public void ShouldCallExchangeDeclarePubSubTypeIsSubscribeAndExchangeBindingShouldDeclare()
{
const string queueName = "abc";
_endpoint = new QueueEndpoint()
{
Name = "testendpoint",
PubSubType = PubSubType.Subscribe,
Subscription = new SubscriptionConfiguration()
{
ExchangeBindings = new ExchangeBindingCollection()
}
};
_endpoint.Subscription.ExchangeBindings.Add(
new ExchangeBinding()
{
Name = "e1",
RoutingKey = "rk",
Type = ExchangeType.Direct,
DeclareExchange = true
});
_channel.Stub(x => x.QueueDeclare()).Return(new QueueDeclareOk(queueName, 1, 1));
var configurator = new ChannelConfigurator();
configurator.ConfigureQueue(_endpoint, _channel);
var binding = _endpoint.Subscription.ExchangeBindings[0];
_channel.AssertWasCalled(x => x.ExchangeDeclare(
binding.Name,
"direct"));
}
public void ShouldCallQueueDeclareAndQueueBindWhenPubSubTypeIsSubscribe()
{
const string queueName = "abc";
_endpoint = new QueueEndpoint()
{
Name = "testendpoint",
PubSubType = PubSubType.Subscribe,
Subscription = new SubscriptionConfiguration()
{
ExchangeBindings = new ExchangeBindingCollection()
}
};
_endpoint.Subscription.ExchangeBindings.Add(
new ExchangeBinding()
{
Name = "e1",
RoutingKey = "rk"
});
_channel.Stub(x => x.QueueDeclare()).Return(new QueueDeclareOk(queueName, 1, 1));
var configurator = new ChannelConfigurator();
configurator.ConfigureQueue(_endpoint, _channel);
_channel.AssertWasCalled(x => x.QueueDeclare());
_channel.AssertWasCalled(x => x.QueueBind(
queueName,
_endpoint.Subscription.ExchangeBindings[0].Name,
_endpoint.Subscription.ExchangeBindings[0].RoutingKey));
}
public StateMachineInstanceConnectionConfigurator <T> UsingInstance(T instance)
{
var instanceConfigurator = new StateMachineInstanceConnectionConfiguratorImpl <T>(instance);
_configurator = instanceConfigurator;
return(instanceConfigurator);
}
public void Setup()
{
MessageData = Encoding.UTF8.GetBytes("hej");
ChannelConfigurator = new ChannelConfigurator();
Exchange = null;
MessageProperties = new MessageProperties() { MessageId = MessageId };
_message = new ReceivedMessage(MessageData, GetExchangeName(), MessageProperties);
}
/// <summary>
/// Consumes the message on a SelectiveConsumerChannel given the specified delegate
/// </summary>
/// <param name="configurator"></param>
/// <param name="selectiveConsumer"></param>
/// <returns></returns>
public static ConsumerConfigurator <TChannel> UsingSelectiveConsumer <TChannel>(
this ChannelConfigurator <TChannel> configurator, SelectiveConsumer <TChannel> selectiveConsumer)
{
var consumerConfigurator = new SelectiveConsumerConfigurator <TChannel>(selectiveConsumer);
configurator.AddConfigurator(consumerConfigurator);
return(consumerConfigurator);
}
/// <summary>
/// Specifies an interval at which the consumer should be called with a collection
/// of messages received during that period.
/// </summary>
/// <param name="configurator"></param>
/// <param name="interval">The time period of each interval</param>
/// <returns></returns>
public static IntervalConfigurator <TChannel> BufferFor <TChannel>(
this ChannelConfigurator <TChannel> configurator, TimeSpan interval)
{
var intervalConfigurator = new IntervalConfiguratorImpl <TChannel>(interval);
configurator.AddConfigurator(intervalConfigurator);
return(intervalConfigurator);
}
public static ChannelConfigurator <TChannel> Where <TChannel>(this ChannelConfigurator <TChannel> configurator,
Filter <TChannel> filter)
{
var filterConfigurator = new FilterConfiguratorImpl <TChannel>(filter);
configurator.AddConfigurator(filterConfigurator);
return(filterConfigurator);
}
public static SynchronizedChannelConfigurator <TChannel> OnSynchronizationContext <TChannel>(
this ChannelConfigurator <TChannel> configurator, SynchronizationContext synchronizationContext)
{
var synchronizedConfigurator = new SynchronizedChannelConfiguratorImpl <TChannel>(synchronizationContext);
configurator.AddConfigurator(synchronizedConfigurator);
return(synchronizedConfigurator);
}
public StateMachineConnectionConfigurator <T, TKey, TBinding> BindUsing <TBinding, TKey>()
where TBinding : StateMachineBinding <T, TKey>
{
var configurator = new StateMachineConnectionConfiguratorImpl <T, TKey, TBinding>();
_configurator = configurator;
return(configurator);
}
/// <summary>
/// Consumes the message on a ConsumerChannel, given the specified delegate
/// </summary>
/// <param name="configurator"></param>
/// <param name="consumer"></param>
/// <returns></returns>
public static ConsumerConfigurator <TChannel> UsingConsumer <TChannel>(
this ChannelConfigurator <TChannel> configurator, Consumer <TChannel> consumer)
{
var consumerConfigurator = new ConsumerConfiguratorImpl <TChannel>(consumer);
configurator.AddConfigurator(consumerConfigurator);
return(consumerConfigurator);
}
public static InstanceConfigurator <TChannel> UsingInstance <TChannel>(
this ChannelConfigurator <TChannel> configurator)
{
var instanceConfigurator = new InstanceConfiguratorImpl <TChannel>();
configurator.AddConfigurator(instanceConfigurator);
return(instanceConfigurator);
}
public static IBus AddRabbitExchange(this IBus bus, Action <ChannelConfigurator> configurate)
{
var channels = Assimilate.GetInstanceOf <IChannelIndex>();
var connectionManager = Assimilate.GetInstanceOf <IConnectionManager>();
var configurator = new ChannelConfigurator();
configurate(configurator);
var channelDefinition = configurator.ChannelDefinition;
channelDefinition.CreateOnBroker(connectionManager);
channels.AddDefinition(channelDefinition);
return(bus);
}
public static IBus AddRabbitExchange( this IBus bus, Action<ChannelConfigurator> configurate )
{
var channels = Assimilate.GetInstanceOf<IChannelIndex>();
var connectionManager = Assimilate.GetInstanceOf<IConnectionManager>();
var configurator = new ChannelConfigurator();
configurate( configurator );
var channelDefinition = configurator.ChannelDefinition;
channelDefinition.CreateOnBroker( connectionManager );
channels.AddDefinition( channelDefinition );
return bus;
}
public void Setup()
{
MessageData = Encoding.UTF8.GetBytes("hej");
ChannelConfigurator = new ChannelConfigurator();
Exchange = null;
MessageProperties = new MessageProperties() { MessageId = MessageId };
}
public void SetChannelConfigurator(ChannelConfigurator <IDictionary <TKey, TChannel> > configurator)
{
_configurator = configurator;
}
public void RegisterChannelConfigurator(ChannelConfigurator configurator)
{
_configurators.Add(configurator);
}
protected void InternalSetup()
{
MessageData = Encoding.UTF8.GetBytes("hej");
ChannelConfigurator = MockRepository.GenerateStub<ChannelConfigurator>();
}
public void SetChannelConfigurator(ChannelConfigurator <TChannel> configurator)
{
_configurator = configurator;
}
public void ShouldThrowExceptionIfPubSubTypeIsSubscribeAndNoSubscriptionConfigExists()
{
const string queueName = "abc";
var expectedResult = new QueueDeclareOk(queueName, 1, 1);
_endpoint = new QueueEndpoint()
{
Name = "testendpoint",
Exchange = new ExchangeConfiguration() { Name = "ex1" },
PubSubType = PubSubType.Subscribe,
RoutingKey = queueName,
Subscription = null
};
var configurator = new ChannelConfigurator();
configurator.ConfigureQueue(_endpoint, _channel);
}
public void ShouldNotCallQueueDeclareAndQueueBindWhenPubSubTypeIsPublish()
{
const string queueName = "abc";
_endpoint = new QueueEndpoint()
{
Name = "testendpoint",
Exchange = new ExchangeConfiguration() { Name = "ex1" },
Subscription = new SubscriptionConfiguration() { QueueName = "asdf" },
PubSubType = PubSubType.Publish
};
_channel.Stub(x => x.QueueDeclare()).Return(new QueueDeclareOk(queueName, 1, 1));
var configurator = new ChannelConfigurator();
configurator.ConfigureQueue(_endpoint, _channel);
_channel.AssertWasNotCalled(x => x.QueueDeclare());
_channel.AssertWasNotCalled(x => x.QueueBind(_endpoint.Subscription.QueueName, _endpoint.Exchange.Name, ""));
}
public void ShouldNotCallExchangeDeclareIfExchangesNameIsEmpty()
{
_endpoint = new QueueEndpoint()
{
Name = "testendpoint",
Exchange = new ExchangeConfiguration() { Name = string.Empty, Type = ExchangeType.Fanout},
PubSubType = PubSubType.Publish,
RoutingKey = "asdf",
Subscription = null
};
var configurator = new ChannelConfigurator();
configurator.ConfigureQueue(_endpoint, _channel);
_channel.AssertWasNotCalled(x => x.ExchangeDeclare(_endpoint.Exchange.Name, _endpoint.Exchange.Type.ToString().ToLower()));
}
public void ShouldCallQueueDeclareWithParametersWhenPubSubTypeIsSubscribeAndRoutingKeyIsSet()
{
const string queueName = "abc";
var expectedResult = new QueueDeclareOk(queueName, 1, 1);
_endpoint = new QueueEndpoint()
{
Name = "testendpoint",
Exchange = new ExchangeConfiguration() { Name = "ex1" },
PubSubType = PubSubType.Subscribe,
RoutingKey = queueName,
Subscription = new SubscriptionConfiguration() { QueueName = "abckduf", NoAck = false }
};
_endpoint.Subscription.ExchangeBindings.Add(new ExchangeBinding() { Name = "e1" });
_channel
.Stub(x => x.QueueDeclare())
.Return(new QueueDeclareOk(queueName, 1, 1));
_channel
.Stub(x => x.QueueDeclare(_endpoint.Subscription.QueueName, _endpoint.Subscription.NoAck, false, false, null))
.Return(expectedResult);
var configurator = new ChannelConfigurator();
configurator.ConfigureQueue(_endpoint, _channel);
_channel.AssertWasCalled(x => x.QueueDeclare(_endpoint.Subscription.QueueName, _endpoint.Subscription.Durable, false, false, null));
_channel.AssertWasCalled(x => x.QueueBind(expectedResult, _endpoint.Subscription.ExchangeBindings[0].Name, ""));
}
public void SetChannelConfigurator(ChannelConfigurator <ICollection <TChannel> > configurator)
{
_configurator = configurator;
}
