Struct AddK

pub struct AddK<T, I = ()> { /* private fields */ }

Trait Implementations

impl<T: Clone, I: Clone> Clone for AddK<T, I>

fn clone(&self) -> AddK<T, I>

Returns a duplicate of the value.

fn clone_from(&mut self, source: &Self)

Performs copy-assignment from source.

impl<T: Clone, I, I2> Constrain<I2> for AddK<T, I>

type Lift = AddK<T, I2>

fn i_force(&self, i: I2) -> Self::Lift

Override input constraint even when existential path does not exist.

fn i(&self, i: I) -> Self::Lift

where Self::Lift: ExPath,

Constrains input but only if an existential path is supported for the constraint.

impl<T: Debug, I: Debug> Debug for AddK<T, I>

fn fmt(&self, f: &mut Formatter<'_>) -> Result

Formats the value using the given formatter.

impl<T: Default, I: Default> Default for AddK<T, I>

fn default() -> AddK<T, I>

Returns the “default value” for a type.

impl<T: Display, I: TrickDisplay + 'static> Display for AddK<T, I>

fn fmt(&self, fmt: &mut Formatter<'_>) -> Result

Formats the value using the given formatter.

impl ExPath for AddK<u16>

type Lift = GeK<u16>

fn ex_path(&self) -> GeK<u16>

impl ExPath for AddK<u16, EqK<u16>>

type Lift = EqK<u16>

fn ex_path(&self) -> Self::Lift

impl ExPath for AddK<u16, Even<u16>>

type Lift = If<GeK<u16>, IfK<u16, Even<u16>, Even<u16>, Odd<u16>>, False1<u16>>

fn ex_path(&self) -> Self::Lift

impl ExPath for AddK<u16, GeK<u16>>

type Lift = GeK<u16>

fn ex_path(&self) -> Self::Lift

impl ExPath for AddK<u16, LtK<u16>>

type Lift = IfK<u16, EqK<u16>, False1<u16>, If<GeK<u16>, LtK<u16>, False1<u16>>>

fn ex_path(&self) -> Self::Lift

impl ExPath for AddK<u16, Odd<u16>>

type Lift = If<GeK<u16>, IfK<u16, Odd<u16>, Even<u16>, Odd<u16>>, False1<u16>>

fn ex_path(&self) -> Self::Lift

impl ExPath for AddK<u32>

type Lift = GeK<u32>

fn ex_path(&self) -> GeK<u32>

impl ExPath for AddK<u32, EqK<u32>>

type Lift = EqK<u32>

fn ex_path(&self) -> Self::Lift

impl ExPath for AddK<u32, Even<u32>>

type Lift = If<GeK<u32>, IfK<u32, Even<u32>, Even<u32>, Odd<u32>>, False1<u32>>

fn ex_path(&self) -> Self::Lift

impl ExPath for AddK<u32, GeK<u32>>

type Lift = GeK<u32>

fn ex_path(&self) -> Self::Lift

impl ExPath for AddK<u32, LtK<u32>>

type Lift = IfK<u32, EqK<u32>, False1<u32>, If<GeK<u32>, LtK<u32>, False1<u32>>>

fn ex_path(&self) -> Self::Lift

impl ExPath for AddK<u32, Odd<u32>>

type Lift = If<GeK<u32>, IfK<u32, Odd<u32>, Even<u32>, Odd<u32>>, False1<u32>>

fn ex_path(&self) -> Self::Lift

impl ExPath for AddK<u64>

type Lift = GeK<u64>

fn ex_path(&self) -> GeK<u64>

impl ExPath for AddK<u64, EqK<u64>>

type Lift = EqK<u64>

fn ex_path(&self) -> Self::Lift

impl ExPath for AddK<u64, Even<u64>>

type Lift = If<GeK<u64>, IfK<u64, Even<u64>, Even<u64>, Odd<u64>>, False1<u64>>

fn ex_path(&self) -> Self::Lift

impl ExPath for AddK<u64, GeK<u64>>

type Lift = GeK<u64>

fn ex_path(&self) -> Self::Lift

impl ExPath for AddK<u64, LtK<u64>>

type Lift = IfK<u64, EqK<u64>, False1<u64>, If<GeK<u64>, LtK<u64>, False1<u64>>>

fn ex_path(&self) -> Self::Lift

impl ExPath for AddK<u64, Odd<u64>>

type Lift = If<GeK<u64>, IfK<u64, Odd<u64>, Even<u64>, Odd<u64>>, False1<u64>>

fn ex_path(&self) -> Self::Lift

impl ExPath for AddK<u8>

type Lift = GeK<u8>

fn ex_path(&self) -> GeK<u8>

impl ExPath for AddK<u8, EqK<u8>>

type Lift = EqK<u8>

fn ex_path(&self) -> Self::Lift

impl ExPath for AddK<u8, Even<u8>>

type Lift = If<GeK<u8>, IfK<u8, Even<u8>, Even<u8>, Odd<u8>>, False1<u8>>

fn ex_path(&self) -> Self::Lift

impl ExPath for AddK<u8, GeK<u8>>

type Lift = GeK<u8>

fn ex_path(&self) -> Self::Lift

impl ExPath for AddK<u8, LtK<u8>>

type Lift = IfK<u8, EqK<u8>, False1<u8>, If<GeK<u8>, LtK<u8>, False1<u8>>>

fn ex_path(&self) -> Self::Lift

impl ExPath for AddK<u8, Odd<u8>>

type Lift = If<GeK<u8>, IfK<u8, Odd<u8>, Even<u8>, Odd<u8>>, False1<u8>>

fn ex_path(&self) -> Self::Lift

impl<T: PartialEq, I: PartialEq> PartialEq for AddK<T, I>

fn eq(&self, other: &AddK<T, I>) -> bool

Tests for self and other values to be equal, and is used by ==.

fn ne(&self, other: &Rhs) -> bool

Tests for !=. The default implementation is almost always sufficient, and should not be overridden without very good reason.

impl<T: Copy, I: Copy> Copy for AddK<T, I>

impl<T, I> StructuralPartialEq for AddK<T, I>