Packages

•  package root

  Definition Classes

  root

•  package parsley

  Definition Classes

  root

•  package implicits

  This package contains various functionality that involve Scala's implicits mechanism.

  This package contains various functionality that involve Scala's implicits mechanism.

  This includes conversions from scala literals into parsers, as well as enabling new syntax on regular Scala values (such as Parsley's lift or zipped syntax). Automatic conversion to Parsley[Unit] is also supported within this package.

  Definition Classes

  parsley

•  object zipped

  This module provides alternatives to the f.lift(x, y) syntax, (x, y).zipped(f), which works better with type inference.

  This module provides alternatives to the f.lift(x, y) syntax, (x, y).zipped(f), which works better with type inference.

  Also enables a parameterless zipped method, to pair an arbitrary number of parsers such that (p, q).zipped = p.zip(q).

  Thanks to Andrei Gramescu and George Stacey for ensuring that these combinators even exist in the first place.

  Definition Classes

  implicits

  Example:

  1. scala> import parsley.character.char
     scala> import parsley.implicits.zipped.{Zipped2, Zipped3}
     scala> case class Add(x: Int, y: Int)
     scala> val p = (char('a') #> 4, char('b') #> 5).zipped(Add)
     scala> p.parse("ab")
     val res0 = Success(Add(4, 5))
     scala> val q = (char('a') #> 3, char('b') #> 2, char('c') #> 5).zipped((x, y, z) => x * y + z)
     scala> q.parse("abc")
     val res1 = Success(11)
     scala> q.parse("ab")
     val res2 = Failure(..)

  Since

  3.0.0

  Note

  these methods are not lazy like the lift syntax or liftN functions! Use the prefix ~ combinator to make arguments lazy where necessary.

• Zipped10
• Zipped11
• Zipped12
• Zipped13
• Zipped14
• Zipped15
• Zipped16
• Zipped17
• Zipped18
• Zipped19
• Zipped2
• Zipped20
• Zipped21
• Zipped22
• Zipped3
• Zipped4
• Zipped5
• Zipped6
• Zipped7
• Zipped8
• Zipped9

parsley.implicits.zipped

Zipped14 