public void Created(ISynchChannel channel)
{
if (_when(channel.Type1, channel.Type2))
{
channel.AddChannelObserver(Create());
}
}
private void DoSynchronized(IExecutive exec, ISynchChannel isc)
{
Debug.WriteLine("Pausing synchronized event at time " + exec.Now + ", and priority level " + exec.CurrentPriorityLevel + " on thread " + System.Threading.Thread.CurrentThread.GetHashCode());
isc.Synchronize();
if (_synchtime == new DateTime())
{
_synchtime = exec.Now;
}
else
{
Assert.IsTrue(_synchtime.Equals(exec.Now), "Synchronized event did not fire at the synchronization time");
}
_synchronized--;
_submitted--;
Debug.WriteLine("Running synchronized event at time " + exec.Now + ", sequence number " + isc.Sequencer + " and priority level " + exec.CurrentPriorityLevel + " on thread " + System.Threading.Thread.CurrentThread.GetHashCode());
}
public void SetUpTest()
{
var type1Config = new TypeConfiguration <LocalTestResource, int>(ltr => ltr.CorrelationId.HasValue ? ltr.CorrelationId.Value : -1);
_localEndpoint = new InMemoryCrudDataEndpoint <LocalTestResource, int>(type1Config, TestData.LocalResults);
var endpoint1Config = new EndpointConfiguration <LocalTestResource, int>(
type1Config,
_localEndpoint);
var type2Config = new TypeConfiguration <RemoteTestResource, int>(rtr => rtr.Id);
_remoteEndpoint = new InMemoryCrudDataEndpoint <RemoteTestResource, int>(type2Config, TestData.RemoteResults);
var endpoint2Config = new EndpointConfiguration <RemoteTestResource, int>(
type2Config,
_remoteEndpoint);
// This clearly requires a configuration API.
var channelConfig = new ChannelConfiguration <LocalTestResource, RemoteTestResource, int, ItemMatch <LocalTestResource, RemoteTestResource> >(endpoint1Config, endpoint2Config, new TestResourceTranslator());
var itemsPreprocessor = new ItemMatcher <LocalTestResource, RemoteTestResource, int, ItemMatch <LocalTestResource, RemoteTestResource> >(channelConfig);
channelConfig.ItemsPreprocessor = itemsPreprocessor.Match;
channelConfig.AddSynchAction(new SynchronizationResolver <ItemMatch <LocalTestResource, RemoteTestResource>, ChannelConfiguration <LocalTestResource, RemoteTestResource, int, ItemMatch <LocalTestResource, RemoteTestResource> > >(
channelConfig,
(item, cfg) =>
{
return(item.Result1 == null);
},
(item, cfg) =>
{
var synchItem = item.Result1;
cfg.TypeTranslator.TranslateBackward(item.Result2, ref synchItem);
// Now the translate decides wether a new item has to be created, but the decision is there anyway because of the Create.
cfg.Type1EndpointConfiguration.Endpoint.Create(synchItem);
return(new SynchronizationResult(true));
}
));
//var t2epConfig = new EndpointConfiguration()
_channelUnderTest = new OneWayPullChannel <LocalTestResource, RemoteTestResource, int, ItemMatch <LocalTestResource, RemoteTestResource> >(
channelConfig,
() => Task.FromResult(_localEndpoint.ReadAll().AsEnumerable()),
() => Task.FromResult(_remoteEndpoint.ReadAll().AsEnumerable()));
}
public void SetUpTest()
{
var type1Config = new TypeConfiguration<LocalTestResource, int>(ltr => ltr.CorrelationId.HasValue ? ltr.CorrelationId.Value : -1);
_localEndpoint = new InMemoryCrudDataEndpoint<LocalTestResource, int>(type1Config, TestData.LocalResults);
var endpoint1Config = new EndpointConfiguration<LocalTestResource, int>(
type1Config,
_localEndpoint);
var type2Config = new TypeConfiguration<RemoteTestResource, int>(rtr => rtr.Id);
_remoteEndpoint = new InMemoryCrudDataEndpoint<RemoteTestResource, int>(type2Config, TestData.RemoteResults);
var endpoint2Config = new EndpointConfiguration<RemoteTestResource, int>(
type2Config,
_remoteEndpoint);
// This clearly requires a configuration API.
var channelConfig = new ChannelConfiguration<LocalTestResource, RemoteTestResource, int, ItemMatch<LocalTestResource, RemoteTestResource>>(endpoint1Config, endpoint2Config, new TestResourceTranslator());
var itemsPreprocessor = new ItemMatcher<LocalTestResource, RemoteTestResource, int, ItemMatch<LocalTestResource, RemoteTestResource>>(channelConfig);
channelConfig.ItemsPreprocessor = itemsPreprocessor.Match;
channelConfig.AddSynchAction(new SynchronizationResolver<ItemMatch<LocalTestResource,RemoteTestResource>, ChannelConfiguration<LocalTestResource, RemoteTestResource, int, ItemMatch<LocalTestResource, RemoteTestResource>>>(
channelConfig,
(item, cfg) =>
{
return item.Result1 == null;
},
(item, cfg) =>
{
var synchItem = item.Result1;
cfg.TypeTranslator.TranslateBackward(item.Result2, ref synchItem);
// Now the translate decides wether a new item has to be created, but the decision is there anyway because of the Create.
cfg.Type1EndpointConfiguration.Endpoint.Create(synchItem);
return new SynchronizationResult(true);
}
));
//var t2epConfig = new EndpointConfiguration()
_channelUnderTest = new OneWayPullChannel<LocalTestResource, RemoteTestResource, int, ItemMatch<LocalTestResource, RemoteTestResource>>(
channelConfig,
() => Task.FromResult(_localEndpoint.ReadAll().AsEnumerable()),
() => Task.FromResult(_remoteEndpoint.ReadAll().AsEnumerable()));
}
public void TestBaseFunctionality()
{
Model model = new Model();
IExecutive exec = model.Executive;
DateTime now = DateTime.Now;
DateTime when;
double priority;
m_des = new DetachableEventSynchronizer(model);
for (int i = 0; i < NUM_EVENTS; i++)
{
when = new DateTime(now.Ticks + m_random.Next());
priority = m_random.NextDouble();
Debug.WriteLine("Primary requesting event service for " + when + ", at priority " + priority);
object userData = null;
if (m_random.Next(5) < 2)
{
ISynchChannel isc = m_des.GetSynchChannel(priority);
userData = isc;
Debug.WriteLine("Creating synchronized event for time " + when);
_synchronized++;
}
exec.RequestEvent(new ExecEventReceiver(MyExecEventReceiver), when, priority, userData, ExecEventType.Detachable);
_submitted++;
}
Assert.IsTrue(_submitted > 0, "There are no events submitted");
Assert.IsTrue(_synchronized > 0, "There are no events synchronized");
Assert.IsTrue(_secondary == 0, "There cannot be secondary events submitted yet");
exec.Start();
Assert.IsTrue(_submitted == 0, "Not all submitted events had been fired");
Assert.IsTrue(_synchronized == 0, "Not all synchronized events had been fired");
Assert.IsTrue(_secondary > 0, "There has not been a secondary events submitted");
}