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1. module GI.Gdk.Enums

   No documentation available.

2. data EnumFromTo (a :: Nat) (b :: Nat) (c :: [Nat])

   harpie	Harpie.Shape

   Enumerate between two Nats

   >>> :k! Eval (EnumFromTo 0 3)
   ...
   = [0, 1, 2, 3]
   

3. data EnumMap c

   apecs	Apecs.Experimental.Reactive

   Allows you to look up entities by component value. Use e.g. withReactive $ enumLookup True to retrieve a list of entities that have a True component. Based on an IntMap IntSet internally.

4. ENumber :: Variable -> NumberForm -> ElementType a

   citeproc	Citeproc.Types

   No documentation available.

5. class (Buildable e, Bounded e, Enum e, Eq e, Ord e, Show e, TextParsable e) => EnumText e

   enum-text	Text.Enum.Text

   Our toolkit for enumerated types which should be defined as follows:

   import Fmt
   import Text.Enum.Text
   
   data Foo = FOO_bar | FOO_bar_baz
   deriving (Bounded,Enum,Eq,Ord,Show)
   
   instance EnumText     Foo
   instance Buildable    Foo where build     = buildEnumText
   instance TextParsable Foo where parseText = parseEnumText
   

   With the DeriveAnyClass language extension you can list EnumText in the deriving clause, and with DerivingVia (available from GHC 8.6.1) you can derive via UsingEnumText as follows:

   {-# LANGUAGE DeriveAnyClass    #-}
   {-# LANGUAGE DerivingVia       #-}
   
   import Fmt
   import Text.Enum.Text
   
   data Foo = FOO_bar | FOO_bar_baz
   deriving (Bounded,Enum,EnumText,Eq,Ord,Show)
   deriving (Buildable,TextParsable) via UsingEnumText Foo
   

6. data EnumTextConfig

   enum-text	Text.Enum.Text

   Configures the default implementation of renderEnumText

7. EnumTextConfig :: (Text -> Text) -> (Char -> Char) -> EnumTextConfig

   enum-text	Text.Enum.Text

   No documentation available.

8. data Enumerate

   DPutils	Data.Paired.Common

   Select only a subset of the possible enumerations.

9. type ENumFixedC (rep :: Natural -> Type) (int1 :: Nat) (frac1 :: Nat) (int2 :: Nat) (frac2 :: Nat) = (Bounded rep 1 + Max int1 int2 + Max frac1 frac2, Num rep 1 + Max int1 int2 + Max frac1 frac2, Bits rep 1 + Max int1 int2 + Max frac1 frac2, ExtendingNum rep int1 + frac1 rep int2 + frac2, MResult rep int1 + frac1 rep int2 + frac2 ~rep int1 + int2 + frac1 + frac2, KnownNat int1, KnownNat int2, KnownNat frac1, KnownNat frac2, Resize rep)

   clash-prelude	Clash.Sized.Fixed

   Constraint for the ExtendingNum instance of Fixed

10. type ENumSFixedC (int1 :: Nat) (frac1 :: Nat) (int2 :: Natural) (frac2 :: Natural) = (KnownNat int2 + frac2, KnownNat 1 + Max int1 int2 + Max frac1 frac2, KnownNat Max frac1 frac2, KnownNat 1 + Max int1 int2, KnownNat int1 + frac1, KnownNat frac2, KnownNat int2, KnownNat frac1, KnownNat int1)

    clash-prelude	Clash.Sized.Fixed

    Constraint for the ExtendingNum instance of SFixed

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