protected override bool Confront(int relX, int relY)
{
ITile moveTarget = Map[X, Y][relX, relY];
City city = moveTarget.City;
if (city == null || city == Home || (city.Owner == Owner && Home != null && moveTarget.DistanceTo(Home) < 10))
{
Movement = new MoveUnit(relX, relY);
Movement.Done += MoveEnd;
GameTask.Insert(Movement);
return(true);
}
if (city.Owner != Owner)
{
EstablishTradeRoute(moveTarget.City);
return(true);
}
if (Game.Human == Owner)
{
GameTask.Enqueue(Show.CaravanChoice(this, city));
}
return(true);
}
public override void Run()
{
_player.AddAdvance(_advance);
if (_player.CurrentResearch == _advance)
{
_player.CurrentResearch = null;
_player.Science = 0; // fire-eggs 20170729 if player acquires advance from city/steal/hut, do NOT roll-over existing lightbulbs
}
if (!_human)
{
EndTask();
return;
}
if (_player.CurrentResearch == null)
{
GameTask.Enqueue(new TechSelect(_player));
}
Screens.Civilopedia civilopedia = new Screens.Civilopedia(_advance, discovered: true);
civilopedia.Closed += CivilopediaClosed;
Common.AddScreen(civilopedia);
}
void generateTask()
{
GameObject go;
int i = Random.Range(0, 2);
if (i == 0) //随机生成不同的任务
{
go = Instantiate(task0, new Vector3(-500, 0, 0),
Quaternion.identity, LeftUpUI.transform) as GameObject;
go.transform.localPosition = new Vector3(newTaskPos + 95, 0, 0);
newTaskPos += 190;
}
else
{
go = Instantiate(task1, new Vector3(-500, 0, 0),
Quaternion.identity, LeftUpUI.transform) as GameObject;
go.transform.localPosition = new Vector3(newTaskPos + 110, 0, 0);
newTaskPos += 220;
}
tasks[curTaskNum] = new GameTask(Time.time, go);
tasks[curTaskNum].s = tasks[curTaskNum].task.transform.GetComponentInChildren <Slider>();
tasks[curTaskNum].s.maxValue = overTime;
tasks[curTaskNum].s.minValue = 0;
tasks[curTaskNum].s.value = overTime;
tasks[curTaskNum].type = i;
++curTaskNum;
}
public void CmdTaskFinish(CustomPayload payload)
{
if (CurrentTask == null)
{
return;
}
if (IsHunter && !CurrentTask.HunterActive || !IsHunter && !CurrentTask.VictimActive)
{
return;
}
if (!CurrentTask.OnTaskFinish(this, payload.Data))
{
return;
}
if (IsHunter)
{
CurrentTask.LastHunterOpened = (float)NetworkTime.time;
}
else
{
CurrentTask.LastVictimOpened = (float)NetworkTime.time;
}
TargetSetTaskFinishedClient(connectionToClient, CurrentTask.gameObject);
CurrentTask = null;
TargetSetTask(connectionToClient, null);
}
private void GameYear_Accept(object sender, EventArgs args)
{
Value = (sender as Input).Text;
int gameYear;
if (!int.TryParse(Value, out gameYear) || gameYear < -4000 || gameYear > 6000)
{
GameTask.Enqueue(Message.Error("-- DEBUG: Set Game Year --", $"The value {Value} is invalid or out of range.", "Please enter a value between -4000 and", "6000."));
}
else
{
Game.GameTurn = Common.YearToTurn(gameYear);
GameTask.Enqueue(Message.General($"Game year set to {Game.GameYear}."));
}
if (Accept != null)
{
Accept(this, null);
}
if (sender is Input)
{
((Input)sender)?.Close();
}
Destroy();
}
public ActionResult <string> CreateDefault([FromBody] DefaultParams p)
{
string playerName = _signInManager.UserManager.GetUserName(this.User);
GameTask game = GameManager.Instance.CreateDefaultGame(playerName);
return(Ok(game.Id));
}
private void OnActiveChange()
{
if (Active)
{
OnActivate();
}
else
{
OnDeactivate();
}
if (isServer)
{
int i = 0;
if (Active && ActivateTask.Length > 0)
{
foreach (GameObject taskObject in ActivateTask)
{
GameTask task = taskObject.GetComponent <GameTask>();
task.ActivatorObject = this;
// task.VictimActive = ActivateForVictim;
// task.HunterActive = ActivateForHunter;
if (!Off)
{
task.VictimActive = false;
task.HunterActive = false;
if (ActivateForVictim)
{
StartCoroutine(doCooldown(ActivateForVictimCooldown, task, 0));
}
if (ActivateForHunter)
{
StartCoroutine(doCooldown(ActivateForHunterCooldown, task, 1));
}
}
}
}
else if (!Active && DeactivateTask.Length > 0)
{
foreach (GameObject taskObject in DeactivateTask)
{
GameTask task = taskObject.GetComponent <GameTask>();
task.ActivatorObject = this;
if (!Off)
{
task.VictimActive = false;
task.HunterActive = false;
if (DeActivateForVictim)
{
StartCoroutine(doCooldown(DeActivateForVictimCooldown, task, 0));
}
if (DeActivateForHunter)
{
StartCoroutine(doCooldown(DeActivateForHunterCooldown, task, 1));
}
}
}
}
}
}
public GamePlay()
{
Cursor = MouseCursor.Pointer;
Color[] palette = Resources.Instance.LoadPIC("SP257").Palette;
_canvas = new Picture(320, 200, palette);
_canvas.FillRectangle(5, 0, 0, 320, 200);
_rightSideBar = Settings.RightSideBar;
_menuBar = new MenuBar(palette);
_sideBar = new SideBar(palette);
_gameMap = new GameMap();
_menuBar.GameSelected += MenuBarGame;
_menuBar.OrdersSelected += MenuBarOrders;
_menuBar.AdvisorsSelected += MenuBarAdvisors;
_menuBar.WorldSelected += MenuBarWorld;
_menuBar.CivilopediaSelected += MenuBarCivilopedia;
while (Game.CurrentPlayer != Game.HumanPlayer)
{
Game.Instance.Update();
GameTask.Update();
}
}
private void PlayerGold_Accept(object sender, EventArgs args)
{
Value = (sender as Input).Text;
short playerGold;
if (!short.TryParse(Value, out playerGold) || playerGold < 0 || playerGold > 30000)
{
GameTask.Enqueue(Message.Error("-- DEBUG: Set Player Gold --", $"The value {Value} is invalid or out of range.", "Please enter a value between 0 and", "30000."));
}
else
{
_selectedPlayer.Gold = playerGold;
GameTask.Enqueue(Message.General($"{_selectedPlayer.TribeName} gold set to {playerGold}$."));
}
if (Accept != null)
{
Accept(this, null);
}
if (sender is Input)
{
((Input)sender)?.Close();
}
Destroy();
}
private async Task StartCountdown()
{
while (Info.Owner != null)
{
try
{
LastCountdown = 0f;
await GameTask.DelaySeconds(Countdown);
if (Info.Owner != null)
{
OnCountdown();
}
}
catch (Exception e)
{
if (e.Message.Trim() == "A task was canceled.")
{
return;
}
Log.Error($"[TASK] {e.Message}: {e.StackTrace}");
}
}
}
private void Incite(object sender, EventArgs args)
{
Player previousOwner = Game.GetPlayer(_cityToIncite.Owner);
Show captureCity = Show.CaptureCity(_cityToIncite);
captureCity.Done += (s1, a1) =>
{
Game.DisbandUnit(_diplomat);
_cityToIncite.Owner = _diplomat.Owner;
// remove half the buildings at random
foreach (IBuilding building in _cityToIncite.Buildings.Where(b => Common.Random.Next(0, 1) == 1).ToList())
{
_cityToIncite.RemoveBuilding(building);
}
_diplomat.Player.Gold -= (short)_inciteCost;
previousOwner.IsDestroyed();
if (Human == _cityToIncite.Owner || Human == _diplomat.Owner)
{
GameTask.Insert(Tasks.Show.CityManager(_cityToIncite));
}
};
if (Human == _cityToIncite.Owner || Human == _diplomat.Owner)
{
GameTask.Insert(captureCity);
}
Cancel();
}
public ChangeActivityOutput <GameTaskDto, long> ChangeActivity(ChangeActivityInput input)
{
throw new NotSupportedException("This method is implemented but it is not safely to use it.");
GameTaskRepository.Includes.Add(r => r.LastModifierUser);
GameTaskRepository.Includes.Add(r => r.CreatorUser);
GameTaskRepository.Includes.Add(r => r.GameTaskType);
GameTaskRepository.Includes.Add(r => r.Conditions);
GameTaskRepository.Includes.Add(r => r.Tips);
GameTask gameTaskEntity = GameTaskRepository.Get(input.EntityId);
if (gameTaskEntity == null)
{
throw new CityQuestItemNotFoundException(CityQuestConsts.CityQuestItemNotFoundExceptionMessageBody, "\"GameTask\"");
}
if (!GameTaskPolicy.CanChangeActivityForEntity(gameTaskEntity))
{
throw new CityQuestPolicyException(CityQuestConsts.CQPolicyExceptionChangeActivityDenied, "\"GameTask\"");
}
gameTaskEntity.IsActive = input.IsActive == null ? !gameTaskEntity.IsActive : (bool)input.IsActive;
GameTaskDto newGameTaskDto = (gameTaskEntity).MapTo <GameTaskDto>();
GameTaskRepository.Update(gameTaskEntity);
GameTaskRepository.Includes.Clear();
return(new ChangeActivityOutput <GameTaskDto, long>()
{
Entity = newGameTaskDto
});
}
public UpdateOutput <GameTaskDto, long> Update(UpdateInput <GameTaskDto, long> input)
{
throw new NotSupportedException("This method is implemented but it is not safely to use it.");
GameTask newGameTaskEntity = input.Entity.MapTo <GameTask>();
if (newGameTaskEntity == null)
{
throw new CityQuestItemNotFoundException(CityQuestConsts.CityQuestItemNotFoundExceptionMessageBody, "\"GameTask\"");
}
if (!GameTaskPolicy.CanUpdateEntity(newGameTaskEntity))
{
throw new CityQuestPolicyException(CityQuestConsts.CQPolicyExceptionUpdateDenied, "\"GameTask\"");
}
GameTaskRepository.Includes.Add(r => r.LastModifierUser);
GameTaskRepository.Includes.Add(r => r.CreatorUser);
GameTaskRepository.Includes.Add(r => r.GameTaskType);
GameTaskRepository.Includes.Add(r => r.Conditions);
GameTaskRepository.Includes.Add(r => r.Tips);
GameTaskRepository.Update(newGameTaskEntity);
GameTaskDto newGameTaskDto = (GameTaskRepository.Get(newGameTaskEntity.Id)).MapTo <GameTaskDto>();
GameTaskRepository.Includes.Clear();
return(new UpdateOutput <GameTaskDto, long>()
{
UpdatedEntity = newGameTaskDto
});
}
public CreateOutput <GameTaskDto, long> Create(CreateInput <GameTaskDto, long> input)
{
throw new NotSupportedException("This method is implemented but it is not safely to use it.");
GameTask newGameTaskEntity = input.Entity.MapTo <GameTask>();
newGameTaskEntity.IsActive = true;
if (!GameTaskPolicy.CanCreateEntity(newGameTaskEntity))
{
throw new CityQuestPolicyException(CityQuestConsts.CQPolicyExceptionCreateDenied, "\"GameTask\"");
}
GameTaskRepository.Includes.Add(r => r.LastModifierUser);
GameTaskRepository.Includes.Add(r => r.CreatorUser);
GameTaskRepository.Includes.Add(r => r.GameTaskType);
GameTaskRepository.Includes.Add(r => r.Conditions);
GameTaskRepository.Includes.Add(r => r.Tips);
GameTaskDto newGameTaskDto = (GameTaskRepository.Insert(newGameTaskEntity)).MapTo <GameTaskDto>();
GameTaskRepository.Includes.Clear();
return(new CreateOutput <GameTaskDto, long>()
{
CreatedEntity = newGameTaskDto
});
}
internal override bool Confront(int relX, int relY)
{
ITile moveTarget = Map[X, Y][relX, relY];
City city = moveTarget.City;
// fire-eggs Caravan can build wonder even in home city
if (city != null && city.Owner == Owner && Game.Human == Owner)
{
// TODO fire-eggs this seems like bad design: how to determine whether to show a menu, without activating the menu?
if (city.IsBuildingWonder || CaravanChoice.AllowEstablishTradeRoute(this, city))
{
GameTask.Enqueue(Show.CaravanChoice(this, city));
}
else
{
MovementTo(relX, relY);
}
return(true);
}
if (city == null || city == Home || (city.Owner == Owner && Home != null && moveTarget.DistanceTo(Home) < 10))
{
MovementTo(relX, relY);
return(true);
}
if (city.Owner != Owner)
{
EstablishTradeRoute(moveTarget.City);
return(true);
}
return(true);
}
private void HandleFuel()
{
if (Map[X, Y].Units.Any(u => u.Name == "Carrier"))
{
if (CarrierIsLandable())
{
MovesLeft = 0;
FuelLeft = TotalFuel; // Refuel
return;
}
}
if (Map[X, Y].City != null)
{
MovesLeft = 0;
FuelLeft = TotalFuel; // Refuel
return;
}
if (MovesLeft > 0 || FuelLeft > 0)
{
return;
}
// Air unit is out of fuel
Game.DisbandUnit(this);
GameTask.Enqueue(Message.Error("-- Civilization Note --", TextFile.Instance.GetGameText("ERROR/FUEL")));
}
public override bool MouseDown(ScreenEventArgs args)
{
if (args.Y <= 50)
{
if (args.X < 1 || args.Y < 1 || args.X > 79 || args.Y > 49)
{
return(true);
}
int xx = (args.X - 1) + GamePlay.X - 30;
int yy = (args.Y - 1) + GamePlay.Y - 18;
GamePlay.CenterOnPoint(xx, yy);
}
if (args.Y > 50 && args.Y < 62)
{
Log("Sidebar: Palace View");
Common.AddScreen(new PalaceView());
}
else if (args.Y >= 62)
{
if (Game.CurrentPlayer == Human && Game.ActiveUnit == null)
{
GameTask.Enqueue(Turn.End());
}
}
return(true);
}
private void PlayerScience_Accept(object sender, EventArgs args)
{
Value = (sender as Input).Text;
short playerScience;
if (!short.TryParse(Value, out playerScience) || playerScience < 0 || playerScience > 30000)
{
GameTask.Enqueue(Message.Error("-- DEBUG: Set Player Science --", $"The value {Value} is invalid or out of range.", "Please enter a value between 0 and", "30000."));
}
else
{
if (playerScience > _selectedPlayer.ScienceCost)
{
playerScience = _selectedPlayer.ScienceCost;
}
_selectedPlayer.Science = playerScience;
GameTask.Enqueue(Message.General($"{_selectedPlayer.TribeName} science set to {playerScience}~."));
}
if (Accept != null)
{
Accept(this, null);
}
if (sender is Input)
{
((Input)sender)?.Close();
}
Destroy();
}
private void StealTechnology(object sender, EventArgs args)
{
IAdvance advance = _diplomat.GetAdvanceToSteal(_enemyCity.Player);
if (advance == null)
{
GameTask.Insert(Message.General($"No new technology found"));
}
else
{
GameTask task = new Tasks.GetAdvance(_diplomat.Player, advance);
task.Done += (s1, a1) =>
{
Game.DisbandUnit(_diplomat);
if (_diplomat.Player == Human || _enemyCity.Player == Human)
{
GameTask.Insert(Message.Spy("Spies report:", $"{_diplomat.Player.TribeName} steal", $"{advance.Name}"));
}
};
GameTask.Enqueue(task);
}
Cancel();
}
private void CitySizeSet_Accept(object sender, EventArgs args)
{
Value = (sender as Input).Text;
byte citySize;
if (!byte.TryParse(Value, out citySize) || citySize < 1 || citySize > 99)
{
GameTask.Enqueue(Message.Error("-- DEBUG: Set City Size --", $"The value {Value} is invalid or out of range.", "Please enter a value between 1 and 99."));
}
else
{
_selectedCity.Size = citySize;
GameTask.Enqueue(Message.General($"{_selectedCity.Name} size set to {citySize}."));
}
if (Accept != null)
{
Accept(this, null);
}
if (sender is Input)
{
((Input)sender)?.Close();
}
Destroy();
}
private void onBattleTaskGoing(GameTask gt)
{
if (this.IsHostTask(gt))
{
this.TrackTask(gt);
}
}
public override bool KeyDown(KeyboardEventArgs args)
{
if (Game.CurrentPlayer != Human)
{
// Ignore all keypresses if the current player is not human
return(false);
}
switch (args.KeyChar)
{
case 'G':
GameTask.Enqueue(Show.Goto);
return(true);
case 'T':
GameTask.Enqueue(Show.Terrain);
return(true);
}
if (Game.ActiveUnit != null)
{
return(KeyDownActiveUnit(args));
}
switch (args.Key)
{
case Key.Space:
case Key.Enter:
GameTask.Enqueue(Turn.End());
return(true);
}
return(false);
}
public GameTask GetGamePlayTask(GameLocalDataResponse manifest)
{
var platform = manifest.publishing.softwareList.software.FirstOrDefault(a => a.softwarePlatform == "PCWIN");
var playTask = new GameTask()
{
IsBuiltIn = true,
IsPrimary = true
};
if (string.IsNullOrEmpty(platform.fulfillmentAttributes.executePathOverride))
{
return(null);
}
if (platform.fulfillmentAttributes.executePathOverride.Contains(@"://"))
{
playTask.Type = GameTaskType.URL;
playTask.Path = platform.fulfillmentAttributes.executePathOverride;
}
else
{
var executePath = GetPathFromPlatformPath(platform.fulfillmentAttributes.executePathOverride);
playTask.WorkingDir = Path.GetDirectoryName(GetPathFromPlatformPath(platform.fulfillmentAttributes.installCheckOverride));
playTask.Path = executePath;
}
return(playTask);
}
protected void MovementTo(int relX, int relY)
{
MovementStart(Tile);
Movement = new MoveUnit(relX, relY);
Movement.Done += MoveEnd;
GameTask.Insert(Movement);
}
public static void ActivateTask(GameTask task, Game gameData, EmulatorProfile config)
{
switch (task.Type)
{
case GameTaskType.File:
case GameTaskType.URL:
ActivateTask(task, gameData);
break;
case GameTaskType.Emulator:
if (config == null)
{
throw new Exception("Cannot start emulated game without emulator.");
}
var path = gameData.ResolveVariables(config.Executable);
var arguments = gameData.ResolveVariables(config.Arguments);
if (!string.IsNullOrEmpty(task.AdditionalArguments))
{
arguments += " " + gameData.ResolveVariables(task.AdditionalArguments);
}
if (task.OverrideDefaultArgs)
{
arguments = gameData.ResolveVariables(task.Arguments);
}
var workdir = gameData.ResolveVariables(config.WorkingDirectory);
logger.Info($"Starting emulator: {path}, {arguments}, {workdir}");
ProcessStarter.StartProcess(path, arguments, workdir);
break;
}
}
public async Task <IActionResult> GameRestart(int roomId)
{
if (gameServer.gameHelper.gameTasks.FirstOrDefault(game => game.Game.Room.Id == roomId)?.IsStarted == true)
{
return(Ok("Gra dla tego pokoju już działa."));
}
var room = await roomService.GetRoom(roomId);
if (room.Players.Count < 2)
{
return(Ok("Oczekiwanie na graczy."));
}
var playerEmptyPoints = room.Players.ToDictionary(player => player.Id, _ => 0);
var gameTask = new GameTask
(
new ChessGameStatus
{
WhiteClock = room.RoomConfiguration.RoundDuration,
BlackClock = room.RoomConfiguration.RoundDuration
},
new Game
{
Id = Guid.NewGuid().ToString(),
Room = room,
PlayersPointsPerGame = playerEmptyPoints
}
);
await gameServer.CreateGame(gameTask);
return(Ok());
}
public override void Play(List <Emulator> emulators)
{
ReleaseResources();
stopWatch = Stopwatch.StartNew();
procMon = new ProcessMonitor();
procMon.TreeDestroyed += Monitor_TreeDestroyed;
var app = BattleNetLibrary.GetAppDefinition(Game.ProviderId);
if (Game.PlayTask.Type == GameTaskType.URL && Game.PlayTask.Path.StartsWith("battlenet", StringComparison.InvariantCultureIgnoreCase))
{
OnStarting(this, new GameControllerEventArgs(this, 0));
var task = new GameTask()
{
Path = BattleNetSettings.ClientExecPath,
Arguments = string.Format("--exec=\"launch {0}\"", Game.ProviderId)
};
GameHandler.ActivateTask(task, Game, emulators);
procMon.TreeStarted += ProcMon_TreeStarted;
procMon.WatchDirectoryProcesses(Game.InstallDirectory, false);
}
else if (app.Type == BattleNetLibrary.BNetAppType.Classic && Game.PlayTask.Path.Contains(app.ClassicExecutable))
{
OnStarting(this, new GameControllerEventArgs(this, 0));
var proc = GameHandler.ActivateTask(Game.PlayTask, Game, emulators);
procMon.WatchDirectoryProcesses(Game.InstallDirectory, true);
OnStarted(this, new GameControllerEventArgs(this, 0));
}
else
{
base.Play(emulators);
}
}
private void onBattleTaskClose(GameTask gt)
{
if (!this.IsHostTask(gt))
{
return;
}
}
private MenuItem <int> MenuBuildIrrigation() => MenuItem <int>
.Create((Map[X, Y] is Forest)? "Change to Plains" :
((Map[X, Y] is Jungle) || (Map[X, Y] is Swamp))? "Change to Grassland" :
"Build Irrigation")
.SetShortcut("i")
.SetEnabled(Map[X, Y].AllowIrrigation() || Map[X, Y].AllowChangeTerrain())
.OnSelect((s, a) => GameTask.Enqueue(Orders.BuildIrrigation(this)));
void Update()
{
if (!SceneTransitionManager.instance.isGameOn())
{
return;
}
// Debug.Log("hi~~~~~");
if (!TaskManager.instance.filledUI)
{
return; // used once since GAME scene is never destroyed
}
// Debug.Log("heyyy");
// Debug.Log(addTextDoneCountdown);
var completedTaskIdx = -1;
// For each active task
for (int i = 0; i < activeTasks.Count; i++)
{
// If the task has been completed
if (TaskManager.instance.activeTasks[i].isComplete())
{
Debug.Log("Task " + TaskManager.instance.activeTasks[i].description + " has been completed");
completedTaskIdx = i;
break;
}
pauseMenuTasks[i].text = TaskManager.instance.activeTasks[i].description;
onScreenTasks[i].text = TaskManager.instance.activeTasks[i].description;
}
// Completed a task
if (completedTaskIdx != -1)
{
// Remove the completed task and add a new one
SFX.PlayOneShot(ObjCompleteSFX, 0.6F);
var completedTask = activeTasks[completedTaskIdx];
activeTasks[completedTaskIdx] = null;
completedTasks.Add(completedTask);
GameTask newTask = null;
newTask = addRandomTask();
Debug.Log(newTask);
pauseMenuTasks[completedTaskIdx].text = newTask.description;
onScreenTasks[completedTaskIdx].text = newTask.description;
// Show objective complete
// Debug.Log("Calling showobjectivecomplete");
TaskManager.instance.StopCoroutine("ShowObjectiveComplete");
TaskManager.instance.StopCoroutine("ShowNewObjective");
TaskManager.instance.StartCoroutine(ShowObjectiveComplete(completedTask));
TaskManager.instance.StartCoroutine(ShowNewObjective(newTask));
// Generate a tool for the raccoon here
// Debug.Log("Calling spawnrandomtool");
SpawnRandomTool();
}
// update task text if there are changes
}
public void SaveCharTask(GameTask task)
{
//var charTasksNode = (XmlElement)CharNode(task.CharIdx).SelectSingleNode("Tasks");
var charTasksNode = CharTasksNode(task.CharIdx);
var taskNodeName = task.XmlNodeName;
var taskNode = (XmlElement)charTasksNode.SelectSingleNode(taskNodeName);
if (taskNode == null) {
task.AppendXmlElement(charTasksNode);
} else {
task.SetXmlAttribs(taskNode);
}
SaveFile();
}
public GameTask Add(GameTask gameTask)
{
bool taskMatureTimeUnique = false;
uint attempts = 0;
while (taskMatureTimeUnique == false) {
ArgumentException aex = new ArgumentException();
if (this.Queue.ContainsKey(gameTask.MatureTime.Ticks)) {
taskMatureTimeUnique = false;
} else {
taskMatureTimeUnique = true;
try {
Queue.Add(gameTask.MatureTime.Ticks, gameTask);
} catch (ArgumentException aexNew) {
MessageBox.Show("Failed to add task with key: '" + gameTask.MatureTime.Ticks + "'.");
aex = aexNew;
}
}
if (taskMatureTimeUnique == false) {
gameTask = gameTask.AddTicks(1);
}
attempts += 1;
if (attempts > 500) {
MessageBox.Show("GameTaskQueue::Add(): Error adding task: " + aex.ToString());
}
}
return gameTask;
}
public bool TryGetCharTask(uint charIdx, TaskKind kind, int taskId, out GameTask task)
{
//var charTasksNode = (XmlElement)CharNode(charIdx).SelectSingleNode("Tasks");
var charTasksNode = CharTasksNode(charIdx);
var taskNodeName = GameTask.GenXmlNodeName(kind, taskId);
var taskNode = (XmlElement)charTasksNode.SelectSingleNode(taskNodeName);
if (taskNode != null) {
try {
task = GameTask.FromXmlElement(taskNode);
return true;
} catch (Exception) { }
}
task = new GameTask();
return false;
}
// Populates queue taking in to account last invoke times.
public void Populate(Interactor intr, int charsMax, bool resetDay)
{
var now = DateTime.Now;
for (uint charIdx = 0; charIdx < charsMax; charIdx++) {
// ################################### INVOCATION #####################################
int invokesToday = intr.AccountStates.GetCharStateOr(charIdx, "invokesToday", 0);
DateTime invokesCompletedOn = intr.AccountStates.GetCharStateOr(charIdx,
"invokesCompleteFor", Global.Default.SomeOldDate);
// Clear any stale invoke count:
if (invokesCompletedOn < TodaysGameDate.AddDays(-1)) {
invokesToday = 0;
}
DateTime mostRecentInvoke = intr.AccountStates.GetCharStateOr(charIdx, "mostRecentInvocationTime",
now.AddHours(-24));
var invTaskMatureTime = CalculateTaskMatureTime(mostRecentInvoke, charIdx,
TaskKind.Invocation, invokesToday, 0.0f);
if (invokesToday >= 6) {
if (invokesCompletedOn < TodaysGameDate) { // START FRESH DAY
intr.AccountStates.SaveCharState(0, charIdx, "invokesToday");
invokesToday = 0;
invTaskMatureTime = now;
} else { // DONE FOR THE DAY
invTaskMatureTime = NextThreeAmPst;
}
}
if (resetDay) {
intr.AccountStates.SaveCharState(0, charIdx, "invokesToday");
intr.AccountStates.SaveCharState(TodaysGameDate.AddDays(-1), charIdx,
"mostRecentInvocationTime");
invokesToday = 0;
invTaskMatureTime = now;
}
intr.Log(LogEntryType.Debug, "Adding invocation task to queue for character [{0}], matures: {1}.",
charIdx, invTaskMatureTime);
var invTask = new GameTask(mostRecentInvoke, invTaskMatureTime, charIdx, TaskKind.Invocation, invokesToday, 0.0f);
intr.AccountStates.SaveCharTask(invTask);
this.Add(invTask);
// ################################## PROFESSIONS #####################################
// ################ Prune Stale Profession Tasks ################
//for (var p = 0; p < ProfessionTasksRef.ProfessionTaskNames.Length; p++) {
// var settingKey = "MostRecentProfTime_" + p;
// var oldTaskThreshold = now.AddDays(-2);
// //DateTime profTaskMatureTime;
// //if (DateTime.TryParse(intr.AccountStates.GetCharStateOr(charIdx,
// // charSettingSection, ""), out profTaskMatureTime)) {
// // intr.Log("Found " + settingKey + " for " + charSettingSection + " in ini file: " +
// // profTaskMatureTime.ToString() + ".", LogEntryType.Debug);
// // //// [TODO]: Is this necessary?:
// // //if (profTaskMatureTime < oldTaskThreshold) {
// // // intr.Log("Removing " + settingKey + " for " + charSettingSection + " from ini file.", LogEntryType.Debug);
// // // intr.GameAccount.RemoveSetting(settingKey, charSettingSection);
// // //}
// //}
// DateTime profTaskMatureTime = intr.AccountStates.GetCharStateOr(charIdx,
// settingKey, Global.Default.SomeOldDate);
//}
// ################ Add Tasks to Queue ################
int tasksQueued = 0;
for (var taskId = 0; taskId < ProfessionTasksRef.ProfessionTaskNames.Length; taskId++) {
GameTask profTask;
// Attempt to load from new task persistence system:
if (!intr.AccountStates.TryGetCharTask(charIdx, TaskKind.Profession, taskId, out profTask)) {
// Use old school system:
var mostRecentTaskTime = intr.AccountStates.GetCharStateOr(charIdx, "MostRecentProfTime_" + taskId, Global.Default.SomeOldDate);
DateTime profTaskMatureTime = CalculateTaskMatureTime(mostRecentTaskTime, charIdx, TaskKind.Profession, taskId, 0.0f);
profTask = new GameTask(mostRecentTaskTime, profTaskMatureTime, charIdx, TaskKind.Profession, taskId, 0.0f);
}
intr.Log(LogEntryType.Info, "Adding profession task to queue for character [" + charIdx
+ "], matures: " + profTask.MatureTime.ToString() + ", taskId: " + taskId.ToString() + ".");
this.Add(profTask);
tasksQueued += 1;
}
intr.Log(LogEntryType.Info, "[" + tasksQueued.ToString() + "] profession tasks queued for character [" + charIdx + "].");
}
}