public RemoveClientFromUserListTask(Dispatcher disp, TaskHandler handler, ClientConnectionList list, ClientConnection client, ObservableCollection<UserLocation> locs)
: base(disp, handler)
{
ClientConnectionList = list;
ClientConnection = client;
UserLocations = locs;
}
public RespondToInitRequestMessage(Dispatcher disp, TaskHandler handler, ClientConnectionList list, ClientConnection client, InitRequestMessage msg)
: base(disp, handler)
{
ClientConnectionList = list;
ClientConnection = client;
InitRequestMessage = msg;
}
public RespondToGeoPointMessageTask(Dispatcher disp, TaskHandler handler, ClientConnectionList list, ClientConnection client, ObservableCollection<UserLocation> locs, GeoPointMessage msg)
: base(disp, handler)
{
ClientConnectionList = list;
ClientConnection = client;
GeoPointMessage = msg;
UserLocations = locs;
}
/// <summary>
/// Initialize Facades buy utilzing a dependency injection container
/// </summary>
/// <param name="injector"></param>
private void InitializeHandlers(AdapterInjectionContainer injector)
{
_userHandler = new UserHandler(injector.GetUserAdapter());
_studyHandler = new StudyHandler(injector.GetStudyAdapter());
_fileHandler = new FileHandler(new BibtexParser());
_exportHandler = new ExportHandler();
_teamHandler = new TeamHandler(injector.GetTeamAdapter());
_taskHandler = new TaskHandler(injector.GetTaskAdapter());
}
/// <summary>
/// Constructor for the task.
/// </summary>
/// <param name="controller">The controller usually represents a controller class for the application.
/// In addition, this class must be a DispatcherObject associated with the GUI thread.</param>
/// <param name="handler">Is an enum representing how this task should be executed.</param>
public Task(Dispatcher dispatcher, TaskHandler handler)
{
if (dispatcher == null)
throw new NullReferenceException("Arguments cannot be null.");
IsCompleted = false;
Dispatcher = dispatcher;
TaskHandler = handler;
if (TaskHandler == TaskHandler.Background)
Worker = new BackgroundWorker();
}
private void SaveOrUpdate()
{
//inserisco i parametri abituali
_current.Subject = txtSub.Text;
//_current.Resource = cboZon.SelectedItem as Resource;
_current.Customer = txtCust.EditValue as Customer;
//_current.Location = txtLoc.Text;
//_current.Label = cboCaus.SelectedItem as WIN.SCHEDULING_APPLICATION.DOMAIN.ComboElements.Label;
//_current.Operator = cboOp.SelectedItem as Operator;
DataRange h1 = AppointmentUtils.CreateRangeForQuery(new DataRange(dtpIni.DateTime.Date, dtpFin.DateTime.Date));
_current.StartDate = h1.Start;
//artificio per evitare l'arrotondamento dei comandi ado su sql
_current.EndDate = h1.Finish.AddMinutes(-1);
_current.Description = txtNote.Text;
_current.Priority = (PriorityType)Enum.Parse(typeof(PriorityType), cboPriority.Text);
_current.ActivityState = (ActivityState)Enum.Parse(typeof(ActivityState), cboState.Text);
_current.PercentageCompleteness = Convert.ToInt32(spPerc.EditValue);
if (dtpOut.EditValue == null)
{
_current.OutcomeDate = DateTime.MinValue;
}
else
{
_current.OutcomeDate = dtpOut.DateTime;
}
_current.Outcome = cboOut.SelectedItem as Outcome;
_current.OutcomeDescription = txtNoteRapp.Text;
TaskHandler h = new TaskHandler();
h.SaveOrUpdate(_current);
_current.CalculateAppointmentInfo(Properties.Settings.Default.Main_DeadlineDaysBefore);
}
public FamiliarsCombo(Config config)
{
Config = config;
Menu = config.Menu;
Main = config.Main;
Extensions = config.Extensions;
MultiSleeper = config.MultiSleeper;
Owner = config.Main.Context.Owner;
config.Menu.ComboKeyItem.PropertyChanged += ComboChanged;
config.Menu.FamiliarsLockItem.PropertyChanged += FamiliarsLockChanged;
if (config.Menu.FamiliarsLockItem)
{
config.Menu.FamiliarsLockItem.Item.SetValue(new KeyBind(config.Menu.FamiliarsLockItem.Value, KeyBindType.Toggle));
}
Handler = UpdateManager.Run(ExecuteAsync, true, false);
}
public AutoCombo(Config config)
{
Config = config;
Menu = config.Menu;
Abilities = config.Abilities;
Extensions = config.Extensions;
MultiSleeper = config.MultiSleeper;
Owner = config.Main.Context.Owner;
Prediction = config.Main.Context.Prediction;
Handler = UpdateManager.Run(ExecuteAsync, true, false);
if (config.Menu.AutoComboItem)
{
Handler.RunAsync();
}
config.Menu.AutoComboItem.PropertyChanged += AutoComboChanged;
}
public VmController(
GameHandler gameHandler,
PlayerGameHandler pgh,
GameTaskHandler gth,
TaskHandler th,
PlayerTaskHandler pth,
AzureApi aapi,
VirtualMachineHandler vmh,
IUserHandler userHandler
)
{
this.gameHandler = gameHandler;
this.pgh = pgh;
this.gth = gth;
this.th = th;
this.pth = pth;
this.aapi = aapi;
this.vmh = vmh;
this.userHandler = userHandler;
}
public async Task <IActionResult> CreateTask(TaskModel model)
{
if (ModelState.IsValid)
{
var job = new TaskHandler
{
TaskMessage = model.TaskMessage,
TaskName = model.TaskName,
CompleteDate = DateTime.Now.AddDays(10),
CreateDate = DateTime.Now,
DueDate = DateTime.Now,
Checked = false
};
await repo.Add(job);
return(RedirectToAction("Index"));
}
return(CreateTask());
}
public void TestAddNewTask()
{
DbConnector dbC = new DbConnector();
string respString = dbC.connect();
Assert.AreSame("Done", respString);
Task task = new Task();
task.Title = "Harvest Wheat 2018-11-05";
task.Category = "HARVESTING";
task.Description = "The harvesting task is needed to be completed before 2018/11/08.";
task.StartDate = new DateTime(2018, 11, 6, 0, 0, 0);
task.DueDate = new DateTime(2018, 11, 8, 0, 0, 0);
task.Status = "PENDING";
TaskHandler taskHand = new TaskHandler();
bool respCode = taskHand.addNewTask(dbC.getConn(), task);
Assert.IsTrue(respCode);
}
public GameSocket(ISerializer serializer) : base(serializer)
{
_bagHandler = new BagHandler(this);
_battleHandler = new BattleHandler(this);
_dailyActivityHandler = new DailyActivityHandler(this);
_equipHandler = new EquipHandler(this);
_itemHandler = new ItemHandler(this);
_messageHandler = new MessageHandler(this);
_npcHandler = new NpcHandler(this);
_petHandler = new PetHandler(this);
_petNewHandler = new PetNewHandler(this);
_playerHandler = new PlayerHandler(this);
_prepaidHandler = new PrepaidHandler(this);
_resourceHandler = new ResourceHandler(this);
_skillHandler = new SkillHandler(this);
_skillKeysHandler = new SkillKeysHandler(this);
_taskHandler = new TaskHandler(this);
_teamHandler = new TeamHandler(this);
_entryHandler = new EntryHandler(this);
_roleHandler = new RoleHandler(this);
}
private void Start()
{
slowmotionClass = slowmotion.GetComponent <Slowmotion>();
playerClass = player.GetComponent <Player>();
playerActionsClass = player.GetComponent <PlayerActions>();
coinsAcquiredOnScreenText = coinsAcquired.GetComponent <TextMeshProUGUI>();
coinsInScene = FindObjectsOfType <Coin>().Length;
coinsAcquiredOnScreenText.text = currentCoinsAcquired.ToString() + " / " + coinsInScene;
playerStats = FindObjectOfType <PlayerStatistics>();
taskHandler = FindObjectOfType <TaskHandler>();
prevLowerBound = Camera.main.ViewportToWorldPoint(new Vector3(0, 0, 0)).y;
playSpaceCollider = playSpace.GetComponent <PolygonCollider2D>();
gameLinesClass = gameLines.GetComponent <GameLines>();
levelCompletedText = levelCompletedTextGO.GetComponent <TextMeshProUGUI>();
PersistentInformation.LevelIdentifier = gameObject.scene.name;
pg = FindObjectOfType <ProceduralGeneration>();
initialTimeForAdButtonAnimation = timeForAdButtonAnimation;
adMobClass = FindObjectOfType <AdMob>();
adMobClass.RequestRewardBasedVideo();
adMobClass.RequestInterstitial();
}
// This is different from the alias check as it's used in account creation before the user
// as AuthenticatedData to talk to the web service with.
public static Thread CheckUsernameAvailability(string username, TaskDelegate onCompleteDelegate)
{
if (string.IsNullOrEmpty(username))
{
onCompleteDelegate(CheckAliasResult.Unavailable);
return(null);
}
return(TaskHandler.RunTask(delegate(object data)
{
var parameters = data as object[];
var signal = parameters[0] as TaskDelegate;
var targetUsername = parameters[1] as string;
bool specified;
CheckAliasResult result;
try
{
ServiceHandler.Service.IsAliasAvailable(targetUsername, out result, out specified);
}
catch (Exception error)
{
specified = false;
result = CheckAliasResult.Unavailable;
Log.Write(error);
}
//Signal the calling threat that the operation is compete
if (specified)
{
onCompleteDelegate(result);
}
else
{
onCompleteDelegate(CheckAliasResult.Unavailable);
}
}, onCompleteDelegate, username));
}
public void GetTask_Test()
{
Task tsk2 = new Task();
tsk2.TaskName = "testTask2";
tsk2.StartDate = DateTime.Now;
tsk2.EndDate = DateTime.Now.AddDays(1);
tsk2.Priority = 10;
tsk2.UserId = 1;
tsk2.ProjectId = 1;
tsk2.TaskId = 6;
tsk2.ParentId = 1;
tsk2.User = new User();
tsk2.Project = new Project();
tsk2.Parent = new ParentTask();
Task tsk3 = new Task();
tsk3.TaskName = "testTask3";
tsk3.StartDate = DateTime.Now;
tsk3.EndDate = DateTime.Now.AddDays(1);
tsk3.Priority = 10;
tsk3.UserId = 1;
tsk3.ProjectId = 1;
tsk3.TaskId = 7;
tsk3.ParentId = 1;
tsk3.User = new User();
tsk3.Project = new Project();
tsk3.Parent = new ParentTask();
var mockRepo = new Mock <ITaskRepository>();
mockRepo.Setup(p => p.GetTaskById(6)).Returns(tsk2);
var handler = new TaskHandler(mockRepo.Object);
var tsk = handler.GetTask(6);
mockRepo.Verify(mock => mock.GetTaskById(6), Times.Once());
Assert.AreEqual(tsk.TaskId, tsk2.TaskId);
Assert.AreEqual(tsk.TaskName, tsk.TaskName);
}
void Start()
{
foreach (Transform child in transform)
{
foreach (Transform particles in child)
{
playerParticles.Add(particles.gameObject);
playerParticlesInitialScale.Add(particles.localScale);
}
}
numParticles = playerParticles.Count;
moveSpeed = 0.1f * runSpeed;
playerRigidBody = GetComponent <Rigidbody2D>();
taskHandlerClass = FindObjectOfType <TaskHandler>();
playerState = PlayerState.Still;
vfxControllerClass = FindObjectOfType <VFXController>();
if (levelController != null)
{
levelControllerClass = levelController.GetComponent <LevelController>();
}
playerStats = FindObjectOfType <PlayerStatistics>();
}
protected override void OnActivate()
{
base.OnActivate();
this.BladeFury = this.Context.AbilityFactory.GetAbility <juggernaut_blade_fury>();
this.HealingWard = this.Context.AbilityFactory.GetAbility <juggernaut_healing_ward>();
this.Crit = this.Context.AbilityFactory.GetAbility <juggernaut_blade_dance>();
this.OmniSlash = this.Context.AbilityFactory.GetAbility <juggernaut_omni_slash>();
this.OmniBlinkHandler = UpdateManager.Run(this.OnOmniBlink, false, false);
this.HealingWardControlHandler = UpdateManager.Run(this.OnHealingWardControl, false, false);
var factory = this.Menu.Hero.Factory;
this.CritIndicator = factory.Item("Show Crit Indicator", true);
this.CritIndicator.PropertyChanged += this.CritIndicatorPropertyChanged;
this.OmniBlink = factory.Item("Blink while using Omnislash", true);
this.OmniBlink.PropertyChanged += this.OmniBlinkOnPropertyChanged;
this.ControlWard = factory.Item("Control Healing Ward", true);
this.ControlWard.PropertyChanged += this.ControlWardPropertyChanged;
this.BladeFuryMoveOnly = factory.Item("Bladefury move only", true);
Entity.OnInt32PropertyChange += this.OnNetworkActivity;
if (this.CritIndicator)
{
this.Context.Renderer.Draw += this.OnDraw;
}
if (this.OmniBlink)
{
Unit.OnModifierAdded += this.OnOmniUsage;
}
if (this.ControlWard)
{
ObjectManager.OnAddEntity += this.OnHealingWardAdded;
}
}
public static void Main(string[] args)
{
string mode = System.Environment.GetEnvironmentVariable("APP_ENV");
if (mode == null)
{
Console.WriteLine("APP_ENV not detected, defaulting to API instance.");
mode = "api";
}
switch (mode)
{
case "worker":
TaskReceiver receiver = new TaskReceiver();
TaskHandler worker = new TaskHandler();
receiver.StartConsumer(worker);
break;
case "api":
Console.WriteLine("Starting API Mode.");
CreateWebHostBuilder(args).Build().Run();
break;
}
}
public void ApplyVote()
{
TaskHandler.RunTask(delegate(object data)
{
var parameters = data as object[];
var selected = parameters[0] as PollOption;
try
{
ServiceHandler.Service.ApplyVote(new PollData()
{
OptionId = selected.Id,
OptionIdSpecified = true,
});
MainForm.SetStatusBar("Vote Response Sent.");
}
catch (Exception error)
{
Log.Write(error);
}
}, this);
}
protected override void OnActivate()
{
this.config = new SnatcherConfig();
foreach (var blinkAbilityId in BlinkAbilityIds)
{
var ability = this.owner.GetAbilityById(blinkAbilityId);
if (ability != null)
{
try
{
this.blinkAbility = this.abilityFactory.Value.GetAbility <RangedAbility>(ability);
Log.Debug($"Snatcher: found ability for greed mode {this.blinkAbility}");
}
catch (AbilityNotImplementedException)
{
// not added to sdk yet
}
}
}
this.onUpdateHandler = UpdateManager.Run(this.OnUpdate);
}
void Update()
{
if (!playerStats.playerStatsLoaded)
{
playerStats = FindObjectOfType <PlayerStatistics>();
}
if (firstTimeLoad && playerStats.playerStatsLoaded)
{
InitializeChapterIconColors();
UpdateFirstTaskOnScreen(false);
UpdateSecondTaskOnScreen(false);
numChapters = playerStats.chaptersList.Count;
PersistentInformation.CurrentChapter = playerStats.highestChapter;
chapterName.text = playerStats.chaptersList[PersistentInformation.CurrentChapter].ChapterName;
UpdateIcons();
firstTimeLoad = false;
}
if (taskHandlerClass == null)
{
taskHandlerClass = FindObjectOfType <TaskHandler>();
}
}
public static MultiTask TryGetIdleWalk(TaskHandler _taskHandler)
{
if (_taskHandler.CurrentMultiTask != null && _taskHandler.CurrentMultiTask.Priority >= PRIORITY_IDLEWALK)
{
return(null);
}
MultiTask _multiTask = new MultiTask(_taskHandler, PRIORITY_IDLEWALK);
_multiTask.SetTasks(new Queue <Func <Task.State> >(new Func <Task.State>[] {
() => {
Node _currentNode = GameGrid.GetInstance().GetNodeFromWorldPos(_taskHandler.transform.position);
Node _randomNode = GameGrid.GetInstance().GetClosestFreeNode(GameGrid.GetInstance().GetRandomWalkableNode(_currentNode));
_multiTask.taskFindPath.SetStartAndTarget(_currentNode, _randomNode);
_multiTask.taskMoveAlongPath.SetSpeed(1.0f + (float)_multiTask.Priority);
return(Task.State.Done);
},
() => _multiTask.taskFindPath.Perform(_multiTask),
() => _multiTask.taskMoveAlongPath.Perform(_multiTask)
}));
return(_multiTask);
}
private void commandBar1_DelCommandPressed(object sender, EventArgs e)
{
MyTask label = null;
if (gridView1.FocusedRowHandle >= 0)
{
label = gridView1.GetRow(gridView1.FocusedRowHandle) as MyTask;
if (label == null)
{
return;
}
}
try
{
if (XtraMessageBox.Show("Sicuro di voler procedere? ", "Elimina attività", MessageBoxButtons.YesNo, MessageBoxIcon.Question) == DialogResult.Yes)
{
Nested_CheckSecurityForDeletion();
TaskHandler h = new TaskHandler();
h.Delete(label);
IBindingList g = gridView1.DataSource as IBindingList;
g.Remove(label);
}
}
catch (AccessDeniedException)
{
XtraMessageBox.Show("Impossibile accedere alla funzionalità richiesta. Accesso negato", "Errore", MessageBoxButtons.OK, MessageBoxIcon.Error);
}
catch (Exception ex)
{
ErrorHandler.Show(ex);
}
}
public Task OnStopped(TaskHandler cb)
{
_onStoppedCb += cb;
return(this);
}
public Task OnResume(TaskHandler cb)
{
_onResumeCb += cb;
return(this);
}
public Task OnPause(TaskHandler cb)
{
_onPauseCb += cb;
return(this);
}
public Task OnStart(TaskHandler cb)
{
_onStartCb += cb;
return(this);
}
public SlarkCombo(Slark hero)
: base(hero)
{
this.Slark = hero;
this.UltiHandler = UpdateManager.Run(this.OnUpdate);
}
public void addTaskHandler(TaskHandler theHandler)
{
dataTaskHandler = theHandler;
Verbose("Handler added.");
}
public UpdaterTask(Dispatcher disp, TaskHandler handler, ClientConnectionList list, ObservableCollection<UserLocation> userLocations)
: base(disp, handler)
{
ClientConnectionList = list;
UserLocations = userLocations;
}
public void AddHandler(Type messageType, TaskHandler handler, int allowedPhase)
{
//if (allowedPhase >= 0)
//handlers.Add(messageType, new TaskHandlerDescriptor(handler, allowedPhase));
}
private void RecycleTaskHandler(TaskHandler handler)
{
pool.Add(handler);
creatCount--;
}
public void addTaskHandler(TaskHandler theHandler)
{
userTaskHandler = theHandler;
Verbose("Handler added");
}
public void ThreadSafeDictionary_Add_MultiThread(int n_tasks, int elements_pertask)
{
ThreadSafeDictionary <int, int> list = new ThreadSafeDictionary <int, int>();
TaskSet <int> ts = new TaskSet <int>();
ts.Task = new Action <int>((t) =>
{
for (int i = 0; i < elements_pertask; i++)
{
list.Add(elements_pertask * t + i, i);
}
});
List <Task> tasks = new List <Task>();
for (int t = 0; t < n_tasks; t++)
{
tasks.Add(TaskHandler.StartNew(ts, t));
}
bool running = true;
int cycle = 1;
while (running)
{
int keys = 0;
int values = 0;
foreach (int i in list.Keys) // if any error encountered in the enumerator access, this is not threadsafe
{
keys++;
}
foreach (int i in list.Values) // if any error encountered in the enumerator access, this is not threadsafe
{
values++;
}
Console.WriteLine("Cycle {0}: {1} keys, {2} values".F(cycle, keys, values));
cycle++;
running = false;
foreach (Task tk in tasks)
{
if (!tk.IsCompleted)
{
running = true;
break;
}
}
}
Assert.Multiple(() =>
{
Assert.That(list.Count, Is.EqualTo(n_tasks * elements_pertask));
int[] elements = new int[elements_pertask];
foreach (int i in list.Values)
{
elements[i]++;
}
foreach (int element_count in elements)
{
Assert.That(element_count, Is.EqualTo(n_tasks));
}
});
}
public static void StartAllegiance(string ticket, LobbyType lobbyType, string alias, TaskDelegate onCompleteDelegate)
{
DebugDetector.AssertCheckRunning();
TaskHandler.RunTask(delegate(object p)
{
var param = p as object[];
var sessionTicket = param[0] as string;
var signal = param[1] as TaskDelegate;
var succeeded = false;
try
{
AllegianceRegistry.OutputDebugString = DataStore.Preferences.DebugLog;
AllegianceRegistry.LogToFile = DataStore.Preferences.DebugLog;
AllegianceRegistry.LogChat = DataStore.Preferences.LogChat;
//Create commandline
var commandLine = new StringBuilder("-authenticated")
.AppendFormat(" -callsign={0}", alias);
if (DataStore.Preferences.DebugLog)
{
commandLine.Append(" -debug");
}
if (DataStore.Preferences.LaunchWindowed)
{
commandLine.Append(" -windowed");
}
if (DataStore.Preferences.NoMovies)
{
commandLine.Append(" -nomovies");
}
//Start Allegiance
string lobbyPath = Path.Combine(AllegianceRegistry.LobbyPath, lobbyType.ToString());
string allegiancePath = Path.Combine(lobbyPath, "Allegiance.exe");
if (DataStore.Preferences.UseDX7Engine == true)
{
allegiancePath = Path.Combine(lobbyPath, "AllegianceDX7.exe");
}
#if DEBUG
if (String.IsNullOrEmpty(ConfigurationManager.AppSettings["AllegianceExeOverride"]) == false)
{
Log.Write("Allegiance path was overridden by configuration setting.");
allegiancePath = ConfigurationManager.AppSettings["AllegianceExeOverride"];
}
#endif
Log.Write("Using: " + allegiancePath + " " + commandLine.ToString() + " to launch...");
ProcessHandler process = ProcessHandler.Start(allegiancePath, commandLine.ToString());
process.OnExiting += new EventHandler(process_OnExiting);
_allegianceProcess = process;
_allegianceProcessMonitor = new ProcessMonitor(_allegianceProcess);
// If launching into a lobby, then relay the security token to the allegiance process.
if (lobbyType != LobbyType.None)
{
//Open Pipe
using (var reset = new ManualResetEvent(false))
{
TaskHandler.RunTask(delegate(object value)
{
var parameters = value as object[];
var localProcessHandler = parameters[0] as ProcessHandler;
var localSessionTicket = parameters[1] as String;
var localReset = parameters[2] as ManualResetEvent;
using (var pipe = new Pipe(@"\\.\pipe\allegqueue"))
{
pipe.Create();
if (pipe.Connect())
{
Int64 memoryLocation = Int64.Parse(pipe.Read());
localProcessHandler.WriteMemory(memoryLocation, localSessionTicket + (char)0x00 + Process.GetCurrentProcess().Id);
localReset.Set();
}
}
}, process, sessionTicket, reset);
//Wait X seconds, if allegiance does not retrieve the ticket, exit Allegiance.
if (!reset.WaitOne(PipeTimeout))
{
try
{
process.ForceClose();
//Connect to the pipe in order to close out the connector thread.
using (var pipe = new Pipe(@"\\.\pipe\allegqueue"))
{
pipe.OpenExisting();
pipe.Read();
}
}
catch { }
finally
{
throw new Exception("Allegiance did not respond within the time allotted.");
}
}
// The memory address was retrived from the pipe, write the ticket onto the target process.
//process.WriteMemory((Int64) memoryLocation, sessionTicket);
}
}
succeeded = true;
}
catch (Exception error)
{
Log.Write(error);
}
finally
{
signal(succeeded);
}
}, ticket, onCompleteDelegate);
}
public GenericHeroCombo(GenericHero hero)
: base(hero)
{
this.GenericHero = hero;
this.EulComboHandler = UpdateManager.Run(EulCombo);
}
public TaskHandlerDescriptor(TaskHandler taskHandler, int allowedPhase)
{
pTaskHandler = taskHandler;
pAllowedPhase = allowedPhase;
}
public DrowRangerCombo(DrowRanger hero)
: base(hero)
{
this.DrowRanger = hero;
this.ArrowHandler = UpdateManager.Run(this.OnUpdate);
}
public AddClientToUserListTask(Dispatcher disp, TaskHandler handler, ClientConnectionList list, ClientConnection client)
: base(disp, handler)
{
ClientConnectionList = list;
ClientConnection = client;
}