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1. package prettyprinter-combinators

   Some useful combinators for the prettyprinter package Various utilities that make writing Pretty instances easier. Notable utilites include automatic deriving of Pretty instance via Generic, Data, or Show instance.

2. package prettyprinter-interp

   Efficient interpolation for Prettyprinter This package provides efficient interpolation of string-interpolate quasi quoters when used with prettyprinter.

3. data SExprPrinter atom carrier

   s-cargot	Data.SCargot

   A SExprPrinter value describes how to print a given value as an s-expression. The carrier type parameter indicates the value that will be printed, and the atom parameter indicates the type that will represent tokens in an s-expression structure.

4. basicPrint :: (atom -> Text) -> SExprPrinter atom (SExpr atom)

   s-cargot	Data.SCargot

   A default SExprPrinter struct that will always swing subsequent expressions onto later lines if they're too long, indenting them by two spaces, and uses a soft maximum width of 80 characters

5. flatPrint :: (atom -> Text) -> SExprPrinter atom (SExpr atom)

   s-cargot	Data.SCargot

   A default SExprPrinter struct that will always print a SExpr as a single line.

6. unconstrainedPrint :: (atom -> Text) -> SExprPrinter atom (SExpr atom)

   s-cargot	Data.SCargot

   A default SExprPrinter struct that will always swing subsequent expressions onto later lines if they're too long, indenting them by two spaces, but makes no effort to keep the pretty-printed sources inside a maximum width. In the case that we want indented printing but don't care about a "maximum" width, we can print more efficiently than in other situations.

7. basicPrinter :: SExprPrinter Text (SExpr Text)

   s-cargot	Data.SCargot.Language.Basic

   A SExprPrinter that prints textual atoms directly (without quoting or any other processing) onto a single line.

   >>> encode basicPrinter [L [A "1", A "elephant"]]
   "(1 elephant)"
   

8. locatedBasicPrinter :: SExprPrinter (Located Text) (SExpr (Located Text))

   s-cargot	Data.SCargot.Language.Basic

   A SExprPrinter for Located values. Works exactly like basicPrinter It ignores the location tags when printing the result.

   >>> let (Right dec) = decode locatedBasicParser $ pack "(1 elephant)"
   [SCons (SAtom (At (Span (line 1, column 2) (line 1, column 3)) "1")) (SCons (SAtom (At (Span (line 1, column 4) (line 1, column 12)) "elephant")) SNil)]
   

   >>> encode locatedBasicPrinter dec
   "(1 elephant)"
   

9. haskLikePrinter :: SExprPrinter HaskLikeAtom (SExpr HaskLikeAtom)

   s-cargot	Data.SCargot.Language.HaskLike

   This SExprPrinter emits s-expressions that contain Scheme-like tokens as well as string literals, integer literals, and floating-point literals, which will be emitted as the literals produced by Haskell's show function. This printer will produce a flat s-expression with no indentation of any kind.

   >>> encode haskLikePrinter [L [A (HSInt 1), A (HSString "elephant")]]
   "(1 \"elephant\")"
   

10. locatedHaskLikePrinter :: SExprPrinter (Located HaskLikeAtom) (SExpr (Located HaskLikeAtom))

    s-cargot	Data.SCargot.Language.HaskLike

    A SExprPrinter for Located values. Works exactly like haskLikePrinter It ignores the location tags when printing the result.

    >>> let (Right dec) = decode locatedHaskLikeParser $ pack "(1 elephant)"
    [SCons (SAtom (At (Span (line 1, column 2) (line 1, column 3)) (HSInt 1))) (SCons (SAtom (At (Span (line 1, column 4) (line 1, column 12)) (HSIdent "elephant"))) SNil)]
    

    >>> encode locatedHaskLikePrinter dec
    "(1 elephant)"
    

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