public void TestCreatingActorWithItem_FromBlueprint()
{
string yaml = @"- Name: Servitor
MandatoryAdjectives:
- Rusty
- Strong
- Tough
Stats:
Fight: 30
Loyalty: 20
MandatoryItems:
- Name: Chronometer
Stats:
Value: 10";
var room = InARoom(out IWorld w);
w.AllStats.GetOrAdd("Loyalty");
var actorFactory = new ActorFactory {
Blueprints = Compiler.Instance.Deserializer.Deserialize <List <ActorBlueprint> >(yaml)
};
var servitor = actorFactory.Create(w, room, null, actorFactory.Blueprints.Single(), null);
Assert.AreEqual("Servitor", servitor.Name);
Assert.Contains("Rusty", servitor.Adjectives.Select(a => a.Name).ToArray());
Assert.Contains("Strong", servitor.Adjectives.Select(a => a.Name).ToArray());
Assert.Contains("Tough", servitor.Adjectives.Select(a => a.Name).ToArray());
Assert.AreEqual(10, servitor.Items.Single().BaseStats[Stat.Value]);
Assert.AreEqual("Chronometer", servitor.Items.Single().Name);
}
public void Should_bind_channels_for_each_method()
{
var subject = new Subject();
ActorFactory <Subject> factory = ActorFactory.Create <Subject>(x =>
{
x.ConstructedBy(() => subject);
x.ConnectPublicMethods();
x.ConnectPropertyChannels();
});
ActorRef actor = factory.GetActor();
subject.ShouldNotBeNull();
actor.Send <Message <A> >();
actor.Send <Request <B> >();
actor.Send <Response <C> >();
actor.Send <Message <D> >();
subject.FutureA.WaitUntilCompleted(5.Seconds()).ShouldBeTrue();
subject.FutureB.WaitUntilCompleted(5.Seconds()).ShouldBeTrue();
subject.FutureC.WaitUntilCompleted(5.Seconds()).ShouldBeTrue();
subject.FutureD.WaitUntilCompleted(5.Seconds()).ShouldBeTrue();
}
public void TestCreateActors_AppropriateToFaction()
{
var adj = new AdjectiveFactory();
var items = new ItemFactory();
var actors = new ActorFactory();
var world = new World();
var faction = new Faction("Fish overloards", FactionRole.Wildlife);
world.Factions.Add(faction);
world.ActorFactory = actors;
world.ItemFactory = items;
actors.Blueprints = new List <ActorBlueprint> {
new ActorBlueprint()
{
Name = "Captain Haddock"
}
};
var room = new Room("Tank Bay", world, 't')
{
ControllingFaction = faction
};
Assert.IsEmpty(room.Actors);
actors.Create(world, room, faction, null);
Assert.IsTrue(room.Actors.Any());
Assert.GreaterOrEqual(room.Actors.Count(a => a.FactionMembership.Contains(faction)), 1, "Expected room to be populated with some actors belonging to the controlling faction");
}
/// <summary>
/// Initializes a new instance of the <see cref="ActorUnitTestingRuntime"/> class.
/// </summary>
internal ActorUnitTestingRuntime(Configuration configuration, Type actorType, IRandomValueGenerator valueGenerator)
: base(configuration, valueGenerator)
{
if (!actorType.IsSubclassOf(typeof(Actor)))
{
this.Assert(false, "Type '{0}' is not an actor.", actorType.FullName);
}
var id = new ActorId(actorType, null, this);
this.Instance = ActorFactory.Create(actorType);
IActorManager actorManager;
if (this.Instance is StateMachine stateMachine)
{
actorManager = new StateMachineManager(this, stateMachine, Guid.Empty);
}
else
{
actorManager = new ActorManager(this, this.Instance, Guid.Empty);
}
this.ActorInbox = new EventQueue(actorManager);
this.Instance.Configure(this, id, actorManager, this.ActorInbox);
this.Instance.SetupEventHandlers();
this.LogWriter.LogCreateActor(this.Instance.Id, null, null);
this.IsActorWaitingToReceiveEvent = false;
}
public SubscriptionRouterService(IServiceBus bus, string network)
{
_peerUri = bus.ControlBus.Endpoint.Address.Uri;
_network = network;
_peerId = NewId.NextGuid();
_observers = new List <SubscriptionObserver>();
_listeners = new List <BusSubscriptionEventListener>();
_unregister = () => true;
_peerUri = bus.ControlBus.Endpoint.Address.Uri;
var connector = new BusSubscriptionConnector(bus);
_peerCache = ActorFactory.Create <PeerCache>(x =>
{
x.ConstructedBy((fiber, scheduler, inbox) =>
new PeerCache(fiber, scheduler, connector, _peerId, _peerUri));
x.UseSharedScheduler();
x.HandleOnPoolFiber();
})
.GetActor();
}
/// <summary>
/// Spawns a monster with given SNOId in given position.
/// </summary>
/// <param name="monsterSNOId">The SNOId of the monster.</param>
/// <param name="position">The position to spawn it.</param>
public void SpawnMonster(int monsterSNOId, Vector3D position)
{
var monster = ActorFactory.Create(this, monsterSNOId, new TagMap());
//monster.Scale = 1.35f; // this shoudln't be here
monster.EnterWorld(position);
}
public void Newly_created_account_should_have_correct_balence_and_credit()
{
ActorRef account = ActorFactory.Create(inbox => new AccountActor(inbox, 100.0m)).GetActor();
Future <bool> result = new Future <bool>();
decimal balance = 0xDEADBEEF;
decimal availableCredit = 0xDEADBEEF;
decimal creditLimit = 0xDEADBEEF;
AnonymousActor.New(inbox =>
{
account.Request(new QueryAccountBalance(), inbox)
.Receive <AccountBalance>(message =>
{
balance = message.Balance;
availableCredit = message.AvailableCredit;
creditLimit = message.CreditLimit;
Console.WriteLine("Balance={0}, Credit={1}, Limit={2}",
balance, availableCredit, creditLimit);
result.Complete(true);
});
});
result.WaitUntilCompleted(5.Seconds());
Assert.True(balance == 0 && availableCredit == 100.0m && creditLimit == 100.0m);
}
} // end of XmlLevelData WriteToXml()
protected GameActor ActorFromString(string actorName)
{
GameActor ret = null;
var staticActor = ActorManager.GetActor(actorName);
if (staticActor == null)
{
var splitName = actorName.Split(new char[] { ',', ' ' }, StringSplitOptions.RemoveEmptyEntries);
var nsQualName = splitName[0];
splitName = nsQualName.Split('.');
actorName = splitName[splitName.Length - 1];
staticActor = ActorManager.GetActor(actorName);
}
if (staticActor != null)
{
ret = ActorFactory.Create(staticActor);
}
else
{
Debug.Assert(false, "Why can't find the actor for: '" + actorName + "'!!");
}
return(ret);
}
public TraceChannelImpl()
{
_factory = ActorFactory.Create(inbox => new TraceActor(inbox));
_inbox = _factory.GetActor();
_dispose = _inbox.ExitOnDispose();
}
/// <summary>
/// Creates a new actor of the specified <see cref="Type"/>.
/// </summary>
private Actor CreateActor(ActorId id, Type type, string name, Actor creator, Guid opGroupId)
{
this.Assert(type.IsSubclassOf(typeof(Actor)), "Type '{0}' is not an actor.", type.FullName);
// Using ulong.MaxValue because a Create operation cannot specify
// the id of its target, because the id does not exist yet.
this.Scheduler.ScheduleNextEnabledOperation();
ResetProgramCounter(creator);
if (id is null)
{
id = new ActorId(type, name, this);
}
else
{
this.Assert(id.Runtime is null || id.Runtime == this, "Unbound actor id '{0}' was created by another runtime.", id.Value);
this.Assert(id.Type == type.FullName, "Cannot bind actor id '{0}' of type '{1}' to an actor of type '{2}'.",
id.Value, id.Type, type.FullName);
id.Bind(this);
}
// The operation group id of the actor is set using the following precedence:
// (1) To the specified actor creation operation group id, if it is non-empty.
// (2) To the operation group id of the creator actor, if it exists and is non-empty.
// (3) To the empty operation group id.
if (opGroupId == Guid.Empty && creator != null)
{
opGroupId = creator.OperationGroupId;
}
Actor actor = ActorFactory.Create(type);
IActorManager actorManager;
if (actor is StateMachine stateMachine)
{
actorManager = new MockStateMachineManager(this, stateMachine, opGroupId);
}
else
{
actorManager = new MockActorManager(this, actor, opGroupId);
}
IEventQueue eventQueue = new MockEventQueue(actorManager, actor);
actor.Configure(this, id, actorManager, eventQueue);
actor.SetupEventHandlers();
if (this.Configuration.ReportActivityCoverage)
{
this.ReportActivityCoverageOfActor(actor);
}
bool result = this.Scheduler.RegisterOperation(new ActorOperation(actor));
this.Assert(result, "Actor id '{0}' is used by an existing or previously halted actor.", id.Value);
this.LogWriter.LogCreateActor(id, creator?.Id.Name, creator?.Id.Type);
return(actor);
}
public void An_active_auction()
{
Id = CombGuid.Generate();
ActorFactory <Auction> factory = ActorFactory.Create((f, i) => new Auction(f, i, Id));
Auction = factory.GetActor();
}
public void SummonMonster(int actorSNO)
{
var monster = ActorFactory.Create(User.World, actorSNO, new TagMap());
monster.Scale = 1.35f; // TODO: look this up properly
monster.EnterWorld(this.SpawnPosition);
this.World.BuffManager.AddBuff(User, monster, new Implementations.SummonedBuff());
}
public PeerCache(ISubscriptionObserver observer, Guid clientId, Uri controlUri)
{
_peers = new DictionaryCache <Uri, ActorRef>();
_peerIds = new DictionaryCache <Guid, Uri>();
_peerHandlerFactory = ActorFactory.Create((f, s, i) => new PeerHandler(i, observer));
// create a peer for our local client
WithPeer(clientId, controlUri, x => { }, true);
}
public void TestActorFactory_SlotCreation()
{
string yamlDefaultSlots =
@"
Head: 1
Hands: 1
Legs: 2
Chest: 1
";
string yaml = @"
- Name: Pirate
- Name: Scorpion
Slots:
Head: 1
Tail: 1
Legs: 6
";
var room = InARoom(out IWorld w);
var actorFactory = new ActorFactory()
{
Blueprints = Compiler.Instance.Deserializer.Deserialize <List <ActorBlueprint> >(yaml),
DefaultSlots = Compiler.Instance.Deserializer.Deserialize <SlotCollection>(yamlDefaultSlots),
};
var scorpion = actorFactory.Create(w, room, null, actorFactory.Blueprints[1], null);
Assert.AreEqual(1, scorpion.AvailableSlots["Head"]);
Assert.AreEqual(1, scorpion.AvailableSlots["Tail"]);
Assert.AreEqual(6, scorpion.AvailableSlots["Legs"]);
var pirate = actorFactory.Create(w, room, null, actorFactory.Blueprints[0], null);
Assert.AreEqual(1, pirate.AvailableSlots["Head"]);
Assert.AreEqual(1, pirate.AvailableSlots["Hands"]);
Assert.AreEqual(2, pirate.AvailableSlots["Legs"]);
Assert.AreEqual(1, pirate.AvailableSlots["Chest"]);
}
public void ActorLoadedEvent()
{
Actor actor = ActorFactory.Create();
actor.LoadedEvent += new LoadedEventHandler <LoadedEventArgs <IActor> >(DetectActorEvent);
actor.Load();
bool found = actorLoadedDetected;
actorLoadedDetected = false;
Assert.AreEqual(true, found);
}
public void SummonMonsterInFront(int actorSNO)
{
float userFacing = (float)Math.Acos(this.User.RotationW) * 2f;
Vector3D spawnPos = new Vector3D(User.Position.X + 8 * (float)Math.Cos(userFacing),
User.Position.Y + 8 * (float)Math.Sin(userFacing),
User.Position.Z);
var monster = ActorFactory.Create(User.World, actorSNO, new TagMap());
monster.Scale = 1.35f; // TODO: look this up properly
monster.EnterWorld(spawnPos);
this.World.BuffManager.AddBuff(User, monster, new Implementations.SummonedBuff());
}
public void A_stream_of_messages_is_received()
{
ActorFactory <Agent> agentFactory = ActorFactory.Create(inbox => new Agent(inbox));
ActorRef agent = agentFactory.GetActor();
for (int i = 0; i < _count; i++)
{
agent.Send(new Add
{
Value = i
});
if (i == 100)
{
agent.Send <Suspend>();
}
if (i == 500)
{
agent.Send <Resume>();
}
}
_response = new Future <Status>();
var actor = AnonymousActor.New(inbox =>
{
Action loop = null;
loop = () =>
{
agent.Request(new Status(), inbox)
.Receive <Response <Status> >(response =>
{
if (response.Body.Count == _count)
{
_response.Complete(response.Body);
}
else
{
loop();
}
});
};
loop();
});
_response.WaitUntilCompleted(8.Seconds());
}
public async Task EnsureOrder(ActorAffinity affinity)
{
int [] given = { 1, 4 };
var actor = ActorFactory.Create <ITypedSequenceTest, TypedSequenceTestImpl>(() => new TypedSequenceTestImpl(), affinity);
Task t1 = actor.Add(3000, given[0]);
Task t2 = actor.Add(1000, given[1]);
await Task.WhenAll(t1, t2);
int[] result = await actor.GetElements();
// after ActoR tasks have been executed the order should be ok
Assert.Equal(given, result);
}
public void An_agent_is_paused()
{
ActorFactory <Agent> agentFactory = ActorFactory.Create(inbox => new Agent(inbox));
ActorRef agent = agentFactory.GetActor();
_first = new Update();
_second = new Update();
agent.Send(_first);
agent.Send <Suspend>();
agent.Send(_second);
_first.WaitUntilCompleted(2.Seconds());
_second.WaitUntilCompleted(2.Seconds());
}
public ActorFactory <TController> CreateFactory <TController>(Func <Inbox, TController> createInstance)
where TController : class, IServiceController
{
ActorFactory <TController> factory = ActorFactory.Create <TController>(x =>
{
x.ConstructedBy(inbox =>
{
TController instance = createInstance(inbox);
_workflowBinder.Bind(inbox, instance);
return(instance);
});
});
return(factory);
}
bool SameMessageTypeTest <TInput, TConsumer>(int messageCount, Future <int> complete, Func <TInput> messageProvider)
{
var latch = new CountdownLatch(messageCount, complete.Complete);
ActorFactory <TestActor <TConsumer> > factory = ActorFactory.Create(inbox => new TestActor <TConsumer>(inbox, latch));
ActorRef actor = factory.GetActor();
for (int i = 0; i < messageCount; i++)
{
actor.Send(messageProvider());
}
bool completed = complete.WaitUntilCompleted(30.Seconds());
actor.Exit();
return(completed);
}
public void TestFactionActorsYaml()
{
var adj = new AdjectiveFactory();
var yaml = @"
- Name: Centipede
OptionalAdjectives:
- Giant
- Rusty
- Strong
- Tough
Stats:
Fight: 30
- Name: Crab
Identifier: 24a1c3ad-fcdf-4c00-acf7-627e7f70c181
Dialogue:
Verb: talk
Next: 566ae926-a1fe-4209-9a15-fce026dbc5d1
OptionalAdjectives:
- Strong
Stats:
Fight: 40
";
var actorFactory = new ActorFactory {
Blueprints = Compiler.Instance.Deserializer.Deserialize <List <ActorBlueprint> >(yaml)
};
Assert.GreaterOrEqual(actorFactory.Blueprints.Count, 2);
var room = InARoom(out IWorld w);
var actor = actorFactory.Create(w, room, null, actorFactory.Blueprints[1], null);
Assert.AreEqual("Crab", actor.Name);
Assert.AreEqual("Strong", actor.Adjectives.Single().Name);
Assert.AreEqual(40, actor.BaseStats[Stat.Fight]);
Assert.AreEqual(new Guid("566ae926-a1fe-4209-9a15-fce026dbc5d1"), actor.Dialogue.Next);
Assert.AreEqual(new Guid("24a1c3ad-fcdf-4c00-acf7-627e7f70c181"), actor.Identifier);
}
public void Run()
{
_ringNodeFactory = ActorFactory.Create(inbox => new RingNode(inbox));
Stopwatch timer = Stopwatch.StartNew();
int nodeCount = 100;
int roundCount = 1000;
Run(nodeCount, roundCount);
timer.Stop();
Console.WriteLine("Ring Benchmark");
Console.WriteLine("Processed {0} rings with {1} nodes in {2}ms", roundCount, nodeCount,
timer.ElapsedMilliseconds);
Console.WriteLine("That's {0} messages per second!",
((long)nodeCount * roundCount * 1000) / timer.ElapsedMilliseconds);
}
public void TestActorFactory_ExplicitActions()
{
string yaml = @"
- Name: Scorpion
Slots:
Head: 1
Tail: 1
Legs: 6
SkipDefaultActions: true
Actions:
- Type: FightAction
";
var room = InARoom(out IWorld w);
var actorFactory = new ActorFactory {
Blueprints = Compiler.Instance.Deserializer.Deserialize <List <ActorBlueprint> >(yaml)
};
var scorpion = actorFactory.Create(w, room, null, actorFactory.Blueprints[0], null);
Assert.IsInstanceOf <FightAction>(scorpion.BaseActions.Single(), "Expected Scorpion to be capable of nothing but fighting");
}
public void Adding_an_actor_to_a_registry()
{
_auctionFactory = ActorFactory.Create(inbox => new Auction(inbox));
_auctionId = CombGuid.Generate();
ActorRef auction = _auctionFactory.GetActor();
ActorRegistry registry = ActorRegistryFactory.New(x =>
{
//x.Remote(r => r.ListenTo("rm://234.0.0.7:40001"));
});
registry.Register(_auctionId, auction);
_response = new Future <Response <Bid> >();
AnonymousActor.New(inbox =>
{
registry.Request <Bid>(new BidImpl(27.42m),
header => { header.DestinationAddress = new ActorUrn(_auctionId); }, inbox)
.Receive <Response <Bid> >(x => _response.Complete);
});
_response.WaitUntilCompleted(5.Seconds()).ShouldBeTrue();
// need to proxy the channel with headers somehow...
// untyped channel => channel mapper -> actor instance
// DestinationAddress -> set by outbound channel proxy on message<>
// SourceAddress -> set by outbound channel proxy when available (not likely)
// ResponseAddress -> set by outbound channel for ResponseChannel on Request to map to channel
// Id -> system assigned id
// DestinationAddress = urn:actor:554FC958-4661-4FE9-94F5-21D190417BCC
}
/// <summary>
/// Loads all markers for the scene.
/// </summary>
public void LoadMarkers()
{
this.GizmoSpawningLocations = new List <PRTransform> [26]; // LocationA to LocationZ
// TODO: We should be instead loading actors but let them get revealed based on quest/triggers/player proximity. /raist.
foreach (var markerSet in this.MarkerSets)
{
var markerSetData = MPQStorage.Data.Assets[SNOGroup.MarkerSet][markerSet].Data as Mooege.Common.MPQ.FileFormats.MarkerSet;
if (markerSetData == null)
{
return;
}
foreach (var marker in markerSetData.Markers)
{
switch (marker.Type)
{
case Mooege.Common.MPQ.FileFormats.MarkerType.AmbientSound:
case Mooege.Common.MPQ.FileFormats.MarkerType.Light:
case Mooege.Common.MPQ.FileFormats.MarkerType.Particle:
case Mooege.Common.MPQ.FileFormats.MarkerType.SubScenePosition:
case Mooege.Common.MPQ.FileFormats.MarkerType.AudioVolume:
// nothing to do for these here, client load them on its own
break;
case Mooege.Common.MPQ.FileFormats.MarkerType.Script:
Logger.Trace("Ignoring marker {0} in {1} ({2}) because scripts are not handled yet", marker.Name, markerSetData.FileName, markerSetData.Header.SNOId);
break;
case Mooege.Common.MPQ.FileFormats.MarkerType.Event:
Logger.Trace("Ignoring marker {0} in {1} ({2}) because events are not handled yet", marker.Name, markerSetData.FileName, markerSetData.Header.SNOId);
break;
case Mooege.Common.MPQ.FileFormats.MarkerType.MinimapMarker:
Logger.Trace("Ignoring marker {0} in {1} ({2}) because minimap marker are not handled yet", marker.Name, markerSetData.FileName, markerSetData.Header.SNOId);
break;
case Mooege.Common.MPQ.FileFormats.MarkerType.Actor:
var actor = ActorFactory.Create(this.World, marker.SNOHandle.Id, marker.TagMap); // try to create it.
if (actor == null)
{
continue;
}
var position = marker.PRTransform.Vector3D + this.Position; // calculate the position for the actor.
actor.RotationW = marker.PRTransform.Quaternion.W;
actor.RotationAxis = marker.PRTransform.Quaternion.Vector3D;
actor.EnterWorld(position);
break;
case Mooege.Common.MPQ.FileFormats.MarkerType.Encounter:
var encounter = marker.SNOHandle.Target as Mooege.Common.MPQ.FileFormats.Encounter;
var actorsno = RandomHelper.RandomItem(encounter.Spawnoptions, x => x.Probability);
var actor2 = ActorFactory.Create(this.World, actorsno.SNOSpawn, marker.TagMap); // try to create it.
if (actor2 == null)
{
continue;
}
var position2 = marker.PRTransform.Vector3D + this.Position; // calculate the position for the actor.
actor2.RotationW = marker.PRTransform.Quaternion.W;
actor2.RotationAxis = marker.PRTransform.Quaternion.Vector3D;
actor2.EnterWorld(position2);
break;
default:
// Save gizmo locations. They are used to spawn loots and gizmos randomly in a level area
if ((int)marker.Type >= (int)Mooege.Common.MPQ.FileFormats.MarkerType.GizmoLocationA && (int)marker.Type <= (int)Mooege.Common.MPQ.FileFormats.MarkerType.GizmoLocationZ)
{
int index = (int)marker.Type - 50; // LocationA has id 50...
if (GizmoSpawningLocations[index] == null)
{
GizmoSpawningLocations[index] = new List <PRTransform>();
}
marker.PRTransform.Vector3D += this.Position;
GizmoSpawningLocations[index].Add(marker.PRTransform);
}
else
{
Logger.Warn("Unhandled marker type {0} in actor loading", marker.Type);
}
break;
}
}
}
}
public void Charging_an_account_async_should_still_adjust_the_balence()
{
ActorRef account = ActorFactory.Create(inbox => new AccountActor(inbox, 100.0m)).GetActor();
decimal balance = 0xDEADBEEF;
decimal availableCredit = 0xDEADBEEF;
decimal creditLimit = 0xDEADBEEF;
#region Charge 3 times with 10.0 async
AnonymousActor.New(inbox =>
{
account.Send(new ChargeAccount()
{
Amount = 10
});
});
AnonymousActor.New(inbox =>
{
account.Send(new ChargeAccount()
{
Amount = 10
});
});
AnonymousActor.New(inbox =>
{
account.Send(new ChargeAccount()
{
Amount = 10
});
});
#endregion
#region Loop until available credit is correct but fail if more than 50 times
for (int i = 0; availableCredit != 70.0m && i < 100; i++)
{
Future <bool> result = new Future <bool>();
//Fire of listeners serially and with some time apart
AnonymousActor.New(inbox =>
{
account.Request(new QueryAccountBalance(), inbox)
.Receive <AccountBalance>(message =>
{
balance = message.Balance;
availableCredit = message.AvailableCredit;
creditLimit = message.CreditLimit;
Console.WriteLine("Balance={0}, Credit={1}, Limit={2}",
balance,
availableCredit,
creditLimit);
Thread.Sleep(1000);
result.Complete(true);
});
});
result.WaitUntilCompleted(5.Seconds());
Console.WriteLine("Listener {0} completed", i);
Thread.Sleep(1000);
Assert.True(i < 50);
}
#endregion
Assert.True(balance == 30 && availableCredit == 70.0m && creditLimit == 100.0m);
}
} // end of EditObjectUpdateObj CancelNewItemSelector()
public void SelectNewItemSelector(UiSelector selector)
{
UiSelector.GroupData groupData = selector.SelectedItem as UiSelector.GroupData;
if (groupData != null)
{
// sub group was activated
Foley.PlayProgrammingMoveOut();
}
else
{
Instrumentation.IncrementCounter(Instrumentation.CounterId.AddItem);
GameActor thingToColor = null;
GameActor thingToDistort = null;
//Object item = selector.ObjectSelectedItem;
ActorMenuItem item = selector.ObjectSelectedItem as ActorMenuItem;
if (item != null)
{
if (item.StaticActor != null)
{
if (addPositionIsExplicit)
{
///Client has requested a specific position to add this guy.
///Give the people what they want.
thingToColor = parent.AddActor(
ActorFactory.Create(item.StaticActor),
new Vector3(addPosition, float.MaxValue),
InGame.inGame.shared.camera.Rotation);
// Reset
addPositionIsExplicit = false;
}
else
{
/// Default is to add at the cursor position.
thingToColor = parent.AddActorAtCursor(ActorFactory.Create(item.StaticActor));
}
// Give a ref to the actor to the HelpCard. If it's active it
// can then program the actor's brain.
InGame.inGame.shared.addItemHelpCard.Actor = thingToColor as GameActor;
}
else if (item.TextureFilename.StartsWith("filter.path"))
{
if (parent.UnderBudget)
{
/// If the waypoint editor is active, let it handle this.
if (!shared.editWayPoint.Active)
{
int pathType = 0;
if (item.TextureFilename.EndsWith("road"))
{
pathType = Road.LastRoadCreated;
}
else if (item.TextureFilename.Contains("wall"))
{
pathType = Road.LastWallCreated;
}
else if (item.TextureFilename.Contains("flora"))
{
pathType = Road.LastVegCreated;
}
Road.GenIndex = pathType;
Vector3 pos = addPositionIsExplicit
? new Vector3(addPosition, float.MaxValue)
: parent.cursor3D.Position;
shared.editWayPoint.NewPath(pos, shared.curObjectColor);
}
}
else
{
Instrumentation.IncrementCounter(Instrumentation.CounterId.AddItemNoBudget);
Foley.PlayNoBudget();
}
}
}
else
{
Debug.Assert(false, "How did this happen?");
}
if (thingToColor != null)
{
Foley.PlayProgrammingAdd();
shared.curObjectColor = ColorPalette.GetIndexFromColor(thingToColor.ClassColor);
// thingToColor.Classcolor = ColorPalette.GetColorFromIndex(shared.curObjectColor);
thingToDistort = thingToColor;
}
if (thingToDistort != null)
{
parent.DistortionPulse(thingToDistort, true);
}
newItemSelectorShim.Deactivate();
InGame.IsLevelDirty = true;
}
} // end of EditObjectUpdateObj SelectNewItemSelector()
static private CruiseMissile NextAvailable()
{
return(ActorFactory.Create(ActorManager.GetActor("CruiseMissile")) as CruiseMissile);
}
/// <summary>
/// Creates a new actor of the specified <see cref="Type"/>.
/// </summary>
private Actor CreateActor(ActorId id, Type type, string name, Actor creator, EventGroup group)
{
this.Assert(type.IsSubclassOf(typeof(Actor)), "Type '{0}' is not an actor.", type.FullName);
// Using ulong.MaxValue because a Create operation cannot specify
// the id of its target, because the id does not exist yet.
this.Scheduler.ScheduleNextOperation();
ResetProgramCounter(creator);
if (id is null)
{
id = new ActorId(type, name, this);
}
else
{
this.Assert(id.Runtime is null || id.Runtime == this, "Unbound actor id '{0}' was created by another runtime.", id.Value);
this.Assert(id.Type == type.FullName, "Cannot bind actor id '{0}' of type '{1}' to an actor of type '{2}'.",
id.Value, id.Type, type.FullName);
id.Bind(this);
}
// If a group was not provided, inherit the current event group from the creator (if any).
if (group == null && creator != null)
{
group = creator.Manager.CurrentEventGroup;
}
Actor actor = ActorFactory.Create(type);
IActorManager actorManager;
if (actor is StateMachine stateMachine)
{
actorManager = new MockStateMachineManager(this, stateMachine, group);
}
else
{
actorManager = new MockActorManager(this, actor, group);
}
IEventQueue eventQueue = new MockEventQueue(actorManager, actor);
actor.Configure(this, id, actorManager, eventQueue);
actor.SetupEventHandlers();
if (this.Configuration.ReportActivityCoverage)
{
this.ReportActivityCoverageOfActor(actor);
}
bool result = this.Scheduler.RegisterOperation(new ActorOperation(actor));
this.Assert(result, "Actor id '{0}' is used by an existing or previously halted actor.", id.Value);
if (actor is StateMachine)
{
this.LogWriter.LogCreateStateMachine(id, creator?.Id.Name, creator?.Id.Type);
}
else
{
this.LogWriter.LogCreateActor(id, creator?.Id.Name, creator?.Id.Type);
}
return(actor);
}
