private async void OnSettingsSave(object obj)
{
if (IsDriveNew)
{
Drive d = SelectedFreeDrive;
await Task.Run(() => {
Settings settings = _mountService.LoadSettings();
settings.Args = GlobalArgs;
settings.AddDrive(d);
_mountService.SaveSettings(settings);
_mountService.UpdateDrives(settings);
});
UpdateObservableDrives(d);
IsDriveNew = false;
}
else
{
CurrentPage = Page.Main;
Drive d = SelectedDrive;
await Task.Run(() => {
Settings settings = _mountService.LoadSettings();
settings.Args = GlobalArgs;
settings.AddDrives(GoldDrives.ToList());
_mountService.SaveSettings(settings);
_mountService.UpdateDrives(settings);
});
UpdateObservableDrives(d);
CheckDriveStatusAsync();
}
}
private void UpdateObservableDrives(Drive selected)
{
GoldDrives.Clear();
FreeDrives.Clear();
_mountService.GoldDrives.ForEach(GoldDrives.Add);
_mountService.FreeDrives.ForEach(FreeDrives.Add);
if (selected != null)
{
var d1 = GoldDrives.ToList().Find(x => x.Name == selected.Name);
if (d1 != null)
{
SelectedDrive = d1;
}
}
else
{
if (GoldDrives.Count > 0)
{
SelectedDrive = GoldDrives[0];
}
}
if (FreeDrives.Count > 0)
{
SelectedFreeDrive = FreeDrives[0];
}
}
//public string GetVolumeName(string letter)
//{
// var r = RunLocal($"vol {letter}:");
// foreach (var line in r.Output.Split('\n'))
// {
// try
// {
// Match match = Regex.Match(line, $@"^\s*Volume in drive {letter} is ([^ ]+)");
// if (match.Success)
// return match.Groups[1].Value.Trim();
// }
// catch (Exception ex)
// {
// }
// }
// return "";
//}
public ReturnBox CheckDriveStatus(Drive drive)
{
ReturnBox r = new ReturnBox
{
MountStatus = MountStatus.OK
};
if (drive == null ||
(drive.Letter.ToCharArray()[0] < 'G' || drive.Letter.ToCharArray()[0] > 'Z'))
{
r.DriveStatus = DriveStatus.NOT_SUPPORTED;
}
else
{
Settings settings = LoadSettings();
UpdateDrives(settings);
var free = FreeDrives.Find(x => x.Letter == drive.Letter) != null;
var isGold = GoldDrives.Find(x => x.Letter == drive.Letter) != null;
var disconnected = GoldDrives.Find(x => x.Letter == drive.Letter && x.Status == DriveStatus.DISCONNECTED) != null;
var pathUsed = GoldDrives.Find(x => x.Letter != drive.Letter && x.MountPoint == drive.MountPoint &&
(x.Status != DriveStatus.DISCONNECTED &&
x.Status != DriveStatus.FREE)) != null;
if (pathUsed)
{
r.MountStatus = MountStatus.BAD_DRIVE;
r.DriveStatus = DriveStatus.MOUNTPOINT_IN_USE;
r.Error = "Mount point in use";
}
else if (free)
{
r.DriveStatus = DriveStatus.DISCONNECTED;
}
else if (disconnected)
{
r.DriveStatus = DriveStatus.DISCONNECTED;
}
else if (!isGold)
{
r.MountStatus = MountStatus.BAD_DRIVE;
r.DriveStatus = DriveStatus.IN_USE;
r.Error = "Drive in use";
}
else if (!CheckIfDriveWorks(drive))
{
r.MountStatus = MountStatus.BAD_DRIVE;
r.DriveStatus = DriveStatus.BROKEN;
r.Error = "Drive is broken";
}
else
{
r.DriveStatus = DriveStatus.CONNECTED;
}
}
r.Drive = drive;
return(r);
}
private void Closing(object obj)
{
if (GoldDrives != null)
{
Settings settings = new Settings
{
Args = GlobalArgs,
Selected = Selected,
};
settings.AddDrives(GoldDrives.ToList());
_mountService.SaveSettings(settings);
}
}
private async void OnSettingsDelete(object obj)
{
Drive d = SelectedDrive;
if (GoldDrives.Contains(d))
{
GoldDrives.Remove(d);
}
await Task.Run(() => {
if (d.Status == DriveStatus.CONNECTED)
{
_mountService.Unmount(d);
}
Settings settings = _mountService.LoadSettings();
settings.Args = GlobalArgs;
settings.AddDrives(GoldDrives.ToList());
_mountService.SaveSettings(settings);
_mountService.UpdateDrives(settings);
});
UpdateObservableDrives(SelectedDrive);
}
