public void QueueIsFifo() {
var manager = new Mock<ISyncEventManager>();
var queue = new SingleStepEventQueue(manager.Object);
var syncEvent1 = new Mock<ISyncEvent>();
var syncEvent2 = new Mock<ISyncEvent>();
queue.AddEvent(syncEvent1.Object);
queue.AddEvent(syncEvent2.Object);
queue.Step();
manager.Verify(m => m.Handle(syncEvent1.Object), Times.Once());
manager.Verify(m => m.Handle(syncEvent2.Object), Times.Never());
queue.Step();
manager.Verify(m => m.Handle(syncEvent1.Object), Times.Once());
manager.Verify(m => m.Handle(syncEvent2.Object), Times.Once());
}
public void QueueIsFifo()
{
var manager = new Mock <ISyncEventManager>();
var queue = new SingleStepEventQueue(manager.Object);
var syncEvent1 = new Mock <ISyncEvent>();
var syncEvent2 = new Mock <ISyncEvent>();
queue.AddEvent(syncEvent1.Object);
queue.AddEvent(syncEvent2.Object);
queue.Step();
manager.Verify(m => m.Handle(syncEvent1.Object), Times.Once());
manager.Verify(m => m.Handle(syncEvent2.Object), Times.Never());
queue.Step();
manager.Verify(m => m.Handle(syncEvent1.Object), Times.Once());
manager.Verify(m => m.Handle(syncEvent2.Object), Times.Once());
}
public void EventsGetForwarded() {
var manager = new Mock<ISyncEventManager>();
var queue = new SingleStepEventQueue(manager.Object);
var syncEvent = new Mock<ISyncEvent>();
queue.AddEvent(syncEvent.Object);
queue.Step();
manager.Verify(m => m.Handle(syncEvent.Object), Times.Once());
}
public void StartAndStopWorks() {
var manager = new Mock<ISyncEventManager>();
var queue = new SingleStepEventQueue(manager.Object);
var syncEvent = new Mock<ISyncEvent>();
queue.AddEvent(syncEvent.Object);
Assert.That(queue.IsStopped, Is.False, "Queue should not start immediatly");
queue.Step();
Assert.That(queue.IsStopped, Is.True, "Queue should be Stopped if empty again");
}
public void EventsGetForwarded()
{
var manager = new Mock <ISyncEventManager>();
var queue = new SingleStepEventQueue(manager.Object);
var syncEvent = new Mock <ISyncEvent>();
queue.AddEvent(syncEvent.Object);
queue.Step();
manager.Verify(m => m.Handle(syncEvent.Object), Times.Once());
}
public void StartAndStopWorks()
{
var manager = new Mock <ISyncEventManager>();
var queue = new SingleStepEventQueue(manager.Object);
var syncEvent = new Mock <ISyncEvent>();
queue.AddEvent(syncEvent.Object);
Assert.That(queue.IsStopped, Is.False, "Queue should not start immediatly");
queue.Step();
Assert.That(queue.IsStopped, Is.True, "Queue should be Stopped if empty again");
}
public void DropAllFSEventsIfConfigured([Values(true, false)] bool dropAll)
{
var manager = new SyncEventManager();
var handler = new Mock <SyncEventHandler>()
{
CallBase = true
};
handler.Setup(h => h.Priority).Returns(EventHandlerPriorities.CRITICAL);
var underTest = new SingleStepEventQueue(manager);
manager.AddEventHandler(handler.Object);
underTest.DropAllLocalFileSystemEvents = dropAll;
underTest.AddEvent(Mock.Of <IFSEvent>());
underTest.AddEvent(Mock.Of <ISyncEvent>());
underTest.Run();
handler.Verify(h => h.Handle(It.IsAny <IFSEvent>()), dropAll ? Times.Never() : Times.Once());
handler.Verify(h => h.Handle(It.IsAny <ISyncEvent>()), dropAll ? Times.Once() : Times.Exactly(2));
}
public void DropAllFSEventsIfConfigured([Values(true, false)]bool dropAll) {
var manager = new SyncEventManager();
var handler = new Mock<SyncEventHandler>() { CallBase = true };
handler.Setup(h => h.Priority).Returns(EventHandlerPriorities.CRITICAL);
var underTest = new SingleStepEventQueue(manager);
manager.AddEventHandler(handler.Object);
underTest.DropAllLocalFileSystemEvents = dropAll;
underTest.AddEvent(Mock.Of<IFSEvent>());
underTest.AddEvent(Mock.Of<ISyncEvent>());
underTest.Run();
handler.Verify(h => h.Handle(It.IsAny<IFSEvent>()), dropAll ? Times.Never() : Times.Once());
handler.Verify(h => h.Handle(It.IsAny<ISyncEvent>()), dropAll ? Times.Once() : Times.Exactly(2));
}
