Struct mail_headers::header_components::PhraseList

pub struct PhraseList(pub Vec1<Phrase>);

Trait Implementations

impl Clone for PhraseList

fn clone(&self) -> PhraseList

Returns a copy of the value.

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

Performs copy-assignment from source.

impl Debug for PhraseList

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

Formats the value using the given formatter.

impl EncodableInHeader for PhraseList

fn encode(&self, handle: &mut EncodingWriter) -> Result<(), EncodingError>

fn boxed_clone(&self) -> Box<dyn EncodableInHeader>

impl Eq for PhraseList

impl Hash for PhraseList

fn hash<__H: Hasher>(&self, state: &mut __H)

Feeds this value into the given [Hasher].

fn hash_slice<H>(data: &[Self], state: &mut H) where
    H: Hasher, 

Feeds a slice of this type into the given [Hasher].

impl<T> HeaderTryFrom<[T; 1]> for PhraseList where
    T: HeaderTryInto<Phrase>, 

fn try_from(vec: [T; 1]) -> Result<Self, ComponentCreationError>

impl<T> HeaderTryFrom<[T; 10]> for PhraseList where
    T: HeaderTryInto<Phrase>, 

fn try_from(vec: [T; 10]) -> Result<Self, ComponentCreationError>

impl<T> HeaderTryFrom<[T; 11]> for PhraseList where
    T: HeaderTryInto<Phrase>, 

fn try_from(vec: [T; 11]) -> Result<Self, ComponentCreationError>

impl<T> HeaderTryFrom<[T; 12]> for PhraseList where
    T: HeaderTryInto<Phrase>, 

fn try_from(vec: [T; 12]) -> Result<Self, ComponentCreationError>

impl<T> HeaderTryFrom<[T; 13]> for PhraseList where
    T: HeaderTryInto<Phrase>, 

fn try_from(vec: [T; 13]) -> Result<Self, ComponentCreationError>

impl<T> HeaderTryFrom<[T; 14]> for PhraseList where
    T: HeaderTryInto<Phrase>, 

fn try_from(vec: [T; 14]) -> Result<Self, ComponentCreationError>

impl<T> HeaderTryFrom<[T; 15]> for PhraseList where
    T: HeaderTryInto<Phrase>, 

fn try_from(vec: [T; 15]) -> Result<Self, ComponentCreationError>

impl<T> HeaderTryFrom<[T; 16]> for PhraseList where
    T: HeaderTryInto<Phrase>, 

fn try_from(vec: [T; 16]) -> Result<Self, ComponentCreationError>

impl<T> HeaderTryFrom<[T; 17]> for PhraseList where
    T: HeaderTryInto<Phrase>, 

fn try_from(vec: [T; 17]) -> Result<Self, ComponentCreationError>

impl<T> HeaderTryFrom<[T; 18]> for PhraseList where
    T: HeaderTryInto<Phrase>, 

fn try_from(vec: [T; 18]) -> Result<Self, ComponentCreationError>

impl<T> HeaderTryFrom<[T; 19]> for PhraseList where
    T: HeaderTryInto<Phrase>, 

fn try_from(vec: [T; 19]) -> Result<Self, ComponentCreationError>

impl<T> HeaderTryFrom<[T; 2]> for PhraseList where
    T: HeaderTryInto<Phrase>, 

fn try_from(vec: [T; 2]) -> Result<Self, ComponentCreationError>

impl<T> HeaderTryFrom<[T; 20]> for PhraseList where
    T: HeaderTryInto<Phrase>, 

fn try_from(vec: [T; 20]) -> Result<Self, ComponentCreationError>

impl<T> HeaderTryFrom<[T; 21]> for PhraseList where
    T: HeaderTryInto<Phrase>, 

fn try_from(vec: [T; 21]) -> Result<Self, ComponentCreationError>

impl<T> HeaderTryFrom<[T; 22]> for PhraseList where
    T: HeaderTryInto<Phrase>, 

fn try_from(vec: [T; 22]) -> Result<Self, ComponentCreationError>

impl<T> HeaderTryFrom<[T; 23]> for PhraseList where
    T: HeaderTryInto<Phrase>, 

fn try_from(vec: [T; 23]) -> Result<Self, ComponentCreationError>

impl<T> HeaderTryFrom<[T; 24]> for PhraseList where
    T: HeaderTryInto<Phrase>, 

fn try_from(vec: [T; 24]) -> Result<Self, ComponentCreationError>

impl<T> HeaderTryFrom<[T; 25]> for PhraseList where
    T: HeaderTryInto<Phrase>, 

fn try_from(vec: [T; 25]) -> Result<Self, ComponentCreationError>

impl<T> HeaderTryFrom<[T; 26]> for PhraseList where
    T: HeaderTryInto<Phrase>, 

fn try_from(vec: [T; 26]) -> Result<Self, ComponentCreationError>

impl<T> HeaderTryFrom<[T; 27]> for PhraseList where
    T: HeaderTryInto<Phrase>, 

fn try_from(vec: [T; 27]) -> Result<Self, ComponentCreationError>

impl<T> HeaderTryFrom<[T; 28]> for PhraseList where
    T: HeaderTryInto<Phrase>, 

fn try_from(vec: [T; 28]) -> Result<Self, ComponentCreationError>

impl<T> HeaderTryFrom<[T; 29]> for PhraseList where
    T: HeaderTryInto<Phrase>, 

fn try_from(vec: [T; 29]) -> Result<Self, ComponentCreationError>

impl<T> HeaderTryFrom<[T; 3]> for PhraseList where
    T: HeaderTryInto<Phrase>, 

fn try_from(vec: [T; 3]) -> Result<Self, ComponentCreationError>

impl<T> HeaderTryFrom<[T; 30]> for PhraseList where
    T: HeaderTryInto<Phrase>, 

fn try_from(vec: [T; 30]) -> Result<Self, ComponentCreationError>

impl<T> HeaderTryFrom<[T; 31]> for PhraseList where
    T: HeaderTryInto<Phrase>, 

fn try_from(vec: [T; 31]) -> Result<Self, ComponentCreationError>

impl<T> HeaderTryFrom<[T; 32]> for PhraseList where
    T: HeaderTryInto<Phrase>, 

fn try_from(vec: [T; 32]) -> Result<Self, ComponentCreationError>

impl<T> HeaderTryFrom<[T; 4]> for PhraseList where
    T: HeaderTryInto<Phrase>, 

fn try_from(vec: [T; 4]) -> Result<Self, ComponentCreationError>

impl<T> HeaderTryFrom<[T; 5]> for PhraseList where
    T: HeaderTryInto<Phrase>, 

fn try_from(vec: [T; 5]) -> Result<Self, ComponentCreationError>

impl<T> HeaderTryFrom<[T; 6]> for PhraseList where
    T: HeaderTryInto<Phrase>, 

fn try_from(vec: [T; 6]) -> Result<Self, ComponentCreationError>

impl<T> HeaderTryFrom<[T; 7]> for PhraseList where
    T: HeaderTryInto<Phrase>, 

fn try_from(vec: [T; 7]) -> Result<Self, ComponentCreationError>

impl<T> HeaderTryFrom<[T; 8]> for PhraseList where
    T: HeaderTryInto<Phrase>, 

fn try_from(vec: [T; 8]) -> Result<Self, ComponentCreationError>

impl<T> HeaderTryFrom<[T; 9]> for PhraseList where
    T: HeaderTryInto<Phrase>, 

fn try_from(vec: [T; 9]) -> Result<Self, ComponentCreationError>

impl<T> HeaderTryFrom<T> for PhraseList where
    T: HeaderTryInto<Phrase>, 

fn try_from(phrase: T) -> Result<Self, ComponentCreationError>

impl<T> HeaderTryFrom<Vec<T>> for PhraseList where
    T: HeaderTryInto<Phrase>, 

fn try_from(vec: Vec<T>) -> Result<Self, ComponentCreationError>

impl IntoIterator for PhraseList

type Item = <Vec1<Phrase> as IntoIterator>::Item

The type of the elements being iterated over.

type IntoIter = <Vec1<Phrase> as IntoIterator>::IntoIter

Which kind of iterator are we turning this into?

fn into_iter(self) -> Self::IntoIter

Creates an iterator from a value.

impl PartialEq<PhraseList> for PhraseList

fn eq(&self, other: &PhraseList) -> bool

This method tests for self and other values to be equal, and is used by ==.

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

This method tests for !=.

impl StructuralEq for PhraseList

impl StructuralPartialEq for PhraseList