postgres
API
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postgres/doobie.postgres/doobie.postgres.hi/connection

connection

doobie.postgres.hi.connection$
object connection

Module of safe PGConnectionIO operations lifted into ConnectionIO.

Attributes

Source
connection.scala
Graph
Supertypes
class Object
trait Matchable
class Any
Self type
connection.type

Members list

Value members

Concrete methods

def embed[F[_], J, B](j: J, op: Free[F, B])(implicit ev: Embeddable[F, J]): ConnectionIO[B]

Attributes

Source
connection.scala
def pgGetConnection[A](k: PGConnectionIO[A]): ConnectionIO[A]

Attributes

Source
connection.scala
def pgGetCopyAPI[A](k: CopyManagerIO[A]): ConnectionIO[A]

Attributes

Source
connection.scala
def pgGetLargeObjectAPI[A](k: LargeObjectManagerIO[A]): ConnectionIO[A]

Attributes

Source
connection.scala
def pgListen(channel: String): ConnectionIO[Unit]

Construct a program that starts listening on the given channel. Note that the channel is NOT sanitized; it cannot be passed as a parameter and is simply interpolated into the statement. DO NOT pass user input here.

Construct a program that starts listening on the given channel. Note that the channel is NOT sanitized; it cannot be passed as a parameter and is simply interpolated into the statement. DO NOT pass user input here.

Attributes

Source
connection.scala
def pgNotify(channel: String): ConnectionIO[Unit]

Construct a program that notifies on the given channel. Note that the channel is NOT sanitized; it cannot be passed as a parameter and is simply interpolated into the statement. DO NOT pass user input here.

Construct a program that notifies on the given channel. Note that the channel is NOT sanitized; it cannot be passed as a parameter and is simply interpolated into the statement. DO NOT pass user input here.

Attributes

Source
connection.scala
def pgNotify(channel: String, payload: String): ConnectionIO[Unit]

Construct a program that notifies on the given channel, with a payload. Note that neither the channel nor the payload are sanitized; neither can be passed as parameters and are simply interpolated into the statement. DO NOT pass user input here.

Construct a program that notifies on the given channel, with a payload. Note that neither the channel nor the payload are sanitized; neither can be passed as parameters and are simply interpolated into the statement. DO NOT pass user input here.

Attributes

Source
connection.scala
def pgSetPrepareThreshold(threshold: Int): ConnectionIO[Unit]

Attributes

Source
connection.scala
def pgUnlisten(channel: String): ConnectionIO[Unit]

Construct a program that stops listening on the given channel. Note that the channel is NOT sanitized; it cannot be passed as a parameter and is simply interpolated into the statement. DO NOT pass user input here.

Construct a program that stops listening on the given channel. Note that the channel is NOT sanitized; it cannot be passed as a parameter and is simply interpolated into the statement. DO NOT pass user input here.

Attributes

Source
connection.scala

Concrete fields

val defaultInterpreter: FunctionK[PGConnectionOp, [_] =>> Kleisli[ConnectionIO, PGConnection, _$1]]

Attributes

Source
connection.scala
val pgGetBackendPID: ConnectionIO[Int]

Attributes

Source
connection.scala
val pgGetNotifications: ConnectionIO[List[PGNotification]]

Attributes

Source
connection.scala
val pgGetPrepareThreshold: ConnectionIO[Int]

Attributes

Source
connection.scala
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