private static ActorSystem CreateAndStartSystem(string name, Config withFallback)
{
var system = new ActorSystemImpl(name, withFallback);
system.Start();
return(system);
}
private static ActorSystem CreateAndStartSystem(string name, Config withFallback, ActorSystemSetup setup)
{
var system = new ActorSystemImpl(name, withFallback, setup, Option <Props> .None);
system.Start();
return(system);
}
public void Does_not_log_config_on_start()
{
var config = ConfigurationFactory.ParseString("akka.log-config-on-start = off")
.WithFallback(DefaultConfig);
var system = new ActorSystemImpl(Guid.NewGuid().ToString(), config);
// Actor system should be started to attach the EventFilterFactory
system.Start();
var eventFilter = new EventFilterFactory(new TestKit.Xunit2.TestKit(system));
// Notice here we forcedly start actor system again to monitor how it processes
eventFilter.Info().Expect(0, () => system.Start());
system.Terminate();
}
public void Logs_config_on_start_with_info_level()
{
var config = ConfigurationFactory.ParseString("akka.log-config-on-start = on")
.WithFallback(DefaultConfig);
var system = new ActorSystemImpl(Guid.NewGuid().ToString(), config, ActorSystemSetup.Empty);
// Actor system should be started to attach the EventFilterFactory
system.Start();
var eventFilter = new EventFilterFactory(new TestKit.Xunit2.TestKit(system));
// Notice here we forcedly start actor system again to monitor how it processes
var expected = "log-config-on-start : on";
eventFilter.Info(contains: expected).ExpectOne(() => system.Start());
system.Terminate();
}
private static ActorSystem CreateAndStartSystem(string name, Config withFallback, ActorSystemSetup setup)
{
// allows the ThreadPool to scale up / down dynamically
// by removing minimum thread count, which in our benchmarks
// appears to negatively impact performance
ThreadPool.SetMinThreads(0, 0);
var system = new ActorSystemImpl(name, withFallback, setup, Option <Props> .None);
system.Start();
return(system);
}
public void ActorOf_gives_child_unique_name_if_not_specified()
{
//arrange
var system = new ActorSystemImpl("test");
system.Start(); //When we create a system manually we have to start it ourselves
//act
var child1 = system.ActorOf<TestActor>();
var child2 = system.ActorOf<TestActor>();
//assert
Assert.NotEqual(child1.Path, child2.Path);
}
public void ActorSystem_ActorOf_adds_a_child_to_Guardian()
{
//arrange
var system = new ActorSystemImpl("test");
system.Start(); //When we create a system manually we have to start it ourselves
//act
var child = system.ActorOf<TestActor>("test");
//assert
var children = system.Provider.Guardian.Children;
Assert.True(children.Any(c => c == child));
}
public void ActorOf_gives_child_unique_name_if_not_specified()
{
//arrange
var system = new ActorSystemImpl("test");
system.Start(); //When we create a system manually we have to start it ourselves
//act
var child1 = system.ActorOf <TestActor>();
var child2 = system.ActorOf <TestActor>();
//assert
Assert.NotEqual(child1.Path, child2.Path);
}
public void ActorSystem_ActorOf_adds_a_child_to_Guardian()
{
//arrange
var system = new ActorSystemImpl("test");
system.Start(); //When we create a system manually we have to start it ourselves
//act
var child = system.ActorOf <TestActor>("test");
//assert
var children = system.Provider.Guardian.Children;
Assert.True(children.Any(c => c == child));
}