public void Should_be_able_to_get_round_robin_projections()
{
var processor = new EventProcessor(new Mock <IEventStoreConfiguration>().Object,
new Mock <IPipelineFactory>().Object, new Mock <IProjectionRepository>().Object);
processor.AddProjection("projection-1");
processor.AddProjection("projection-2");
var projection1 = processor.GetProjection();
Assert.That(projection1, Is.Not.Null);
var projection2 = processor.GetProjection();
Assert.That(projection2, Is.Not.Null);
Assert.That(processor.GetProjection(), Is.Null);
processor.ReleaseProjection(projection1);
Assert.That(processor.GetProjection(), Is.Not.Null);
Assert.That(processor.GetProjection(), Is.Null);
processor.ReleaseProjection(projection2);
Assert.That(processor.GetProjection(), Is.Not.Null);
Assert.That(processor.GetProjection(), Is.Null);
Assert.That(() => processor.ReleaseProjection(new Projection("fail", 1)), Throws.TypeOf <InvalidOperationException>());
}
public void Should_be_able_to_place_projection_into_clustered_aggregation()
{
var configuration = new Mock <IEventStoreConfiguration>();
configuration.Setup(m => m.ProjectionEventFetchCount).Returns(100);
var projectionRepository = new Mock <IProjectionRepository>();
projectionRepository.Setup(m => m.Find("projection-1")).Returns(new Projection("projection-1", 1));
projectionRepository.Setup(m => m.Find("projection-2")).Returns(new Projection("projection-2", 300));
projectionRepository.Setup(m => m.Find("projection-3")).Returns(new Projection("projection-3", 301));
projectionRepository.Setup(m => m.Find("projection-4")).Returns(new Projection("projection-4", 600));
var processor = new EventProcessor(configuration.Object,
new Mock <IPipelineFactory>().Object, projectionRepository.Object);
var projection1 = processor.AddProjection("projection-1");
var projection2 = processor.AddProjection("projection-2");
var projection3 = processor.AddProjection("projection-3");
var projection4 = processor.AddProjection("projection-4");
Assert.That(projection1.AggregationId, Is.EqualTo(projection2.AggregationId));
Assert.That(projection3.AggregationId, Is.EqualTo(projection4.AggregationId));
Assert.That(projection1.AggregationId, Is.Not.EqualTo(projection3.AggregationId));
}
static async Task Consume(string connectionString, string consumerGroup, string eventHubName)
{
await using (var client = new EventHubClient(connectionString, eventHubName))
{
Func <PartitionContext, CheckpointManager, IPartitionProcessor> partitionProcessorFactory =
(partitionContext, checkpointManager) => new TemperatureProcessor(partitionContext.PartitionId);
var partitionManager = new InMemoryPartitionManager();
var eventProcessorOptions = new EventProcessorOptions
{
InitialEventPosition = EventPosition.Latest,
MaximumReceiveWaitTime = TimeSpan.FromSeconds(1)
};
var eventProcessor = new EventProcessor(
consumerGroup,
client,
partitionProcessorFactory,
partitionManager,
eventProcessorOptions);
await eventProcessor.StartAsync();
Console.WriteLine("Receiving...");
Console.ReadLine();
}
}
public static Optimizely NewDefaultInstance(string sdkKey, string fallback)
{
var logger = OptimizelyLogger ?? new DefaultLogger();
var errorHandler = new DefaultErrorHandler(logger, false);
var eventDispatcher = new DefaultEventDispatcher(logger);
var builder = new HttpProjectConfigManager.Builder();
var notificationCenter = new NotificationCenter();
var configManager = builder
.WithSdkKey(sdkKey)
.WithDatafile(fallback)
.WithLogger(logger)
.WithErrorHandler(errorHandler)
.WithNotificationCenter(notificationCenter)
.Build(true);
EventProcessor eventProcessor = null;
#if !NETSTANDARD1_6 && !NET35
eventProcessor = new BatchEventProcessor.Builder()
.WithLogger(logger)
.WithMaxBatchSize(MaxEventBatchSize)
.WithFlushInterval(MaxEventFlushInterval)
.WithEventDispatcher(eventDispatcher)
.WithNotificationCenter(notificationCenter)
.Build();
#endif
return(NewDefaultInstance(configManager, notificationCenter, eventDispatcher, errorHandler, logger, eventProcessor: eventProcessor));
}
public void TestInitialize()
{
ea = new EventAccess();
ep = new EventProcessor();
eca = new EventCharacterAccess();
ecp = new EventCharacterProcessor();
string eventName = "Test Raid";
string eventType = "Raid";
string location = "266,070";
DateTime date = new DateTime(2020, 12, 10, 12, 0, 0);
string description = "Doing a full raid. Be available for at least 2 hours";
int maxNumberOfCharacters = 25;
string guildID = "99999999-9999-9999-9999-999999999999";
testEvent = new Event(guildID, eventName, description, eventType, location, date, maxNumberOfCharacters);
string characterName = "Bob";
string race = "Demon";
string gender = "Both";
string profession = "Janitor";
int level = 95;
string guild = "A guild";
int age = 900;
string created = "Yes";
int deaths = 1;
string title = "Title";
testCharacter = new Character(characterName, race, gender, profession, level, guild, age, created, deaths, title);
ep.InsertEvent(testEvent.Name, testEvent.EventType, testEvent.Location,
testEvent.Date, testEvent.Description, testEvent.MaxNumberOfCharacters, testEvent.GuildID);
testEvent.EventID = ea.GetIdOfEvent(testEvent.Name);
}
public void WorkItem_addNew_succeeds()
{
var logger = new DebugEventLogger();
var settings = TestHelpers.LoadConfigFromResourceFile("NewObjects.policies", logger);
var repository = new WorkItemRepositoryMock();
var context = Substitute.For <IRequestContext>();
context.GetProjectCollectionUri().Returns(
new System.Uri("http://*****:*****@"C:\WorkItem_addNew_succeeds", settings, context, logger, (c, i, l) => repository);
var parent = new WorkItemMock(repository, runtime);
parent.Id = 1;
parent.TypeName = "Bug";
parent[CoreFieldReferenceNames.Title] = "My bug #1";
parent[CoreFieldReferenceNames.TeamProject] = "MyTeamProject";
repository.SetWorkItems(new[] { parent });
using (var processor = new EventProcessor(runtime))
{
var notification = Substitute.For <INotification>();
notification.WorkItemId.Returns(1);
var result = processor.ProcessEvent(context, notification);
Assert.AreEqual(0, result.ExceptionProperties.Count);
Assert.AreEqual(1, repository.LoadedWorkItems.Count);
Assert.AreEqual(1, repository.CreatedWorkItems.Count);
}
}
public void Initialize(IEnumerable<Event> events)
{
store = new InMemoryEventStore(events);
repository = new InMemoryRepository();
eventProcessor = new EventProcessor(store, repository);
commandProcessor = new CommandProcessor(repository, eventProcessor);
}
public void Should_be_able_to_place_projection_into_clustered_aggregation()
{
var configuration = new Mock <IEventStoreConfiguration>();
configuration.Setup(m => m.ProjectionEventFetchCount).Returns(100);
var processor = new EventProcessor(configuration.Object,
new Mock <IPipelineFactory>().Object, new Mock <IProjectionRepository>().Object);
var projection1 = new Projection("projection-1", 1, Environment.MachineName,
AppDomain.CurrentDomain.BaseDirectory);
var projection2 = new Projection("projection-2", 300, Environment.MachineName,
AppDomain.CurrentDomain.BaseDirectory);
var projection3 = new Projection("projection-3", 301, Environment.MachineName,
AppDomain.CurrentDomain.BaseDirectory);
var projection4 = new Projection("projection-4", 600, Environment.MachineName,
AppDomain.CurrentDomain.BaseDirectory);
processor.AddProjection(projection1);
processor.AddProjection(projection2);
processor.AddProjection(projection3);
processor.AddProjection(projection4);
Assert.That(projection1.AggregationId, Is.EqualTo(projection2.AggregationId));
Assert.That(projection3.AggregationId, Is.EqualTo(projection4.AggregationId));
Assert.That(projection1.AggregationId, Is.Not.EqualTo(projection3.AggregationId));
}
// Load scripts
void InitializeScripts()
{
// --- Web sockets
serverInterface = new ServerInterface();
serverInterface.Initialize();
// --- Interfaces
List<UIBase> interfaces = new List<UIBase>();
// Dashboard
UIBase dashboard = interfaceObject.GetComponent<DashboardUI>();
dashboard.Initialize();
interfaces.Add(dashboard);
// Facebook
UIBase facebookPanel = interfaceObject.GetComponent<FacebookPanel>();
dashboard.Initialize();
interfaces.Add(dashboard);
activeInterfaces = interfaces.ToArray();
// --- Events
eventProcessor = eventProcessorObject.GetComponent<EventProcessor>();
eventProcessor.Initialize();
// --- Get main page content
//Debug.Log("pinging server for content....");
}
public void Should_aggregate_to_parent_should_handle_null()
{
var logger = Substitute.For <ILogEvents>();
var settings = TestHelpers.LoadConfigFromResourceFile("Rollup.policies", logger);
var alternateRepository = new WorkItemRepositoryMock();
var grandParent = new WorkItemMock(alternateRepository);
grandParent.Id = 1;
grandParent.TypeName = "Feature";
grandParent["Dev Estimate"] = null;
grandParent["Test Estimate"] = null;
var parent = new WorkItemMock(alternateRepository);
parent.Id = 2;
parent.TypeName = "Use Case";
parent.WorkItemLinks.Add(new WorkItemLinkMock("Parent", 1, alternateRepository));
grandParent.WorkItemLinks.Add(new WorkItemLinkMock("Child", 2, alternateRepository));
parent["Total Work Remaining"] = 3.0D;
parent["Total Estimate"] = 4.0D;
var child = new WorkItemMock(alternateRepository);
child.Id = 3;
child.TypeName = "Task";
child.WorkItemLinks.Add(new WorkItemLinkMock("Parent", 2, alternateRepository));
parent.WorkItemLinks.Add(new WorkItemLinkMock("Child", 3, alternateRepository));
child["Estimated Dev Work"] = 10.0D;
child["Estimated Test Work"] = 20.0D;
child["Remaining Dev Work"] = null;
child["Remaining Test Work"] = 2.0D;
child["Finish Date"] = new DateTime(2015, 1, 1);
child.WorkItemLinks.Add(new WorkItemLinkMock(WorkItemImplementationBase.ParentRelationship, parent.Id, alternateRepository));
parent.WorkItemLinks.Add(new WorkItemLinkMock(WorkItemImplementationBase.ParentRelationship, grandParent.Id, alternateRepository));
alternateRepository.SetWorkItems(new[] { grandParent, parent, child });
var context = Substitute.For <IRequestContext>();
context.GetProjectCollectionUri().Returns(
new System.Uri("http://localhost:8080/tfs/DefaultCollection"));
var runtime = RuntimeContext.MakeRuntimeContext("settingsPath", settings, context, logger, (c, i, l) => alternateRepository);
using (var processor = new EventProcessor(runtime))
{
var notification = Substitute.For <INotification>();
notification.WorkItemId.Returns(3);
var result = processor.ProcessEvent(context, notification);
Assert.AreEqual(0, result.ExceptionProperties.Count());
Assert.IsFalse(child.InternalWasSaveCalled);
Assert.IsTrue(parent.InternalWasSaveCalled);
Assert.IsFalse(grandParent.InternalWasSaveCalled);
Assert.AreEqual(2.0D, parent["Total Work Remaining"]);
Assert.AreEqual(30.0D, parent["Total Estimate"]);
Assert.AreEqual(EventNotificationStatus.ActionPermitted, result.NotificationStatus);
}
}
partial void OnCreateContainer(UnityContainer container)
{
var serializer = container.Resolve <ITextSerializer>();
var metadata = container.Resolve <IMetadataProvider>();
container.RegisterType <IBlobStorage, SqlBlobStorage>(new ContainerControlledLifetimeManager(), new InjectionConstructor("Conference"));
var commandBus = new CommandBus(new MessageSender("SqlBus", "SqlBus.Commands"), serializer);
var eventBus = new EventBus(new MessageSender("SqlBus", "SqlBus.Events"), serializer);
var commandProcessor = new CommandProcessor(new MessageReceiver("SqlBus", "SqlBus.Commands"), serializer);
var eventProcessor = new EventProcessor(new MessageReceiver("SqlBus", "SqlBus.Events"), serializer);
container.RegisterInstance <ICommandBus>(commandBus);
container.RegisterInstance <IEventBus>(eventBus);
container.RegisterInstance <ICommandHandlerRegistry>(commandProcessor);
container.RegisterInstance <IProcessor>("CommandProcessor", commandProcessor);
container.RegisterInstance <IEventHandlerRegistry>(eventProcessor);
container.RegisterInstance <IProcessor>("EventProcessor", eventProcessor);
// Event log database and handler.
container.RegisterType <SqlMessageLog>(new InjectionConstructor("Conference", serializer, metadata));
container.RegisterType <IEventHandler, SqlMessageLogHandler>("SqlMessageLogHandler");
container.RegisterType <ICommandHandler, SqlMessageLogHandler>("SqlMessageLogHandler");
RegisterRepository(container);
RegisterEventHandlers(container, eventProcessor);
RegisterCommandHandlers(container);
}
public AbstractGameLevel(ServerMgr serverMgr)
{
mgr = serverMgr;
objects = new List <ISceneObject>();
events = new EventProcessor();
CreateLevelObjects();
}
public async Task Events_should_be_processed(EventData[] eventsData)
{
var clientMock = new Mock <IDurableOrchestrationClient>();
var documentCollectorMock = new Mock <IAsyncCollector <SagaItem> >();
var loggerMock = new Mock <ILogger>();
clientMock
.Setup(x => x.RaiseEventAsync(It.IsAny <string>(), It.IsAny <string>(), It.IsAny <string>()))
.Returns(Task.CompletedTask);
documentCollectorMock
.Setup(x => x.AddAsync(It.IsAny <SagaItem>(), default))
.Returns(Task.CompletedTask);
await EventProcessor
.SagaEventProcessor(eventsData, documentCollectorMock.Object, clientMock.Object, loggerMock.Object);
int expectedClientExecutionTimes = CountEvents;
int expectedCollectorExecutionTimes = CountEvents;
clientMock
.Verify(x => x.RaiseEventAsync(It.IsAny <string>(), It.IsAny <string>(), It.IsAny <string>()), Times.Exactly(expectedClientExecutionTimes));
documentCollectorMock
.Verify(x => x.AddAsync(It.IsAny <SagaItem>(), default), Times.Exactly(expectedCollectorExecutionTimes));
}
public Task <IEventProcessCore> Init(EventProcessor eventProcessor)
{
this._eventProcessor = eventProcessor;
IEventProcessCore eventProcessCore = this;
return(Task.FromResult(eventProcessCore));
}
/// <summary>
/// Called by the ManyConsole framework to execute the <i>run</i> command.
/// </summary>
/// <param name="remainingArguments">Unparsed command line arguments.</param>
/// <returns>0 for success, error code otherwise</returns>
public override int Run(string[] remainingArguments)
{
// cache requires absolute path
this.PolicyFile = System.IO.Path.GetFullPath(this.PolicyFile);
// need a logger to show errors in config file (Catch 22)
var logger = new ConsoleEventLogger(LogLevel.Normal);
var context = new RequestContext(this.TeamProjectCollectionUrl, this.TeamProjectName);
var runtime = RuntimeContext.GetContext(
() => this.PolicyFile,
context,
logger,
(collectionUri, toImpersonate, runtimeContext) =>
new Core.Facade.WorkItemRepository(collectionUri, toImpersonate, runtimeContext));
if (!string.IsNullOrWhiteSpace(this.LogLevelName))
{
// command line wins
LogLevel logLevel = (LogLevel)Enum.Parse(typeof(LogLevel), this.LogLevelName, true);
runtime.Logger.MinimumLogLevel = logLevel;
}
if (runtime.HasErrors)
{
return(3);
}
using (EventProcessor eventProcessor = new EventProcessor(runtime))
{
try
{
var workItemIds = new Queue <int>();
workItemIds.Enqueue(this.WorkItemId);
ProcessingResult result = null;
while (workItemIds.Count > 0)
{
context.CurrentWorkItemId = workItemIds.Dequeue();
var notification = context.Notification;
logger.StartingProcessing(context, notification);
result = eventProcessor.ProcessEvent(context, notification);
logger.ProcessingCompleted(result);
foreach (var savedId in eventProcessor.SavedWorkItems)
{
workItemIds.Enqueue(savedId);
}
}
return(result.StatusCode);
}
catch (Exception e)
{
logger.ProcessEventException(e);
return(1);
}
}
}
public GuildController(IOptions <ClientSettings> clientSettings)
{
this.clientSettings = clientSettings;
eventProcessor = new EventProcessor();
eventCharacterProcessor = new EventCharacterProcessor();
eventCharacterWaitingListProcessor = new EventCharacterWaitingListProcessor();
}
public void Initialize()
{
m_HasBeenInitialized = true;
m_EventProcessor = GetComponent <EventProcessor>();
if (m_EventProcessor == null)
{
m_EventProcessor = gameObject.AddComponent <EventProcessor>();
}
GStreamerNativeMethods.GUBUnityDebugLogPFN log_handler = null;
if (m_DebugOutput.m_Enabled)
{
log_handler = (int level, string message) => Debug.logger.Log((LogType)level, "GUB", message);
}
GStreamerNativeMethods.Ref(m_DebugOutput.m_GStreamerDebugString.Length == 0 ? null : m_DebugOutput.m_GStreamerDebugString, log_handler);
m_instanceHandle = GCHandle.Alloc(this);
m_Pipeline = new GStreamerNativeMethods(name + GetInstanceID(), OnFinish, OnError, OnQos, (IntPtr)m_instanceHandle);
#if (UNITY_EDITOR || UNITY_STANDALONE) && OCULUS
audioGUID = "{" + OVRManager.audioOutId + "}";
#endif
}
public void WorkItem_addNew_succeeds()
{
var logger = new DebugEventLogger();
var settings = TestHelpers.LoadConfigFromResourceFile("NewObjects.policies", logger);
var repository = new WorkItemRepositoryMock();
var parent = new WorkItemMock(repository);
parent.Id = 1;
parent.TypeName = "Bug";
parent["Title"] = "My bug #1";
repository.SetWorkItems(new[] { parent });
var context = Substitute.For <IRequestContext>();
var runtime = RuntimeContext.MakeRuntimeContext("settingsPath", settings, context, logger);
using (var processor = new EventProcessor(repository, runtime))
{
var notification = Substitute.For <INotification>();
notification.WorkItemId.Returns(1);
var result = processor.ProcessEvent(context, notification);
Assert.AreEqual(0, result.ExceptionProperties.Count());
Assert.AreEqual(1, repository.LoadedWorkItems.Count);
Assert.AreEqual(1, repository.CreatedWorkItems.Count);
Assert.IsTrue(parent.InternalWasSaveCalled);
Assert.IsTrue(parent.HasChildren());
}
}
public void Initialize(IEnumerable <Event> events)
{
store = new InMemoryEventStore(events);
repository = new InMemoryRepository();
eventProcessor = new EventProcessor(store, repository);
commandProcessor = new CommandProcessor(repository, eventProcessor);
}
public LocalGameWebSocket(GameManager gameManager)
{
this._gameManager = gameManager;
this._eventProcessor = new EventProcessor();
this._eventProcessor.RegisterHandler(new Events.EventHandler <LocalGameStateMessage>(this.OnGameStateMessage));
}
/// <summary>
/// Constructs a default window manager that holds the device (owner) in shared mode.
/// </summary>
public DefaultWindowManager(GraphicsDevice device, RenderTargetView renderTarget,
Input.InputService input, IGuiTheme theme)
{
// Rendering data.
this.device = device;
this.renderTarget = renderTarget;
// Input data.
this.processor = new EventProcessor(new EventPump(input.CreateDevice(InputDeviceType.Mouse),
input.CreateDevice(InputDeviceType.Keyboard)));
// We bind events.
this.processor.KeyDown += KeyDown;
this.processor.KeyUp += KeyUp;
this.processor.MouseButtonDown += MouseButtonDown;
this.processor.MouseButtonUp += MouseButtonUp;
this.processor.MouseAxis += MouseAxis;
// We create "desktop manager".
this.desktopManager = new GuiManager(new GraphicsCanvas(device, renderTarget, new Vector2f(1.0f, 1.0f)));
this.pointer = new SharpMedia.Graphics.GUI.Standalone.GuiPointer(desktopManager, processor,
null, null, new SharpMedia.Graphics.GUI.Standalone.Sensitivity());
theme.AutomaticApply(this.pointer, false);
// FIXME: add pointer somehow to be "forward"
this.desktopManager.AddNLObject(pointer);
// We create composition.
this.compositor = new Compositor(device);
}
public void Should_aggregate_a_numeric_field()
{
var logger = Substitute.For <ILogEvents>();
var settings = TestHelpers.LoadConfigFromResourceFile("SumFieldsOnSingleWorkItem.policies", logger);
var alternateRepository = this.SetupFakeRepository();
System.Func <IRuntimeContext, IScriptLibrary> scriptLibraryBuilder = (x) => Substitute.For <IScriptLibrary>();
var context = Substitute.For <IRequestContext>();
context.GetProjectCollectionUri().Returns(
new System.Uri("http://*****:*****@"C:\Should_aggregate_a_numeric_field", settings, context, logger, (c) => alternateRepository, scriptLibraryBuilder);
using (var processor = new EventProcessor(runtime))
{
var notification = Substitute.For <INotification>();
notification.WorkItemId.Returns(1);
var result = processor.ProcessEvent(context, notification);
Assert.AreEqual(0, result.ExceptionProperties.Count);
this.workItem.Received().Save();
Assert.AreEqual(3.0D, this.workItem.Fields["Estimated Work"].Value);
Assert.AreEqual(EventNotificationStatus.ActionPermitted, result.NotificationStatus);
}
}
public void SetUp()
{
store = new Mock<AppendOnlyCollection<Event>>();
repository = new Mock<Repository>();
sut = new EventProcessor(store.Object, repository.Object);
}
public void RecordTracking(EventProcessor <ShippingEvent> eProc)
{
// Create event depending on TrackingType
Port OldLocation = TrackedShip.Location;
ShippingEvent ev;
if (TrackingType == TrackingType.Arrival)
{
ev = new ArrivalEvent(DateTime.Now, SetPort, TrackedShip, TrackingType);
}
else
{
ev = new DepartureEvent(DateTime.Now, SetPort, TrackedShip, TrackingType);
}
// send the event to the event handler (ship) which will update it's status on the provided event data
eProc.ProcessEvent(ev);
// notify the UI Tracking List so it can update itself
ShipTrackedEventArgs args = new ShipTrackedEventArgs()
{
TrackingServiceId = TrackingServiceId,
Recorded = Recorded,
TrackingType = TrackingType,
TrackedShip = TrackedShip,
OldLocation = OldLocation,
NewLocation = SetPort,
};
// notify subscribers ...
OnShipTracked(args);
}
public void GlobalList_UserParameterReplaceExisting_Succeeded()
{
var logger = new DebugEventLogger();
var settings = TestHelpers.LoadConfigFromResourceFile("UserParameters.policies", logger);
var repository = new WorkItemRepositoryMock();
var context = Substitute.For <IRequestContext>();
context.GetProjectCollectionUri().Returns(
new System.Uri("http://*****:*****@"C:\GlobalList_UserParameterReplaceExisting_Succeeded", settings, context, logger, (c, i, l) => repository);
var workItem = new WorkItemMock(repository, runtime);
workItem.Id = 1;
workItem.TypeName = "Use Case";
workItem["Title"] = "The car shall have a maximum speed of {myParameter}(25) mph.";
repository.SetWorkItems(new[] { workItem });
using (var processor = new EventProcessor(runtime))
{
var notification = Substitute.For <INotification>();
notification.WorkItemId.Returns(1);
var result = processor.ProcessEvent(context, notification);
Assert.AreEqual(0, result.ExceptionProperties.Count);
Assert.IsTrue(workItem.InternalWasSaveCalled);
Assert.AreEqual("The car shall have a maximum speed of {myParameter}(30) mph.", workItem.Fields["Title"].Value);
Assert.AreEqual(EventNotificationStatus.ActionPermitted, result.NotificationStatus);
}
}
// This is where the magic happens - returns one result per result target framework
private AnalyzerResults BuildTargets(BuildEnvironment buildEnvironment, string targetFramework, string[] targetsToBuild, AnalyzerResults results)
{
using (CancellationTokenSource cancellation = new CancellationTokenSource())
{
using (AnonymousPipeLoggerServer pipeLogger = new AnonymousPipeLoggerServer(cancellation.Token))
{
using (EventProcessor eventProcessor = new EventProcessor(Manager, this, BuildLoggers, pipeLogger, results != null))
{
// Run MSBuild
int exitCode;
string fileName = GetCommand(buildEnvironment, targetFramework, targetsToBuild, pipeLogger.GetClientHandle(), out string arguments);
using (ProcessRunner processRunner = new ProcessRunner(fileName, arguments, Path.GetDirectoryName(ProjectFile.Path), GetEffectiveEnvironmentVariables(buildEnvironment), Manager.LoggerFactory))
{
processRunner.Exited = () => cancellation.Cancel();
processRunner.Start();
pipeLogger.ReadAll();
processRunner.Process.WaitForExit();
exitCode = processRunner.Process.ExitCode;
}
// Collect the results
results?.Add(eventProcessor.Results, exitCode == 0 && eventProcessor.OverallSuccess);
}
}
}
return(results);
}
public void Should_be_able_to_get_round_robin_projections()
{
var processor = new EventProcessor(new Mock <IEventStoreConfiguration>().Object,
new Mock <IPipelineFactory>().Object, new Mock <IProjectionRepository>().Object);
processor.AddProjection(new Projection("projection-1", 1, Environment.MachineName,
AppDomain.CurrentDomain.BaseDirectory));
processor.AddProjection(new Projection("projection-2", 1, Environment.MachineName,
AppDomain.CurrentDomain.BaseDirectory));
var projection1 = processor.GetProjection();
Assert.That(projection1, Is.Not.Null);
var projection2 = processor.GetProjection();
Assert.That(projection2, Is.Not.Null);
Assert.That(processor.GetProjection(), Is.Null);
processor.ReleaseProjection(projection1);
Assert.That(processor.GetProjection(), Is.Not.Null);
Assert.That(processor.GetProjection(), Is.Null);
processor.ReleaseProjection(projection2);
Assert.That(processor.GetProjection(), Is.Not.Null);
Assert.That(processor.GetProjection(), Is.Null);
Assert.That(() => processor.ReleaseProjection(new Projection("fail", 1, "machine", "folder")), Throws.TypeOf <InvalidOperationException>());
}
public async Task ShouldPublishToPoisonQueueWhenHandlerThrows()
{
var context = MockPartitionContext.CreateWithNoopCheckpoint("1");
var attemptedToResolveHandler = false;
var events = new[] { new EventData() };
var resolver = new MockMessageHandlerResolver(
async(body, headers) =>
{
attemptedToResolveHandler = true;
await Task.Yield();
throw new Exception("This message was bad.");
});
var poisonHandler = (MockPoisonMessageHandler)DependencyResolverFactory
.GetResolver()
.GetService(typeof(IPoisonMessageHandler));
var processor = new EventProcessor(resolver, new MockCircuitBreaker(), 1, "test", Mock.Of <IDispatcherInstrumentationPublisher>());
await processor.ProcessEventsAsync(context, events);
Assert.True(attemptedToResolveHandler);
Assert.True(
poisonHandler.Messages.Any(),
String.Format("Expected poison handler to have messages; count = {0}",
poisonHandler.Messages.Count()));
}
/// <summary>
/// Optimizely constructor for managing Full Stack .NET projects.
/// </summary>
/// <param name="datafile">string JSON string representing the project</param>
/// <param name="eventDispatcher">EventDispatcherInterface</param>
/// <param name="logger">LoggerInterface</param>
/// <param name="errorHandler">ErrorHandlerInterface</param>
/// <param name="skipJsonValidation">boolean representing whether JSON schema validation needs to be performed</param>
/// <param name="eventProcessor">EventProcessor</param>
public Optimizely(string datafile,
IEventDispatcher eventDispatcher = null,
ILogger logger = null,
IErrorHandler errorHandler = null,
UserProfileService userProfileService = null,
bool skipJsonValidation = false,
EventProcessor eventProcessor = null)
{
try {
InitializeComponents(eventDispatcher, logger, errorHandler, userProfileService, null, eventProcessor);
if (ValidateInputs(datafile, skipJsonValidation))
{
var config = DatafileProjectConfig.Create(datafile, Logger, ErrorHandler);
ProjectConfigManager = new FallbackProjectConfigManager(config);
}
else
{
Logger.Log(LogLevel.ERROR, "Provided 'datafile' has invalid schema.");
}
} catch (Exception ex) {
string error = String.Empty;
if (ex.GetType() == typeof(ConfigParseException))
{
error = ex.Message;
}
else
{
error = "Provided 'datafile' is in an invalid format. " + ex.Message;
}
Logger.Log(LogLevel.ERROR, error);
ErrorHandler.HandleError(ex);
}
}
public async Task ShouldNotPublishToPoisonQueueWhenMessageIsHandled()
{
var handled = false;
var context = MockPartitionContext.CreateWithNoopCheckpoint("1");
var events = new[] { new EventData() };
var resovler = new MockMessageHandlerResolver(
(body, headers) =>
{
handled = true;
return(Task.FromResult <object>(null));
});
var poisonHandler = (MockPoisonMessageHandler)DependencyResolverFactory
.GetResolver()
.GetService(typeof(IPoisonMessageHandler));
var processor = new EventProcessor(resovler, new MockCircuitBreaker(), 1, "test", Mock.Of <IDispatcherInstrumentationPublisher>());
await processor.ProcessEventsAsync(context, events);
Assert.True(handled);
Assert.False(
poisonHandler.Messages.Any(),
String.Format("Expected poison handler to have no messages; count = {0}",
poisonHandler.Messages.Count()));
}
public void Should_be_able_to_get_round_robin_projections()
{
var processor = new EventProcessor(new Mock <IEventStoreConfiguration>().Object,
new Mock <IPipelineFactory>().Object);
processor.AddProjection(new Projection("projection-1", 1, Environment.MachineName, AppDomain.CurrentDomain.BaseDirectory));
processor.AddProjection(new Projection("projection-2", 1, Environment.MachineName, AppDomain.CurrentDomain.BaseDirectory));
var projection1 = processor.GetProjection();
Assert.That(projection1, Is.Not.Null);
var projection2 = processor.GetProjection();
Assert.That(projection2, Is.Not.Null);
Assert.That(processor.GetProjection(), Is.Null);
processor.ReleaseProjection(projection1.Name);
Assert.That(processor.GetProjection(), Is.Not.Null);
Assert.That(processor.GetProjection(), Is.Null);
processor.ReleaseProjection(projection2.Name);
Assert.That(processor.GetProjection(), Is.Not.Null);
Assert.That(processor.GetProjection(), Is.Null);
processor.ReleaseProjection("does-not-exist");
Assert.That(processor.GetProjection(), Is.Null);
}
public async Task ShouldProcessMessagesConcurrently()
{
const int Concurrency = 4;
const int MessageCount = 4;
const int MsPerMessage = 300;
var context = MockPartitionContext.CreateWithNoopCheckpoint("1");
var events = Enumerable
.Range(0, MessageCount)
.Select(id => new EventData())
.ToArray();
var resovler = new MockMessageHandlerResolver(
async(body, headers) => { await Task.Delay(TimeSpan.FromMilliseconds(MsPerMessage)); });
var processor = new EventProcessor(resovler, new MockCircuitBreaker(), Concurrency, "test", Mock.Of <IDispatcherInstrumentationPublisher>());
var sw = Stopwatch.StartNew();
await processor.ProcessEventsAsync(context, events);
sw.Stop();
Assert.True(sw.Elapsed < TimeSpan.FromMilliseconds(MsPerMessage * MessageCount));
Assert.True(sw.Elapsed >= TimeSpan.FromMilliseconds(MsPerMessage));
}
public async Task BackgroundProcessinLogToleratesAnOwnershipClaimFailureWhenThePartitionIsOwned()
{
using var cancellationSource = new CancellationTokenSource();
cancellationSource.CancelAfter(TimeSpan.FromSeconds(15));
var partitionId = "27";
var partitionIds = new[] { "0", partitionId };
var wrappedExcepton = new NotImplementedException("BOOM!");
var expectedException = new EventHubsException(false, "eh", "LB FAIL", EventHubsException.FailureReason.GeneralError, wrappedExcepton);
var completionSource = new TaskCompletionSource <bool>(TaskCreationOptions.RunContinuationsAsynchronously);
var mockLogger = new Mock <EventHubsEventSource>();
var mockLoadBalancer = new Mock <PartitionLoadBalancer>();
var mockConnection = new Mock <EventHubConnection>();
var mockProcessor = new Mock <EventProcessor <EventProcessorPartition> >(65, "consumerGroup", "namespace", "eventHub", Mock.Of <TokenCredential>(), default(EventProcessorOptions), mockLoadBalancer.Object)
{
CallBase = true
};
mockLoadBalancer
.Setup(lb => lb.RunLoadBalancingAsync(partitionIds, It.IsAny <CancellationToken>()))
.Callback(() =>
{
GetActivePartitionProcessors(mockProcessor.Object).TryAdd(
partitionId,
new EventProcessor <EventProcessorPartition> .PartitionProcessor(Task.CompletedTask, new EventProcessorPartition {
PartitionId = partitionId
}, () => default, new CancellationTokenSource())
public DebugProtocolService(JavaVM virtualMachine)
{
Contract.Requires<ArgumentNullException>(virtualMachine != null, "virtualMachine");
_virtualMachine = virtualMachine;
_eventProcessor = new EventProcessor(this);
JniErrorHandler.ThrowOnFailure(_virtualMachine.GetEnvironment(out _environment));
jvmtiCapabilities previousCapabilities;
JvmtiErrorHandler.ThrowOnFailure(_environment.GetCapabilities(out previousCapabilities));
var capabilities =
new jvmtiCapabilities(
jvmtiCapabilities.CapabilityFlags1.CanTagObjects
| jvmtiCapabilities.CapabilityFlags1.CanGetSyntheticAttribute
| jvmtiCapabilities.CapabilityFlags1.CanGetSourceFileName
| jvmtiCapabilities.CapabilityFlags1.CanGetLineNumbers
| jvmtiCapabilities.CapabilityFlags1.CanGetSourceDebugExtension
| jvmtiCapabilities.CapabilityFlags1.CanAccessLocalVariables
| jvmtiCapabilities.CapabilityFlags1.CanGenerateSingleStepEvents
| jvmtiCapabilities.CapabilityFlags1.CanGenerateExceptionEvents
| jvmtiCapabilities.CapabilityFlags1.CanGenerateBreakpointEvents
| jvmtiCapabilities.CapabilityFlags1.CanGetBytecodes
| jvmtiCapabilities.CapabilityFlags1.CanSuspend
);
JvmtiErrorHandler.ThrowOnFailure(RawInterface.AddCapabilities(_environment, ref capabilities));
}
public Task Execute(Uri recentFeedUri, EventProcessor eventProcessor, HttpResourceClient httpResourceClient, ClientState clientState)
{
foreach (var item in ((IEnumerable<SyndicationItem>)encounteredItems).Reverse())
{
eventProcessor.Process(item);
clientState.RecordSuccessfullyProcessed(item);
}
return new Terminate();
}
public Task Execute(Uri recentFeedUri, EventProcessor eventProcessor, HttpResourceClient httpResourceClient, ClientState clientState)
{
var entry = feed.Items.ElementAt(entryIndex);
if (!clientState.HaveAlreadyProcessed(entry))
{
encounteredItems.Add(entry);
if (feed.Items.Count() > entryIndex + 1)
{
return new NavigateEntryTask(feed, entryIndex + 1, encounteredItems);
}
return new NavigatePreviousArchiveTask(feed, encounteredItems);
}
return new ProcessItemsTask(encounteredItems);
}
public void Should_be_able_to_create_projections()
{
var serviceMock = new Mock<IProjectionService>();
var processor = new EventProcessor(new EventProcessorConfiguration
{
ProjectionService = serviceMock.Object,
});
var eventProjection = new EventProjection("Test");
var handler = new FakeEventHandler();
serviceMock.Setup(m => m.GetEvent(0)).Returns(FakeEvent(new FakeEvent1 {PropertyOne = "value0"}, 0));
serviceMock.Setup(m => m.GetEvent(1)).Returns(FakeEvent(new FakeEvent1 {PropertyOne = "value1"}, 1));
serviceMock.Setup(m => m.GetEvent(2)).Returns(FakeEvent(new FakeEvent2 {PropertyTwo = "value2"}, 2));
serviceMock.Setup(m => m.GetEvent(3)).Returns(FakeEvent(new FakeEvent1 {PropertyOne = "value3"}, 3));
serviceMock.Setup(m => m.GetEvent(4)).Returns(FakeEvent(new FakeEvent2 {PropertyTwo = "value4"}, 4));
serviceMock.Setup(m => m.GetEvent(5)).Returns(FakeEvent(new FakeEvent1 {PropertyOne = "[done]"}, 5));
serviceMock.Setup(m => m.GetEvent(6)).Returns((ProjectionEvent) null);
var position = new Queue<int>();
for (var i = 0; i < 6; i++)
{
position.Enqueue(i);
}
serviceMock.Setup(m => m.GetSequenceNumber("Test")).Returns(() => position.Count > 0 ? position.Dequeue() : 6);
eventProjection.AddEventHandler(handler);
processor.AddEventProjection(eventProjection);
processor.Start();
while (!handler.HasValue("[done]"))
{
Thread.Sleep(250);
}
processor.Stop();
}
public Task Execute(Uri recentFeedUri, EventProcessor eventProcessor, HttpResourceClient httpResourceClient, ClientState clientState)
{
return new NavigateEntryTask(new Feed(recentFeedUri, httpResourceClient), 0, new List<SyndicationItem>());
}
public CaptureUserInstructionsPresenter(CaptureUserInstructionsView view, EventProcessor pump)
{
this.view = view;
this.pump = pump;
}
public override bool ProcessEvent(JvmtiEnvironment environment, JniEnvironment nativeEnvironment, EventProcessor processor, ThreadId thread, TaggedReferenceTypeId @class, Location? location)
{
if (!location.HasValue)
return false;
return _location.Index == location.Value.Index
&& _location.Class == location.Value.Class
&& _location.Method == location.Value.Method;
}
public override bool ProcessEvent(JvmtiEnvironment environment, JniEnvironment nativeEnvironment, EventProcessor processor, ThreadId thread, TaggedReferenceTypeId @class, Location? location)
{
return true;
}
public override bool ProcessEvent(JvmtiEnvironment environment, JniEnvironment nativeEnvironment, EventProcessor processor, ThreadId thread, TaggedReferenceTypeId @class, Location? location)
{
if (!base.ProcessEvent(environment, nativeEnvironment, processor, thread, @class, location))
return false;
// Step Out is implemented with Frame Pop events set at the correct depth
if (_depth == StepDepth.Out)
{
if (location.HasValue && !location.Value.Method.Equals(_lastMethod))
{
_lastLocation = new jlocation((long)location.Value.Index);
_lastMethod = location.Value.Method;
UpdateLastLine(environment);
}
return true;
}
using (var threadHandle = environment.VirtualMachine.GetLocalReferenceForThread(nativeEnvironment, thread))
{
int stackDepth;
JvmtiErrorHandler.ThrowOnFailure(environment.GetFrameCount(threadHandle.Value, out stackDepth));
if (_hasMethodInfo && stackDepth > _stackDepth)
{
bool convertToFramePop;
if (location.HasValue && (!_convertedToFramePop || !_framePopMethod.Equals(location.Value.Method)) && ShouldSkipCurrentMethod(processor.VirtualMachine, environment, nativeEnvironment, threadHandle.Value, stackDepth, location.Value, out convertToFramePop))
{
if (convertToFramePop)
{
// remove the single step event
JvmtiErrorHandler.ThrowOnFailure((jvmtiError)processor.ClearEventInternal(EventKind.FramePop, this.RequestId));
JvmtiErrorHandler.ThrowOnFailure((jvmtiError)processor.ClearEventInternal(EventKind.SingleStep, this.RequestId));
// set an actual step filter to respond when the thread arrives back in this frame
JvmtiErrorHandler.ThrowOnFailure((jvmtiError)processor.SetEventInternal(environment, nativeEnvironment, EventKind.FramePop, this));
_convertedToFramePop = true;
_framePopMethod = location.Value.Method;
}
return false;
}
else
{
_convertedToFramePop = false;
return true;
}
}
else if (stackDepth == _stackDepth)
{
if (_size == StepSize.Statement && _disassembledMethod != null)
{
int instructionIndex = _disassembledMethod.Instructions.FindIndex(i => (uint)i.Offset == location.Value.Index);
if (instructionIndex >= 0 && _evaluationStackDepths != null && (_evaluationStackDepths[instructionIndex] ?? 0) != 0)
{
return false;
}
else if (instructionIndex >= 0 && _disassembledMethod.Instructions[instructionIndex].OpCode.FlowControl == JavaFlowControl.Branch)
{
// follow branch instructions before stopping
return false;
}
}
else if (_lastLine != null)
{
// see if we're on the same line
LineNumberData[] lines;
jvmtiError error = environment.GetLineNumberTable(location.Value.Method, out lines);
if (error == jvmtiError.None)
{
LineNumberData entry = lines.LastOrDefault(i => i.LineCodeIndex <= (long)location.Value.Index);
if (entry.LineNumber == _lastLine)
return false;
}
}
}
if (location.HasValue)
{
_lastLocation = new jlocation((long)location.Value.Index);
_lastMethod = location.Value.Method;
UpdateLastLine(environment);
}
_stackDepth = stackDepth;
return true;
}
}
public abstract bool ProcessEvent(JvmtiEnvironment environment, JniEnvironment nativeEnvironment, EventProcessor processor, ThreadId thread, TaggedReferenceTypeId @class, Location? location);
public Task Execute(Uri recentFeedUri, EventProcessor eventProcessor, HttpResourceClient httpResourceClient, ClientState clientState)
{
throw new InvalidOperationException("Should not be executing the terminal state.");
}
public override bool ProcessEvent(JvmtiEnvironment environment, JniEnvironment nativeEnvironment, EventProcessor processor, ThreadId thread, TaggedReferenceTypeId @class, Location? location)
{
_current++;
if (_current == _count)
{
_current = 0;
return true;
}
return false;
}
protected UsingEventProcessorBase()
{
TransientErrorRegistry.Setup(mock => mock.IsTransient(It.IsAny<ConcurrencyException>())).Returns(true);
Processor = new EventProcessor(HandlerRegistry.Object, TransientErrorRegistry.Object, new EventProcessorSettings());
}
public override bool ProcessEvent(JvmtiEnvironment environment, JniEnvironment nativeEnvironment, EventProcessor processor, ThreadId thread, TaggedReferenceTypeId @class, Location? location)
{
foreach (EventFilter filter in _filters)
{
if (!filter.ProcessEvent(environment, nativeEnvironment, processor, thread, @class, location))
return false;
}
return true;
}
public Client(string recentFeedUri, EventProcessor eventProcessor, HttpResourceClient httpResourceClient)
{
this.eventProcessor = eventProcessor;
this.httpResourceClient = httpResourceClient;
this.recentFeedUri = new Uri(recentFeedUri);
}
public Task Execute(Uri recentFeedUri, EventProcessor eventProcessor, HttpResourceClient httpResourceClient, ClientState clientState)
{
if (feed.HasPreviousArchive)
return new NavigateEntryTask(feed.PreviousArchive, 0, encounteredItems);
return new ProcessItemsTask(encounteredItems);
}
