Safe Haskell	None
Language	Haskell2010

Network.GRPC.Client.Binary

Contents

Description

Convenience functions for working with binary RPC

Intended for qualified import.

import Network.GRPC.Client.Binary qualified as Binary

Synopsis

sendInput :: forall {k} inp (rpc :: k) m. (Binary inp, Input rpc ~ ByteString, MonadIO m) => Call rpc -> StreamElem NoMetadata inp -> m ()
sendNextInput :: forall {k} inp (rpc :: k) m. (Binary inp, Input rpc ~ ByteString, MonadIO m) => Call rpc -> inp -> m ()
sendFinalInput :: forall {k} inp (rpc :: k) m. (Binary inp, Input rpc ~ ByteString, MonadIO m) => Call rpc -> inp -> m ()
recvOutput :: forall {k} out (rpc :: k) m. (Binary out, Output rpc ~ ByteString, MonadIO m) => Call rpc -> m (StreamElem (ResponseTrailingMetadata rpc) out)
recvNextOutput :: forall {k} out (rpc :: k) m. (Binary out, Output rpc ~ ByteString, MonadIO m) => Call rpc -> m out
recvFinalOutput :: forall {k} out (rpc :: k) m. (Binary out, Output rpc ~ ByteString, MonadIO m) => Call rpc -> m (out, ResponseTrailingMetadata rpc)

Convenience wrappers using `binary` for serialization/deserialization

sendInput :: forall {k} inp (rpc :: k) m. (Binary inp, Input rpc ~ ByteString, MonadIO m) => Call rpc -> StreamElem NoMetadata inp -> m () Source #

sendNextInput :: forall {k} inp (rpc :: k) m. (Binary inp, Input rpc ~ ByteString, MonadIO m) => Call rpc -> inp -> m () Source #

sendFinalInput :: forall {k} inp (rpc :: k) m. (Binary inp, Input rpc ~ ByteString, MonadIO m) => Call rpc -> inp -> m () Source #

recvNextOutput :: forall {k} out (rpc :: k) m. (Binary out, Output rpc ~ ByteString, MonadIO m) => Call rpc -> m out Source #

Convenience wrappers using binary for serialization/deserialization