Type Members

1.  implicit final class AnyParserOps[Err, In] extends AnyVal
2.  implicit final class AnySyntaxOps[Err, In, Out] extends AnyVal
3.  trait ImplicitTupleConversion extends AnyRef
4.  sealed trait Parser[+Err, -In, +Result] extends AnyRef

   A Parser consumes a stream of 'In's and either fails with a ParserError possibly holding a custom error of type 'Err' or succeeds with a result of type Result

   A Parser consumes a stream of 'In's and either fails with a ParserError possibly holding a custom error of type 'Err' or succeeds with a result of type Result

   Parsers can be combined with Printers to get Syntax, or a Parser and a Printer can be built simultaneously by using the combinators of Syntax.

   Recursive parsers can be expressed directly by recursing in one of the zipping or or-else combinators.

   By default a parser backtracks automatically. This behavior can be changed with the 'manualBacktracking' operator.

   Parsers trees get optimized automatically before running the parser. This optimized tree can be examined by the 'optimized' field. For the full list of transformations performed in the optimization phase check each parser node's 'optimizeNode' method.

   Err

   Custom error type

   In

   Element type of the input stream of parsing

   Result

   The type of the parsed result value

5.  sealed trait ParserImplementation extends AnyRef

   The available parser implementations

   The available parser implementations

   The default parser implementation is Recursive. There is an alternative implementation available which is stack-safe but slower.

6.  implicit final class ParserOps[Err, In, Value] extends AnyVal
7.  sealed trait Printer[+Err, +Out, -Value] extends AnyRef

   A Printer takes a value of type 'Value' and either produces a stream of 'Out' elements and a result value of type 'Result', or fails with a custom error of type 'Err'.

   A Printer takes a value of type 'Value' and either produces a stream of 'Out' elements and a result value of type 'Result', or fails with a custom error of type 'Err'.

   Parsers can be combined with Printers to get Syntax, or a Parser and a Printer can be built simultaneously by using the combinators of Syntax.

   Err

   Custom error type

   Out

   Element type of the output stream of printing

   Value

   The type of the value to be printed

8.  implicit final class PrinterOps[Err, Out, Value] extends AnyVal
9.  sealed trait Regex extends AnyRef

   A model of a regular expression.

10.  implicit final class StringErrSyntaxOps[In, Out, Value] extends AnyVal
11.  class Syntax[+Err, -In, +Out, Value] extends AnyRef

    Syntax defines a parser and a printer together and provides combinators to simultaneously build them up from smaller syntax fragments.

    Syntax defines a parser and a printer together and provides combinators to simultaneously build them up from smaller syntax fragments.

    Err

    Custom error type

    In

    Element type of the input stream of parsing

    Out

    Element type of the output stream of printing

    Value

    The type of the value to be parsed or printed

12.  implicit class SyntaxOps[Err, In, Out, Value] extends AnyRef
13.  trait TupleConversion[A, B] extends AnyRef
14.  implicit final class TupleParserOps[Err, In, Result] extends AnyVal
15.  implicit class TuplePrinterOps[Err, Out, Value <: Product] extends AnyRef
16.  implicit final class UnitPrinterOps[Err, Out] extends AnyVal