public void SetUp()
{
monitor1 = new DynamicMock(typeof (IServerMonitor));
monitor2 = new DynamicMock(typeof (IServerMonitor));
monitor3 = new DynamicMock(typeof (IServerMonitor));
monitors = new IServerMonitor[]
{
(IServerMonitor) monitor1.MockInstance,
(IServerMonitor) monitor2.MockInstance,
(IServerMonitor) monitor3.MockInstance,
};
aggregator = new AggregatingServerMonitor(monitors);
}
public void QueueChangedIsFiredWheneverAnyContainedServerFiresIt()
{
queueChangedCount = 0;
lastQueueChangedEventArgs = null;
StubServerMonitor stubServerMonitor1 = new StubServerMonitor("tcp://somehost1/");
StubServerMonitor stubServerMonitor2 = new StubServerMonitor("tcp://somehost2/");
aggregator = new AggregatingServerMonitor(stubServerMonitor1, stubServerMonitor2);
aggregator.QueueChanged += new MonitorServerQueueChangedEventHandler(Aggregator_QueueChanged);
Assert.AreEqual(0, queueChangedCount);
stubServerMonitor1.OnQueueChanged(new MonitorServerQueueChangedEventArgs(stubServerMonitor1));
Assert.AreEqual(1, queueChangedCount);
Assert.AreSame(stubServerMonitor1, lastQueueChangedEventArgs.ServerMonitor);
}
public void PolledIsFiredWheneverAnyContainedServerFiresIt()
{
pollCount = 0;
StubServerMonitor stubServerMonitor1 = new StubServerMonitor("tcp://1.2.3.4/");
StubServerMonitor stubServerMonitor2 = new StubServerMonitor("tcp://1.2.3.5/");
aggregator = new AggregatingServerMonitor(stubServerMonitor1, stubServerMonitor2);
aggregator.Polled += new MonitorServerPolledEventHandler(Aggregator_Polled);
Assert.AreEqual(0, pollCount);
stubServerMonitor1.Poll();
Assert.AreEqual(1, pollCount);
}
public void WhenPolledIsFiredTheSourcePointToTheAggregatorNotTheFiringServer()
{
StubServerMonitor stubServerMonitor1 = new StubServerMonitor("tcp://1.2.3.4/");
aggregator = new AggregatingServerMonitor(stubServerMonitor1);
aggregator.Polled += new MonitorServerPolledEventHandler(Aggregator_Polled);
aggregator.Poll();
Assert.AreSame(lastPolledSource, aggregator);
Assert.AreSame(lastPolledArgs.ServerMonitor, stubServerMonitor1);
}
