize 

pub trait Normalize: List {
    type Output: List;
}

Normalizing an IOPattern with merge operations applied recursively

Required Associated Types

type Output: List

The output of the normalization

Dyn Compatibility

This trait is not dyn compatible.

In older versions of Rust, dyn compatibility was called "object safety", so this trait is not object safe.

Implementors

impl Normalize for Nil

type Output = Nil

impl<L: Normalize> Normalize for Cons<Absorb<U0>, L>

type Output = <L as Normalize>::Output

impl<L: Normalize> Normalize for Cons<Squeeze<U0>, L>

type Output = <L as Normalize>::Output

impl<U: Unsigned, B: Bit> Normalize for Cons<Absorb<UInt<U, B>>, Nil>

type Output = Cons<Absorb<UInt<U, B>>, Nil>

impl<U: Unsigned, B: Bit> Normalize for Cons<Squeeze<UInt<U, B>>, Nil>

type Output = Cons<Squeeze<UInt<U, B>>, Nil>

impl<U: Unsigned, B: Bit, M: Unsigned, T: List> Normalize for Cons<Absorb<UInt<U, B>>, Cons<Absorb<M>, T>>

where UInt<U, B>: Add<M>, Cons<Absorb<Sum<UInt<U, B>, M>>, T>: Normalize,

type Output = <Cons<Absorb<<UInt<U, B> as Add<M>>::Output>, T> as Normalize>::Output

impl<U: Unsigned, B: Bit, M: Unsigned, T: List> Normalize for Cons<Squeeze<UInt<U, B>>, Cons<Squeeze<M>, T>>

where UInt<U, B>: Add<M>, Cons<Squeeze<Sum<UInt<U, B>, M>>, T>: Normalize,

type Output = <Cons<Squeeze<<UInt<U, B> as Add<M>>::Output>, T> as Normalize>::Output

impl<U: Unsigned, B: Bit, T: List> Normalize for Cons<Absorb<UInt<U, B>>, Cons<Squeeze<U0>, T>>

where Cons<Absorb<UInt<U, B>>, T>: Normalize,

type Output = <Cons<Absorb<UInt<U, B>>, T> as Normalize>::Output

impl<U: Unsigned, B: Bit, T: List> Normalize for Cons<Squeeze<UInt<U, B>>, Cons<Absorb<U0>, T>>

where Cons<Squeeze<UInt<U, B>>, T>: Normalize,

type Output = <Cons<Squeeze<UInt<U, B>>, T> as Normalize>::Output

impl<U: Unsigned, B: Bit, U2: Unsigned, B2: Bit, T: List> Normalize for Cons<Absorb<UInt<U, B>>, Cons<Squeeze<UInt<U2, B2>>, T>>

where Cons<Squeeze<UInt<U2, B2>>, T>: Normalize,

type Output = Cons<Absorb<UInt<U, B>>, <Cons<Squeeze<UInt<U2, B2>>, T> as Normalize>::Output>

impl<U: Unsigned, B: Bit, U2: Unsigned, B2: Bit, T: List> Normalize for Cons<Squeeze<UInt<U, B>>, Cons<Absorb<UInt<U2, B2>>, T>>

where Cons<Absorb<UInt<U2, B2>>, T>: Normalize,

type Output = Cons<Squeeze<UInt<U, B>>, <Cons<Absorb<UInt<U2, B2>>, T> as Normalize>::Output>