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1. deriveUnifiedSymOrd1 :: DeriveConfig -> Name -> Q [Dec]

   grisette	Grisette.Internal.TH.Derivation.DeriveUnifiedSymOrd

   Derive UnifiedSymOrd1 instance for a data type.

2. deriveUnifiedSymOrd2 :: DeriveConfig -> Name -> Q [Dec]

   grisette	Grisette.Internal.TH.Derivation.DeriveUnifiedSymOrd

   Derive UnifiedSymOrd2 instance for a data type.

3. deriveWith :: DeriveConfig -> [Name] -> [Name] -> Q [Dec]

   grisette	Grisette.TH

   Derive the specified classes for a data type with the given name. Support the following classes for both vanilla data types and GADTs.

   • Mergeable
   • Mergeable1
   • Mergeable2
   • Mergeable3
   • EvalSym
   • EvalSym1
   • EvalSym2
   • ExtractSym
   • ExtractSym1
   • ExtractSym2
   • SubstSym
   • SubstSym1
   • SubstSym2
   • NFData
   • NFData1
   • NFData2
   • Hashable (will fail to derive if the type contains any symbolic variables)
   • Hashable1 (will fail to derive if the type contains any symbolic variables)
   • Hashable2 (will fail to derive if the type contains any symbolic variables)
   • Show
   • Show1
   • Show2
   • PPrint
   • PPrint1
   • PPrint2
   • AllSyms
   • AllSyms1
   • AllSyms2
   • Eq
   • Eq1
   • Eq2
   • Ord (will fail to derive if the type contains any symbolic variables)
   • Ord1 (will fail to derive if the type contains any symbolic variables)
   • Ord2 (will fail to derive if the type contains any symbolic variables)
   • SymOrd
   • SymOrd1
   • SymOrd2
   • SymEq
   • SymEq1
   • SymEq2
   • UnifiedSymEq
   • UnifiedSymEq1
   • UnifiedSymEq2
   • UnifiedSymOrd
   • UnifiedSymOrd1
   • UnifiedSymOrd2
   • ToSym
   • ToSym1
   • ToSym2
   • ToCon
   • ToCon1
   • ToCon2
   • Serial
   • Serial1
   • Serial2
   • SimpleMergeable
   • SimpleMergeable1
   • SimpleMergeable2
   • Binary
   • Serialize
   Note that the following type classes cannot be derived for GADTs with existential type variables.
   • ToCon
   • ToCon1
   • ToCon2
   • ToSym
   • ToSym1
   • ToSym2
   • Serial
   • Serial1
   • Serial2
   • Binary
   • Serialize

4. deriveTypeToText :: DeriveType -> Text

   haskoin-store-data	Haskoin.Store.Data

   No documentation available.

5. derivePersistField :: String -> Q [Dec]

   hledger-web	Hledger.Web.Import

   Automatically creates a valid PersistField instance for any datatype that has valid Show and Read instances. Can be very convenient for Enum types.

6. derivePersistFieldJSON :: String -> Q [Dec]

   hledger-web	Hledger.Web.Import

   Automatically creates a valid PersistField instance for any datatype that has valid ToJSON and FromJSON instances. For a datatype T it generates instances similar to these:

   instance PersistField T where
   toPersistValue = PersistByteString . L.toStrict . encode
   fromPersistValue = (left T.pack) . eitherDecodeStrict' <=< fromPersistValue
   instance PersistFieldSql T where
   sqlType _ = SqlString
   

7. deriveLargeHashable :: Name -> Q [Dec]

   large-hashable	Data.LargeHashable

   No documentation available.

8. deriveLargeHashableCtx :: Name -> ([TypeQ] -> [PredQ]) -> Q [Dec]

   large-hashable	Data.LargeHashable

   Derive a LargeHashable instance with extra constraints in the context of the instance.

9. deriveLargeHashableCustomCtx :: Name -> ([TypeQ] -> [PredQ] -> [PredQ]) -> Q [Dec]

   large-hashable	Data.LargeHashable

   Derive a LargeHashable instance with a completely custom instance context.

10. deriveLargeHashableNoCtx :: Name -> Q [Dec]

    large-hashable	Data.LargeHashable

    Derive a LargeHashable instance with no constraints in the context of the instance.

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