Struct RangeCase

pub struct RangeCase<T: Endpoint> { /* private fields */ }

Some functions don’t care whether their input is normalized; they take impl Into<RangeCase<...>>.

When a function doesn’t care about normalisation and doesn’t want ownership, it can simply accept slices &[(T, T)].

Implementations

impl<T: Endpoint> RangeCase<T>

pub fn from_vec(inner: Vec<(T, T)>) -> Self

Creates a RangeCase from a (not necessarily normalized) vector of ranges.

This operation takes constant time.

pub fn from_smallvec<const N: usize>(inner: SmallVec<[(T, T); N]>) -> Self

Creates a RangeCase from a (not necessarily normalized) smallvec of ranges.

This operation takes constant time.

pub fn from_range_vec(set: RangeVec<T>) -> Self

Creates a RangeCase from a (normalized) RangeVec

This operation takes constant time.

pub fn into_inner(self) -> SmallVec<[(T, T); 2]>

Returns the underlying vector

This operation takes constant time.

pub fn unerase(self) -> Result<RangeVec<T>, SmallVec<[(T, T); 2]>>

Returns a RangeVec if the underlying vector is known to be normalized, and a Vec of ranges otherwise.

This operation takes constant time.

Trait Implementations

impl<T: Endpoint> From<RangeVec<T>> for RangeCase<T>

fn from(item: RangeVec<T>) -> RangeCase<T>

Converts to this type from the input type.

impl<T: Endpoint, const N: usize> From<SmallVec<[(T, T); N]>> for RangeCase<T>

fn from(item: SmallVec<[(T, T); N]>) -> RangeCase<T>

Converts to this type from the input type.

impl<T: Endpoint> From<Vec<(T, T)>> for RangeCase<T>

fn from(item: Vec<(T, T)>) -> RangeCase<T>

Converts to this type from the input type.