public void TestQuiescentNetwork()
{
this.Test(async r =>
{
var graphBuilder = new ActorRuntimeLogGraphBuilder(false);
r.RegisterLog(graphBuilder);
var op = new ActorHaltedEventGroup();
var id = r.CreateActor(typeof(NetworkActor), null, op);
op.AddActor(id);
// spawn 5 children, each child spawns 4 grand children and those spawn 3, etc.
// so we should get 1 + 5 + (5*4) + (5*4*3) + (5*4*3*2) actors in this network = 206
// actors before they are all halted.
r.SendEvent(id, new SpawnEvent()
{
Count = 5
}, op);
var result = await this.GetResultAsync(op.Task);
string dgml = graphBuilder.Graph.ToString();
Assert.Equal(206, op.Count);
},
configuration: Configuration.Create().WithPCTStrategy(true));
}
public void TestQuiescentNetwork()
{
this.Test(async r =>
{
var graphBuilder = new ActorRuntimeLogGraphBuilder(false, false);
r.RegisterLog(graphBuilder);
var op = new ActorHaltedEventGroup();
var id = r.CreateActor(typeof(NetworkActor), null, op);
op.AddActor(id);
// Spawn 4 children, each child spawns 3 children and those spawn 2, etc.
// So we should get 41 (1 + 4 + (4*3) + (4*3*2)) actors in the network
// before they are all halted.
r.SendEvent(id, new SpawnEvent()
{
Count = 4
}, op);
var result = await this.GetResultAsync(op.Task);
Assert.Equal(41, op.Count);
});
}
internal override Task InitializeAsync(Event initialEvent)
{
this.Halted = this.CurrentEventGroup as ActorHaltedEventGroup;
return(base.InitializeAsync(initialEvent));
}
