static void OnAllocateUnixBuffer(IntPtr memoryBuffer, uint length, out Unix buffer)
{
var memory = _pool.Rent();
unsafe
{
buffer = new Unix((IntPtr)memory.UnsafePointer, (uint)memory.Length);
}
}
internal static int NonWindowsGetProcessParentPid(int pid)
{
return(IsMacOS ? Unix.NativeMethods.GetPPid(pid) : Unix.GetProcFSParentPid(pid));
}
static void OnAllocateUnixBuffer(IntPtr memoryBuffer, uint length, out Unix buffer)
{
var memory = Marshal.AllocHGlobal((int)length);
buffer = new Unix(memory, length);
}
// Platform methods prefixed NonWindows are:
// - non-windows by the definition of the IsWindows method above
// - here, because porting to Linux and other operating systems
// should not move the original Windows code out of the module
// it belongs to, so this way the windows code can remain in it's
// original source file and only the non-windows code has been moved
// out here
// - only to be used with the IsWindows feature query, and only if
// no other more specific feature query makes sense
internal static bool NonWindowsIsHardLink(ref IntPtr handle)
{
return(Unix.IsHardLink(ref handle));
}
internal static bool NonWindowsIsHardLink(FileSystemInfo fileInfo)
{
return(Unix.IsHardLink(fileInfo));
}
public override ValueType ConvertToTotalValue(uint basis)
{
return(Unix.ToDateTime(basis));
}
void OnMenuHelp(object sender, EventArgs args)
{
Unix.ShowUri(null, "ghelp:gbrainy",
Gdk.EventHelper.GetTime(new Gdk.Event(IntPtr.Zero)));
}
static void OnAllocateUnixBuffer(IntPtr memoryBuffer, uint length, out Unix buffer)
{
var memory = Marshal.AllocHGlobal((int)length);
buffer = new Unix(memory, length);
}
public static void Copy(File modbusDevice, DeviceBase canDevice)
{
Record rec;
UInt16 index;
UInt32 var32;
if (canDevice.DeviceType != DeviceType.KIP_BATTERY_POWER_v1)
{
throw new InvalidCastException("Требуется устройство CAN типа КИП-9811");
}
if (modbusDevice.Records[KIP9811Address.VisitingCard.DeviceType].Value !=
(UInt16)DeviceType.KIP_BATTERY_POWER_v1)
{
throw new InvalidCastException("Требуется устройство modbus типа КИП-9811");
}
// Адреса, которые обрабатываются по особому
UInt16[] exclusions = new ushort[] { 0x000A, 0x000B, 0x000C, 0x000E, 0x0014,
0x0019, 0x0020, 0x0024, 0x0025, 0x0026, 0x0036, 0x0037 };
// Адреса, которые исключаются из обработки
UInt16[] nothandled = new ushort[] { 0x0000, 0x0006, 0x0007, 0x0008, 0x0009,
0x000D, 0x000E };
// Копируем данные
foreach (UInt16 modbusAddress in _TableAddress.Keys)
{
// Исключаем из обработки адреса
if (Exist(nothandled, modbusAddress))
{
continue;
}
// Адреса для обработки особым способом,
// так же пропускаем, их обработаем ниже
if (Exist(exclusions, modbusAddress))
{
continue;
}
// Получаем индекс объекта CAN-устройства
index = _TableAddress[modbusAddress];
// Копируем значение объекта в запись modbus
modbusDevice.Records[modbusAddress].Value =
(UInt16)canDevice.ObjectDictionary[index].Value;
}
// Теперь обрабатываем сложные параметры
// 0x0007
//modbusDevice.Records[0x0007].Value = 0; //TODO Код производителя, всега неопределён
// 0x000A
modbusDevice.Records[0x000A].Value = Convert.ToUInt16(canDevice.NodeId);
// 0x000B
if (canDevice.Status == DeviceStatus.CommunicationError)
{
modbusDevice.Records[0x000B].Value = 0;
}
else
{
modbusDevice.Records[0x000B].Value = 1;
}
// 0x000C
//modbusDevice.Records[0x000C].Value = 0; //TODO
// 0x000E
switch (canDevice.Status)
{
case DeviceStatus.CommunicationError:
case DeviceStatus.ConfigurationError:
case DeviceStatus.Stopped:
{
modbusDevice.Records[0x000E].Value =
(UInt16)DeviceStatus.Stopped; // Stopped
break;
}
case DeviceStatus.Operational:
{
modbusDevice.Records[0x000E].Value =
(UInt16)DeviceStatus.Operational;
break;
}
case DeviceStatus.Preoperational:
{
modbusDevice.Records[0x000E].Value =
(UInt16)DeviceStatus.Preoperational;
break;
}
default: { throw new NotSupportedException(); }
}
//0x0014 TODO
//0x0019 TODO
//0x0020 TODO
//0x0024
modbusDevice.Records[0x0024].Value = canDevice.ElectrodeArea;
//0x0025, 0x0026
var32 = (UInt32)canDevice.GetObject(_TableAddress[0x0025]);
modbusDevice.Records[0x0025].Value = (UInt16)(var32 >> 16);
var32 = (UInt32)canDevice.GetObject(_TableAddress[0x0026]);
modbusDevice.Records[0x0026].Value = (UInt16)var32;
//0x0036, 0x0037
var32 = Unix.ToUnixTime((DateTime)canDevice.GetObject(_TableAddress[0x0036]));
modbusDevice.Records[0x0036].Value = (UInt16)(var32 >> 16);
var32 = Unix.ToUnixTime((DateTime)canDevice.GetObject(_TableAddress[0x0037]));
unchecked
{
modbusDevice.Records[0x0037].Value = (UInt16)var32;
}
return;
}
public static IntPtr error(bool useCLibrary = false)
{
return(useCLibrary ? BSD.dlerror() : Unix.dlerror());
}
public static int close(IntPtr handle, bool useCLibrary = false)
{
return(useCLibrary ? BSD.dlclose(handle) : Unix.dlclose(handle));
}
public static IntPtr sym(IntPtr handle, [NotNull] string name, bool useCLibrary = false)
{
return(useCLibrary ? BSD.dlsym(handle, name) : Unix.dlsym(handle, name));
}
public static IntPtr open([CanBeNull] string fileName, SymbolFlag flags = SymbolFlag.RTLD_DEFAULT, bool useCLibrary = false)
{
return(useCLibrary ? BSD.dlopen(fileName, flags) : Unix.dlopen(fileName, flags));
}
public ActionResult Index(UploadModel uploadModel)
{
if (!ModelState.IsValid)
{
/*
* var errors = ModelState
* .Where(x => x.Value.Errors.Count > 0)
* .Select(x => new { x.Key, x.Value.Errors })
* .ToArray();
*/
foreach (var _error in GetModelStateErrorsAsList(this.ModelState))
{
ModelState.AddModelError("", _error.ErrorMessage);
}
return(View(uploadModel));
}
Torrent t;
try
{
t = Torrent.Load(uploadModel.TorrentFile.InputStream);
}
catch (Exception)
{
ModelState.AddModelError("", "Invalid .torrent file.");
return(View(uploadModel));
}
if (!t.IsPrivate)
{
ModelState.AddModelError("", "The torrent file needs to be marked as \"Private\" when you create the torrent.");
return(View(uploadModel));
}
var TORRENT_DIR = TrackerSettings.TORRENT_DIRECTORY;
var NFO_DIR = TrackerSettings.NFO_DIRECTORY;
using (var db = new OpenTrackerDbContext())
{
//
var _torrentFilename = uploadModel.TorrentFile.FileName;
if (!string.IsNullOrEmpty(uploadModel.TorrentName))
{
_torrentFilename = uploadModel.TorrentName;
}
var cleanTorentFilename = Regex.Replace(_torrentFilename, "[^A-Za-z0-9]", string.Empty);
var finalTorrentFilename = string.Format("TEMP-{0}-{1}", DateTime.Now.Ticks, cleanTorentFilename);
var _torrentPath = Path.Combine(TORRENT_DIR, string.Format("{0}.torrent", finalTorrentFilename));
var _nfoPath = Path.Combine(NFO_DIR, string.Format("{0}.nfo", finalTorrentFilename));
uploadModel.NFO.SaveAs(_nfoPath);
uploadModel.TorrentFile.SaveAs(_torrentPath);
var infoHash = t.InfoHash.ToString().Replace("-", string.Empty);
var torrentSize = t.Files.Sum(file => file.Length);
var numfiles = t.Files.Count();
var client = t.CreatedBy;
var torrent = new torrents
{
categoryid = uploadModel.CategoryId,
info_hash = infoHash,
torrentname = _torrentFilename.Replace(".torrent", string.Empty),
description = uploadModel.Description,
description_small = uploadModel.SmallDescription,
added = (int)Unix.ConvertToUnixTimestamp(DateTime.UtcNow),
numfiles = numfiles,
size = torrentSize,
client_created_by = client,
owner = new Core.Account.AccountInformation().UserId
};
db.AddTotorrents(torrent);
db.SaveChanges();
var _torrent = (from tor in db.torrents
where tor.info_hash == infoHash
select tor)
.Select(tor => new { tor.info_hash, tor.id })
.Take(1)
.FirstOrDefault();
if (_torrent == null)
{
// TODO: error logging etc. here
}
else
{
System.IO.File.Move(_torrentPath, Path.Combine(TORRENT_DIR, string.Format("{0}.torrent", _torrent.id)));
System.IO.File.Move(_nfoPath, Path.Combine(NFO_DIR, string.Format("{0}.nfo", _torrent.id)));
var files = t.Files;
foreach (var tFile in files.Select(torrentFile => new torrents_files
{
torrentid = torrent.id,
filename = torrentFile.FullPath,
filesize = torrentFile.Length
}).OrderBy(torrentFile => torrentFile.filename))
{
db.AddTotorrents_files(tFile);
}
db.SaveChanges();
}
return(RedirectToAction("Index", "Browse"));
}
}