public override TransportReceiveInfrastructure ConfigureReceiveInfrastructure()
{
QueuePeekerOptions peekerOptions;
if (!settings.TryGet(out peekerOptions))
{
peekerOptions = new QueuePeekerOptions();
}
var connectionFactory = CreateLegacyConnectionFactory();
var queuePurger = new LegacyQueuePurger(connectionFactory);
var queuePeeker = new LegacyQueuePeeker(connectionFactory, peekerOptions);
var expiredMessagesPurger = CreateExpiredMessagesPurger(connectionFactory);
var schemaVerification = new SchemaInspector(queue => connectionFactory.OpenNewConnection(queue.Name));
SqlScopeOptions scopeOptions;
if (!settings.TryGet(out scopeOptions))
{
scopeOptions = new SqlScopeOptions();
}
TimeSpan waitTimeCircuitBreaker;
if (!settings.TryGet(SettingsKeys.TimeToWaitBeforeTriggering, out waitTimeCircuitBreaker))
{
waitTimeCircuitBreaker = TimeSpan.FromSeconds(30);
}
Func <TransportTransactionMode, ReceiveStrategy> receiveStrategyFactory =
guarantee =>
{
if (guarantee != TransportTransactionMode.TransactionScope)
{
throw new Exception("Legacy multiinstance mode is supported only with TransportTransactionMode=TransactionScope");
}
return(new LegacyProcessWithTransactionScope(scopeOptions.TransactionOptions, connectionFactory, new FailureInfoStorage(1000)));
};
Func <string, TableBasedQueue> queueFactory = x => new TableBasedQueue(addressTranslator.Parse(x).QualifiedTableName, x);
return(new TransportReceiveInfrastructure(
() => new MessagePump(receiveStrategyFactory, queueFactory, queuePurger, expiredMessagesPurger, queuePeeker, schemaVerification, waitTimeCircuitBreaker),
() => new LegacyQueueCreator(connectionFactory, addressTranslator),
() => Task.FromResult(StartupCheckResult.Success)));
}
public override TransportReceiveInfrastructure ConfigureReceiveInfrastructure()
{
if (!settings.TryGet(out SqlScopeOptions scopeOptions))
{
scopeOptions = new SqlScopeOptions();
}
settings.TryGet(out TransportTransactionMode transactionMode);
diagnostics.Add("NServiceBus.Transport.SqlServer.Transactions", new
{
TransactionMode = transactionMode,
scopeOptions.TransactionOptions.IsolationLevel,
scopeOptions.TransactionOptions.Timeout
});
if (!settings.TryGet(SettingsKeys.TimeToWaitBeforeTriggering, out TimeSpan waitTimeCircuitBreaker))
{
waitTimeCircuitBreaker = TimeSpan.FromSeconds(30);
}
diagnostics.Add("NServiceBus.Transport.SqlServer.CircuitBreaker", new
{
TimeToWaitBeforeTriggering = waitTimeCircuitBreaker
});
if (!settings.TryGet(out QueuePeekerOptions queuePeekerOptions))
{
queuePeekerOptions = new QueuePeekerOptions();
}
var createMessageBodyComputedColumn = settings.GetOrDefault <bool>(SettingsKeys.CreateMessageBodyComputedColumn);
var connectionFactory = CreateConnectionFactory();
Func <TransportTransactionMode, ReceiveStrategy> receiveStrategyFactory =
guarantee => SelectReceiveStrategy(guarantee, scopeOptions.TransactionOptions, connectionFactory);
var queuePurger = new QueuePurger(connectionFactory);
var queuePeeker = new QueuePeeker(connectionFactory, queuePeekerOptions);
var expiredMessagesPurger = CreateExpiredMessagesPurger(connectionFactory);
var schemaVerification = new SchemaInspector(queue => connectionFactory.OpenNewConnection());
Func <string, TableBasedQueue> queueFactory = queueName => new TableBasedQueue(addressTranslator.Parse(queueName).QualifiedTableName, queueName);
var delayedMessageStore = GetDelayedQueueTableName();
var sendInfra = ConfigureSendInfrastructure();
return(new TransportReceiveInfrastructure(
() =>
{
var pump = new MessagePump(receiveStrategyFactory, queueFactory, queuePurger, expiredMessagesPurger, queuePeeker, schemaVerification, waitTimeCircuitBreaker);
if (delayedDeliverySettings == null)
{
return pump;
}
var dispatcher = sendInfra.DispatcherFactory();
var delayedMessageProcessor = new DelayedMessageProcessor(dispatcher);
return new DelayedDeliveryMessagePump(pump, delayedMessageProcessor);
},
() =>
{
var creator = new QueueCreator(connectionFactory, addressTranslator, createMessageBodyComputedColumn);
if (delayedDeliverySettings == null)
{
return creator;
}
return new DelayedDeliveryQueueCreator(connectionFactory, creator, delayedMessageStore, createMessageBodyComputedColumn);
},
() => CheckForAmbientTransactionEnlistmentSupport(connectionFactory, scopeOptions.TransactionOptions)));
}
public MessagePump(Func <TransportTransactionMode, ReceiveStrategy> receiveStrategyFactory, Func <string, TableBasedQueue> queueFactory, IPurgeQueues queuePurger, ExpiredMessagesPurger expiredMessagesPurger, IPeekMessagesInQueue queuePeeker, SchemaInspector schemaInspector, TimeSpan waitTimeCircuitBreaker)
{
this.receiveStrategyFactory = receiveStrategyFactory;
this.queuePurger = queuePurger;
this.queueFactory = queueFactory;
this.expiredMessagesPurger = expiredMessagesPurger;
this.queuePeeker = queuePeeker;
this.schemaInspector = schemaInspector;
this.waitTimeCircuitBreaker = waitTimeCircuitBreaker;
}
public override TransportReceiveInfrastructure ConfigureReceiveInfrastructure()
{
if (!settings.TryGet(out SqlScopeOptions scopeOptions))
{
scopeOptions = new SqlScopeOptions();
}
settings.TryGet(out TransportTransactionMode transactionMode);
diagnostics.Add("NServiceBus.Transport.SqlServer.Transactions", new
{
TransactionMode = transactionMode,
scopeOptions.TransactionOptions.IsolationLevel,
scopeOptions.TransactionOptions.Timeout
});
if (!settings.TryGet(SettingsKeys.TimeToWaitBeforeTriggering, out TimeSpan waitTimeCircuitBreaker))
{
waitTimeCircuitBreaker = TimeSpan.FromSeconds(30);
}
diagnostics.Add("NServiceBus.Transport.SqlServer.CircuitBreaker", new
{
TimeToWaitBeforeTriggering = waitTimeCircuitBreaker
});
if (!settings.TryGet(out QueuePeekerOptions queuePeekerOptions))
{
queuePeekerOptions = new QueuePeekerOptions();
}
var createMessageBodyComputedColumn = settings.GetOrDefault <bool>(SettingsKeys.CreateMessageBodyComputedColumn);
Func <TransportTransactionMode, ReceiveStrategy> receiveStrategyFactory =
guarantee => SelectReceiveStrategy(guarantee, scopeOptions.TransactionOptions, connectionFactory);
var queuePurger = new QueuePurger(connectionFactory);
var queuePeeker = new QueuePeeker(connectionFactory, queuePeekerOptions);
var expiredMessagesPurger = CreateExpiredMessagesPurger();
var schemaVerification = new SchemaInspector(queue => connectionFactory.OpenNewConnection());
Func <string, TableBasedQueue> queueFactory = queueName => new TableBasedQueue(addressTranslator.Parse(queueName).QualifiedTableName, queueName);
//Create delayed delivery infrastructure
CanonicalQueueAddress delayedQueueCanonicalAddress = null;
if (false == settings.GetOrDefault <bool>(SettingsKeys.DisableDelayedDelivery))
{
var delayedDeliverySettings = settings.GetOrDefault <DelayedDeliverySettings>();
settings.AddStartupDiagnosticsSection("NServiceBus.Transport.SqlServer.DelayedDelivery", new
{
Native = true,
delayedDeliverySettings.Suffix,
delayedDeliverySettings.Interval,
BatchSize = delayedDeliverySettings.MatureBatchSize,
TimoutManager = delayedDeliverySettings.EnableMigrationMode ? "enabled" : "disabled"
});
delayedQueueCanonicalAddress = GetDelayedTableAddress(delayedDeliverySettings);
var inputQueueTable = addressTranslator.Parse(ToTransportAddress(logicalAddress())).QualifiedTableName;
var delayedMessageTable = new DelayedMessageTable(delayedQueueCanonicalAddress.QualifiedTableName, inputQueueTable);
//Allows dispatcher to store messages in the delayed store
delayedMessageStore = delayedMessageTable;
dueDelayedMessageProcessor = new DueDelayedMessageProcessor(delayedMessageTable, connectionFactory, delayedDeliverySettings.Interval, delayedDeliverySettings.MatureBatchSize);
}
return(new TransportReceiveInfrastructure(
() => new MessagePump(receiveStrategyFactory, queueFactory, queuePurger, expiredMessagesPurger, queuePeeker, schemaVerification, waitTimeCircuitBreaker),
() => new QueueCreator(connectionFactory, addressTranslator, delayedQueueCanonicalAddress, createMessageBodyComputedColumn),
() => CheckForAmbientTransactionEnlistmentSupport(scopeOptions.TransactionOptions)));
}
public override TransportReceiveInfrastructure ConfigureReceiveInfrastructure()
{
SqlScopeOptions scopeOptions;
if (!settings.TryGet(out scopeOptions))
{
scopeOptions = new SqlScopeOptions();
}
TimeSpan waitTimeCircuitBreaker;
if (!settings.TryGet(SettingsKeys.TimeToWaitBeforeTriggering, out waitTimeCircuitBreaker))
{
waitTimeCircuitBreaker = TimeSpan.FromSeconds(30);
}
QueuePeekerOptions queuePeekerOptions;
if (!settings.TryGet(out queuePeekerOptions))
{
queuePeekerOptions = new QueuePeekerOptions();
}
var connectionFactory = CreateConnectionFactory();
Func <TransportTransactionMode, ReceiveStrategy> receiveStrategyFactory =
guarantee => SelectReceiveStrategy(guarantee, scopeOptions.TransactionOptions, connectionFactory);
var queuePurger = new QueuePurger(connectionFactory);
var queuePeeker = new QueuePeeker(connectionFactory, queuePeekerOptions);
var expiredMessagesPurger = CreateExpiredMessagesPurger(connectionFactory);
var schemaVerification = new SchemaInspector(queue => connectionFactory.OpenNewConnection());
Func <string, TableBasedQueue> queueFactory = queueName => new TableBasedQueue(addressTranslator.Parse(queueName).QualifiedTableName, queueName);
var delayedMessageStore = GetDelayedQueueTableName();
var sendInfra = ConfigureSendInfrastructure();
return(new TransportReceiveInfrastructure(
() =>
{
var pump = new MessagePump(receiveStrategyFactory, queueFactory, queuePurger, expiredMessagesPurger, queuePeeker, schemaVerification, waitTimeCircuitBreaker);
if (delayedDeliverySettings == null)
{
return pump;
}
var dispatcher = sendInfra.DispatcherFactory();
var delayedMessageProcessor = new DelayedMessageProcessor(dispatcher, settings.LocalAddress());
return new DelayedDeliveryMessagePump(pump, delayedMessageProcessor);
},
() =>
{
var creator = new QueueCreator(connectionFactory, addressTranslator);
if (delayedDeliverySettings == null)
{
return creator;
}
return new DelayedDeliveryQueueCreator(connectionFactory, creator, delayedMessageStore);
},
() => Task.FromResult(StartupCheckResult.Success)));
}
