Struct parsell::impls::Star
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pub struct Star<P, F>(_, _);
Methods
impl<P, F> Star<P, F>
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fn new(parser: P, factory: F) -> Self
Trait Implementations
impl<P, F> Copy for Star<P, F> where P: Copy, F: Copy
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impl<P, F> Clone for Star<P, F> where P: Clone, F: Copy
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fn clone(&self) -> Self
Returns a copy of the value. Read more
fn clone_from(&mut self, source: &Self)
1.0.0
Performs copy-assignment from source
. Read more
impl<P, F> Debug for Star<P, F> where P: Debug
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impl<P, F> Parser for Star<P, F>
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fn or_else<P>(self, other: P) -> OrElse<Self, P> where Self: Sized, P: Parser
Choice between parsers
fn and_then<P>(self, other: P) -> AndThen<Self, P> where Self: Sized, P: Parser
Sequencing with a committed parser
fn try_and_then<P>(self, other: P) -> Map<AndThen<Self, P>, TryZip> where Self: Sized, P: Parser
Sequencing with a committed parser (bubble any errors from this parser).
fn and_then_try<P>(self, other: P) -> Map<AndThen<Self, P>, ZipTry> where Self: Sized, P: Parser
Sequencing with a committed parser (bubble any errors from that parser).
fn try_and_then_try<P>(self, other: P) -> Map<AndThen<Self, P>, TryZipTry> where Self: Sized, P: Parser
Sequencing with a committed parser (bubble any errors from either parser).
fn plus<F>(self, factory: F) -> Plus<Self, F> where Self: Sized, F: Factory
Iterate one or more times (returns an uncommitted parser).
fn star<F>(self, factory: F) -> Star<Self, F> where Self: Sized, F: Factory
Iterate zero or more times (returns a committed parser).
fn map<F>(self, f: F) -> Map<Self, F> where Self: Sized
Apply a function to the result
fn map2<F>(self, f: F) -> Map<Self, Function2<F>> where Self: Sized
Apply a 2-arguent function to the result
fn map3<F>(self, f: F) -> Map<Self, Function3<F>> where Self: Sized
Apply a 3-arguent function to the result
fn map4<F>(self, f: F) -> Map<Self, Function4<F>> where Self: Sized
Apply a 4-arguent function to the result
fn map5<F>(self, f: F) -> Map<Self, Function5<F>> where Self: Sized
Apply a 5-arguent function to the result
fn try_map<F>(self, f: F) -> Map<Self, Try<F>> where Self: Sized
Apply a function to the result (bubble any errors).
fn try_map2<F>(self, f: F) -> Map<Self, Try<Function2<F>>> where Self: Sized
Apply a 2-argument function to the result (bubble any errors).
fn try_map3<F>(self, f: F) -> Map<Self, Try<Function3<F>>> where Self: Sized
Apply a 3-argument function to the result (bubble any errors).
fn try_map4<F>(self, f: F) -> Map<Self, Try<Function4<F>>> where Self: Sized
Apply a 4-argument function to the result (bubble any errors).
fn try_map5<F>(self, f: F) -> Map<Self, Try<Function5<F>>> where Self: Sized
Apply a 5-argument function to the result (bubble any errors).
fn discard_and_then<P>(self, other: P) -> Map<AndThen<Self, P>, Second> where Self: Sized, P: Parser
Sequencing, discard the output of the first parse
fn and_then_discard<P>(self, other: P) -> Map<AndThen<Self, P>, First> where Self: Sized, P: Parser
Sequencing, discard the output of the second parse
fn try_discard_and_then<P>(self, other: P) -> Map<Map<AndThen<Self, P>, TryZip>, Try<Second>> where Self: Sized, P: Parser
Sequencing, discard the output of the first parse, bubble errors from the first parser
fn and_then_try_discard<P>(self, other: P) -> Map<Map<AndThen<Self, P>, ZipTry>, Try<First>> where Self: Sized, P: Parser
Sequencing, discard the output of the second parse, bubble errors from the second parser
fn try_discard_and_then_try<P>(self, other: P) -> Map<Map<AndThen<Self, P>, TryZipTry>, Try<Second>> where Self: Sized, P: Parser
Sequencing, discard the output of the first parse, bubble errors from either parser
fn try_and_then_try_discard<P>(self, other: P) -> Map<Map<AndThen<Self, P>, TryZipTry>, Try<First>> where Self: Sized, P: Parser
Sequencing, discard the output of the second parse, bubble errors from either parser
fn opt(self) -> Opt<Self> where Self: Sized
Optional parse
fn discard(self) -> Map<Self, Discard> where Self: Sized
Discard the output
fn boxed<F>(self, f: F) -> Boxed<Self, F> where Self: Sized
Box up this parser
fn in_state<State>(self, state: State) -> InState<Self, State> where Self: Sized
Set the state of this parser
fn buffer(self) -> Buffered<Self> where Self: Sized
A parser which produces its input. Read more
impl<P, F, Ch, Str> HasOutput<Ch, Str> for Star<P, F> where F: Factory
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type Output = F::Output
The type of the data being produced by the parser.
impl<P, F, Ch, Str> Uncommitted<Ch, Str, F::Output> for Star<P, F> where P: 'static + Copy + UncommittedInfer<Ch, Str>, F: 'static + Factory, Str: PeekableIterator, P::State: Stateful<Ch, Str, P::Output>, F::Output: Consumer<P::Output>
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type State = StarState<P, P::State, F::Output>
fn init(&self, string: &mut Str) -> Option<ParseResult<Self::State, F::Output>>
Parse a string of data.
impl<P, F, Ch, Str> Committed<Ch, Str, F::Output> for Star<P, F> where P: 'static + Copy + UncommittedInfer<Ch, Str>, F: 'static + Factory, Str: PeekableIterator, P::State: Stateful<Ch, Str, P::Output>, F::Output: Consumer<P::Output>
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fn empty(&self) -> F::Output
Parse an EOF.