private void InitBehaviourTree()
{
_behaviourManagerComponent = GetComponent <BehaviourManager>();
EnemyBehaviourTree.Root = new BehaviourRootNode();
EnemyBehaviourTree.WaitForTurn = new BehaviourWaitForCondition(IsEnemyTurn, 1f, 0f);
EnemyBehaviourTree.Root.AddChild(EnemyBehaviourTree.WaitForTurn);
EnemyBehaviourTree.SequencePlayTurn = new BehaviourSequence(false);
EnemyBehaviourTree.SequencePlayTurn.Name = "Play Turn";
EnemyBehaviourTree.WaitForTurn.AddChild(EnemyBehaviourTree.SequencePlayTurn);
EnemyBehaviourTree.ActionDoAnnounceAction = new BehaviourAction(DoAnnounceAction, "Do Announce Attack");
EnemyBehaviourTree.SequencePlayTurn.AddChild(EnemyBehaviourTree.ActionDoAnnounceAction);
EnemyBehaviourTree.WaitBeforeAction = new BehaviourWait(1f);
EnemyBehaviourTree.SequencePlayTurn.AddChild(EnemyBehaviourTree.WaitBeforeAction);
EnemyBehaviourTree.SelectorDecideAction = new BehaviourSelector(false);
EnemyBehaviourTree.ActionDoHeal = new BehaviourAction(DoHeal, "Do Heal");
EnemyBehaviourTree.ActionDoHeal.OnStarted.AddListener(DoHealOnStarted_Listener);
EnemyBehaviourTree.ConditionShouldHeal = new BehaviourCondition(ShouldEnemyHeal, EnemyBehaviourTree.ActionDoHeal);
EnemyBehaviourTree.ConditionShouldHeal.Name = "Should Heal";
EnemyBehaviourTree.SelectorDecideAction.AddChild(EnemyBehaviourTree.ConditionShouldHeal);
EnemyBehaviourTree.ActionDoAttack = new BehaviourAction(DoAttack, "Do Attack");
EnemyBehaviourTree.ActionDoAttack.OnStarted.AddListener(DoAttackOnStarted_Listener);
EnemyBehaviourTree.SelectorDecideAction.AddChild(EnemyBehaviourTree.ActionDoAttack);
EnemyBehaviourTree.SequencePlayTurn.AddChild(EnemyBehaviourTree.SelectorDecideAction);
_behaviourManagerComponent.SetCurrentTree(EnemyBehaviourTree.Root, true);
}
protected void InitComponents()
{
_botGroundComponent = GetComponent <BotGround>();
_behaviourManagerComponent = GetComponent <BehaviourManager>();
_botVisionComponent = GetComponent <BotPartVision>();
FlagHolder = gameObject.GetChild(NAME_FLAGHOLDER);
}
// it is assumed the current projectile is a generic projectile with an empty reference behaviour to fill up
public void Clone(Projectile p_projectile, ProjectileInfo p_projectileInfo, List <ProjectileBehaviour> p_extraBehaviours)
{
p_projectile.LoadComponents();
LoadComponents();
SpriteRenderer render = m_render;
BoxCollider2D collider = m_boxCollider;
render.sprite = p_projectile.m_render.sprite;
collider.size = p_projectile.m_boxCollider.size;
collider.offset = p_projectile.m_boxCollider.offset;
// this will overwrite any assignment done to this projectile beforehand
p_projectile.Copy(typeof(Projectile), gameObject);
m_render = render;
m_boxCollider = collider;
m_info = p_projectileInfo;
m_behaviourManager = GetComponent <BehaviourManager>();
m_behaviourManager.m_behaviours = new Dictionary <ProjectileBehaviour, bool>();
foreach (ProjectileBehaviour behaviour in m_info.m_behaviours)
{
m_behaviourManager.m_behaviours.Add(behaviour, false);
}
foreach (ProjectileBehaviour behaviour in p_extraBehaviours)
{
m_behaviourManager.m_behaviours.Add(behaviour, false);
}
m_original = p_projectile;
}
public override void UpdateBehaviour(BehaviourManager manager)
{
if (checkBehaviour(manager))
{
manager.behaviours.Pop();
}
}
public void InitializeServices(ContentManager c, SpriteBatch sb)
{
MouseHandler mouseHandle = new MouseHandler();
registerUPDService <MouseHandler>(mouseHandle);
KeyHandler keyHandle = new KeyHandler();
registerUPDService <KeyHandler>(keyHandle);
////////////////////////////////////////////////////////////////////////
CameraManager camManage = new CameraManager();
camManage.Initialize();
registerUPDService <CameraManager>(camManage);
SoundManager soundManage = new SoundManager();
registerService <SoundManager>(soundManage);
IResourceLoader resource = new ResourceLoader();
resource.Content = c;
resource.Initialize();
registerService <IResourceLoader>(resource);
EntityManager entityManage = new EntityManager();
registerService <EntityManager>(entityManage);
BehaviourManager behaveManage = new BehaviourManager();
registerUPDService <BehaviourManager>(behaveManage);
DetectionManger detectManage = new DetectionManger();
registerUPDService <DetectionManger>(detectManage);
RenderManager render = new RenderManager();
registerUPDService <RenderManager>(render);
IScreenManager screenManage = new ScreenManager();
screenManage.Initialize();
registerService <IScreenManager>(screenManage);
soundManage.Initialize();
registerUPDService <IScreenManager>(screenManage);
}
private void UnregisterUpdateable()
{
BehaviourManager manager = BehaviourManager.Instance;
if (manager != null)
{
manager.Remove(this);
}
else
{
Debug.LogError("Behaviour Manager not present!");
}
}
public bool pathComplete(BehaviourManager manager)
{
if (!manager.agent.pathPending)
{
if (manager.agent.stoppingDistance >= manager.agent.remainingDistance)
{
if (!manager.agent.hasPath || manager.agent.velocity.sqrMagnitude == 0f)
{
return(true);
}
}
}
return(false);
}
public static void Initialize()
{
settings = new KZ_Settings();
devConsole = DevConsole.Create();
devConsole.Initialize();
behaviourManager = BehaviourManager.Create();
behaviourManager.Initialize();
appFlow = AppFlow.Create();
appFlow.Inititalize();
Debug.Log("locator initialized");
}
// execute current behaviour and check if we need to change it
// also update the mood, currently uses the first mood, but in the future if you have multiple people detected you can make it follow a certain person by assigning said person an id
private void Behaviour()
{
var moods = Instances.GetEmotions();
if (moods.Count != 0)
{
_mood = moods[0];
if (_nextBehaviour)
{
_previousBehaviourChange = DateTime.Now;
_behaviour = BehaviourManager.GetBehaviour(_mood);
_nextBehaviour = false;
}
}
_nextBehaviour = _behaviour.Execute(this);
}
public MonsterAI(Monster _monster)
{
monster = _monster;
aiInfo = monster.aiInfo;
anim = monster.gameObject.AddComponent <Animator> ();
anim.runtimeAnimatorController = GameObject.Instantiate <RuntimeAnimatorController> (Resources.Load("AI/BaseAI") as RuntimeAnimatorController);
behaviourManager = new BehaviourManager(anim, this);
//Create dictionary of state names from state machines with the functions they will call, names must match stateNames above
stateDict = new Dictionary <string, BaseState>();
stateDict.Add("Idle", new IdleState(monster));
stateDict.Add("Die", new DieState(monster));
stateDict.Add("AttackTarget", new AttackState(monster));
stateDict.Add("Enraged", new EnragedState(monster));
stateDict.Add("ChaseTarget", new ChaseState(monster));
stateDict.Add("Wander", new WanderState(monster));
stateDict.Add("Retreat", new RetreatState(monster));
}
// Use this for initialization
public virtual void Start()
{
GameObject gameMngr = GameObject.Find("GameManager");
if (null == gameMngr)
{
Debug.Log("Error in " + gameObject.name +
": Requires a GameManager object in the scene.");
Debug.Break();
}
position = transform.position;
behaviourMngr = gameMngr.GetComponent <BehaviourManager>();
worldSize = behaviourMngr.worldSize;
//Check that mas is initialized to something. Mass cannot be negative
if (mass <= 0.0f)
{
mass = 0.01f;
}
}
public void InitUnit(EnumInfo.TeamType _tType)
{
_tr = transform;
_unitData = DataManager.Instance.GetUnitDataWithUnitIdx(_unitIdx);
_teamType = _tType;
_stateMgr = GetComponentInChildren <StateManager>();
_animMgr = GetComponentInChildren <AnimManager>();
_behaviourMgr = GetComponentInChildren <BehaviourManager>();
_moveMgr = GetComponentInChildren <MoveManager>();
_seeker = GetComponentInChildren <Seeker>();
_stateMgr.InitStateMgr(this);
_animMgr.InitAnimMgr(this);
_behaviourMgr.InitBehaviourMgr(this);
_moveMgr.InitMoveMgr(this);
if (_unitData.DamageType.Equals("Physic"))
{
_normalDamage.Type = EnumInfo.DamageType.Physic;
}
else
{
_normalDamage.Type = EnumInfo.DamageType.Magic;
}
_normalDamage.DamagePower = _unitData.Damage;
_normalDamage.ResourceUnit = this;
if (_unitData.SkillDamageType.Equals("Physic"))
{
_skillDamage.Type = EnumInfo.DamageType.Physic;
}
else
{
_skillDamage.Type = EnumInfo.DamageType.Magic;
}
_skillDamage.DamagePower = _unitData.SkillDamage;
_skillDamage.ResourceUnit = this;
}
private void GetGenerators()
{
BehaviourManager.OnFinishedInitializing -= GetGenerators;
_generators = new Dictionary <Type, CustomIDGeneratorAttribute>();
foreach (CustomIDGeneratorAttribute generator in BehaviourManager.GetBehaviours <CustomIDGeneratorAttribute>())
{
if (_generators.ContainsKey(generator.Type))
{
if (_generators[generator.Type].Priority < generator.Priority)
{
_generators[generator.Type] = generator;
}
}
else
{
_generators.Add(generator.Type, generator);
}
}
}
// Use this for initialization
void Start()
{
maxSpeed = UnityEngine.Random.Range(0.01f, 0.08f);
townhall = GameObject.Find("GameManager").GetComponent <TileManager>().Tiles[GameObject.Find("GameManager").GetComponent <TileManager>().numrows][GameObject.Find("GameManager").GetComponent <TileManager>().numcolumns].GetComponent <Tile>().Buildingattached;
gameMngr = GameObject.Find("GameManager");
if (null == gameMngr)
{
Debug.Log("Error in " + gameObject.name +
": Requires a GameManager object in the scene.");
Debug.Break();
}
position = transform.position;
behaviourMngr = gameMngr.GetComponent <BehaviourManager>();
//Check that mas is initialized to something. Mass cannot be negative
if (mass <= 0.0f)
{
mass = 0.01f;
}
target = townhall;
}
public static void Initialize()
{
if (HasInitialized)
{
return;
}
HasInitialized = true;
HierarchyManager.Initialize();
HookUpJSONReferenceHandler();
OnSerializationStarted?.Invoke();
AssemblyManager.Initialize();
IDManager.Initialize();
Converter.Initialize();
BlockedTypes.Initialize();
BehaviourManager.Initialize();
AssemblyManager.ExecuteReflection();
}
public static IEnumerator Initialize(MonoBehaviour mono, KernelInitializeData initializeData)
{
MDebug.Assert(ms_IsInitialized == false, "ms_IsInitialized == false");
ms_IsInitialized = true;
Mono = mono;
MDebug.Log("Core", "Initialize kernel with date:\n" + JsonUtility.ToJson(initializeData, true));
BehaviourManager = new GameObject("GF.Core").AddComponent <BehaviourManager>();
yield return(null);
ObjectPool = new ObjectPoolManager(initializeData);
yield return(null);
// add gf event
if (initializeData.EventTypes == null)
{
initializeData.EventTypes = new List <Type>();
}
initializeData.EventTypes.Insert(0, typeof(EventName));
EventCenter = new EventCenter(initializeData);
yield return(null);
EntityManager = new EntityManager(initializeData);
yield return(null);
DownloadManager = new TempDownloadManager();
yield return(DownloadManager.InitializeAsync(initializeData));
if (initializeData.UseAssetBundle)
{
AssetManager = new AssetManager();
yield return(((AssetManager)AssetManager).InitializeAsync(initializeData));
}
//TempAssetInitManager
AssetInitManager = new TempAssetInitManager();
yield return(AssetInitManager.InitializeAsync(initializeData));
#if UNITY_EDITOR
UiManager = new EditorFairyGUIWindowManager();
#else
UiManager = new FairyGUIWindowManager();
#endif
yield return(null);
#region Initialize Packages
List <Common.Utility.ReflectionUtility.MethodAndAttributeData> initializePackages = new List <Common.Utility.ReflectionUtility.MethodAndAttributeData>();
Assembly[] assemblies = AppDomain.CurrentDomain.GetAssemblies();
for (int iAssembly = 0; iAssembly < assemblies.Length; iAssembly++)
{
Common.Utility.ReflectionUtility.CollectionMethodWithAttribute(initializePackages
, assemblies[iAssembly]
, BindingFlags.Static | BindingFlags.NonPublic | BindingFlags.Public
, typeof(InitializePackageAttribute)
, false);
}
List <InitializePackageData> initializePackageDatas = new List <InitializePackageData>();
for (int iPackage = 0; iPackage < initializePackages.Count; iPackage++)
{
initializePackageDatas.Add(new InitializePackageData(initializePackages[iPackage]));
}
initializePackageDatas.Sort(InitializePackageData.ComparerByPriority);
yield return(null);
object[] initializePackageParameters = new object[] { initializeData };
for (int iPackage = 0; iPackage < initializePackageDatas.Count; iPackage++)
{
InitializePackageData iterPackageData = initializePackageDatas[iPackage];
MDebug.Log("Core"
, $"Begin initialize package {iterPackageData.Name}");
object result = iterPackageData.Method.Invoke(null, initializePackageParameters);
if (result != null &&
result is IEnumerator enumerator)
{
yield return(enumerator);
}
MDebug.Log("Core"
, $"End initialize package {iterPackageData.Name}");
yield return(null);
}
#endregion
}
public virtual void UpdateBehaviour(BehaviourManager manager)
{
}
public virtual bool checkBehaviour(BehaviourManager manager)
{
return(false);
}
public void Initialize(BehaviourManager _manager)
{
manager = _manager;
mahHash = GetHashCode();
string s = "shalom";
}
private void CreateChart()
{
chartPanel.Children.Remove(CurrentChart);
CurrentChart = new Chart();
chartPanel.Children.Add(CurrentChart);
CurrentChart.VerticalAlignment = System.Windows.VerticalAlignment.Stretch;
CurrentChart.HorizontalAlignment = System.Windows.HorizontalAlignment.Stretch;
CurrentChart.LegendVisibility = System.Windows.Visibility.Collapsed;
XAxesForamtString = Answer.Properties.XValueFormatString;
XAxesType = Answer.Properties.XAxisType;
chartPanel.Children.Remove(SettingsPanel);
chartPanel.Children.Add(SettingsPanel);
BehaviourManager manager=new BehaviourManager();
manager.AllowMultipleEnabled = true;
manager.IsEnabled = true;
TrackballBehaviour track=new TrackballBehaviour();
manager.Behaviours.Add(track);
track.IsEnabled = true;
track.TrackingMode = TrackingPointPattern.LineOnX;
track.HideTrackballsOnMouseLeave = true;
ZoomBehaviour zoom=new ZoomBehaviour();
zoom.AnimationEnabled = false;
zoom.ZoomMode = ZoomMode.MouseDrag;
zoom.DisableAxisRendering = true;
manager.Behaviours.Add(zoom);
zoom.IsEnabled = true;
TrackBehaviour = track;
CurrentChart.LegendVisibility = Visibility.Collapsed;
CurrentChart.Behaviour = manager;
}
private void Init()
{
behaviourManager = new BehaviourManager();
inputManager = new InputManager(behaviourManager);
}
public override void doBehaviour(BehaviourManager manager)
{
manager.agent.destination = target.transform.position;
}
public override bool checkBehaviour(BehaviourManager manager)
{
return(pathComplete(manager));
return(false);
}
protected DynamicObject()
{
Behaviours = new BehaviourManager();
_AnimatedProperties = new List<IPropertyAnimator>();
BlendState = BlendState.AlphaBlend;
}
public virtual void doBehaviour(BehaviourManager manager)
{
}
public UnitManager(LevelScreen screen)
{
this.screen = screen;
behaviours = new BehaviourManager();
Settings unitSettings = null;
{
unitSettings = new Settings {
Health = 100, Damage = 30, AttackInterval = 0.1f, Speed = 4000
};
enemyClipNames[UnitType.Grunt] = "enemy";
settings[UnitType.Grunt] = unitSettings;
unitLists[UnitType.Grunt] = new List <Unit>(20);
}
{
unitSettings = new Settings {
Health = 100, Damage = 30, AttackInterval = 0.1f, Speed = 4000
};
enemyClipNames[UnitType.Captain] = "enemy";
settings[UnitType.Captain] = unitSettings;
unitLists[UnitType.Captain] = new List <Unit>(20);
}
{
unitSettings = new Settings {
Health = 100, Damage = 30, AttackInterval = 0.1f, Speed = 4000
};
enemyClipNames[UnitType.Boss] = "enemy";
settings[UnitType.Boss] = unitSettings;
unitLists[UnitType.Boss] = new List <Unit>(20);
}
{
unitSettings = new Settings {
Health = 100, Damage = 40, AttackInterval = 0.1f, Speed = 4000
};
enemyClipNames[UnitType.Knight] = "knight";
settings[UnitType.Knight] = unitSettings;
unitLists[UnitType.Knight] = new List <Unit>(20);
}
for (int i = 0; i < NUM_LANES; ++i)
{
lanes[i] = LANE_START + (i * LANE_OFFSET);
}
laneCategories[0] = (Category)SpinelessCollisionCategories.Lane1;
laneCategories[1] = (Category)SpinelessCollisionCategories.Lane2;
laneCategories[2] = (Category)SpinelessCollisionCategories.Lane3;
for (int i = 0; i < 10; ++i)
{
Create(UnitType.Grunt);
Create(UnitType.Captain);
Create(UnitType.Boss);
Create(UnitType.Knight);
}
}
static Engine()
{
behaviourManager = new BehaviourManager();
rendererManager = new RendererManager();
}
public MainWindowViewModel(IWindowManager windowManager, SimpleContainer container)
{
_windowManager = windowManager;
_container = container;
_sensorsToGraph = new ObservableCollection<GraphableSensor>();
SensorsToCheckMethodsAgainst = new ObservableCollection<Sensor>();
_erroneousValuesFromDataTable = new List<ErroneousValue>();
#region Set Up Detection Methods
ShowLastZoom = false;
_minMaxDetector = new MinMaxDetector();
_minMaxDetector.GraphUpdateNeeded += () =>
{
SampleValues(Common.MaximumGraphablePoints, _sensorsToGraph,
"MinMaxDetectorGraphUpdate");
CalculateYAxis(false);
};
_runningMeanStandardDeviationDetector = new RunningMeanStandardDeviationDetector();
_runningMeanStandardDeviationDetector.GraphUpdateNeeded += () => SampleValues(Common.MaximumGraphablePoints, _sensorsToGraph, "RunningMeanGraphUpdate");
_runningMeanStandardDeviationDetector.RefreshDetectedValues +=
() => CheckTheseMethods(new Collection<IDetectionMethod> { _runningMeanStandardDeviationDetector });
_missingValuesDetector = new MissingValuesDetector { IsEnabled = true };
_selectedMethod = _missingValuesDetector;
var repeatedValuesDetector = new RepeatedValuesDetector();
repeatedValuesDetector.RefreshDetectedValues +=
() => CheckTheseMethods(new Collection<IDetectionMethod> { repeatedValuesDetector });
_detectionMethods = new List<IDetectionMethod> { _missingValuesDetector, repeatedValuesDetector, _minMaxDetector, new ToHighRateOfChangeDetector(), _runningMeanStandardDeviationDetector };
#endregion
#region Set Up Behaviours
var behaviourManager = new BehaviourManager { AllowMultipleEnabled = true };
#region Zoom Behaviour
_zoomBehaviour = new CustomZoomBehaviour { IsEnabled = true };
_zoomBehaviour.ZoomRequested += (o, e) =>
{
ZoomState z = new ZoomState(StartTime, EndTime, Range);
_previousZoom.Add(z);
StartTime = e.LowerX;
EndTime = e.UpperX;
Range = new DoubleRange(e.LowerY, e.UpperY);
foreach (var detectionMethod in _detectionMethods.Where(x => x.IsEnabled))
{
var itemsToKeep =
detectionMethod.ListBox.Items.Cast<ErroneousValue>().Where(
x => x.TimeStamp >= StartTime && x.TimeStamp <= EndTime)
.ToList();
detectionMethod.ListBox.Items.Clear();
itemsToKeep.ForEach(x => detectionMethod.ListBox.Items.Add(x));
}
foreach (var sensor in _sensorsToGraph)
{
sensor.SetUpperAndLowerBounds(StartTime, EndTime);
}
SampleValues(Common.MaximumGraphablePoints, _sensorsToGraph, "Zoom");
ShowLastZoom = true;
};
_zoomBehaviour.ZoomResetRequested += o =>
{
_previousZoom.Clear();
foreach (var sensor in _sensorsToGraph)
{
sensor.RemoveBounds();
}
CalculateGraphedEndPoints();
SampleValues(Common.MaximumGraphablePoints, _sensorsToGraph, "ZoomReset");
CalculateYAxis();
CheckTheseMethods(_detectionMethods.Where(x => x.IsEnabled));
ShowLastZoom = false;
_previousZoom.Clear();
};
_zoomBehaviour.LastZoomRequested += (o, e) =>
{
if (ShowLastZoom == true)
{
ZoomState z = _previousZoom.GetLast();
StartTime = z.StartTime;
EndTime = z.EndTime;
Range = z.Range;
foreach (var detectionMethod in _detectionMethods.Where(x => x.IsEnabled))
{
var itemsToKeep =
detectionMethod.ListBox.Items.Cast<ErroneousValue>().Where(
x => x.TimeStamp >= StartTime && x.TimeStamp <= EndTime)
.ToList();
detectionMethod.ListBox.Items.Clear();
itemsToKeep.ForEach(x => detectionMethod.ListBox.Items.Add(x));
}
foreach (var sensor in _sensorsToGraph)
{
sensor.SetUpperAndLowerBounds(StartTime, EndTime);
}
SampleValues(Common.MaximumGraphablePoints, _sensorsToGraph, "Zoom");
if (_previousZoom.Count == 0)
{
ShowLastZoom = false;
}
}
};
behaviourManager.Behaviours.Add(_zoomBehaviour);
#endregion
#region Background Behaviour
_background = new Canvas { Visibility = Visibility.Collapsed };
var backgroundBehaviour = new GraphBackgroundBehaviour(_background);
behaviourManager.Behaviours.Add(backgroundBehaviour);
#endregion
#region Selection Behaviour
_selectionBehaviour = new CustomSelectionBehaviour { IsEnabled = true };
_selectionBehaviour.SelectionMade += (sender, args) =>
{
Selection = args;
};
_selectionBehaviour.SelectionReset += sender =>
{
Selection = null;
};
behaviourManager.Behaviours.Add(_selectionBehaviour);
#endregion
_dateAnnotator = new DateAnnotationBehaviour { IsEnabled = true };
behaviourManager.Behaviours.Add(_dateAnnotator);
_calibrationAnnotator = new CalibrationAnnotatorBehaviour(this) { IsEnabled = true };
behaviourManager.Behaviours.Add(_calibrationAnnotator);
behaviourManager.Behaviours.Add(new ChangesAnnotatorBehaviour(this) { IsEnabled = true });
Behaviour = behaviourManager;
#endregion
PropertyChanged += (o, e) =>
{
if (e.PropertyName == "Selection")
ActionsEnabled = Selection != null;
};
BuildDetectionMethodTabItems();
var autoSaveTimer = new System.Timers.Timer();
autoSaveTimer.Elapsed += (o, e) =>
{
if (CurrentDataset != null)
{
Save();
}
};
autoSaveTimer.AutoReset = true;
autoSaveTimer.Interval = Properties.Settings.Default.AutoSaveTimerInterval;
if (Properties.Settings.Default.AutoSaveTimerEnabled)
autoSaveTimer.Start();
Properties.Settings.Default.PropertyChanged += (o, e) =>
{
switch (e.PropertyName)
{
case "AutoSaveTimerInterval":
autoSaveTimer.Interval =
Properties.Settings.Default.
AutoSaveTimerInterval;
break;
case "AutoSaveTimerEnabled":
if (Properties.Settings.Default.AutoSaveTimerEnabled)
autoSaveTimer.Start();
else
autoSaveTimer.Stop();
break;
}
};
}
public AutomaticMixer()
{
_behaviourManager = new BehaviourManager();
_gatheringService = new GatheringService();
_gatheringService.AudioSessionUpdate.Subscribe(args => OnMixerStateUpdate(_gatheringService, args));
}
private void OnDestroy()
{
BehaviourManager.UnregisterBehaviour(this); client_peer?.Shutdown();
}
private void Awake()
{
BehaviourManager.RegisterBehaviour(this);
Query.Initialize();
OnInit();
}
async void Start()
{
_log.Info("-------LOG STARTED----");
MainUI.Instance.ShowLoginWindow("", "");
//load behaviours
if (Directory.Exists(Path.Combine(Application.dataPath, behavioursPath)))
{
BehaviourManager.LoadBehaviours(Path.Combine(Application.dataPath, behavioursPath));
}
else
{
_log.Info($"Path {Path.Combine(Application.dataPath, behavioursPath)} not exists, skipping assembly loading");
}
string sconfig = @"
akka{
actor{
serializers
{
hyperion = ""Akka.Serialization.HyperionSerializer, Akka.Serialization.Hyperion""
}
serialization-bindings {
""System.Object"" = hyperion
}
provider=""Akka.Remote.RemoteActorRefProvider,Akka.Remote""
}
remote{
helios.tcp{
transport-class = ""Akka.Remote.Transport.Helios.HeliosTcpTransport, Akka.Remote""
port =18098
hostname=localhost
}
}
}
";
var config = ConfigurationFactory.ParseString(sconfig);
_clientId = Guid.NewGuid();
try
{
AkkaSystem = ActorSystem.Create("JediumClient" + _clientId, config);
}
catch (Exception e)
{
Debug.Log(e);
// throw;
}
DeadRequestProcessingActor.Install(AkkaSystem);
}
public bool Start()
{
_logger = LogManager.GetLogger("[MainHost]");
_logger.Info("------------------------------JEDIUM SERVER---------------------------");
_logger.Info("Starting at: " + DateTime.Now);
//settings
var parser = new FileIniDataParser();
IniData data = parser.ReadFile("ServerConfig.ini");
MainSettings.BehavioursPluginPath = data["Server"]["BehavioursPluginPath"];
MainSettings.WebApiHost = data["Server"]["WebApiHost"];
MainSettings.DBUrl = data["Server"]["DBUrl"];
MainSettings.DatabaseName = data["Server"]["DatabaseName"];
MainSettings.CollectMessageStats = bool.Parse(data["Statistics"]["CollectMessageStats"]);
MainSettings.StatsCollectionInterval = int.Parse(data["Statistics"]["StatsCollectionInterval"]);
MD5 mcalc = MD5.Create();
byte[] dbytes = File.ReadAllBytes("Domain.dll");
MainSettings.ServerHash = mcalc.ComputeHash(dbytes).ToHex(false);
_logger.Info($"Server domain hash: {MainSettings.ServerHash}");
//load plugins
BehaviourManager.LoadBehaviours(MainSettings.BehavioursPluginPath);
//get config (app.config)
AkkaConfigurationSection section = (AkkaConfigurationSection)ConfigurationManager.GetSection("akka");
Config aconfig = section.AkkaConfig;
//попытаться запустить актер сервера
try
{
_system = ActorSystem.Create("VirtualFramework", aconfig);
}
catch (Exception ex)
{
_logger.Error(ex.Message);
throw;
}
// на случай разрыва соединения
DeadRequestProcessingActor.Install(_system);
_databaseAgent = _system.ActorOf(Props.Create(() => new MongoDbActor()), "DataBase")
.Cast <DatabaseAgentRef>(); //TODO: Add test for connection
_terminal = _system.ActorOf(Props.Create(() => new TerminalConnection(_databaseAgent)), "Terminal")
.Cast <TerminalConnectionRef>();
_serverConnection = _system
.ActorOf(Props.Create(() => new ServerConnection(_databaseAgent)), "ServerEndpoint")
.Cast <ConnectionRef>(); //TODO: find me
//_databaseAgent.SetDummyObjectTest().Wait();
_manager = _system
.ActorOf(Props.Create(() => new ObjectsManager(_databaseAgent, _serverConnection)), "ObjectManager")
.Cast <ObjectsManagerRef>();
//assets host
_webApiHost = _system
.ActorOf(Props.Create(() => new WebApiHost(MainSettings.WebApiHost, _databaseAgent, _manager)),
"AssetsHost")
.Cast <WebApiHostRef>();
_pluginsHost = _system.ActorOf(Props.Create(() => new PluginsHost(_databaseAgent, _manager)), "PluginsHost")
.Cast <PluginsHostRef>();
_pluginsHost.LoadPlugins().Wait();
_manager.LoadAllScenes().Wait();
return(true);
}
