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1. makeFmap :: Name -> Q Exp

   deriving-compat	Data.Functor.Deriving.Internal

   Generates a lambda expression which behaves like fmap (without requiring a Functor instance).

2. makeFmapOptions :: FFTOptions -> Name -> Q Exp

   deriving-compat	Data.Functor.Deriving.Internal

   Like makeFmap, but takes an FFTOptions argument.

3. makeFoldMap :: Name -> Q Exp

   deriving-compat	Data.Functor.Deriving.Internal

   Generates a lambda expression which behaves like foldMap (without requiring a Foldable instance).

4. makeFoldMapOptions :: FFTOptions -> Name -> Q Exp

   deriving-compat	Data.Functor.Deriving.Internal

   Like makeFoldMap, but takes an FFTOptions argument.

5. makeMapM :: Name -> Q Exp

   deriving-compat	Data.Functor.Deriving.Internal

   Generates a lambda expression which behaves like mapM (without requiring a Traversable instance).

6. makeMapMOptions :: FFTOptions -> Name -> Q Exp

   deriving-compat	Data.Functor.Deriving.Internal

   Like makeMapM, but takes an FFTOptions argument.

7. makeMapM :: Name -> Q Exp

   deriving-compat	Data.Traversable.Deriving

   Generates a lambda expression which behaves like mapM (without requiring a Traversable instance).

8. makeMapMOptions :: FFTOptions -> Name -> Q Exp

   deriving-compat	Data.Traversable.Deriving

   Like makeMapM, but takes an FFTOptions argument.

9. concatMap :: (a -> NonEmpty b) -> Infinite a -> Infinite b

   infinite-list	Data.List.Infinite

   First map every element, then concat. The peculiar type with NonEmpty is to guarantee that concatMap is productive and results in an infinite list. Otherwise the concatenation of infinitely many [b] could still be a finite list.

10. PandocSyntaxMapError :: Text -> PandocError

    pandoc	Text.Pandoc.Error

    No documentation available.

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