public SourcedProcessTest(ITestOutputHelper output)
{
var converter = new Converter(output);
Console.SetOut(converter);
_world = World.StartWithDefaults("five-step-process-test");
var queue = new AsyncMessageQueue(null);
_exchange = new LocalExchange(queue);
_dispatcher = new MockJournalDispatcher();
_journal = new InMemoryJournal <string>(_dispatcher, _world);
_sourcedTypeRegistry = new SourcedTypeRegistry(_world);
RegisterSourcedTypes <FiveStepSendingSourcedProcess>();
RegisterSourcedTypes <FiveStepEmittingSourcedProcess>();
_exchangeReceivers = new ExchangeReceivers();
_exchangeSender = new LocalExchangeSender(queue);
var processTypeRegistry = new ProcessTypeRegistry(_world);
processTypeRegistry.Register(new SourcedProcessInfo <FiveStepSendingSourcedProcess, PorcessObjectState>(nameof(FiveStepSendingSourcedProcess), _exchange, _sourcedTypeRegistry));
processTypeRegistry.Register(new SourcedProcessInfo <FiveStepEmittingSourcedProcess, PorcessObjectState>(nameof(FiveStepEmittingSourcedProcess), _exchange, _sourcedTypeRegistry));
RegisterExchangeCoveys();
}
public StatefulProcessTest(ITestOutputHelper output)
{
var converter = new Converter(output);
Console.SetOut(converter);
_world = World.StartWithDefaults("five-step-process-test");
var queue = new AsyncMessageQueue(null);
_exchange = new LocalExchange(queue);
_dispatcher = new MockTextDispatcher();
var stateStore = _world.ActorFor<IStateStore>(() => new InMemoryStateStoreActor<TextState>(new List<IDispatcher> {_dispatcher}));
var statefulTypeRegistry = new StatefulTypeRegistry(_world);
var stepCountStateInfo = new Vlingo.Xoom.Lattice.Model.Stateful.Info(stateStore, typeof(StepCountState), stateStore.GetType().Name);
statefulTypeRegistry.Register(stepCountStateInfo);
_exchangeReceivers = new ExchangeReceivers();
_exchangeSender = new LocalExchangeSender(queue);
var processTypeRegistry = new ProcessTypeRegistry(_world);
processTypeRegistry.Register(new StatefulProcessInfo<FiveStepEmittingStatefulProcess, StepCountState>(nameof(FiveStepEmittingStatefulProcess), _exchange, statefulTypeRegistry));
RegisterExchangeCoveys();
}
public void BeginProcessingQueue()
{
using (var sut = AsyncMessageQueue.CreateMessageQueue(500))
{
sut.BeginProcessingQueue();
sut.Enqueue(new AsyncMessage(12345, Request,
OnCompletion));
Thread.Sleep(3000);
}
}
public AsyncMessageQueueTest()
{
deliveredMessages = new List <IMessage>();
queue = new AsyncMessageQueue();
queue.RegisterListener(new ExceptionThrowingListener(false, deliveredMessages));
countingDeadLettersListener = new CountingDeadLettersListener();
countingDeadLettersQueue = new CountingDeadLettersQueue();
countingDeadLettersQueue.RegisterListener(countingDeadLettersListener);
exceptionsQueue = new AsyncMessageQueue(countingDeadLettersQueue);
exceptionsQueue.RegisterListener(new ExceptionThrowingListener(true, deliveredMessages));
}
internal Connection(string url, int delay, bool enqueueAsyncMessages, IConnectionTransport transport, ILoggerFactory loggerFactory = null)
{
LoggerFactory = loggerFactory ?? new LoggerFactory();
Url = url;
Delay = delay;
Transport = transport;
_logger = LoggerFactory.CreateLogger <Connection>();
Transport.MessageReceived += Transport_MessageReceived;
Transport.Closed += Transport_Closed;
_callbacks = new ConcurrentDictionary <int, MessageTask>();
_sessions = new ConcurrentDictionary <string, CDPSession>();
MessageQueue = new AsyncMessageQueue(enqueueAsyncMessages, _logger);
_asyncSessions = new AsyncDictionaryHelper <string, CDPSession>(_sessions, "Session {0} not found");
}
public ObjectProcessTest(ITestOutputHelper output)
{
var converter = new Converter(output);
Console.SetOut(converter);
_world = World.StartWithDefaults("five-step-process-test");
var queue = new AsyncMessageQueue(null);
_exchange = new LocalExchange(queue);
var adapter = new ProcessMessageTextAdapter();
EntryAdapterProvider.Instance(_world).RegisterAdapter(adapter);
var dispatcher = new MockDispatcher();
var objectStore = _world.ActorFor <IObjectStore>(() => new InMemoryObjectStoreActor <string>(dispatcher));
var objectTypeRegistry = new ObjectTypeRegistry(_world);
var stepCountStateInfo =
new Info <StepCountObjectState>(
objectStore,
nameof(StepCountObjectState),
MapQueryExpression.Using <StepCountObjectState>("find", MapQueryExpression.Map("id", "id")),
StateObjectMapper.With <StepCountObjectState>(new object(), new object()));
objectTypeRegistry.Register(stepCountStateInfo);
_exchangeSender = new LocalExchangeSender(queue);
var processTypeRegistry = new ProcessTypeRegistry(_world);
processTypeRegistry.Register(new ObjectProcessInfo <FiveStepEmittingObjectProcess, StepCountObjectState>(nameof(FiveStepEmittingObjectProcess), _exchange, objectTypeRegistry));
_exchangeReceivers = new ExchangeReceivers();
RegisterExchangeCoveys();
}
public void TestThatExchangeSendsTyped()
{
var results = new ConcurrentQueue <object>();
var logger = ConsoleLogger.TestInstance();
var queue = new AsyncMessageQueue(null);
var exchange = new TestExchange(queue, logger);
var accessExchange = exchange.AfterCompleting(2);
var exchangeReceiver1 = new TestExchangeReceiver1(results, logger);
var accessExchangeReceiver1 = exchangeReceiver1.AfterCompleting(1);
var exchangeReceiver2 = new TestExchangeReceiver2(results, logger);
var accessExchangeReceiver2 = exchangeReceiver2.AfterCompleting(1);
exchange
.Register(Covey <LocalType1, ExternalType1, ExchangeMessage> .Of(
new TestExchangeSender(queue, logger),
exchangeReceiver1,
new TestExchangeAdapter1()))
.Register(Covey <LocalType2, ExternalType2, ExchangeMessage> .Of(
new TestExchangeSender(queue, logger),
exchangeReceiver2,
new TestExchangeAdapter2()));
var local1 = new LocalType1("ABC", 123);
exchange.Send(local1);
var local2 = new LocalType2("DEF", 456);
exchange.Send(local2);
Assert.Equal(2, accessExchange.ReadFrom <int>("sentCount"));
Assert.Equal(local1, accessExchangeReceiver1.ReadFrom <LocalType1>("getMessage"));
Assert.Equal(local2, accessExchangeReceiver2.ReadFrom <LocalType2>("getMessage"));
exchange.Close();
}
