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1. PgSelectLockingStrengthUpdate :: PgSelectLockingStrength

   beam-postgres	Database.Beam.Postgres.Full

   UPDATE
   

2. data PgUpdateReturning a

   beam-postgres	Database.Beam.Postgres.Full

   The most general kind of UPDATE that postgres can perform You can build this from a SqlUpdate by using returning

   update tbl where `returning` projection
   

   Run the result with runPgUpdateReturningList

3. PgUpdateReturning :: PgSyntax -> PgUpdateReturning a

   beam-postgres	Database.Beam.Postgres.Full

   No documentation available.

4. PgUpdateReturningEmpty :: PgUpdateReturning a

   beam-postgres	Database.Beam.Postgres.Full

   No documentation available.

5. data PgWithLocking s a

   beam-postgres	Database.Beam.Postgres.Full

   Combines the result of a query along with a set of locked tables. Used as a return value for the lockingFor_ function.

6. data PgCommandSyntax

   beam-postgres	Database.Beam.Postgres.Migrate

   Representation of an arbitrary Postgres command. This is the combination of the command syntax (repesented by PgSyntax), as well as the type of command (represented by PgCommandType). The command type is necessary for us to know how to retrieve results from the database.

7. module Database.Beam.Postgres.PgCrypto

   The pgcrypto extension provides several cryptographic functions to Postgres. This module provides a beam-postgres extension to access this functionality. For an example of usage, see the documentation for PgExtensionEntity.

8. data PgCrypto

   beam-postgres	Database.Beam.Postgres.PgCrypto

   Data type representing definitions contained in the pgcrypto extension Each field maps closely to the underlying pgcrypto function, which are described in further detail in the pgcrypto manual.

9. PgCrypto :: (forall ctxt s . () => LiftPg ctxt s (Text -> Text -> ByteString)) -> (forall ctxt s . () => LiftPg ctxt s (ByteString -> Text -> ByteString)) -> (forall ctxt s . () => LiftPg ctxt s (Text -> Text -> Text -> ByteString)) -> (forall ctxt s . () => LiftPg ctxt s (ByteString -> Text -> Text -> ByteString)) -> (forall ctxt s . () => LiftPg ctxt s (Text -> Text -> Text)) -> (forall ctxt s . () => LiftPg ctxt s (Text -> Maybe Int32 -> Text)) -> (forall ctxt s . () => LiftPg ctxt s (Text -> Text -> Maybe Text -> ByteString)) -> (forall ctxt s . () => LiftPg ctxt s (ByteString -> Text -> Maybe Text -> ByteString)) -> (forall ctxt s . () => LiftPg ctxt s (ByteString -> Text -> Maybe Text -> Text)) -> (forall ctxt s . () => LiftPg ctxt s (ByteString -> Text -> Maybe Text -> ByteString)) -> (forall ctxt s . () => LiftPg ctxt s (Text -> ByteString -> Maybe Text -> ByteString)) -> (forall ctxt s . () => LiftPg ctxt s (ByteString -> ByteString -> Maybe Text -> ByteString)) -> (forall ctxt s . () => LiftPg ctxt s (ByteString -> ByteString -> Maybe Text -> Maybe Text -> Text)) -> (forall ctxt s . () => LiftPg ctxt s (ByteString -> ByteString -> Maybe Text -> Maybe Text -> ByteString)) -> (forall ctxt s . () => LiftPg ctxt s (ByteString -> Text)) -> (forall ctxt s . () => PgExpr ctxt s ByteString -> Maybe (PgExpr ctxt s (Vector Text), PgExpr ctxt s (Vector Text)) -> PgExpr ctxt s Text) -> (forall ctxt s . () => LiftPg ctxt s (Text -> ByteString)) -> (forall ctxt s i . Integral i => PgExpr ctxt s i -> PgExpr ctxt s ByteString) -> (forall ctxt s . () => PgExpr ctxt s UUID) -> PgCrypto

   beam-postgres	Database.Beam.Postgres.PgCrypto

   No documentation available.

10. newtype PgAggregationSetQuantifierSyntax

    beam-postgres	Database.Beam.Postgres.Syntax

    No documentation available.

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