private void UpdateGS(Account acc, Village vill, CellCollection cells, int column)
{
bool enabled = cells[column].Checked;
if (vill.Settings.GreatStableTrain == enabled) return; //no difference
vill.Settings.GreatStableTrain = enabled;
if (enabled)
{
if (!TroopsHelper.EverythingFilled(acc, vill)) TroopsHelper.ReStartTroopTraining(acc, vill);
}
}
//Save button
private void button1_Click(object sender, EventArgs e)
{
var acc = GetSelectedAcc();
//change vill names list
var changeVillNames = new List <(int, string)>();
for (int i = 0; i < tableModelMain.Rows.Count; i++)
{
var cells = tableModelMain.Rows[i].Cells;
int column = 0;
//Village id
var id = Int32.Parse(cells[column].Text);
var vill = acc.Villages.First(x => x.Id == id);
//check if name is different. if it is, change the name
var name = cells[++column].Text;
if (name != vill.Name)
{
changeVillNames.Add((id, name));
}
column++;
UpdateBarracks(acc, vill, cells, column);
column++;
UpdateGB(acc, vill, cells, column);
column++;
UpdateStable(acc, vill, cells, column);
column++;
UpdateGS(acc, vill, cells, column);
column++;
UpdateWorkshop(acc, vill, cells, column);
column++;
vill.Settings.AutoImprove = cells[column].Checked;
// Reset training
if (!TroopsHelper.EverythingFilled(acc, vill) && acc.Tasks != null)
{
TroopsHelper.ReStartTroopTraining(acc, vill);
}
}
//Change name of village/s
if (0 < changeVillNames.Count && acc.Tasks != null)
{
TaskExecutor.AddTaskIfNotExists(acc,
new ChangeVillageName()
{
ExecuteAt = DateTime.Now,
ChangeList = changeVillNames
});
}
}
public override async Task <TaskRes> Execute(Account acc)
{
// Troops task
TroopsHelper.ReStartTroopTraining(acc, Vill);
await Task.Delay(AccountHelper.Delay());
TroopsHelper.ReStartResearchAndImprovement(acc, Vill);
await Task.Delay(AccountHelper.Delay());
// Building task
BuildingHelper.ReStartBuilding(acc, Vill);
await Task.Delay(AccountHelper.Delay());
BuildingHelper.ReStartDemolishing(acc, Vill);
await Task.Delay(AccountHelper.Delay());
// Celebration task
AccountHelper.ReStartCelebration(acc, Vill);
return(TaskRes.Executed);
}
private async void NewTick()
{
// Dirty hack. TODO fix the code, so building/troops filling tasks won't fail by themselves
restartTasksCounter++;
if (restartTasksCounter > 7200)
{
restartTasksCounter = 0;
foreach (var vill in acc.Villages)
{
if (!TroopsHelper.EverythingFilled(acc, vill))
{
TroopsHelper.ReStartTroopTraining(acc, vill);
}
BuildingHelper.ReStartBuilding(acc, vill);
}
}
if (acc.Tasks.Count == 0)
{
return; //No tasks
}
// Another task is already in progress. wait
var taskInProgress = acc.Tasks.FirstOrDefault(x => x.Stage != TaskStage.Start);
if (taskInProgress != null)
{
if (taskInProgress.DurationCounter++ > 30) //after 20sec try to re-execute the task
{
Console.WriteLine($"Task {taskInProgress} timed out. Restarting it..");
taskInProgress.DurationCounter = 15;
taskInProgress.Stage = TaskStage.Start; //re-navigate & execute
//We have tried re-executing the task 3 times already, something is clearly wrong. Just delete the task.
if (++taskInProgress.RetryCounter > 3)
{
acc.Tasks.Remove(taskInProgress);
}
}
return;
}
var tasks = acc.Tasks.Where(x => x.ExecuteAt <= DateTime.Now).ToList();
if (tasks.Count == 0)
{
return; // No tasks yet
}
BotTask firstTask = tasks.FirstOrDefault(x => x.Priority == TaskPriority.High);
if (firstTask == null)
{
firstTask = tasks.FirstOrDefault(x => x.Priority == TaskPriority.Medium);
}
if (firstTask == null)
{
firstTask = tasks.FirstOrDefault();
}
//Console.WriteLine($"---Tasks: {acc.Tasks.Count}, first one {firstTask.GetType()}");
if (firstTask.Stage != TaskStage.Start)
{
return;
}
//If correct village is selected, otherwise change village
if (firstTask.vill != null)
{
var active = acc.Villages.FirstOrDefault(x => x.Active);
if (active != null) //error handling
{
if (firstTask.vill != active && firstTask.GetType() != typeof(SwitchVillage))
{
//wrong village selected, reselect village
TaskExecutor.AddTask(acc, new SwitchVillage()
{
vill = firstTask.vill, Priority = TaskPriority.High
});
return;
}
}
}
firstTask.Stage = TaskStage.Executing;
_ = TaskExecutor.Execute(acc, firstTask);
}
