public override BoltConnection NewConnection(BoltChannel channel, BoltStateMachine stateMachine)
{
requireNonNull(channel);
requireNonNull(stateMachine);
BoltScheduler scheduler = _schedulerProvider.get(channel);
BoltConnectionReadLimiter readLimiter = CreateReadLimiter(_config, _logService);
BoltConnectionQueueMonitor connectionQueueMonitor = new BoltConnectionQueueMonitorAggregate(scheduler, readLimiter);
ChunkedOutput chunkedOutput = new ChunkedOutput(channel.RawChannel(), _throttleGroup);
BoltConnection connection;
if (_monitors.hasListeners(typeof(BoltConnectionMetricsMonitor)))
{
connection = new MetricsReportingBoltConnection(channel, chunkedOutput, stateMachine, _logService, scheduler, connectionQueueMonitor, _metricsMonitor, _clock);
}
else
{
connection = new DefaultBoltConnection(channel, chunkedOutput, stateMachine, _logService, scheduler, connectionQueueMonitor);
}
connection.Start();
return(connection);
}
//JAVA TO C# CONVERTER TODO TASK: Most Java annotations will not have direct .NET equivalent attributes:
//ORIGINAL LINE: @Test public void shouldCallDrainedOnSingleMonitor()
public virtual void ShouldCallDrainedOnSingleMonitor()
{
ICollection <Job> batch = new List <Job>();
BoltConnectionQueueMonitor monitor = mock(typeof(BoltConnectionQueueMonitor));
BoltConnectionQueueMonitorAggregate monitorAggregate = new BoltConnectionQueueMonitorAggregate(monitor);
monitorAggregate.Drained(_connection, batch);
verify(monitor).drained(_connection, batch);
}
//JAVA TO C# CONVERTER TODO TASK: Most Java annotations will not have direct .NET equivalent attributes:
//ORIGINAL LINE: @Test public void shouldCallEnqueuedOnSingleMonitor()
public virtual void ShouldCallEnqueuedOnSingleMonitor()
{
Job job = mock(typeof(Job));
BoltConnectionQueueMonitor monitor = mock(typeof(BoltConnectionQueueMonitor));
BoltConnectionQueueMonitorAggregate monitorAggregate = new BoltConnectionQueueMonitorAggregate(monitor);
monitorAggregate.Enqueued(_connection, job);
verify(monitor).enqueued(_connection, job);
}