protected override void Given(IServiceContainer container)
{
var testServer = new AmqpTestFramework(Test.It.With.Amqp091.Protocol.Amqp091.ProtocolResolver);
testServer
.WithDefaultProtocolHeaderNegotiation()
.WithDefaultSecurityNegotiation(heartbeatInterval: TimeSpan.FromSeconds(1))
.WithDefaultConnectionOpenNegotiation()
.WithHeartbeats(interval: TimeSpan.FromSeconds(1))
.WithDefaultConnectionCloseNegotiation();
testServer.On <Heartbeat>((connectionId, frame) =>
{
_heartbeatCancelationToken.Cancel(true);
_heartbeats.Add(frame);
_heartbeatCancelationToken = new CancellationTokenSource();
Task.Delay(4000)
.ContinueWith(task =>
{
_missingHeartbeat = true;
ServiceController.Stop();
}, _heartbeatCancelationToken.Token);
});
Task.Delay(TimeSpan.FromSeconds(10)).ContinueWith(task =>
{
ServiceController.Stop();
});
container.RegisterSingleton(() => testServer.ConnectionFactory.ToRabbitMqConnectionFactory());
}
public static AmqpTestFramework WithDefaultProtocolHeaderNegotiation(this AmqpTestFramework testFramework)
{
return(testFramework
.On <ProtocolHeader>((connectionId, frame) => testFramework.Send(connectionId,
new MethodFrame <Connection.Start>(frame.Channel, new Connection.Start
{
VersionMajor = Octet.From((byte)frame.Message.Version.Major),
VersionMinor = Octet.From((byte)frame.Message.Version.Minor),
Locales = Longstr.From(Encoding.UTF8.GetBytes("en_US")),
Mechanisms = Longstr.From(Encoding.UTF8.GetBytes("PLAIN")),
}))));
}
protected override void Given(IServiceContainer container)
{
var closedChannels = new ConcurrentBag <short>();
void TryStop()
{
if (closedChannels.Count == NumberOfPublishes && _basicPublish.Count == NumberOfPublishes)
{
ServiceController.Stop();
}
}
var testServer = new AmqpTestFramework(Amqp091.Protocol.Amqp091.ProtocolResolver);
testServer
.WithDefaultProtocolHeaderNegotiation()
.WithDefaultSecurityNegotiation(heartbeatInterval: TimeSpan.FromSeconds(5))
.WithDefaultConnectionOpenNegotiation()
.WithHeartbeats(interval: TimeSpan.FromSeconds(5))
.WithDefaultConnectionCloseNegotiation();
testServer.On <Channel.Open, Channel.OpenOk>((connectionId, frame) => new Channel.OpenOk());
testServer.On <Channel.Close, Channel.CloseOk>((connectionId, frame) => new Channel.CloseOk());
testServer.On <Exchange.Declare, Exchange.DeclareOk>((connectionId, frame) =>
{
_exchangeDeclare.Add(frame);
return(new Exchange.DeclareOk());
});
testServer.On <Channel.Close>((id, frame) =>
{
closedChannels.Add(frame.Channel);
TryStop();
});
testServer.On <Basic.Publish>((connectionId, frame) =>
{
_basicPublish.Add(frame);
});
container.RegisterSingleton(() => testServer.ConnectionFactory.ToRabbitMqConnectionFactory());
}
protected override void Given(IServiceContainer container)
{
var channelClosed = false;
void TryStop()
{
if (channelClosed && _basicPublish.Count == 2)
{
ServiceController.Stop();
}
}
var testServer = new AmqpTestFramework(RabbitMq091.ProtocolResolver);
testServer
.WithDefaultProtocolHeaderNegotiation()
.WithDefaultSecurityNegotiation(heartbeatInterval: TimeSpan.FromSeconds(5))
.WithDefaultConnectionOpenNegotiation()
.WithHeartbeats(interval: TimeSpan.FromSeconds(5))
.WithDefaultConnectionCloseNegotiation();
testServer.On <Channel.Open, Channel.OpenOk>((connectionId, frame) => new Channel.OpenOk());
testServer.On <Channel.Close, Channel.CloseOk>((connectionId, frame) => new Channel.CloseOk());
testServer.On <Exchange.Declare, Exchange.DeclareOk>((connectionId, frame) =>
{
_exchangeDeclare.Add(frame);
return(new Exchange.DeclareOk());
});
testServer.On <Channel.Close>((id, frame) =>
{
channelClosed = true;
TryStop();
});
testServer.On <Amqp091.Protocol.Basic.Publish>((connectionId, frame) =>
{
_basicPublish.Add(frame);
testServer.Send(connectionId,
new MethodFrame <Basic.Ack>(frame.Channel,
new Basic.Ack
{
DeliveryTag =
DeliveryTag.From(_basicPublish.Count(methodFrame =>
methodFrame.Channel == frame.Channel))
}));
});
testServer.On <Confirm.Select, Confirm.SelectOk>((connectionId, frame) =>
{
_selectOkSent = true;
return(new Confirm.SelectOk());
});
container.RegisterSingleton(() => testServer.ConnectionFactory.ToRabbitMqConnectionFactory());
}
public static AmqpTestFramework WithDefaultSecurityNegotiation(this AmqpTestFramework testFramework, TimeSpan heartbeatInterval = default)
{
heartbeatInterval = heartbeatInterval == default ? TimeSpan.FromSeconds(DefaultHeartbeatIntervalInSeconds) : heartbeatInterval;
return(testFramework
.On <Connection.StartOk>((connectionId, frame) =>
testFramework.Send(connectionId, new MethodFrame <Connection.Secure>(frame.Channel,
new Connection.Secure
{
Challenge = Longstr.From(Encoding.UTF8.GetBytes("challenge"))
})))
.On <Connection.SecureOk>((connectionId, frame) => testFramework.Send(connectionId,
new MethodFrame <Connection.Tune>(frame.Channel, new Connection.Tune
{
ChannelMax = Short.From(0),
FrameMax = Long.From(0),
Heartbeat = Short.From((short)(heartbeatInterval.TotalMilliseconds / 1000))
}))));
}
public static AmqpTestFramework WithDefaultConnectionCloseNegotiation(this AmqpTestFramework testFramework)
{
return(testFramework
.On <Connection.Close, Connection.CloseOk>((connectionId, frame) =>
new Connection.CloseOk()));
}
protected override void Given(IServiceContainer container)
{
var closedChannels = new ConcurrentBag <short>();
void TryStop()
{
if (closedChannels.Count == Parallelism && _basicPublishes.Count == Parallelism && _acks.Count == Parallelism)
{
ServiceController.Stop();
}
}
var testServer = new AmqpTestFramework(Amqp091.Protocol.Amqp091.ProtocolResolver);
testServer
.WithDefaultProtocolHeaderNegotiation()
.WithDefaultSecurityNegotiation(heartbeatInterval: TimeSpan.FromSeconds(5))
.WithDefaultConnectionOpenNegotiation()
.WithHeartbeats(interval: TimeSpan.FromSeconds(5))
.WithDefaultConnectionCloseNegotiation();
testServer.On <Channel.Open, Channel.OpenOk>((connectionId, frame) => new Channel.OpenOk());
testServer.On <Channel.Close, Channel.CloseOk>((connectionId, frame) => new Channel.CloseOk());
testServer.On <Exchange.Declare, Exchange.DeclareOk>((connectionId, frame) =>
{
_exchangesDeclared.Add(frame);
return(new Exchange.DeclareOk());
});
testServer.On <Queue.Declare, Queue.DeclareOk>((connectionId, frame) =>
{
_queuesDeclared.Add(frame);
return(new Queue.DeclareOk());
});
testServer.On <Queue.Bind, Queue.BindOk>((connectionId, frame) =>
{
_queuesBound.Add(frame);
return(new Queue.BindOk());
});
testServer.On <Channel.Close>((id, frame) =>
{
closedChannels.Add(frame.Channel);
TryStop();
});
testServer.On <Basic.Publish>((connectionId, frame) =>
{
_basicPublishes.Add(frame);
});
testServer.On <Basic.Consume>((connectionId, frame) =>
{
var consumerTag = Guid.NewGuid().ToString();
_basicConsumes.Add(frame);
// We need to respond with ConsumeOk before we can start delivering messages to the client
testServer.Send(connectionId, new MethodFrame <Basic.ConsumeOk>(frame.Channel,
new Basic.ConsumeOk
{
ConsumerTag = ConsumerTag.From(consumerTag)
}));
Task.Run(() =>
{
var testMessage = new TestMessage("This is sent from server.");
var payload = Encoding.UTF8.GetBytes(JsonConvert.SerializeObject(testMessage));
testServer.Send <Basic.Deliver, Basic.ContentHeader>(connectionId,
new MethodFrame <Basic.Deliver>(frame.Channel,
new Basic.Deliver
{
ConsumerTag = ConsumerTag.From(consumerTag),
ContentHeader = new Basic.ContentHeader
{
BodySize = payload.Length
}
}
.AddContentBodyFragments(new ContentBody
{
Payload = payload
})));
});
});
testServer.On <Basic.Cancel, Basic.CancelOk>((connectionId, frame) =>
new Basic.CancelOk {
ConsumerTag = frame.Message.ConsumerTag
});
testServer.On <Basic.Ack>((connectionId, frame) =>
{
_acks.Add(frame);
TryStop();
});
ServiceController.OnStopped += code =>
{
testServer.Dispose();
};
container.RegisterSingleton(() => testServer.ConnectionFactory.ToRabbitMqConnectionFactory());
}