private void ClearJob(JobType jobType)
{
string registryKey = string.Empty;
switch (jobType)
{
case JobType.Switch:
SwitchCancelSource?.Cancel();
registryKey = Constants.SwitchRegistryKey;
break;
case JobType.UpdatePriceHistory:
UpdatePriceCancelSource?.Cancel();
registryKey = Constants.UpdatePriceHistoryRegistryKey;
break;
}
JobManager.RemoveJob(jobType.ToString());
SetRegistryKeyValue(registryKey, "Schedule", string.Empty);
SetRegistryKeyValue(registryKey, "IsInProgress", "False");
SetRegistryKeyValue(registryKey, "Round", 0);
}
private async void SwitchManuallyCommand(object obj)
{
ProfitTablesEnabled = true;
if (ProfitTables.Tables == null || ProfitTables.Tables.Count == 0)
{
ProfitTables.Tables.Clear();
for (var i = 0; i < Workers.WorkerList.Count; i++)
{
var worker = Workers.WorkerList[i];
if (worker.Query)
{
var newTable = new ProfitTable
{
Name = worker.Name,
Index = i + 1,
ThisPC = Helpers.ListContainsThisPC(worker.Computers),
Description = worker.Description,
Computers = new ObservableCollection <Computer>(),
ProfitList = new List <ProfitTableRow>()
};
foreach (var pc in worker.Computers)
{
newTable.Computers.Add(new Computer {
Name = pc, IsExpanded = true
});
}
foreach (var ct in worker.CoinList)
{
newTable.ProfitList.Add(new ProfitTableRow
{
Name = ct.FullName,
Symbol = ct.FullSymbol,
Algorithm = ct.FullAlgorithm,
Hashrate = ct.FullHashrate,
Path = ct.Path,
Arguments = ct.Arguments
});
}
var first = newTable.ProfitList.FirstOrDefault();
if (first != null)
{
first.ManualSwitch = true;
}
//Show the topmost coin as the new coin in Computers list
newTable.HookPropertyChanched();
newTable.Row_PropertyChanged(newTable.ProfitList.FirstOrDefault(), new PropertyChangedEventArgs("ManualSwitch"));
ProfitTables.Tables.Add(newTable);
}
}
ScanLan.RaiseCanExecuteChanged();
ScanLanCommand(null);
return;
}
Computer thisPc = null;
var toDoList = new ObservableCollection <ProfitTable>();
bool noComputerIsOnline = true;
var negativeProfitCoinLsit = new List <(string worker, string coin, string profit)>();
var alreadyMiningPcLsit = new List <(string worker, string pc, string coin)>();
var lessProfitablePcLsit = new List <(string worker, string pc, string currentCoin, string switchCoin)>();
foreach (var table in ProfitTables.Tables)
{
var selectedCoinRow = table.ProfitList.FirstOrDefault(x => x.ManualSwitch);
var newTable = new ProfitTable
{
Name = table.Name,
ProfitList = new List <ProfitTableRow> {
selectedCoinRow
},
Computers = new ObservableCollection <Computer>()
};
bool switchChecked = false;
foreach (var pc in table.Computers)
{
if (pc.OnlineStatus == Computer.OperationStatus.Success)
{
noComputerIsOnline = false;
}
if (pc.Switch)
{
switchChecked = true;
}
if (pc.OnlineStatus == Computer.OperationStatus.Success && (pc.Switch || pc.Restart))
{
// Detect empty path
if (pc.Switch && (selectedCoinRow.Path == null || selectedCoinRow.Path == string.Empty))
{
MessageBox.Show($"The selected coin {selectedCoinRow.NameAndSymbol} in {table.Name} has the Path field empty. Define a path to an executable and try again.", "Path cannot be empty", MessageBoxButton.OK, MessageBoxImage.Error);
OnSwitchManuallyExit();
return;
}
var fullName = $"{pc.CurrentCoinName} ({pc.CurrentCoinSymbol})";
// Detect that the SwitchCoin is already mined
if (pc.Switch && selectedCoinRow.Name == pc.CurrentCoinName)
{
alreadyMiningPcLsit.Add((table.Name, pc.Name, fullName));
}
// Detect that the SwitchCoin is less profitable that the currently mined one
var currentlyMinedCoinRow = table.ProfitList.FirstOrDefault(x => x.Name == pc.CurrentCoinName);
if (pc.Switch && currentlyMinedCoinRow != null && currentlyMinedCoinRow.ProfitDay > selectedCoinRow.ProfitDay)
{
lessProfitablePcLsit.Add((table.Name, pc.Name, fullName, selectedCoinRow.NameAndSymbol));
}
var computer = new Computer
{
Name = pc.Name,
CurrentCoinName = pc.CurrentCoinName,
CurrentCoinSymbol = pc.CurrentCoinSymbol,
Switch = pc.Switch,
Restart = pc.Restart,
SwitchStatus = Computer.OperationStatus.Indeterminate,
RestartStatus = Computer.OperationStatus.Indeterminate,
};
if (computer.IsThisPc && thisPc == null)
{
thisPc = computer;
}
newTable.Computers.Add(computer);
}
}
// Detect negative profit
if (switchChecked && selectedCoinRow.ProfitDay <= 0)
{
negativeProfitCoinLsit.Add((table.Name, selectedCoinRow.NameAndSymbol, selectedCoinRow.ProfitDay.ToString("N2")));
}
if (newTable.Computers.Count != 0)
{
toDoList.Add(newTable);
}
}
if (toDoList.Count == 0)
{
string message = null;
if (noComputerIsOnline)
{
message = "There are no computers online.";
}
else
{
message = "There are some computers online but none is checked either for Switch or Restart.";
}
MessageBox.Show(message, "Nothing to do", MessageBoxButton.OK, MessageBoxImage.Information);
OnSwitchManuallyExit();
return;
}
// Disable Switch button. Call OnSwitchManuallyExit before every return to re-enable it.
SwitchManuallyIsInProgress = true;
// Check if localhost is among the pcList machines and it has a background switch job running
if (SwitchIsInProgress && thisPc != null)
{
var result = MessageBox.Show($"An unfinished switching task is currently running in the background. It may overwrite the results of this operation on {thisPc.Name} when it is done. Stop the background job and switch anyway?", "Warning", MessageBoxButton.YesNo, MessageBoxImage.Warning);
if (result == MessageBoxResult.Yes)
{
SwitchCancelSource.Cancel();
while (SwitchIsInProgress)
{
await Task.Delay(100);
}
}
else
{
OnSwitchManuallyExit();
return;
}
}
// Warn if any issues detected
if (negativeProfitCoinLsit.Count != 0 || alreadyMiningPcLsit.Count != 0 || lessProfitablePcLsit.Count != 0)
{
FlowDocument document = new FlowDocument();
int cnt = negativeProfitCoinLsit.Count;
if (cnt != 0)
{
var paragraph = new Paragraph(new Run("The following selected coins have zero or negative profit:\r\n"));
for (int i = 0; i < cnt; i++)
{
var entry = negativeProfitCoinLsit[i];
Run worker = new Run($"{entry.worker}: ");
worker.FontWeight = FontWeights.Bold;
paragraph.Inlines.Add(worker);
paragraph.Inlines.Add($"The daily profit of {entry.coin} is {entry.profit}.");
if (i < cnt - 1)
{
paragraph.Inlines.Add("\r\n");
}
}
document.Blocks.Add(paragraph);
}
cnt = alreadyMiningPcLsit.Count;
if (alreadyMiningPcLsit.Count != 0)
{
var paragraph = new Paragraph(new Run("The following computers are already mining the selected coin:\r\n"));
document.Blocks.Add(paragraph);
for (int i = 0; i < cnt; i++)
{
var entry = alreadyMiningPcLsit[i];
Run worker = new Run($"{entry.worker}: ");
worker.FontWeight = FontWeights.Bold;
paragraph.Inlines.Add(worker);
paragraph.Inlines.Add($"{entry.pc} is already mining {entry.coin}.");
if (i < cnt - 1)
{
paragraph.Inlines.Add("\r\n");
}
}
document.Blocks.Add(paragraph);
}
cnt = lessProfitablePcLsit.Count;
if (lessProfitablePcLsit.Count != 0)
{
var paragraph = new Paragraph(new Run("The following computers are mining a coin that is more profitable than the one you've selected:\r\n"));
document.Blocks.Add(paragraph);
for (int i = 0; i < cnt; i++)
{
var entry = lessProfitablePcLsit[i];
Run worker = new Run($"{entry.worker}: ");
worker.FontWeight = FontWeights.Bold;
paragraph.Inlines.Add(worker);
paragraph.Inlines.Add($"{entry.pc} is mining {entry.currentCoin} which is more profitable than {entry.switchCoin}.");
if (i < cnt - 1)
{
paragraph.Inlines.Add("\r\n");
}
}
document.Blocks.Add(paragraph);
}
var reportWindow = new Report();
reportWindow.RichTextBox.Document = document;
reportWindow.Title = "Switch Inspector";
reportWindow.Header.Text = $"{Constants.AppName} has detected some issues:";
reportWindow.Footer.Text = "Press 'OK' to ignore warnings and proceed or 'Cancel' to abort switching:";
var reportDialogResult = reportWindow.ShowDialog();
if (reportDialogResult == false)
{
OnSwitchManuallyExit();
return;
}
}
// Show Switch window
var switchWindow = new SwitchWindow();
var vm = new SwitchWindowVM(toDoList);
switchWindow.DataContext = vm;
var switchDialogResult = switchWindow.ShowDialog();
if (vm.SwitchIsInProgress && vm.ManualSwitchCancelSource != null)
{
vm.ManualSwitchCancelSource.Cancel();
}
if (vm.SwitchIsInProgress || (vm.SwitchIsFinished && switchDialogResult == true))
{
ScanLanCommand(null);
}
OnSwitchManuallyExit();
}
