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  1. functionCallE :: IsSql99FunctionExpressionSyntax expr => expr -> [expr] -> expr

    beam-core Database.Beam.Backend.SQL.SQL99

    No documentation available.

  2. countAll_ :: (BeamSqlBackend be, Integral a) => QAgg be s a

    beam-core Database.Beam.Query

    SQL COUNT(*) function

  3. exceptAll_ :: forall be (db :: (Type -> Type) -> Type) s a . (BeamSqlBackend be, Projectible be a, ThreadRewritable (QNested s) a) => Q be db (QNested s) a -> Q be db (QNested s) a -> Q be db s (WithRewrittenThread (QNested s) s a)

    beam-core Database.Beam.Query

    SQL EXCEPT ALL operator

  4. intersectAll_ :: forall be (db :: (Type -> Type) -> Type) s a . (BeamSqlBackend be, Projectible be a, ThreadRewritable (QNested s) a) => Q be db (QNested s) a -> Q be db (QNested s) a -> Q be db s (WithRewrittenThread (QNested s) s a)

    beam-core Database.Beam.Query

    SQL INTERSECT ALL operator

  5. unionAll_ :: forall be (db :: (Type -> Type) -> Type) s a . (BeamSqlBackend be, Projectible be a, ThreadRewritable (QNested s) a) => Q be db (QNested s) a -> Q be db (QNested s) a -> Q be db s (WithRewrittenThread (QNested s) s a)

    beam-core Database.Beam.Query

    SQL UNION ALL operator

  6. smallint :: (BeamSqlBackend be, Integral a) => DataType be a

    beam-core Database.Beam.Query.DataTypes

    SQL92 SMALLINT data type

  7. QAll :: forall be r next (db :: (Type -> Type) -> Type) s . Projectible be r => (TablePrefix -> Text -> BeamSqlBackendFromSyntax be) -> (Text -> r) -> (r -> Maybe (WithExprContext (BeamSqlBackendExpressionSyntax be))) -> ((Text, r) -> next) -> QF be db s next

    beam-core Database.Beam.Query.Internal

    No documentation available.

  8. counterEvidenceForSmallest :: [Range (Evidence b1 b2) a] -> Maybe b1

    binary-search Numeric.Search

    Get the content of the counterEvidence for the smallest a which does not satisfy pred a.

  9. evidenceForSmallest :: [Range (Evidence b1 b2) a] -> Maybe b2

    binary-search Numeric.Search

    Get the content of the evidence for the smallest a which satisfies pred a.

  10. smallest :: Eq b => b -> [Range b a] -> Maybe a

    binary-search Numeric.Search

    Pick up the smallest a that satisfies pred a == b.

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