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1. (%.>) :: Coords -> Plane -> Draw

   ansi-terminal-game	Terminal.Game

   Pastes a plane onto another (origin: bottom-right).

2. (!.) :: Integral ix => QGenExpr context Postgres s (Vector a) -> QGenExpr context Postgres s ix -> QGenExpr context Postgres s a

   beam-postgres	Database.Beam.Postgres

   Index into the given array. This translates to the array[index] syntax in postgres. The beam operator name has been chosen to match the 'Data.Vector.(!)' operator.

3. (!~*.) :: BeamSqlBackendIsString Postgres text => QGenExpr ctxt Postgres s text -> QGenExpr ctxt Postgres s PgRegex -> QGenExpr ctxt Postgres s Bool

   beam-postgres	Database.Beam.Postgres

   Does not match regular expression, case-insensitive

4. (!~.) :: BeamSqlBackendIsString Postgres text => QGenExpr ctxt Postgres s text -> QGenExpr ctxt Postgres s PgRegex -> QGenExpr ctxt Postgres s Bool

   beam-postgres	Database.Beam.Postgres

   Does not match regular expression, case-sensitive

5. (++.) :: QGenExpr ctxt Postgres s (Vector a) -> QGenExpr ctxt Postgres s (Vector a) -> QGenExpr ctxt Postgres s (Vector a)

   beam-postgres	Database.Beam.Postgres

   Postgres || operator. Concatenates two vectors and returns their result.

6. (-.-) :: QGenExpr context Postgres s (PgRange n a) -> QGenExpr context Postgres s (PgRange n a) -> QGenExpr context Postgres s (PgRange n a)

   beam-postgres	Database.Beam.Postgres

   The postgres range operator - .

7. (~*.) :: BeamSqlBackendIsString Postgres text => QGenExpr ctxt Postgres s text -> QGenExpr ctxt Postgres s PgRegex -> QGenExpr ctxt Postgres s Bool

   beam-postgres	Database.Beam.Postgres

   Match regular expression, case-insensitive

8. (~.) :: BeamSqlBackendIsString Postgres text => QGenExpr ctxt Postgres s text -> QGenExpr ctxt Postgres s PgRegex -> QGenExpr ctxt Postgres s Bool

   beam-postgres	Database.Beam.Postgres

   Match regular expression, case-sensitive

9. newtype ((t2 :: Type -> Type -> Type -> Type) :.: (t1 :: Type -> Type -> Type -> Type)) (m :: Type -> Type) a

   capability	Capability.Accessors

   Compose two accessors. This is not necessary in deriving via clauses, but in places where a transformer is expected as a type argument. E.g. wrapError.

10. (:.:) :: m a -> (:.:) (t2 :: (Type -> Type) -> Type -> Type) (t1 :: (Type -> Type) -> Type -> Type) (m :: Type -> Type) a

    capability	Capability.Accessors

    No documentation available.

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