public void SetUp()
{
routingTopology = new ConventionalRoutingTopology();
receivedMessages = new BlockingCollection <TransportMessage>();
var config = new ConnectionConfiguration();
config.ParseHosts("localhost:5672");
var selectionStrategy = new DefaultClusterHostSelectionStrategy <ConnectionFactoryInfo>();
var connectionFactory = new ConnectionFactoryWrapper(config, selectionStrategy);
connectionManager = new RabbitMqConnectionManager(connectionFactory, config);
unitOfWork = new RabbitMqUnitOfWork
{
ConnectionManager = connectionManager,
UsePublisherConfirms = true,
MaxWaitTimeForConfirms = TimeSpan.FromSeconds(10)
};
sender = new RabbitMqMessageSender
{
UnitOfWork = unitOfWork,
RoutingTopology = routingTopology
};
dequeueStrategy = new RabbitMqDequeueStrategy
{
ConnectionManager = connectionManager,
PurgeOnStartup = true
};
MakeSureQueueAndExchangeExists(ReceiverQueue);
MessagePublisher = new RabbitMqMessagePublisher
{
UnitOfWork = unitOfWork,
RoutingTopology = routingTopology
};
subscriptionManager = new RabbitMqSubscriptionManager
{
ConnectionManager = connectionManager,
EndpointQueueName = ReceiverQueue,
RoutingTopology = routingTopology
};
dequeueStrategy.Init(Address.Parse(ReceiverQueue), TransactionSettings.Default, m =>
{
receivedMessages.Add(m);
return(true);
}, (s, exception) => { });
dequeueStrategy.Start(MaximumConcurrency);
}
void SetupQueueListener(string queueName)
{
receivedMessages = new BlockingCollection <TransportMessage>();
dequeueStrategy = new RabbitMqDequeueStrategy(connectionManager, null, new ReceiveOptions(s => SecondaryReceiveSettings.Disabled(), new MessageConverter(), 1, 1000, true, "Cluster test"));
dequeueStrategy.Init(Address.Parse(queueName), new TransactionSettings(true, TimeSpan.FromSeconds(30), IsolationLevel.ReadCommitted, 5, false, false), m =>
{
receivedMessages.Add(m);
return(true);
}, (s, exception) =>
{
});
dequeueStrategy.Start(1);
}
void SetupQueueListener(string queueName)
{
receivedMessages = new BlockingCollection <TransportMessage>();
dequeueStrategy = new RabbitMqDequeueStrategy {
ConnectionManager = connectionManager, PurgeOnStartup = true
};
dequeueStrategy.Init(Address.Parse(queueName), TransactionSettings.Default, m =>
{
receivedMessages.Add(m);
return(true);
}, (s, exception) =>
{
});
dequeueStrategy.Start(1);
}
public void SetUp()
{
routingTopology = new ConventionalRoutingTopology(true);
receivedMessages = new BlockingCollection <TransportMessage>();
var config = new ConnectionConfiguration();
config.ParseHosts("localhost:5672");
var connectionFactory = new RabbitMqConnectionFactory(config);
connectionManager = new RabbitMqConnectionManager(connectionFactory, config);
publishChannel = connectionManager.GetPublishConnection().CreateModel();
var channelProvider = new FakeChannelProvider(publishChannel);
sender = new RabbitMqMessageSender(routingTopology, channelProvider, new IncomingContext(null, null));
dequeueStrategy = new RabbitMqDequeueStrategy(connectionManager, new RepeatedFailuresOverTimeCircuitBreaker("UnitTest", TimeSpan.FromMinutes(2), e => {}),
new ReceiveOptions(s => SecondaryReceiveSettings.Enabled(CallbackQueue, 1), new MessageConverter(), 1, 1000, false, "Unit test"));
MakeSureQueueAndExchangeExists(ReceiverQueue);
MessagePublisher = new RabbitMqMessagePublisher
{
ChannelProvider = channelProvider,
RoutingTopology = routingTopology
};
subscriptionManager = new RabbitMqSubscriptionManager
{
ConnectionManager = connectionManager,
EndpointQueueName = ReceiverQueue,
RoutingTopology = routingTopology
};
dequeueStrategy.Init(Address.Parse(ReceiverQueue), new TransactionSettings(true, TimeSpan.FromSeconds(30), IsolationLevel.ReadCommitted, 5, false, false), m =>
{
receivedMessages.Add(m);
return(true);
}, (s, exception) => { });
dequeueStrategy.Start(MaximumConcurrency);
}
public void SetUp()
{
var routingTopology = new ConventionalRoutingTopology();
receivedMessages = new BlockingCollection<TransportMessage>();
var config = new ConnectionConfiguration();
config.ParseHosts("localhost:5672");
var selectionStrategy = new DefaultClusterHostSelectionStrategy<ConnectionFactoryInfo>();
var connectionFactory = new ConnectionFactoryWrapper(config, selectionStrategy);
connectionManager = new RabbitMqConnectionManager(connectionFactory, config);
unitOfWork = new RabbitMqUnitOfWork { ConnectionManager = connectionManager,UsePublisherConfirms = true,MaxWaitTimeForConfirms = TimeSpan.FromSeconds(10) };
sender = new RabbitMqMessageSender { UnitOfWork = unitOfWork, RoutingTopology = routingTopology };
dequeueStrategy = new RabbitMqDequeueStrategy { ConnectionManager = connectionManager, PurgeOnStartup = true };
MakeSureQueueExists(MYRECEIVEQUEUE);
DeleteExchange(MYRECEIVEQUEUE);
MakeSureExchangeExists(ExchangeNameConvention(Address.Parse(MYRECEIVEQUEUE),null));
MessagePublisher = new RabbitMqMessagePublisher
{
UnitOfWork = unitOfWork,
RoutingTopology = routingTopology
};
subscriptionManager = new RabbitMqSubscriptionManager
{
ConnectionManager = connectionManager,
EndpointQueueName = MYRECEIVEQUEUE,
RoutingTopology = routingTopology
};
dequeueStrategy.Init(Address.Parse(MYRECEIVEQUEUE), TransactionSettings.Default, (m) =>
{
receivedMessages.Add(m);
return true;
}, (s, exception) => { });
dequeueStrategy.Start(1);
}
void SetupQueueListener(string queueName) {
receivedMessages = new BlockingCollection<TransportMessage>();
dequeueStrategy = new RabbitMqDequeueStrategy {ConnectionManager = connectionManager, PurgeOnStartup = true};
dequeueStrategy.Init(Address.Parse(queueName), TransactionSettings.Default, m =>
{
receivedMessages.Add(m);
return true;
}, (s, exception) =>
{
});
dequeueStrategy.Start(1);
}
void SetupQueueListener(string queueName)
{
receivedMessages = new BlockingCollection<TransportMessage>();
dequeueStrategy = new RabbitMqDequeueStrategy(connectionManager, null, new ReceiveOptions(s => SecondaryReceiveSettings.Disabled(), new MessageConverter(),1,1000,true,"Cluster test"));
dequeueStrategy.Init(Address.Parse(queueName), new TransactionSettings(true, TimeSpan.FromSeconds(30), IsolationLevel.ReadCommitted, 5, false, false), m =>
{
receivedMessages.Add(m);
return true;
}, (s, exception) =>
{
});
dequeueStrategy.Start(1);
}