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1. deriveToJSONGADT :: Name -> DecsQ

   aeson-gadt-th	Data.Aeson.GADT.TH

   No documentation available.

2. deriveToJSONGADTWithOptions :: JSONGADTOptions -> Name -> DecsQ

   aeson-gadt-th	Data.Aeson.GADT.TH

   No documentation available.

3. deriveAvro :: FilePath -> Q [Dec]

   avro	Data.Avro.Deriving

   Same as deriveAvroWithOptions but uses defaultDeriveOptions

   deriveAvro = deriveAvroWithOptions defaultDeriveOptions
   

4. deriveAvro' :: Schema -> Q [Dec]

   avro	Data.Avro.Deriving

   Same as deriveAvroWithOptions' but uses defaultDeriveOptions

   deriveAvro' = deriveAvroWithOptions' defaultDeriveOptions
   

5. deriveAvroFromByteString :: ByteString -> Q [Dec]

   avro	Data.Avro.Deriving

   Same as deriveAvro but takes a ByteString rather than FilePath

6. deriveAvroWithOptions :: DeriveOptions -> FilePath -> Q [Dec]

   avro	Data.Avro.Deriving

   Derives Haskell types from the given Avro schema file. These Haskell types support both reading and writing to Avro. For an Avro schema with a top-level record called com.example.Foo, this generates:

   • a Schema with the name schema'Foo or schemacom'exampleFoo, depending on the namespaceBehavior setting.
   • Haskell types for each named type defined in the schema
   • HasSchema instances for each type
   • FromAvro instances for each type
   • ToAvro instances for each type
   This function ignores namespaces when generated Haskell type and field names. This will fail on valid Avro schemas which contain types with the same base name in different namespaces. It will also fail for schemas that contain types with base names that are the same except for the capitalization of the first letter. The type com.example.Foo will generate a Haskell type Foo. If com.example.Foo has a field named Bar, the field in the Haskell record will be called fooBar.

7. deriveAvroWithOptions' :: DeriveOptions -> Schema -> Q [Dec]

   avro	Data.Avro.Deriving

   Derive Haskell types from the given Avro schema. For an Avro schema with a top-level definition com.example.Foo, this generates:

   • a Schema with the name schema'Foo or schemacom'exampleFoo depending on namespace handling
   • Haskell types for each named type defined in the schema
   • HasSchema instances for each type
   • FromAvro instances for each type
   • ToAvro instances for each type

8. deriveAll :: Name -> Q [Dec]

   rank2classes	Rank2.TH

   No documentation available.

9. deriveApplicative :: Name -> Q [Dec]

   rank2classes	Rank2.TH

   No documentation available.

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

    rank2classes	Rank2.TH

    No documentation available.

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