void ISagaConfigurationObserver.SagaMessageConfigured <T, TMessage>(ISagaMessageConfigurator <T, TMessage> configurator)
{
var specification = new TimeoutSpecification <TMessage>();
_configure?.Invoke(specification);
_configurator.Message <TMessage>(x => x.AddPipeSpecification(specification));
}
public void SagaMessageConfigured <T, TMessage>(ISagaMessageConfigurator <T, TMessage> configurator)
where T : class, ISaga
where TMessage : class
{
var specification = new PrometheusSagaSpecification <T, TMessage>();
configurator.AddPipeSpecification(specification);
}
void ISagaConfigurationObserver.SagaMessageConfigured <T, TMessage>(ISagaMessageConfigurator <T, TMessage> configurator)
{
var specification = new ConsumeContextRetryPipeSpecification <ConsumeContext <TMessage>, RetryConsumeContext <TMessage> >(Factory, _cancellationToken);
_configure?.Invoke(specification);
_configurator.Message <TMessage>(x => x.AddPipeSpecification(specification));
}
public void SagaMessageConfigured <TSaga, TMessage>(ISagaMessageConfigurator <TSaga, TMessage> configurator)
where TSaga : class, ISaga
where TMessage : class
{
All(observer =>
{
observer.SagaMessageConfigured(configurator);
return(true);
});
}
void ISagaConfigurationObserver.SagaMessageConfigured <T, TMessage>(ISagaMessageConfigurator <T, TMessage> configurator)
{
var redeliverySpecification = new ScheduledRedeliveryPipeSpecification <TMessage>();
var retrySpecification = new RedeliveryRetryPipeSpecification <TMessage>();
_configure?.Invoke(retrySpecification);
_configurator.Message <TMessage>(x =>
{
x.AddPipeSpecification(redeliverySpecification);
x.AddPipeSpecification(retrySpecification);
});
}
public void SagaMessageConfigured<TSaga, TMessage>(ISagaMessageConfigurator<TSaga, TMessage> configurator)
where TSaga : class, ISaga
where TMessage : class
{
var scopeProviderType = typeof(AutofacFilterContextScopeProvider<,>)
.MakeGenericType(_filterType.MakeGenericType(typeof(TMessage)), typeof(ConsumeContext<TMessage>));
var scopeProvider = (IFilterContextScopeProvider<ConsumeContext<TMessage>>)Activator.CreateInstance(scopeProviderType, _lifetimeScopeProvider);
var filter = new ScopedFilter<ConsumeContext<TMessage>>(scopeProvider);
var specification = new FilterPipeSpecification<ConsumeContext<TMessage>>(filter);
configurator.Message(m => m.AddPipeSpecification(specification));
}
void ISagaConfigurationObserver.SagaMessageConfigured <TSaga, TMessage>(ISagaMessageConfigurator <TSaga, TMessage> configurator)
{
Tuple <Type, Type> key = Tuple.Create(typeof(TSaga), typeof(TMessage));
if (_messageTypes.Contains(key))
{
return;
}
_messageTypes.Add(key);
var specification = new ConsumeContextRetryPipeSpecification <ConsumeContext <TMessage>,
RetryConsumeContext <TMessage> >(x => new RetryConsumeContext <TMessage>(x));
_configure?.Invoke(specification);
_configurator.AddPipeSpecification(specification);
}
void ISagaConfigurationObserver.SagaMessageConfigured <TSaga, TMessage>(ISagaMessageConfigurator <TSaga, TMessage> configurator)
{
Tuple <Type, Type> key = Tuple.Create(typeof(TSaga), typeof(TMessage));
if (_messageTypes.Contains(key))
{
return;
}
_messageTypes.Add(key);
var redeliverySpecification = new ScheduleMessageRedeliveryPipeSpecification <TMessage>();
_configurator.AddPipeSpecification(redeliverySpecification);
var retrySpecification = new RedeliveryRetryPipeSpecification <TMessage>();
_configure?.Invoke(retrySpecification);
_configurator.AddPipeSpecification(retrySpecification);
}
void ISagaConfigurationObserver.SagaMessageConfigured <TSaga, TMessage>(ISagaMessageConfigurator <TSaga, TMessage> configurator)
{
NotifyObserver <TMessage>();
}
void ISagaConfigurationObserver.SagaMessageConfigured <TSaga, TMessage>(ISagaMessageConfigurator <TSaga, TMessage> configurator)
{
_configurator.SagaMessageConfigured(configurator);
}
public void SagaMessageConfigured <TSaga, TMessage>(ISagaMessageConfigurator <TSaga, TMessage> configurator)
where TSaga : class, ISaga
where TMessage : class
{
configurator.AddScopedFilter <SagaConsumeContext <TSaga, TMessage>, ConsumeContext <TMessage>, TMessage>(_filterType, _provider);
}
void ISagaConfigurationObserver.SagaMessageConfigured <T, TMessage>(ISagaMessageConfigurator <T, TMessage> configurator)
{
var specification = new InMemoryOutboxSpecification <TMessage>();
_configurator.Message <TMessage>(x => x.AddPipeSpecification(specification));
}
public void Configure <T>(IReceiveEndpointConfigurator endpointConfigurator, ISagaMessageConfigurator <TSaga, T> sagaMessageConfigurator)
where T : class
{
}
void ISagaMessageDefinition <TSaga, TMessage> .Configure(IReceiveEndpointConfigurator endpointConfigurator, ISagaMessageConfigurator <TSaga, TMessage>
sagaConfigurator)
{
// if (_concurrentMessageLimit.HasValue)
// sagaConfigurator.UseConcurrentMessageLimit(_concurrentMessageLimit.Value);
}
public void SagaMessageConfigured <TSaga, TMessage>(ISagaMessageConfigurator <TSaga, TMessage> configurator) where TSaga : class, ISaga
where TMessage : class
{
_consumePipeSpecification.SagaMessageConfigured(configurator);
}
public void SagaMessageConfigured <TSaga, TMessage>(ISagaMessageConfigurator <TSaga, TMessage> configurator)
where TSaga : class, ISaga
where TMessage : class
{
_busEndpointConfiguration.Consume.Configurator.SagaMessageConfigured(configurator);
}
void ISagaConfigurationObserver.SagaMessageConfigured <T, TMessage>(ISagaMessageConfigurator <T, TMessage> configurator)
{
var specification = new ConcurrencyLimitConsumePipeSpecification <TMessage>(_limiter);
_configurator.Message <TMessage>(x => x.AddPipeSpecification(specification));
}
public void SagaMessageConfigured <TSaga, TMessage>(ISagaMessageConfigurator <TSaga, TMessage> configurator)
where TSaga : class, ISaga
where TMessage : class
{
_sagaObservers.SagaMessageConfigured(configurator);
}
void ISagaConfigurationObserver.SagaMessageConfigured <TSaga, TMessage>(ISagaMessageConfigurator <TSaga, TMessage> configurator)
{
_messageTypes.Add(Tuple.Create(typeof(TSaga), typeof(TMessage)));
}
