Struct Uniform 

pub struct Uniform<P>(/* private fields */);

A case adapter for a character profile that accepts either Lower or or Upper (but not a mixture of both, like Mixed would).

Caution

Unlike many other profiles, this profile presents an interdependent casing requirement (e.g. the case of the other restricted characters impact the validity of each other).

Because of this, just plainly calling the functions of this Profile may be more permissive than actually calling the is_ident, is_fragment, or is_ident_fragment functions.

Trait Implementations

impl<P: CharProfile> CasedProfile for Uniform<P>

fn is_chunk<D: Delimiter>(s: &str) -> Result<(), SyntaxError>

Given a UTF-8 string, check whether or not it’s a valid chunk.

fn is_fragment<D: Delimiter>(s: &str) -> Result<(), SyntaxError>

Given a UTF-8 string, check whether or not it’s a valid fragment.

fn is_ident<D: Delimiter>(s: &str) -> Result<(), SyntaxError>

Given a UTF-8 string, check whether or not it’s a valid identifier.

fn is_ident_fragment<D: Delimiter>(fragment: &str) -> Result<(), SyntaxError>

Given a UTF-8 string that is known to pass is_fragment, check whether or not it’s a valid identifier.

impl<P: CharProfile> Profile for Uniform<P>

const APPEND_CLOSED: AppendClosed = P::APPEND_CLOSED

Whether or not a fragment containing characters in this profile are append-closed.

type CharProfile = P

The underlying character profile that this profile is based on.

type Segmentation = <P as Profile>::Segmentation

The segmentation strategy that this profile uses.

fn is_chunk_char(c: char) -> bool

Whether or not the provided character can appear at any point in a chunk.

fn is_chunk_continue(c: char) -> bool

Whether or not the provided character is valid at any position after the first character of a chunk (a run of non-delimiter characters).

fn is_chunk_start(c: char) -> bool

Whether or not the provided character can appear at the start of a new chunk (e.g. right after a delimiter).

fn is_ident_start_char(c: char) -> bool

Whether or not the provided character can appear at the absolute start of an identifier.

impl<Superset, Subset> SubsetOf<Camel<Superset>> for Uniform<Subset>

where Superset: CharProfile, Subset: CharProfile + SubsetOf<Superset>,

Proof: If Subset ⊆ Superset, then Uniform<Subset> ⊆ Camel<Superset>

impl<Superset, Subset> SubsetOf<Mixed<Superset>> for Uniform<Subset>

where Superset: CharProfile, Subset: CharProfile + SubsetOf<Superset>,

Proof: If Subset ⊆ Superset, then Uniform<Subset> ⊆ Mixed<Superset>

impl<Superset, Subset> SubsetOf<Superset> for Uniform<Subset>

where Superset: CharProfile, Subset: CharProfile + SubsetOf<Superset>,

Proof: If Subset ⊆ Superset, then Uniform<Subset> ⊆ Superset

impl<Superset, Subset> SubsetOf<Uniform<Superset>> for Lower<Subset>

where Superset: CharProfile, Subset: CharProfile + SubsetOf<Superset>,

Proof: If Subset ⊆ Superset, then Lower<Subset> ⊆ Uniform<Superset>

impl<Superset, Subset> SubsetOf<Uniform<Superset>> for Uniform<Subset>

where Superset: CharProfile, Subset: CharProfile + SubsetOf<Superset>,

Proof: If Subset ⊆ Superset, then Uniform<Subset> ⊆ Uniform<Superset>

impl<Superset, Subset> SubsetOf<Uniform<Superset>> for Upper<Subset>

where Superset: CharProfile, Subset: CharProfile + SubsetOf<Superset>,

Proof: If Subset ⊆ Superset, then Upper<Subset> ⊆ Uniform<Superset>