public AsyncProcessingNetChannel(Func<IMessageProcessingPipeBuilder, IMessageProcessingPipeBuilder> configureProcesssingPipe, INetNode node,
ITransportChannel transportChannel, IMessageSerializer serializer, ICoreEvents logger, INetNodeConfig config, IBufferPool bufferPool)
: base(node, transportChannel, serializer, logger, config, bufferPool)
{
_pipeBuilder = configureProcesssingPipe(new MessageProcessingPipeBuilder());
_processor = _pipeBuilder.Build();
}
protected void OnInitialise()
{
_pipeBuilder = new MessageProcessingPipeBuilder();
Fiber = new ReadWriteLockingFiber();
ConfigurePipe(_pipeBuilder);
_processor = _pipeBuilder.Build();
}
protected void OnInitialise()
{
_pipeBuilder = new MessageProcessingPipeBuilder();
Fiber = new ReadWriteLockingFiber();
ConfigurePipe(_pipeBuilder);
_processor = _pipeBuilder.Build();
}
public AsyncProcessingNetChannel(Func <IMessageProcessingPipeBuilder, IMessageProcessingPipeBuilder> configureProcesssingPipe, INetNode node,
ITransportChannel transportChannel, IMessageSerializer serializer, ICoreEvents logger, INetNodeConfig config, IBufferPool bufferPool)
: base(node, transportChannel, serializer, logger, config, bufferPool)
{
_pipeBuilder = configureProcesssingPipe(new MessageProcessingPipeBuilder());
_processor = _pipeBuilder.Build();
}
public static IMessageProcessingPipeBuilder UseConfigurableDispatcher(this IMessageProcessingPipeBuilder builder, Func <IMessageHandlingConfigBuilder, IMessageHandlingConfigBuilder> configure,
bool throwIfUnhandled = true)
{
var config = new MessageHandlingConfigBuilder();
var mp = new DispatchingMessageProcessor(configure(config).Build(), throwIfUnhandled);
return(builder.Use(next => context => mp.Process(next, context)));
}
public static IMessageProcessingPipeBuilder UseConfigurableClientDispatcher(this IMessageProcessingPipeBuilder builder,
Func <ISimpleMessageHandlingConfigBuilder, ISimpleMessageHandlingConfigBuilder> configure)
{
var config = new MessageHandlingConfigBuilder();
var mp = new DispatchingMessageProcessor(configure(config).Build(), false);
return(builder.Use(next => context => mp.Process(next, context)));
}
public static IMessageProcessingPipeBuilder UseFiber(this IMessageProcessingPipeBuilder builder, IFiber fiber,
Func <IMessageProcessingLockConfigBuilder, IMessageProcessingLockConfigBuilder> lockConfigurator = null)
{
IMessageProcessingLockConfig lockConfig = lockConfigurator != null?lockConfigurator(new MessageProcessorLockConfig()).Build() : new MessageProcessorLockConfig();
var mp = new FiberedMessageProcessor(fiber, lockConfig);
return(builder.Use(next => context => mp.Process(next, context)));
}
protected override IMessageProcessingPipeBuilder Configure(IMessageProcessingPipeBuilder builder)
{
return builder
//.UseIdleDisconnect(TimeSpan.FromSeconds(60 * 10), this)
//.UseInvalidHandshakeDisconnect<JoinRoomS2S>(TimeSpan.FromSeconds(5))
//.UseFiber(new SimpleFiber(TaskScheduler.Default, 100))
.UseConfigurableDispatcher(config => config
.HandleRequestAsync<JoinRoom, JoinRoomResponse>(OnRoomJoin)
.HandleMessageAsync<Say>(OnSay),
throwIfUnhandled: false);
}
protected override IMessageProcessingPipeBuilder Configure(IMessageProcessingPipeBuilder builder)
{
return(builder
//.UseIdleDisconnect(TimeSpan.FromSeconds(60 * 10), this)
//.UseInvalidHandshakeDisconnect<JoinRoomS2S>(TimeSpan.FromSeconds(5))
//.UseFiber(new SimpleFiber(TaskScheduler.Default, 100))
.UseConfigurableDispatcher(config => config
.HandleRequestAsync <JoinRoom, JoinRoomResponse>(OnRoomJoin)
.HandleMessageAsync <Say>(OnSay),
throwIfUnhandled: false));
}
protected override IMessageProcessingPipeBuilder Configure(IMessageProcessingPipeBuilder builder)
{
return builder
//.UseIdleDisconnect(TimeSpan.FromSeconds(60 * 10), this)
//.UseInvalidHandshakeDisconnect<JoinRoomS2S>(TimeSpan.FromSeconds(5))
.UseFiber(new SimpleFiber(TaskScheduler.Default, 10))
.UseConfigurableDispatcher(config => config
.HandleRequest<UseActor, OperationResult>(OnUseActor)
.HandleRequestAsync<PingGateway, OperationResult>(OnPingGateway)
.HandleRequestAsync<TestStateless, OperationResult>(OnTestStateless)
.HandleRequestAsync<TestStateful, OperationResult>(OnTestStateful),
throwIfUnhandled: false);
}
protected override IMessageProcessingPipeBuilder Configure(IMessageProcessingPipeBuilder builder)
{
return(builder
//.UseIdleDisconnect(TimeSpan.FromSeconds(60 * 10), this)
//.UseInvalidHandshakeDisconnect<JoinRoomS2S>(TimeSpan.FromSeconds(5))
.UseFiber(new SimpleFiber(TaskScheduler.Default, 10))
.UseConfigurableDispatcher(config => config
.HandleRequest <UseActor, OperationResult>(OnUseActor)
.HandleRequestAsync <PingGateway, OperationResult>(OnPingGateway)
.HandleRequestAsync <TestStateless, OperationResult>(OnTestStateless)
.HandleRequestAsync <TestStateful, OperationResult>(OnTestStateful),
throwIfUnhandled: false));
}
public static IMessageProcessingPipeBuilder UseIdleDisconnect(this IMessageProcessingPipeBuilder builder, TimeSpan idleDisconnectTimeout, INetChannel channel)
{
var mp = new IdleDisconnectProcessor(idleDisconnectTimeout, channel);
return(builder.Use(next => context => mp.Process(next, context)));
}
public void ReconfigureProcessingPipe(Func <IMessageProcessingPipeBuilder, IMessageProcessingPipeBuilder> reconfigurator)
{
_pipeBuilder = reconfigurator(_pipeBuilder);
_processor = _pipeBuilder.Build();
}
protected virtual IMessageProcessingPipeBuilder Configure(IMessageProcessingPipeBuilder builder)
{
throw new NotSupportedException("You should always override Configure in child class if you are using this class as base");
}
protected virtual IMessageProcessingPipeBuilder ConfigurePipe(IMessageProcessingPipeBuilder builder)
{
return builder
.UseFiber(Fiber, ConfigureLocks)
.UseConfigurableDispatcher(ConfigureHandlers);
}
public void ReconfigureProcessingPipe(Func<IMessageProcessingPipeBuilder, IMessageProcessingPipeBuilder> reconfigurator)
{
_pipeBuilder = reconfigurator(_pipeBuilder);
_processor = _pipeBuilder.Build();
}
protected virtual IMessageProcessingPipeBuilder Configure(IMessageProcessingPipeBuilder builder)
{
throw new NotSupportedException("You should always override Configure in child class if you are using this class as base");
}
protected virtual IMessageProcessingPipeBuilder ConfigurePipe(IMessageProcessingPipeBuilder builder)
{
return(builder
.UseFiber(Fiber, ConfigureLocks)
.UseConfigurableDispatcher(ConfigureHandlers));
}
