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1. genericArbitraryRecG :: GArbitrary (SetGens genList SizedOpts) a => genList -> Weights a -> Gen a

   generic-random	Generic.Random.Internal.Generic

   genericArbitraryRec with explicit generators. See also genericArbitraryG.

2. genericArbitrarySingle :: forall a (c0 :: Symbol) . (GArbitrary UnsizedOpts a, Weights_ (Rep a) ~ L c0) => Gen a

   generic-random	Generic.Random.Internal.Generic

   arbitrary for types with one constructor. Equivalent to genericArbitraryU, with a stricter type.

   genericArbitrarySingle :: Gen a
   

3. genericArbitrarySingleG :: forall genList a (c0 :: Symbol) . (GArbitrary (SetGens genList UnsizedOpts) a, Weights_ (Rep a) ~ L c0) => genList -> Gen a

   generic-random	Generic.Random.Internal.Generic

   genericArbitrarySingle with explicit generators. See also genericArbitraryG.

4. genericArbitraryU :: (GArbitrary UnsizedOpts a, GUniformWeight a) => Gen a

   generic-random	Generic.Random.Internal.Generic

   Pick every constructor with equal probability. Equivalent to genericArbitrary uniform.

   genericArbitraryU :: Gen a
   

5. genericArbitraryUG :: (GArbitrary (SetGens genList UnsizedOpts) a, GUniformWeight a) => genList -> Gen a

   generic-random	Generic.Random.Internal.Generic

   genericArbitraryU with explicit generators. See also genericArbitraryG.

6. genericArbitraryWith :: GArbitrary opts a => opts -> Weights a -> Gen a

   generic-random	Generic.Random.Internal.Generic

   General generic generator with custom options.

7. package lua-arbitrary

   Arbitrary instances for Lua types. Provides instances for QuickCheck's "Arbitrary" typeclass.

8. QArbitraryJoin :: forall be r (db :: (Type -> Type) -> Type) s next . Projectible be r => QM be db (QNested s) r -> Text -> (BeamSqlBackendFromSyntax be -> BeamSqlBackendFromSyntax be -> Maybe (BeamSqlBackendExpressionSyntax be) -> BeamSqlBackendFromSyntax be) -> (r -> Maybe (WithExprContext (BeamSqlBackendExpressionSyntax be))) -> (r -> next) -> QF be db s next

   beam-core	Database.Beam.Query.Internal

   No documentation available.

9. class CoArbitrary a

   massiv-test	Test.Massiv.Utils

   Used for random generation of functions. You should consider using Fun instead, which can show the generated functions as strings. If you are using a recent GHC, there is a default definition of coarbitrary using genericCoarbitrary, so if your type has a Generic instance it's enough to say

   instance CoArbitrary MyType
   

   You should only use genericCoarbitrary for data types where equality is structural, i.e. if you can't have two different representations of the same value. An example where it's not safe is sets implemented using binary search trees: the same set can be represented as several different trees. Here you would have to explicitly define coarbitrary s = coarbitrary (toList s).

10. applyArbitrary2 :: (Arbitrary a, Arbitrary b) => (a -> b -> r) -> Gen r

    massiv-test	Test.Massiv.Utils

    Apply a binary function to random arguments.

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