Module combinator

Various combinators which do not fit anywhere else.

Structs

• AndThen
• AnyPartialState
• AnyPartialStateParser
• AnySendPartialState
• AnySendPartialStateParser
• AnySendSyncPartialState
• AnySendSyncPartialStateParser
• Factory
• FlatMap
• FromStr
• Ignore
• InputConverter
• Lazy
• LookAhead
• Map
• MapInput
• NoPartial
• NotFollowedBy
• Opaque
• Recognize
• Spanned
• Try

Enums

• Either

Traits

• Converter
• StrLike

Functions

• and_then
  Equivalent to p.and_then(f).
• any_partial_state
  Returns a parser where P::PartialState is boxed. Useful as a way to avoid writing the type since it can get very large after combining a few parsers.
• any_send_partial_state
  Returns a parser where P::PartialState is boxed. Useful as a way to avoid writing the type since it can get very large after combining a few parsers.
• any_send_sync_partial_state
  Returns a parser where P::PartialState is boxed. Useful as a way to avoid writing the type since it can get very large after combining a few parsers.
• attempt
  attempt(p) behaves as p except it always acts as p peeked instead of committed on its parse.
• factory
  Constructs the parser lazily on each parse_* call. This is similar to lazy but it takes Input as an argument and allows different parsers to be returned on each call to p while still reporting the correct errors.
• flat_map
  Equivalent to p.flat_map(f).
• from_str
  Takes a parser that outputs a string like value (&str, String, &[u8] or Vec<u8>) and parses it using std::str::FromStr. Errors if the output of parser is not UTF-8 or if FromStr::from_str returns an error.
• input_converter
• lazy
  Constructs the parser lazily on each parse_* call. Can be used to effectively reduce the size of deeply nested parsers as only the function producing the parser is stored.
• look_ahead
  look_ahead(p) acts as p but doesn’t consume input on success.
• map
  Equivalent to p.map(f).
• map_input
  Equivalent to p.map_input(f).
• no_partial
• not_followed_by
  Succeeds only if parser fails. Never consumes any input.
• opaque
  Creates a parser from a function which takes a function that are given the actual parser. Though convoluted this makes it possible to hide the concrete parser type without Box or losing the full information about the parser as is the case of parser.
• recognize
  Constructs a parser which returns the tokens parsed by parser accumulated in F: Extend<Input::Token> instead of P::Output.
• spanned
  Equivalent to p.spanned().

Type Aliases

• FnOpaque
  Alias over Opaque where the function can be a plain function pointer (does not need to capture any values)