Safe Haskell	None
Language	Haskell2010

Ouroboros.Network.ConnectionManager.Test.Experiments

Description

This module contains experiments which can be executed either in IO or in IOSim.

Synopsis

data ClientAndServerData req = ClientAndServerData {
- accumulatorInit :: req
- hotInitiatorRequests :: [[req]]
- warmInitiatorRequests :: [[req]]
- establishedInitiatorRequests :: [[req]]
}
unidirectionalExperiment :: forall peerAddr socket acc req resp m. (ConnectionManagerMonad m, MonadAsync m, MonadDelay m, MonadFix m, MonadLabelledSTM m, MonadTraceSTM m, MonadSay m, acc ~ [req], resp ~ [req], Ord peerAddr, Show peerAddr, Typeable peerAddr, Eq peerAddr, Serialise req, Show req, Serialise resp, Show resp, Eq resp, Typeable req, Typeable resp) => StdGen -> Timeouts -> Snocket m socket peerAddr -> MakeBearer m socket -> (socket -> m ()) -> socket -> ClientAndServerData req -> m Property
bidirectionalExperiment :: forall peerAddr socket acc req resp m. (ConnectionManagerMonad m, MonadAsync m, MonadDelay m, MonadFix m, MonadLabelledSTM m, MonadTraceSTM m, MonadSay m, acc ~ [req], resp ~ [req], Ord peerAddr, Show peerAddr, Typeable peerAddr, Eq peerAddr, Serialise req, Show req, Serialise resp, Show resp, Eq resp, Typeable req, Typeable resp, Show acc) => Bool -> StdGen -> Timeouts -> Snocket m socket peerAddr -> MakeBearer m socket -> (socket -> m ()) -> socket -> socket -> peerAddr -> peerAddr -> ClientAndServerData req -> ClientAndServerData req -> m Property
type ConnectionManagerMonad (m :: Type -> Type) = (Alternative (STM m), MonadAsync m, MonadCatch m, MonadEvaluate m, MonadFork m, MonadMask m, MonadST m, MonadTime m, MonadTimer m, MonadThrow m, MonadThrow (STM m))
withInitiatorOnlyConnectionManager :: forall name peerAddr socket req resp m a. (ConnectionManagerMonad m, resp ~ [req], Ord peerAddr, Show peerAddr, Typeable peerAddr, Serialise req, Typeable req, MonadAsync m, MonadDelay m, MonadFix m, MonadLabelledSTM m, MonadTraceSTM m, MonadSay m, Show req, Show name) => name -> Timeouts -> Tracer m (WithName name (AbstractTransitionTrace ConnStateId)) -> Tracer m (WithName name (Trace peerAddr (ConnectionHandlerTrace UnversionedProtocol DataFlowProtocolData))) -> StdGen -> Snocket m socket peerAddr -> MakeBearer m socket -> ConnStateIdSupply m -> Maybe peerAddr -> TemperatureBundle (ConnectionId peerAddr -> STM m [req]) -> ProtocolTimeLimits (Handshake UnversionedProtocol Term) -> AcceptedConnectionsLimit -> (ConnectionManagerWithExpandedCtx 'InitiatorMode socket peerAddr DataFlowProtocolData UnversionedProtocol ByteString m [resp] Void -> m a) -> m a
withBidirectionalConnectionManager :: forall name peerAddr socket acc req resp m a. (ConnectionManagerMonad m, acc ~ [req], resp ~ [req], Ord peerAddr, Show peerAddr, Typeable peerAddr, Serialise req, Typeable req, MonadAsync m, MonadDelay m, MonadFix m, MonadLabelledSTM m, MonadTraceSTM m, MonadSay m, Show req, Show name) => name -> Timeouts -> Tracer m (WithName name (RemoteTransitionTrace peerAddr)) -> Tracer m (WithName name (AbstractTransitionTrace ConnStateId)) -> Tracer m (WithName name (Trace peerAddr (ConnectionHandlerTrace UnversionedProtocol DataFlowProtocolData))) -> Tracer m (WithName name (Trace peerAddr)) -> Tracer m (WithName name (Debug peerAddr DataFlowProtocolData)) -> StdGen -> Snocket m socket peerAddr -> MakeBearer m socket -> ConnStateIdSupply m -> (socket -> m ()) -> socket -> Maybe peerAddr -> acc -> TemperatureBundle (ConnectionId peerAddr -> STM m [req]) -> ProtocolTimeLimits (Handshake UnversionedProtocol Term) -> AcceptedConnectionsLimit -> (ConnectionManagerWithExpandedCtx 'InitiatorResponderMode socket peerAddr DataFlowProtocolData UnversionedProtocol ByteString m [resp] acc -> peerAddr -> Async m Void -> m a) -> m a
runInitiatorProtocols :: forall (muxMode :: Mode) addr m a b. (Alternative (STM m), MonadAsync m, MonadCatch m, MonadLabelledSTM m, MonadMask m, MonadSTM m, MonadThrow (STM m), HasInitiator muxMode ~ 'True, MonadSay m) => SingMuxMode muxMode -> Mux muxMode m -> OuroborosBundle muxMode (ExpandedInitiatorContext addr m) (ResponderContext addr) ByteString m a b -> TemperatureBundle (StrictTVar m ControlMessage) -> ConnectionId addr -> m (TemperatureBundle a)
oneshotNextRequests :: forall req peerAddr m. MonadSTM m => ClientAndServerData req -> m (TemperatureBundle (ConnectionId peerAddr -> STM m [req]))

Documentation

data ClientAndServerData req Source #

The protocol will run three instances of ReqResp protocol; one for each state: warm, hot and established.

Constructors

ClientAndServerData

Fields

accumulatorInit :: req
Initial value. In for each request the server sends back a list received requests (in reverse order) terminating with the accumulatorInit.
hotInitiatorRequests :: [[req]]
list of requests run by the hot initiator in each round; Running multiple rounds allows us to test restarting of responders.
warmInitiatorRequests :: [[req]]
list of requests run by the warm initiator in each round
establishedInitiatorRequests :: [[req]]
list of requests run by the established initiator in each round

Instances

Instances details

Arbitrary req => Arbitrary (ClientAndServerData req) Source #
Instance details Defined in Ouroboros.Network.ConnectionManager.Test.Experiments Methods arbitrary :: Gen (ClientAndServerData req) # shrink :: ClientAndServerData req -> [ClientAndServerData req] #
Show req => Show (ClientAndServerData req) Source #
Instance details Defined in Ouroboros.Network.ConnectionManager.Test.Experiments Methods showsPrec :: Int -> ClientAndServerData req -> ShowS # show :: ClientAndServerData req -> String # showList :: [ClientAndServerData req] -> ShowS #

unidirectionalExperiment :: forall peerAddr socket acc req resp m. (ConnectionManagerMonad m, MonadAsync m, MonadDelay m, MonadFix m, MonadLabelledSTM m, MonadTraceSTM m, MonadSay m, acc ~ [req], resp ~ [req], Ord peerAddr, Show peerAddr, Typeable peerAddr, Eq peerAddr, Serialise req, Show req, Serialise resp, Show resp, Eq resp, Typeable req, Typeable resp) => StdGen -> Timeouts -> Snocket m socket peerAddr -> MakeBearer m socket -> (socket -> m ()) -> socket -> ClientAndServerData req -> m Property Source #

This test runs an initiator only connection manager (client side) and bidirectional connection manager (which runs a server). The client connect to the server and runs protocols to completion.

There is a good reason why we don't run two bidirectional connection managers; If we would do that, when the either side terminates the connection the client side server would through an exception as it is listening.

bidirectionalExperiment Source #

Arguments

:: forall peerAddr socket acc req resp m. (ConnectionManagerMonad m, MonadAsync m, MonadDelay m, MonadFix m, MonadLabelledSTM m, MonadTraceSTM m, MonadSay m, acc ~ [req], resp ~ [req], Ord peerAddr, Show peerAddr, Typeable peerAddr, Eq peerAddr, Serialise req, Show req, Serialise resp, Show resp, Eq resp, Typeable req, Typeable resp, Show acc)
=> Bool
-> StdGen
-> Timeouts
-> Snocket m socket peerAddr
-> MakeBearer m socket
-> (socket -> m ())	configure socket
-> socket
-> socket
-> peerAddr
-> peerAddr
-> ClientAndServerData req
-> ClientAndServerData req
-> m Property

Bidirectional send and receive.

type ConnectionManagerMonad (m :: Type -> Type) = (Alternative (STM m), MonadAsync m, MonadCatch m, MonadEvaluate m, MonadFork m, MonadMask m, MonadST m, MonadTime m, MonadTimer m, MonadThrow m, MonadThrow (STM m)) Source #

withInitiatorOnlyConnectionManager Source #

Arguments

:: forall name peerAddr socket req resp m a. (ConnectionManagerMonad m, resp ~ [req], Ord peerAddr, Show peerAddr, Typeable peerAddr, Serialise req, Typeable req, MonadAsync m, MonadDelay m, MonadFix m, MonadLabelledSTM m, MonadTraceSTM m, MonadSay m, Show req, Show name)
=> name	identifier (for logging)
-> Timeouts
-> Tracer m (WithName name (AbstractTransitionTrace ConnStateId))
-> Tracer m (WithName name (Trace peerAddr (ConnectionHandlerTrace UnversionedProtocol DataFlowProtocolData)))
-> StdGen
-> Snocket m socket peerAddr
-> MakeBearer m socket	series of request possible to do with the bidirectional connection manager towards some peer.
-> ConnStateIdSupply m
-> Maybe peerAddr
-> TemperatureBundle (ConnectionId peerAddr -> STM m [req])	Functions to get the next requests for a given connection
-> ProtocolTimeLimits (Handshake UnversionedProtocol Term)	Handshake time limits
-> AcceptedConnectionsLimit
-> (ConnectionManagerWithExpandedCtx 'InitiatorMode socket peerAddr DataFlowProtocolData UnversionedProtocol ByteString m [resp] Void -> m a)
-> m a

withBidirectionalConnectionManager Source #

Arguments

:: forall name peerAddr socket acc req resp m a. (ConnectionManagerMonad m, acc ~ [req], resp ~ [req], Ord peerAddr, Show peerAddr, Typeable peerAddr, Serialise req, Typeable req, MonadAsync m, MonadDelay m, MonadFix m, MonadLabelledSTM m, MonadTraceSTM m, MonadSay m, Show req, Show name)
=> name
-> Timeouts	identifier (for logging)
-> Tracer m (WithName name (RemoteTransitionTrace peerAddr))
-> Tracer m (WithName name (AbstractTransitionTrace ConnStateId))
-> Tracer m (WithName name (Trace peerAddr (ConnectionHandlerTrace UnversionedProtocol DataFlowProtocolData)))
-> Tracer m (WithName name (Trace peerAddr))
-> Tracer m (WithName name (Debug peerAddr DataFlowProtocolData))
-> StdGen
-> Snocket m socket peerAddr
-> MakeBearer m socket
-> ConnStateIdSupply m
-> (socket -> m ())	configure socket
-> socket	listening socket
-> Maybe peerAddr
-> acc	Initial state for the server
-> TemperatureBundle (ConnectionId peerAddr -> STM m [req])	Functions to get the next requests for a given connection ^ series of request possible to do with the bidirectional connection manager towards some peer.
-> ProtocolTimeLimits (Handshake UnversionedProtocol Term)	Handshake time limits
-> AcceptedConnectionsLimit
-> (ConnectionManagerWithExpandedCtx 'InitiatorResponderMode socket peerAddr DataFlowProtocolData UnversionedProtocol ByteString m [resp] acc -> peerAddr -> Async m Void -> m a)
-> m a

Runs an example server which runs a single ReqResp protocol for any hot / warm / established peers and also gives access to bidirectional ConnectionManager. This gives a way to connect to other peers. Slightly unfortunate design decision does not give us a way to create a client per connection. This means that this connection manager takes list of req type which it will make to the other side (they will be multiplexed across warm / how / established) protocols.

runInitiatorProtocols :: forall (muxMode :: Mode) addr m a b. (Alternative (STM m), MonadAsync m, MonadCatch m, MonadLabelledSTM m, MonadMask m, MonadSTM m, MonadThrow (STM m), HasInitiator muxMode ~ 'True, MonadSay m) => SingMuxMode muxMode -> Mux muxMode m -> OuroborosBundle muxMode (ExpandedInitiatorContext addr m) (ResponderContext addr) ByteString m a b -> TemperatureBundle (StrictTVar m ControlMessage) -> ConnectionId addr -> m (TemperatureBundle a) Source #

Run all initiator mini-protocols and collect results. Throw exception if any of the thread returned an exception.

This function assumes that there's one established, one warm and one hot mini-protocol, which is compatible with both

oneshotNextRequests :: forall req peerAddr m. MonadSTM m => ClientAndServerData req -> m (TemperatureBundle (ConnectionId peerAddr -> STM m [req])) Source #

Next requests bundle for bidirectional and unidirectional experiments.