public void Interpret(Data data, SQLiteConnection conn)
{
if (data.Type == ECollectorType.SMART)
{
ListData <HardDisk> disks = data as ListData <HardDisk>;
if (disks == null)
{
return;
}
long device_id = GetDeviceID(data, conn);
if (device_id >= 0)
{
List <string> drive_letter_list = HardDisk.FailingDrives(disks.Data);
SmartStatus smart_status = new SmartStatus();
EStatusType status = smart_status.GetStatus(drive_letter_list);
SetDeviceStatus(device_id, status, SmartStatus.Types, drive_letter_list.JoinStrings(", "), conn);
}
}
}
void ProperlyShowFailedDrives()
{
HardDisk hd = new HardDisk()
{
DeviceID = "ABC123",
FailureIsPredicted = true
};
hd.DriveLetters.Add("E:");
hd.DriveLetters.Add("C:");
Assert.Equal("ABC123", hd.DeviceID);
Assert.True(hd.FailureIsPredicted.Value);
Assert.Equal(2, hd.DriveLetters.Count);
Assert.Equal("C:, E:", hd.DriveLettersAsString);
HardDisk hd2 = new HardDisk()
{
DeviceID = "XYZ789",
FailureIsPredicted = false
};
hd2.DriveLetters.Add("F:");
hd2.DriveLetters.Add("H:");
HardDisk hd3 = new HardDisk()
{
DeviceID = "EEE777",
FailureIsPredicted = true
};
hd3.DriveLetters.Add("J:");
hd3.DriveLetters.Add("I:");
List <HardDisk> drives = new List <HardDisk>(new HardDisk[] { hd, hd2, hd3 });
List <string> failing = HardDisk.FailingDrives(drives);
string joined = failing.JoinStrings(", ");
Assert.Equal("C:, E:, I:, J:", joined);
}
