public void LastWatchRequestTimeReturnsExpectedValueIfSet()
{
long lastWatchRequestTime = random.Next(10000, 50000);
var info = new CacheStatusInfo <Node>(new Node());
info.SetLastWatchRequestTime(lastWatchRequestTime);
info.LastWatchRequestTime.Should().Be(lastWatchRequestTime);
}
public void NodeGroupReturnsExpectedGroup()
{
var node = new Node
{
Id = Guid.NewGuid().ToString()
};
var info = new CacheStatusInfo <Node>(node);
info.NodeGroup.Should().BeSameAs(node);
}
public void WatchesRemoveIfRemovesExpectedWatches(bool ads)
{
long watchId1 = random.Next(10000, 50000);
long watchId2 = random.Next(50000, 100000);
var info = new CacheStatusInfo <Node>(new Node());
info.SetWatch(watchId1, new Watch(ads, new DiscoveryRequest(), r => { }));
info.SetWatch(watchId2, new Watch(ads, new DiscoveryRequest(), r => { }));
info.NumWatches.Should().Be(2);
info.WatchIds.Should().BeEquivalentTo(watchId1, watchId2);
info.WatchesRemoveIf((watchId, watch) => watchId == watchId1);
info.NumWatches.Should().Be(1);
info.WatchIds.Should().BeEquivalentTo(watchId2);
}
public void TestConcurrentSetWatchAndRemove(bool ads)
{
var watchCount = 5000;
var info = new CacheStatusInfo <Node>(new Node());
var watchIds = Enumerable.Range(0, watchCount).AsParallel();
Parallel.ForEach(watchIds, watchId =>
{
var watch = new Watch(ads, new DiscoveryRequest(), r => { });
info.SetWatch(watchId, watch);
});
info.WatchIds.Should().BeEquivalentTo(watchIds.ToArray());
info.NumWatches.Should().Be(watchCount);
Parallel.ForEach(watchIds, id => info.RemoveWatch(id));
info.WatchIds.Should().BeEmpty();
info.NumWatches.Should().Be(0);
}
public void LastWatchRequestTimeReturns0IfNotSet()
{
var info = new CacheStatusInfo <Node>(new Node());
info.LastWatchRequestTime.Should().Be(0);
}
