protected virtual void Build()
{
ProducerSettingsByMessageType = new Dictionary <Type, ProducerSettings>();
foreach (var producerSettings in Settings.Producers)
{
if (ProducerSettingsByMessageType.ContainsKey(producerSettings.MessageType))
{
throw new ConfigurationMessageBusException($"The produced message type '{producerSettings.MessageType}' was declared more than once (check the {nameof(MessageBusBuilder.Produce)} configuration)");
}
ProducerSettingsByMessageType.Add(producerSettings.MessageType, producerSettings);
}
PendingRequestStore = new InMemoryPendingRequestStore();
PendingRequestManager = new PendingRequestManager(PendingRequestStore, () => CurrentTime, TimeSpan.FromSeconds(1), LoggerFactory, request =>
{
// Execute the event hook
try
{
(Settings.RequestResponse.OnMessageExpired ?? Settings.OnMessageExpired)?.Invoke(this, Settings.RequestResponse, request, null);
}
catch (Exception eh)
{
HookFailed(_logger, eh, nameof(IConsumerEvents.OnMessageExpired));
}
});
PendingRequestManager.Start();
}
protected MessageBusBase(MessageBusSettings settings)
{
AssertSettings(settings);
Settings = settings;
PublisherSettingsByMessageType = settings.Publishers.ToDictionary(x => x.MessageType);
PendingRequestStore = new InMemoryPendingRequestStore();
PendingRequestManager = new PendingRequestManager(PendingRequestStore, () => CurrentTime, TimeSpan.FromSeconds(1), request =>
{
// Execute the event hook
// ToDo: sort out the ConsumerSettings arg for req/resp, for now pass null
(Settings.RequestResponse.OnMessageExpired ?? Settings.OnMessageExpired)?.Invoke(null, request);
});
PendingRequestManager.Start();
}
protected virtual void Build()
{
ProducerSettingsByMessageType = new Dictionary <Type, ProducerSettings>();
foreach (var producerSettings in Settings.Producers)
{
if (ProducerSettingsByMessageType.ContainsKey(producerSettings.MessageType))
{
throw new ConfigurationMessageBusException($"The produced message type '{producerSettings.MessageType}' was declared more than once (check the {nameof(MessageBusBuilder.Produce)} configuration)");
}
ProducerSettingsByMessageType.Add(producerSettings.MessageType, producerSettings);
}
PendingRequestStore = new InMemoryPendingRequestStore();
PendingRequestManager = new PendingRequestManager(PendingRequestStore, () => CurrentTime, TimeSpan.FromSeconds(1), request =>
{
// Execute the event hook
// ToDo: sort out the ConsumerSettings arg for req/resp, for now pass null
(Settings.RequestResponse.OnMessageExpired ?? Settings.OnMessageExpired)?.Invoke(null, request);
});
PendingRequestManager.Start();
}
protected virtual void Dispose(bool disposing)
{
if (IsDisposed)
{
return;
}
IsDisposing = true;
try
{
if (disposing)
{
_cancellationTokenSource.Cancel();
_cancellationTokenSource.Dispose();
PendingRequestManager.Dispose();
}
}
finally
{
IsDisposing = false;
IsDisposed = true;
}
}
