public void Should_work_for_primitive_types_shorty()
{
int message = 27;
var result = MockRepository.GenerateMock <Channel <int> >();
result.Expect(x => x.Send(message)).Repeat.Twice();
var provider = MockRepository.GenerateMock <ChannelProvider <int> >();
provider.Expect(x => x.GetChannel(message)).Return(result).Repeat.Once();
KeyAccessor <int, int> messageKeyAccessor = x => x;
var channel = new InstanceChannel <int>(new SynchronousFiber(),
new KeyedChannelProvider <int, int>(provider, messageKeyAccessor));
channel.Send(message);
channel.Send(message);
provider.VerifyAllExpectations();
result.VerifyAllExpectations();
}
protected void PopulateDefaultEventFields(IEvent baseEvent)
{
baseEvent.ActorId = KeyAccessor.GetId(Actor);
baseEvent.ActorType = Actor.GetType().FullName;
baseEvent.UtcTimeStamp = DateTime.UtcNow;
}
public DistinctChannelConfiguratorImpl(KeyAccessor <TChannel, TKey> keyAccessor)
{
_keyAccessor = keyAccessor;
HandleOnFiber();
}
public RequestConsumeFilter(KeyAccessor <ConsumeContext <T>, TKey> keyAccessor)
{
_keyAccessor = keyAccessor;
_pipes = new ConcurrentDictionary <TKey, RequestPipeFilter <T, TKey> >();
}
public bool Persist <T>(T instance) where T : class
{
return(Client.Set(KeyAccessor.GetId(instance), instance));
}
public bool Persist <T>(T instance) where T : class
{
return(Repository.Save(KeyAccessor.GetId(instance), instance));
}
public void Store(IMemento <T> actor)
{
store[KeyAccessor.GetId(actor.Retrieve())] = actor;
}
protected void Id(KeyAccessor <T, TKey> keyAccessor)
{
_identityAccessor = keyAccessor;
}
/// <summary>
/// Constructs a channel
/// </summary>
/// <param name="fiber">The queue where consumer actions should be enqueued</param>
/// <param name="keyAccessor">Returns the key for the message</param>
/// <param name="output">The method to call when a message is sent to the channel</param>
public DistinctChannel(Fiber fiber, KeyAccessor <T, TKey> keyAccessor, Channel <IDictionary <TKey, T> > output)
{
_fiber = fiber;
_keyAccessor = keyAccessor;
Output = output;
}
public DistinctConfiguratorImpl(KeyAccessor <TChannel, TKey> keyAccessor)
{
_keyAccessor = keyAccessor;
_configurators = new List <ChannelBuilderConfigurator <IDictionary <TKey, TChannel> > >();
}
public MessageDictionaryImpl(KeyAccessor <TValue, TKey> keyAccessor)
{
_keyAccessor = keyAccessor;
}
public ActorCache(KeyAccessor <TActor, TKey> actorKeySelector, ActorProvider <TActor, TKey> actorProvider)
{
_keyAccessor = actorKeySelector;
_cache = new Cache <TKey, TActor>(x => actorProvider(x));
}
public KeyOutputFilter(FilterObservable observers, IPipeContextConverter <TInput, TOutput> contextConverter, KeyAccessor <TInput, TKey> keyAccessor)
: base(observers, contextConverter)
{
_keyAccessor = keyAccessor;
}
public DistinctChannelBuilder(ChannelBuilder <ICollection <TChannel> > builder, KeyAccessor <TChannel, TKey> keyAccessor)
{
_builder = builder;
_keyAccessor = keyAccessor;
}
public KeyOutputFilter(FilterObservable observers, IPipeContextConverter <TInput, TOutput> contextConverter, KeyAccessor <TInput, TKey> keyAccessor)
: base(observers, contextConverter)
{
Filter = new OutputPipeFilter <TInput, TOutput, TKey>(ContextConverter, Observers, keyAccessor);
}
public KeyOutputPipe(FilterObservable observers, IPipeContextConverter<TInput, TOutput> contextConverter, KeyAccessor<TInput, TKey> keyAccessor)
: base(observers, contextConverter)
{
_keyAccessor = keyAccessor;
_filter = new Lazy<IOutputPipeFilter<TInput, TOutput, TKey>>(CreateKeyFilter);
}
public Key(KeyAccessor <T, M> accessor)
{
Accessor = accessor;
}
public DistributedInstanceChannelConfiguratorImpl(KeyAccessor <TChannel, TKey> keyAccessor)
{
_keyAccessor = keyAccessor;
HandleOnInstanceFiber();
}
public bool Delete <T>(T instance) where T : class
{
return(Client.Remove(KeyAccessor.GetId(instance)));
}
public KeyFilter(KeyAccessor <TContext, TKey> keyAccessor)
{
_keyAccessor = keyAccessor;
_pipes = new ConcurrentDictionary <TKey, IPipe <TContext> >();
}
public bool Delete <T>(T instance) where T : class
{
return(Repository.DeleteDocument <T>(KeyAccessor.GetId(instance)));
}
