Safe Haskell	None
Language	Haskell2010

Mu.GRpc.Client.Optics

Contents

Initialization of the gRPC client
Request arguments and responses
Re-exported for convenience

Description

For further information over initialization of the connection, consult the http2-client-grpc docs.

Synopsis

data GRpcConnection (s :: Package') (p :: GRpcMessageProtocol)
initGRpc :: MonadIO m => GrpcClientConfig -> Proxy p -> forall s. m (Either ClientError (GRpcConnection s p))
initGRpcZipkin :: (MonadIO m, MonadTrace m) => GrpcClientConfig -> Proxy p -> Text -> forall s. m (Either ClientError (GRpcConnection s p))
data GRpcMessageProtocol
- = MsgProtoBuf
- | MsgAvro
msgProtoBuf :: Proxy 'MsgProtoBuf
msgAvro :: Proxy 'MsgAvro
data GrpcClientConfig
grpcClientConfigSimple :: HostName -> PortNumber -> UseTlsOrNot -> GrpcClientConfig
data CompressMode
data GRpcReply a
module Optics.Core
module Mu.Schema.Optics

Initialization of the gRPC client

data GRpcConnection (s :: Package') (p :: GRpcMessageProtocol) Source #

Represents a connection to the service s.

Instances

Instances details

(pkg ~ 'Package ('Just pkgName) '[service], service ~ 'Service serviceName methods, SearchMethodOptic p methods m t, KnownName serviceName, KnownName pkgName, KnownName m, MkRPC p) => LabelOptic m A_Getter (GRpcConnection pkg p) (GRpcConnection pkg p) t t Source #
Instance details Defined in Mu.GRpc.Client.Optics Methods labelOptic :: Optic A_Getter NoIx (GRpcConnection pkg p) (GRpcConnection pkg p) t t #

initGRpc Source #

Arguments

:: MonadIO m
=> GrpcClientConfig	gRPC configuration
-> Proxy p
-> forall s. m (Either ClientError (GRpcConnection s p))

Initializes a connection to a gRPC server. Usually the service you are connecting to is inferred from the usage later on. However, it can also be made explicit by using

initGRpc config msgProtoBuf @Service

initGRpcZipkin Source #

Arguments

:: (MonadIO m, MonadTrace m)
=> GrpcClientConfig	gRPC configuration
-> Proxy p
-> Text
-> forall s. m (Either ClientError (GRpcConnection s p))

Initializes a connection to a gRPC server, creating a new span for distributed tracing. Usually the service you are connecting to is inferred from the usage later on. However, it can also be made explicit by using

initGRpcZipkin config msgProtoBuf "person" @Service

data GRpcMessageProtocol #

Serialization formats supported with gRPC.

Constructors

MsgProtoBuf	Protocol Buffers.
MsgAvro	Avro.

Instances

Instances details

Eq GRpcMessageProtocol
Instance details Defined in Mu.GRpc.Bridge Methods (==) :: GRpcMessageProtocol -> GRpcMessageProtocol -> Bool # (/=) :: GRpcMessageProtocol -> GRpcMessageProtocol -> Bool #
Show GRpcMessageProtocol
Instance details Defined in Mu.GRpc.Bridge Methods showsPrec :: Int -> GRpcMessageProtocol -> ShowS # show :: GRpcMessageProtocol -> String # showList :: [GRpcMessageProtocol] -> ShowS #

msgProtoBuf :: Proxy 'MsgProtoBuf #

Choose Protocol Buffers as serialization format for gRPC. This value is commonly used to create a client or server.

msgAvro :: Proxy 'MsgAvro #

Choose Avro as serialization format for gRPC. This value is commonly used to create a client or server.

data GrpcClientConfig #

Configuration to setup a GrpcClient.

grpcClientConfigSimple :: HostName -> PortNumber -> UseTlsOrNot -> GrpcClientConfig #

Request arguments and responses

data CompressMode #

data GRpcReply a Source #

Constructors

GRpcTooMuchConcurrency TooMuchConcurrency
GRpcErrorCode ErrorCode
GRpcErrorString String
GRpcClientError ClientError
GRpcOk a

Instances

Instances details

Functor GRpcReply Source #
Instance details Defined in Mu.GRpc.Client.Internal Methods fmap :: (a -> b) -> GRpcReply a -> GRpcReply b # (<$) :: a -> GRpcReply b -> GRpcReply a #
Show a => Show (GRpcReply a) Source #
Instance details Defined in Mu.GRpc.Client.Internal Methods showsPrec :: Int -> GRpcReply a -> ShowS # show :: GRpcReply a -> String # showList :: [GRpcReply a] -> ShowS #

Re-exported for convenience

module Optics.Core

module Mu.Schema.Optics