/// <summary> /// Initializes a new instance of the <see cref="MongoDatabase"/> class. /// </summary> /// <param name="configuration">The configuration.</param> public MongoDatabase(MongoConfiguration configuration) : this(configuration, ConnectionFactoryFactory.GetConnection(configuration.ConnectionString), new MongoConnectionStringBuilder(configuration.ConnectionString).Database) { //Todo: Add check for null }
public void TestExceptionWhenMinimumPoolSizeIsGreaterThenMaximumPoolSize() { try{ ConnectionFactoryFactory.GetConnection("MinimumPoolSize=50; MaximumPoolSize=10"); }catch (ArgumentException) { }catch (Exception) { Assert.Fail("Wrong exception thrown"); } }
public void TestCreatePoolForEachUniqeConnectionString() { ConnectionFactoryFactory.GetConnection(string.Empty); ConnectionFactoryFactory.GetConnection(string.Empty); ConnectionFactoryFactory.GetConnection("Username=test"); ConnectionFactoryFactory.GetConnection("Username=test"); ConnectionFactoryFactory.GetConnection("Server=localhost"); Assert.AreEqual(3, ConnectionFactoryFactory.PoolCount); }
public void TestGetConnection() { var connection1 = ConnectionFactoryFactory.GetConnection(string.Empty); var connection2 = ConnectionFactoryFactory.GetConnection(string.Empty); Assert.IsNotNull(connection1); Assert.IsNotNull(connection2); Assert.AreEqual(1, ConnectionFactoryFactory.PoolCount); }
public void TestTearDown() { using (var mongo = ConnectAndAuthenticatedMongo(AdminUser, AdminPass)) { mongo[TestDatabaseName].Metadata.RemoveUser(TestUser); mongo["admin"].Metadata.RemoveUser(AdminUser); } // clean connections ConnectionFactoryFactory.Shutdown(); }
/// <summary> /// Initializes a new instance of the <see cref = "Mongo" /> class. /// </summary> /// <param name = "configuration">The mongo configuration.</param> public Mongo(MongoConfiguration configuration) { if (configuration == null) { throw new ArgumentNullException("configuration"); } configuration.ValidateAndSeal(); _configuration = configuration; _connection = ConnectionFactoryFactory.GetConnection(configuration.ConnectionString); }
public void TestSendQueryMessage() { //Connection conn = new Connection("10.141.153.2"); var conn = ConnectionFactoryFactory.GetConnection(string.Empty); conn.Open(); var qmsg = GenerateQueryMessage(); conn.SendTwoWayMessage(qmsg, string.Empty); conn.Close(); }
/// <summary> /// Registers the default EasyNetQ components /// </summary> /// <param name="serviceRegister">The register</param> public static void RegisterDefaultServices(this IServiceRegister serviceRegister) { Preconditions.CheckNotNull(serviceRegister, "container"); // Note: IConnectionConfiguration gets registered when RabbitHutch.CreateBus(..) is run. // default service registration serviceRegister .Register <IConnectionStringParser, ConnectionStringParser>() .Register <ISerializer>(_ => new JsonSerializer()) .Register <IConventions, Conventions>() .Register <IEventBus, EventBus>() .Register <ITypeNameSerializer, DefaultTypeNameSerializer>() .Register <ICorrelationIdGenerationStrategy, DefaultCorrelationIdGenerationStrategy>() .Register <IMessageSerializationStrategy, DefaultMessageSerializationStrategy>() .Register <IMessageDeliveryModeStrategy, MessageDeliveryModeStrategy>() .Register(new AdvancedBusEventHandlers()) .Register <IProduceConsumeInterceptor, DefaultInterceptor>() .Register <IConsumerDispatcherFactory, ConsumerDispatcherFactory>() .Register <IExchangeDeclareStrategy, DefaultExchangeDeclareStrategy>() .Register <IConsumerErrorStrategy, DefaultConsumerErrorStrategy>() .Register <IErrorMessageSerializer, DefaultErrorMessageSerializer>() .Register <IHandlerRunner, HandlerRunner>() .Register <IInternalConsumerFactory, InternalConsumerFactory>() .Register <IConsumerFactory, ConsumerFactory>() .Register(c => { var connectionConfiguration = c.Resolve <ConnectionConfiguration>(); return(ConnectionFactoryFactory.CreateConnectionFactory(connectionConfiguration)); }) .Register <IClientCommandDispatcher, SingleChannelClientCommandDispatcher>() .Register <IPersistentConnection, PersistentConnection>() .Register <IPersistentChannelFactory, PersistentChannelFactory>() .Register <IPublishConfirmationListener, PublishConfirmationListener>() .Register <IHandlerCollectionFactory, HandlerCollectionFactory>() .Register <IPullingConsumerFactory, PullingConsumerFactory>() .Register <IAdvancedBus, RabbitAdvancedBus>() .Register <IPubSub, DefaultPubSub>() .Register <IRpc, DefaultRpc>() .Register <ISendReceive, DefaultSendReceive>() .Register <IScheduler>( x => new DeadLetterExchangeAndMessageTtlScheduler( x.Resolve <ConnectionConfiguration>(), x.Resolve <IAdvancedBus>(), x.Resolve <IConventions>(), x.Resolve <IMessageDeliveryModeStrategy>(), x.Resolve <IExchangeDeclareStrategy>() ) ) .Register <IBus, RabbitBus>(); }
public void TestReconnectOnce() { var conn = ConnectionFactoryFactory.GetConnection(string.Empty); conn.Open(); WriteBadMessage(conn); try { var qmsg = GenerateQueryMessage(); conn.SendTwoWayMessage(qmsg, string.Empty); } catch (IOException) { //Should be able to resend. Assert.IsTrue(conn.IsConnected); var qmsg = GenerateQueryMessage(); var rmsg = conn.SendTwoWayMessage(qmsg, string.Empty); Assert.IsNotNull(rmsg); } }
public void SetUp() { ConnectionFactoryFactory.Shutdown(); }
public void TearDown() { ConnectionFactoryFactory.Shutdown(); }