public static void setupFileWatcher(WatchListControl list)
{
try
{
m_WatchFileChangedList = new ThreadSafeList<string>(100);
FileInfo fi = new FileInfo(list.DataFileCompletePath);
string fileName = fi.Name;
string directory = fi.Directory.ToString();
// Create a new FileSystemWatcher and set its properties.
list.Watcher = new FileSystemWatcher();
list.Watcher.Path = directory;
list.Watcher.Filter = fileName; // filter out all but this one file, its all we want to watch
/* Watch for changes in LastAccess and LastWrite times */
// wlItem.watcher.NotifyFilter = NotifyFilters.LastAccess | NotifyFilters.LastWrite;
list.Watcher.NotifyFilter = NotifyFilters.LastWrite;
// Add event handlers.
list.Watcher.Changed += new FileSystemEventHandler(OnWatchFileChanged);
// Begin watching.
list.Watcher.EnableRaisingEvents = true;
}
catch (Exception ex)
{
ErrorLog.Trace(ex );
}
}
public Chat(Client c, XmppClientConnection xmpp)
{
_client = c;
Rooms = new ThreadSafeList<NewChatRoom>();
_xmpp = xmpp;
_xmpp.OnMessage += XmppOnOnMessage;
}
public Game()
{
Messages = new List<string>();
Players = new ThreadSafeList<Player>();
ActorList = new List<Actor>();
BulletList = new List<Bullet>();
Map = new Map();
}
public void ThreadSafeListCopyTest()
{
var list1 = new ThreadSafeList<QuoteData>();
var list2 = new ThreadSafeList<int>();
list1.AddRange(new[] {new QuoteData(1, 2, DateTime.Now), null}, 1000);
list2.AddRange(new[] {1, 2, 3}, 1000);
var found1 = list1.Find(x => true, x => new QuoteData(x), 1000);
Assert.IsTrue(found1.ask == 2 && found1.bid == 1);
var found2 = list1.Find(x => x == null, x => new QuoteData(x), 1000);
Assert.IsNull(found2);
found2 = list1.Find(x => x.ask == 100, x => new QuoteData(x), 1000);
Assert.IsNull(found2);
var found3 = list2.Find(x => x == 2, x => x, 1000);
Assert.IsTrue(found3 == 2);
found3 = list2.Find(x => x == 100, x => x, 1000);
Assert.AreEqual(found3, default(int));
}
public PlayerSlotCollection(int numSlots)
{
SlotList = new ThreadSafeList<PlayerSlot>(numSlots);
PlayerSlot previous = null;
PlayerSlot current = null;
for (int i = 0; i < numSlots; i++)
{
current = new PlayerSlot(i, SyncLock);
if (previous != null)
previous.FillNextSlot(current);
SlotList.Add(current);
previous = current;
}
//-- Link the last slot to the first.
current.FillNextSlot(SlotList[0]);
}
public MutableFace(Face face)
{
Vertices = new ThreadSafeList <MutableVertex>(face.Vertices.Select(x => new MutableVertex(x)));
Texture = face.Texture.Clone();
}
/// <summary>
/// 静态构造函数
/// </summary>
static JobScheduler()
{
taskScheduler = new ThreadSafeList <Job>();
}
public Users()
{
Items = new ThreadSafeList <UserItem>();
}
public Computers()
{
itemsField = new ThreadSafeList <ComputersItem>();
}
/// <summary>
/// Create the grid
/// </summary>
private void DrawGrid()
{
HelixGrid = null;
var newLines = new ThreadSafeList<Point3D>();
for (int x = -10; x <= 10; x++)
{
newLines.Add(new Point3D(x, -10, -.001));
newLines.Add(new Point3D(x, 10, -.001));
}
for (int y = -10; y <= 10; y++)
{
newLines.Add(new Point3D(-10, y, -.001));
newLines.Add(new Point3D(10, y, -.001));
}
HelixGrid = newLines;
}
public AutoCopyItem(string ae)
{
SourceAE = ae;
Datasets = new ThreadSafeList <string>();
}
public SyncProcessor(CommandHandler commandHandler, ThreadSafeList <CustomFileHash> changedFilesList)
{
_commandHandler = commandHandler;
_changedFilesList = changedFilesList;
}
public byte[][] getFilesToUpload()
{
this.checkAuthentication();
this.checkTransactionIsEnabled();
necessaryFiles = new ThreadSafeList<FBFile>(FBVersion.getNecessaryFilesToUpgrade(this.inSyncVersion, this.realFiles.filesAlreadyRepresented()));
this.uploadedFiles = new PhysicFilesList();
byte[][] ret = new byte[necessaryFiles.Count][];
for (int i = 0; i < necessaryFiles.Count; ++i)
{
ret[i] = necessaryFiles.ElementAt(i).serialize();
}
return ret;
}
public OutPort(int number)
{
portNumber = number;
packetBuffer = new ThreadSafeList <MPLSPacket>();
}
public MPLSPack(ThreadSafeList <MPLSPacket> packets)
{
this.packets = packets;
}
private async void btnConnectAuto_Click(object sender, EventArgs e)
{
try
{
Context.InAutoMode = true;
if (Helper.TraceEnabled)
{
Logger.InitLogger(true);
_loggerTask = Task.Factory.StartNew(LoggerAction);
}
else
{
Logger.InitLogger();
_loggerTask = null;
}
var changedFilesList = new ThreadSafeList <CustomFileHash>();
var commandResponseBuffer = new BufferBlock <byte[]>();
var tcpClient = new TcpClient(txtHostAuto.Text, Int32.Parse(txtPortAuto.Text));
_tcpCommunication = new TcpCommunication(tcpClient, commandResponseBuffer, changedFilesList);
var connectionBytes = Encoding.UTF8.GetBytes(txtUsername.Text + ":" + txtUserpassword.Text + ":");
_tcpCommunication.SendCommand(connectionBytes, 0, connectionBytes.Length);
await _tcpCommunication.CommandResponseBuffer.OutputAvailableAsync();
var response = _tcpCommunication.CommandResponseBuffer.Receive();
var message = Encoding.UTF8.GetString(response).Split(':');
if (message[0].Equals("Error"))
{
MessageBox.Show(message[1], @"Invalid user or password");
_tcpCommunication.Dispose();
}
else
{
SwitchAutoUiState(UiConnectedState);
Context.CurrentUser = txtUsername.Text;
_commandHandler = new CommandHandler(_tcpCommunication);
Logger.WriteInitialSyncBreakLine();
var filesForInitialSync = await DetermineFilesForInitialSync();
_syncProcessor = new SyncProcessor(_commandHandler, changedFilesList);
filesForInitialSync.ForEach(_syncProcessor.AddChangedFile);
await _syncProcessor.ChangedFileManager();
Logger.WriteSyncBreakLine();
changedFilesList.OnAdd += changedFilesList_OnAdd;
_myFsWatcher = new MyFsWatcher(txtDefaultFolderAuto.Text, _syncProcessor);
}
}
catch (FormatException fex)
{
var str = "Message: " + fex.Message +
"\nSource: " + fex.Source +
"\nStackTrace: " + fex.StackTrace;
MessageBox.Show(str, @"Syncroniser - FormatException");
SwitchAutoUiState(false);
MessageBox.Show(fex.Message);
}
catch (Exception ex)
{
var str = "Message: " + ex.Message +
"\nSource: " + ex.Source +
"\nStackTrace: " + ex.StackTrace;
MessageBox.Show(str, @"Syncroniser - Exception");
SwitchAutoUiState(false);
MessageBox.Show(ex.Message);
}
}
// constructor
public DVR(APPLICATION_DATA appData)
{
try
{
m_AppData = appData;
m_AppData.AddOnClosing(Stop, APPLICATION_DATA.CLOSE_ORDER.MIDDLE);
m_Log = (ErrorLog)m_AppData.Logger;
PauseFlag = new PAUSE_FLAG();
PauseFlag.Pause = true;
FileAccessControl = new FILE_SYSTEM_ACCESS(PauseFlag, m_AppData);
try
{
Paths = new PATHS(m_AppData.ThisComputerName, true, m_AppData);
m_AppData.PathManager = (object)Paths;
}
catch (Exception ex) { m_Log.Trace(ex, ErrorLog.LOG_TYPE.FATAL); }
m_EventLogFile = new EventLogFiles.EventLogFiles(m_AppData);
// PRE MOTION BUFFER LENGHT
m_NumberOfFramesToPrePostBuffer = 30; // this many frames before and after moton event, if too small, files may be erased before motion is detected because of processing lag
////////
m_AppData.HealthStatistics[(int)APPLICATION_DATA.HEALTH_STATISTICS.DVR.DVR_DriveName].StatString.RegisterForUse(true);
m_AppData.HealthStatistics[(int)APPLICATION_DATA.HEALTH_STATISTICS.DVR.DVR_DriveReady].boolean.RegisterForUse(true);
m_AppData.HealthStatistics[(int)APPLICATION_DATA.HEALTH_STATISTICS.DVR.DVR_FreeSpace].SnapshotDouble.RegisterForUse(true);
m_AppData.HealthStatistics[(int)APPLICATION_DATA.HEALTH_STATISTICS.DVR.DVR_UsedSpace].SnapshotDouble.RegisterForUse(true);
m_AppData.HealthStatistics[(int)APPLICATION_DATA.HEALTH_STATISTICS.DVR.DVR_DriveHotSwap].StatString.RegisterForUse(true);
m_AppData.HealthStatistics[(int)APPLICATION_DATA.HEALTH_STATISTICS.System.System_Drive].StatString.SetValue = "No drive ";
m_FrameGenerator = (FrameGenerator)m_AppData.FrameGenerator;
m_DriveManager = new DriveManager(m_AppData, OnExternalDriveChange, Paths.StorageDir);
// alway use external storage
if (m_AppData.RunninAsService)
{
int count = 0;
Paths.Drive = m_DriveManager.GetDrive(ref count);
PauseFlag.DriveExists = true;
if (count > 1)
{
PauseFlag.Pause = true;
m_Log.Log("Too many external drives on start", ErrorLog.LOG_TYPE.FATAL);
//m_MessageBoxMessage = "Too many external drives on start. Please connect only one external drive and re-start the LPR Service.";
//RunMessageBoxDialog();
}
else if (Paths.Drive == null)
{
PauseFlag.Pause = true;
m_Log.Log("External Drive not found", ErrorLog.LOG_TYPE.FATAL);
// m_MessageBoxMessage = "External drive not found. Please connect one external drive";
PauseFlag.DriveExists = false;
// RunMessageBoxDialog();
}
}
m_ConsumerID = m_FrameGenerator.GetNewConsumerID();
m_NewFrameQ = new ThreadSafeQueue <FRAME>(240, "QueueOverruns_DVR_NewFrameQ", m_AppData);
m_MotionDetectedQ = new ThreadSafeQueue <FRAME>(240, "QueueOverruns_DVR_MotionDetectedQ", m_AppData);
m_DirectyToStorageQ = new ThreadSafeQueue <FRAME>(240, "QueueOverruns_DVR_DirectyToStorageQ", m_AppData);
m_NewLPRRecordQ = new ThreadSafeQueue <FRAME>(m_LPRRecordQueLen, "QueueOverruns_DVR_NewLPRRecordQ", m_AppData);
m_TempFileList = new ThreadSafeList <TEMPFILES>(120);
m_NumSourceChannels = (m_AppData.RunninAsService) ? m_AppData.MAX_PHYSICAL_CHANNELS : m_AppData.MAX_VIRTUAL_CHANNELS;
m_PreMotionRecords = new PRE_MOTION_RECORDS[m_NumSourceChannels];
m_DVRLoopThread = new Thread(DVRLoop);
m_ReportDVRStats = new Thread(ReportDVRStatusLoop);
m_TempFileCleanUpThread = new Thread(TempFilesCleanUpLoop);
m_MaintainFileSystemSizeLimit = new Thread(MaintainFileSystemSizeLimitLoop);
}
catch (Exception ex) { m_Log.Trace(ex, ErrorLog.LOG_TYPE.FATAL); }
}
public TcpCommunication(TcpClient tcpClient, BufferBlock <byte[]> commandResponseBuffer, ThreadSafeList <CustomFileHash> changedFilesList)
{
try
{
_tcpClient = tcpClient;
_networkStream = tcpClient.GetStream();
CommandResponseBuffer = commandResponseBuffer;
ChangedFilesList = changedFilesList;
Task.Factory.StartNew(AsyncReading());
}
catch (ArgumentNullException e)
{
throw new Exception("ArgumentNullException: " + e);
}
catch (SocketException e)
{
throw new Exception("SocketException: " + e);
}
}
public CHANNEL(int idx)
{
index = idx;
name = idx.ToString(); // default channel name
singleton = new object();
m_NewImageCallBackList = new ThreadSafeList<ConsumerNotificationInfo>(30);
m_MotionDetectedCallBackList = new ThreadSafeList<ConsumerNotificationInfo>(30);
}
/// <summary>
///
/// </summary>
public void GetServersFromIPs()
{
var lstDomains = new List <string>();
if (!string.IsNullOrEmpty(Project.Domain))
{
lstDomains.Add(Project.Domain);
}
lstDomains.AddRange(Project.AlternativeDomains);
var lstIPs = new ThreadSafeList <IPsItem>(Ips.Items.Where(IP => Project.Domain == "*" || relations.Items.Any(R => R.Ip.Ip == IP.Ip && lstDomains.Any(D => R.Domain.Domain.ToLower().EndsWith(D.ToLower())))));
var po = new ParallelOptions();
if (Program.cfgCurrent.ParallelDnsQueries != 0)
{
po.MaxDegreeOfParallelism = Program.cfgCurrent.ParallelDnsQueries;
}
Parallel.ForEach(lstIPs, ip =>
{
try
{
ComputersItem ci;
if (computerIPs.Items.Any(C => C.Ip.Ip == ip.Ip))
{
ci = computerIPs.Items.First(C => C.Ip.Ip == ip.Ip).Computer;
}
else
{
if (computers.Items.Any(C => relations.Items.Where(R => R.Ip.Ip == ip.Ip).Select(D => D.Domain).Any(D => string.Equals(D.Domain, C.name, StringComparison.OrdinalIgnoreCase))))
{
ci = computers.Items.First(C => relations.Items.Where(R => R.Ip.Ip == ip.Ip).Select(D => D.Domain).Any(D => string.Equals(D.Domain, C.name, StringComparison.OrdinalIgnoreCase)));
ci.name = string.Format("{0} [{1}]", ci.name, ip.Ip);
computerIPs.Items.Add(new ComputerIPsItem(ci, ip, ip.Source));
}
else
{
ci = new ComputersItem();
computers.Items.Add(ci);
ci.type = ComputersItem.Tipo.Server;
ci.os = OperatingSystem.OS.Unknown;
var strFirstDomain = string.Empty;
try
{
strFirstDomain = relations.Items.First(R => R.Ip.Ip == ip.Ip && lstDomains.Any(D => R.Domain.Domain.ToLower().EndsWith(D.ToLower()))).Domain.Domain;
}
catch
{
strFirstDomain = "*";
}
ci.name = string.Format("{0} [{1}]", strFirstDomain, ip.Ip);
computerIPs.Items.Add(new ComputerIPsItem(ci, ip, ip.Source));
}
}
foreach (DomainsItem di in relations.Items.Where(R => R.Ip.Ip == ip.Ip).Select(D => D.Domain))
{
if (!computerDomains.Items.Any(C => C.Computer.name == ci.name && C.Domain.Domain == di.Domain))
{
computerDomains.Items.Add(new ComputerDomainsItem(ci, di, di.Source));
}
for (var fpI = 0; fpI < di.fingerPrinting.Count(); fpI++)
{
var fp = di.fingerPrinting[fpI];
if ((fp.os != OperatingSystem.OS.Unknown))
{
ci.os = fp.os;
}
foreach (var software in BannerAnalysis.GetSoftwareFromBanner(fp.Version).Where(software => !ci.Software.Items.Any(A => A.Name.ToLower() == software.ToLower())))
{
ci.Software.Items.Add(new ApplicationsItem(software, string.Format("{0} FingerPrinting Banner: {1}", di.Domain, fp.Version)));
}
}
}
if (ip.Information != null)
{
if (!string.IsNullOrEmpty(ip.Information.OS))
{
var os = OperatingSystemUtils.StringToOS(ip.Information.OS);
if (ci.os == OperatingSystem.OS.Unknown && os != OperatingSystem.OS.Unknown)
{
ci.os = os;
}
}
if (!string.IsNullOrEmpty(ip.Information.ServerBanner))
{
var os = OperatingSystemUtils.StringToOS(ip.Information.ServerBanner);
if (ci.os == OperatingSystem.OS.Unknown && os != OperatingSystem.OS.Unknown)
{
ci.os = os;
}
foreach (var software in BannerAnalysis.GetSoftwareFromBanner(ip.Information.ServerBanner).Where(software => !ci.Software.Items.Any(A => A.Name.ToLower() == software.ToLower())))
{
ci.Software.Items.Add(new ApplicationsItem(software, string.Format("{0} Shodan Banner: {1}", ip, ip.Information.ServerBanner)));
}
}
}
}
catch
{
}
});
OnChangeEvent(null);
}
public void Setup()
{
AddPlayers = new ThreadSafeList<Player>();
RemovePlayers = new ThreadSafeList<Player>();
Messages = new ThreadSafeList<string>();
Game = new Engine.Game();
if (LoadedMap != null) Game.Map = LoadedMap;
else
{
Game.Map = new Map();
Game.Map.CreateBasicMap(30, 30);
}
// Setup connections
Server = new ServerManananger();
Server.NewUserMethod = AddNewUser;
Server.RemoveUserMethod = RemoveUser;
Server.UserInputMethod = ReceiveUserInputs;
ThreadPool.QueueUserWorkItem(o => Server.Start(HostIP));
InGame = true;
}
public bool newTransaction(SerializedVersion newVersion)
{
this.checkAuthentication();
if (this.transactionEnabled)
throw new FaultException<ServiceErrorMessage>(new ServiceErrorMessage(ServiceErrorMessage.TRANSACTIONALREADYENABLED));
FBVersion vers = FBVersion.deserialize(newVersion.encodedVersion);
FBVersion current = FBVersion.deserialize(this.getCurrentVersion().encodedVersion);
if (vers.Equals(current))
{
return false;
}
this.transactionEnabled = true;
this.inSyncVersion = vers;
String newDirPath = this.user.rootDirectory.FullName;
newDirPath += "\\" + this.inSyncVersion.timestamp.ToString(directoryFormat, CultureInfo.InvariantCulture);
this.transactDir = Directory.CreateDirectory(newDirPath);
if (this.transactDir == null)
throw new FaultException<ServiceErrorMessage>(new ServiceErrorMessage(ServiceErrorMessage.CREATEVERSIONDIRECTORYFAILED));
necessaryFiles = new ThreadSafeList<FBFile>(FBVersion.getNecessaryFilesToUpgrade(this.inSyncVersion, this.realFiles.filesAlreadyRepresented()));
return true;
}
public MapDataCollection()
{
Data = new ThreadSafeList <IMapData>();
}
public MutableSolid(Solid solid)
{
Faces = new ThreadSafeList <MutableFace>(solid.Faces.Select(x => new MutableFace(x)));
}
// auto detect insertion and de-insertion of the USB based 2255 frame grabbers
//
// polling loop checks the OS for a list of connected 2255 devices.
//
// if the detected device count is greater than the connected device count, try to open a new device
// if the detected device count is less than the connected device count, close the missing device.
// problem: the OS cannot tell me which device is connected/disconnected.
// so if we think we lost a device, then check each open device for time stamp at last received frame, and if
// its been a while since a frame was received, assume that is the missing frame grabber and close it.
// each frame grabber is associated with a device index which is used by the 2255 USB driver to identify a device.
// but we have no way of knowing which device index is assigned to a device by the driver except to
// attempt to open the device at each index until we get success on OpenDevice(index). So a test open
// function is in the S2255Device class which opens and then closes if the open was sucessful.
// the S2255Device class is a class which is designed to control a single instance of a 2255 physical device. So if
// there are two frame grabbers attached there should be two instances of the S2255Device class.
unsafe public S2255Controller(PAL_NTSC_MODE mode, APPLICATION_DATA appData, bool [] enableChannels)
{
m_PAL_NSTC_mode = mode;
m_AppData = appData;
m_EabledSysChannels = enableChannels;
m_Log = (ErrorLog)m_AppData.Logger;
m_AppData.AddOnClosing(StopThreads, APPLICATION_DATA.CLOSE_ORDER.FIRST); // how to stop this object and its subthreads
m_VideoStandard = (mode == PAL_NTSC_MODE.NTSC) ? 0 : 1;
// allocate 2255Device instances
m_S2255Devices = new ThreadSafeList <S2255Device>(MAX_S2255DEVICE_COUNT); // max allowed number of connected frame grabbers
m_DeviceHandlePool = new DeviceValuePoolManager(MAX_2255DEVICE_HANDLE_VALUE); // maximum value of device index that could be assigned by the USB driver
m_AppData.HealthStatistics[(int)APPLICATION_DATA.HEALTH_STATISTICS.System.System_frameGrabber_1].StatString.SetValue = "No Device";
m_AppData.HealthStatistics[(int)APPLICATION_DATA.HEALTH_STATISTICS.System.System_frameGrabber_2].StatString.SetValue = "No Device";
m_AppData.HealthStatistics[(int)APPLICATION_DATA.HEALTH_STATISTICS.System.System_videoChannel1].StatString.SetValue = "No Video Connected";
m_AppData.HealthStatistics[(int)APPLICATION_DATA.HEALTH_STATISTICS.System.System_videoChannel2].StatString.SetValue = "No Video Connected";
m_AppData.HealthStatistics[(int)APPLICATION_DATA.HEALTH_STATISTICS.System.System_videoChannel3].StatString.SetValue = "No Video Connected";
m_AppData.HealthStatistics[(int)APPLICATION_DATA.HEALTH_STATISTICS.System.System_videoChannel4].StatString.SetValue = "No Video Connected";
m_UsedDeviceIndexes = new DeviceValuePoolManager(MAX_S2255DEVICE_COUNT);
// current channel mapping:
// each S2255 device has four ports. a camera will be connected in parrallel to two ports.
// one port of the port pair will be setup as jpeg ecoded and the other is raw bitmap
// on device 0
// port 0 and 1 will be camera channel 0
// port 2 and 3 will be camera channel 1
// on device 1
// port 0 and 1 will be camera channel 2
// port 2 and 3 will be camera channel 3
m_S2255DevicePortChannelMappsings = new S2255DevicePortChannelMappings[MAX_S2255DEVICE_COUNT];// set to 2
int deviceCounter = 0;
for (deviceCounter = 0; deviceCounter < m_S2255DevicePortChannelMappsings.Length; deviceCounter++)
{
m_S2255DevicePortChannelMappsings[deviceCounter] = new S2255DevicePortChannelMappings();
}
//////////////// assumes MAX_S2255DEVICE_COUNT == 2 , doing port mappins by hand here
deviceCounter = 0;
m_S2255DevicePortChannelMappsings[deviceCounter].globalChannIndex[0] = 0;
m_S2255DevicePortChannelMappsings[deviceCounter].compressionMode[0] = COMPRESSION_MODE.BITMAP;
m_S2255DevicePortChannelMappsings[deviceCounter].enabled[0] = m_EabledSysChannels[m_S2255DevicePortChannelMappsings[deviceCounter].globalChannIndex[0]];
m_S2255DevicePortChannelMappsings[deviceCounter].globalChannIndex[1] = 0;
m_S2255DevicePortChannelMappsings[deviceCounter].compressionMode[1] = COMPRESSION_MODE.JPEG;
m_S2255DevicePortChannelMappsings[deviceCounter].enabled[1] = m_EabledSysChannels[m_S2255DevicePortChannelMappsings[deviceCounter].globalChannIndex[1]];
m_S2255DevicePortChannelMappsings[deviceCounter].globalChannIndex[2] = 1;
m_S2255DevicePortChannelMappsings[deviceCounter].compressionMode[2] = COMPRESSION_MODE.BITMAP;
m_S2255DevicePortChannelMappsings[deviceCounter].enabled[2] = m_EabledSysChannels[m_S2255DevicePortChannelMappsings[deviceCounter].globalChannIndex[2]];
m_S2255DevicePortChannelMappsings[deviceCounter].globalChannIndex[3] = 1;
m_S2255DevicePortChannelMappsings[deviceCounter].compressionMode[3] = COMPRESSION_MODE.JPEG;
m_S2255DevicePortChannelMappsings[deviceCounter].enabled[3] = m_EabledSysChannels[m_S2255DevicePortChannelMappsings[deviceCounter].globalChannIndex[3]];
deviceCounter = 1;
m_S2255DevicePortChannelMappsings[deviceCounter].globalChannIndex[0] = 2;
m_S2255DevicePortChannelMappsings[deviceCounter].compressionMode[0] = COMPRESSION_MODE.BITMAP;
m_S2255DevicePortChannelMappsings[deviceCounter].enabled[0] = m_EabledSysChannels[m_S2255DevicePortChannelMappsings[deviceCounter].globalChannIndex[0]];
m_S2255DevicePortChannelMappsings[deviceCounter].globalChannIndex[1] = 2;
m_S2255DevicePortChannelMappsings[deviceCounter].compressionMode[1] = COMPRESSION_MODE.JPEG;
m_S2255DevicePortChannelMappsings[deviceCounter].enabled[1] = m_EabledSysChannels[m_S2255DevicePortChannelMappsings[deviceCounter].globalChannIndex[1]];
m_S2255DevicePortChannelMappsings[deviceCounter].globalChannIndex[2] = 3;
m_S2255DevicePortChannelMappsings[deviceCounter].compressionMode[2] = COMPRESSION_MODE.BITMAP;
m_S2255DevicePortChannelMappsings[deviceCounter].enabled[2] = m_EabledSysChannels[m_S2255DevicePortChannelMappsings[deviceCounter].globalChannIndex[2]];
m_S2255DevicePortChannelMappsings[deviceCounter].globalChannIndex[3] = 3;
m_S2255DevicePortChannelMappsings[deviceCounter].compressionMode[3] = COMPRESSION_MODE.JPEG;
m_S2255DevicePortChannelMappsings[deviceCounter].enabled[3] = m_EabledSysChannels[m_S2255DevicePortChannelMappsings[deviceCounter].globalChannIndex[3]];
}
public IPs()
{
itemsField = new ThreadSafeList <IPsItem>();
}
private ServiceState()
{
AllLogs = new ThreadSafeList<RotatedLog>();
LastKnownLogHashes = new ThreadSafeDictionary<string, string>();
HashesOfPendingLogs = new ThreadSafeQueue<string>();
}
/// <summary>
/// constructor, se le pasa una lista de IPs que será sobre las que consultará a Shodan
/// </summary>
/// <param name="lstIPs"></param>
public ShodanRecognition(string secretKey, ThreadSafeList <string> lstIPs)
{
ShodanAPIKey = secretKey;
this.lstIPs = lstIPs;
}
/// <summary>
/// Extract existing folders from a given list of URLs
/// </summary>
/// <param name="lsturls"></param>
/// <returns></returns>
private static ThreadSafeList <string> _ExtractFoldersRuntime(IEnumerable <string> lsturls)
{
var folders = new ThreadSafeList <string>();
var foldersBackups = new ThreadSafeList <string>();
try
{
foreach (var url in lsturls)
{
if (!String.IsNullOrWhiteSpace(url))
{
var u = new Uri(url);
if (u.ToString().EndsWith("//"))
{
var auxSingleUrl = new ThreadSafeList <string> {
u.ToString().Remove(u.ToString().Length - 1, 1)
};
return(_ExtractFoldersRuntime(auxSingleUrl));
}
var offSetProtocol = url.IndexOf("://", StringComparison.Ordinal);
var protocol = url.Substring(0, offSetProtocol);
var foldersSplit = u.AbsolutePath.Split('/');
var path = string.Empty;
for (var i = 0; i < foldersSplit.Length; i++)
{
if (i + 1 != foldersSplit.Length)
{
path += foldersSplit[i] + "/";
}
if (folders.Contains(protocol + "://" + u.Host + path) || path.Contains("."))
{
continue;
}
folders.Add(protocol + "://" + u.Host + path);
// ToDo use a list provided by the user
string[] compressExt = { ".zip", ".rar", ".tar", ".gz", ".tar.gz" };
var path1 = path;
foreach (
var extension in
compressExt.Where(
extension =>
protocol + "://" + u.Host + path1.Substring(0, path1.Length - 1) !=
protocol + "://" + u.Host)
.Where(
extension =>
!foldersBackups.Contains(protocol + "://" + u.Host +
path1.Substring(0, path1.Length - 1) +
extension)))
{
foldersBackups.Add(protocol + "://" + u.Host + path.Substring(0, path.Length - 1) +
extension);
}
}
}
}
}
catch (Exception)
{
}
return(foldersBackups);
}
static public void AsociateFingerPrinting(object sender, EventArgs e)
{
// Añade al DomainItem del dominio la información del fingerprinting
if (sender == null)
{
return;
}
DomainsItem domain = null;
if (sender is HTTP)
{
HTTP http = (HTTP)sender;
domain = Program.data.GetDomain(http.Host);
if (domain != null)
{
domain.fingerPrinting.Add(http);
}
else
{
string ip = http.Host;
if (ip == null)
{
return;
}
ThreadSafeList <DomainsItem> dominiosAsociados = Program.data.GetResolutionDomains(ip);
foreach (DomainsItem dAsociado in dominiosAsociados)
{
dAsociado.fingerPrinting.Add(http);
}
}
}
else if (sender is SMTP)
{
SMTP smtp = (SMTP)sender;
domain = Program.data.GetDomain(smtp.Host);
{
domain.fingerPrinting.Add(smtp);
}
}
else if (sender is FTP)
{
FTP ftp = (FTP)sender;
domain = Program.data.GetDomain(ftp.Host);
{
domain.fingerPrinting.Add(ftp);
}
}
else if (sender is DNS)
{
DNS dns = (DNS)sender;
domain = Program.data.GetDomain(dns.Host);
{
domain.fingerPrinting.Add(dns);
}
}
// Actualiza la información de los servidores existentes
ActualizaSOServidores(domain);
}
// constructor
public DVR(APPLICATION_DATA appData)
{
try
{
m_AppData = appData;
m_AppData.AddOnClosing(Stop, APPLICATION_DATA.CLOSE_ORDER.MIDDLE);
m_Log = (ErrorLog)m_AppData.Logger;
PauseFlag = new PAUSE_FLAG();
PauseFlag.Pause = true;
FileAccessControl = new FILE_SYSTEM_ACCESS(PauseFlag, m_AppData);
try
{
Paths = new PATHS(m_AppData.ThisComputerName, true, m_AppData);
m_AppData.PathManager = (object)Paths;
}
catch (Exception ex) { m_Log.Trace(ex, ErrorLog.LOG_TYPE.FATAL); }
m_EventLogFile = new EventLogFiles.EventLogFiles(m_AppData);
// PRE MOTION BUFFER LENGHT
m_NumberOfFramesToPrePostBuffer = 30; // this many frames before and after moton event, if too small, files may be erased before motion is detected because of processing lag
////////
m_AppData.HealthStatistics[(int)APPLICATION_DATA.HEALTH_STATISTICS.DVR.DVR_DriveName].StatString.RegisterForUse(true);
m_AppData.HealthStatistics[(int)APPLICATION_DATA.HEALTH_STATISTICS.DVR.DVR_DriveReady].boolean.RegisterForUse(true);
m_AppData.HealthStatistics[(int)APPLICATION_DATA.HEALTH_STATISTICS.DVR.DVR_FreeSpace].SnapshotDouble.RegisterForUse(true);
m_AppData.HealthStatistics[(int)APPLICATION_DATA.HEALTH_STATISTICS.DVR.DVR_UsedSpace].SnapshotDouble.RegisterForUse(true);
m_AppData.HealthStatistics[(int)APPLICATION_DATA.HEALTH_STATISTICS.DVR.DVR_DriveHotSwap].StatString.RegisterForUse(true);
m_AppData.HealthStatistics[(int)APPLICATION_DATA.HEALTH_STATISTICS.System.System_Drive].StatString.SetValue = "No drive ";
m_FrameGenerator = (FrameGenerator)m_AppData.FrameGenerator;
m_DriveManager = new DriveManager(m_AppData, OnExternalDriveChange, Paths.StorageDir);
// alway use external storage
if ( m_AppData.RunninAsService)
{
int count = 0;
Paths.Drive = m_DriveManager.GetDrive(ref count);
PauseFlag.DriveExists = true;
if (count > 1)
{
PauseFlag.Pause = true;
m_Log.Log("Too many external drives on start", ErrorLog.LOG_TYPE.FATAL);
//m_MessageBoxMessage = "Too many external drives on start. Please connect only one external drive and re-start the LPR Service.";
//RunMessageBoxDialog();
}
else if (Paths.Drive == null)
{
PauseFlag.Pause = true;
m_Log.Log("External Drive not found", ErrorLog.LOG_TYPE.FATAL);
// m_MessageBoxMessage = "External drive not found. Please connect one external drive";
PauseFlag.DriveExists = false;
// RunMessageBoxDialog();
}
}
m_ConsumerID = m_FrameGenerator.GetNewConsumerID();
m_NewFrameQ = new ThreadSafeQueue<FRAME>(240, "QueueOverruns_DVR_NewFrameQ", m_AppData);
m_MotionDetectedQ = new ThreadSafeQueue<FRAME>(240, "QueueOverruns_DVR_MotionDetectedQ", m_AppData);
m_DirectyToStorageQ = new ThreadSafeQueue<FRAME>(240, "QueueOverruns_DVR_DirectyToStorageQ", m_AppData);
m_NewLPRRecordQ = new ThreadSafeQueue<FRAME>(m_LPRRecordQueLen, "QueueOverruns_DVR_NewLPRRecordQ", m_AppData);
m_TempFileList = new ThreadSafeList<TEMPFILES>(120);
m_NumSourceChannels = (m_AppData.RunninAsService) ? m_AppData.MAX_PHYSICAL_CHANNELS : m_AppData.MAX_VIRTUAL_CHANNELS;
m_PreMotionRecords = new PRE_MOTION_RECORDS[m_NumSourceChannels];
m_DVRLoopThread = new Thread(DVRLoop);
m_ReportDVRStats = new Thread(ReportDVRStatusLoop);
m_TempFileCleanUpThread = new Thread(TempFilesCleanUpLoop);
m_MaintainFileSystemSizeLimit = new Thread(MaintainFileSystemSizeLimitLoop);
}
catch (Exception ex) { m_Log.Trace(ex, ErrorLog.LOG_TYPE.FATAL); }
}
public Ficheros()
{
itemsField = new ThreadSafeList <FilesItem>();
}
public HiveConnectionTracker()
{
records = new ThreadSafeList<HiveConnectionRecord>();
}
// auto detect insertion and de-insertion of the USB based 2255 frame grabbers
//
// polling loop checks the OS for a list of connected 2255 devices.
//
// if the detected device count is greater than the connected device count, try to open a new device
// if the detected device count is less than the connected device count, close the missing device.
// problem: the OS cannot tell me which device is connected/disconnected.
// so if we think we lost a device, then check each open device for time stamp at last received frame, and if
// its been a while since a frame was received, assume that is the missing frame grabber and close it.
// each frame grabber is associated with a device index which is used by the 2255 USB driver to identify a device.
// but we have no way of knowing which device index is assigned to a device by the driver except to
// attempt to open the device at each index until we get success on OpenDevice(index). So a test open
// function is in the S2255Device class which opens and then closes if the open was sucessful.
// the S2255Device class is a class which is designed to control a single instance of a 2255 physical device. So if
// there are two frame grabbers attached there should be two instances of the S2255Device class.
public unsafe S2255Controller(PAL_NTSC_MODE mode, APPLICATION_DATA appData, bool [] enableChannels)
{
m_PAL_NSTC_mode = mode;
m_AppData = appData;
m_EabledSysChannels = enableChannels;
m_Log = (ErrorLog)m_AppData.Logger;
m_AppData.AddOnClosing(StopThreads, APPLICATION_DATA.CLOSE_ORDER.FIRST); // how to stop this object and its subthreads
m_VideoStandard = (mode == PAL_NTSC_MODE.NTSC) ? 0 : 1;
// allocate 2255Device instances
m_S2255Devices = new ThreadSafeList<S2255Device>(MAX_S2255DEVICE_COUNT); // max allowed number of connected frame grabbers
m_DeviceHandlePool = new DeviceValuePoolManager(MAX_2255DEVICE_HANDLE_VALUE); // maximum value of device index that could be assigned by the USB driver
m_AppData.HealthStatistics[(int)APPLICATION_DATA.HEALTH_STATISTICS.System.System_frameGrabber_1].StatString.SetValue = "No Device";
m_AppData.HealthStatistics[(int)APPLICATION_DATA.HEALTH_STATISTICS.System.System_frameGrabber_2].StatString.SetValue = "No Device";
m_AppData.HealthStatistics[(int)APPLICATION_DATA.HEALTH_STATISTICS.System.System_videoChannel1].StatString.SetValue = "No Video Connected";
m_AppData.HealthStatistics[(int)APPLICATION_DATA.HEALTH_STATISTICS.System.System_videoChannel2].StatString.SetValue = "No Video Connected";
m_AppData.HealthStatistics[(int)APPLICATION_DATA.HEALTH_STATISTICS.System.System_videoChannel3].StatString.SetValue = "No Video Connected";
m_AppData.HealthStatistics[(int)APPLICATION_DATA.HEALTH_STATISTICS.System.System_videoChannel4].StatString.SetValue = "No Video Connected";
m_UsedDeviceIndexes = new DeviceValuePoolManager(MAX_S2255DEVICE_COUNT);
// current channel mapping:
// each S2255 device has four ports. a camera will be connected in parrallel to two ports.
// one port of the port pair will be setup as jpeg ecoded and the other is raw bitmap
// on device 0
// port 0 and 1 will be camera channel 0
// port 2 and 3 will be camera channel 1
// on device 1
// port 0 and 1 will be camera channel 2
// port 2 and 3 will be camera channel 3
m_S2255DevicePortChannelMappsings = new S2255DevicePortChannelMappings[MAX_S2255DEVICE_COUNT];// set to 2
int deviceCounter = 0;
for (deviceCounter = 0; deviceCounter < m_S2255DevicePortChannelMappsings.Length; deviceCounter++)
{
m_S2255DevicePortChannelMappsings[deviceCounter] = new S2255DevicePortChannelMappings();
}
//////////////// assumes MAX_S2255DEVICE_COUNT == 2 , doing port mappins by hand here
deviceCounter = 0;
m_S2255DevicePortChannelMappsings[deviceCounter].globalChannIndex[0] = 0;
m_S2255DevicePortChannelMappsings[deviceCounter].compressionMode[0] = COMPRESSION_MODE.BITMAP;
m_S2255DevicePortChannelMappsings[deviceCounter].enabled[0] = m_EabledSysChannels[m_S2255DevicePortChannelMappsings[deviceCounter].globalChannIndex[0]];
m_S2255DevicePortChannelMappsings[deviceCounter].globalChannIndex[1] = 0;
m_S2255DevicePortChannelMappsings[deviceCounter].compressionMode[1] = COMPRESSION_MODE.JPEG;
m_S2255DevicePortChannelMappsings[deviceCounter].enabled[1] = m_EabledSysChannels[m_S2255DevicePortChannelMappsings[deviceCounter].globalChannIndex[1]];
m_S2255DevicePortChannelMappsings[deviceCounter].globalChannIndex[2] = 1;
m_S2255DevicePortChannelMappsings[deviceCounter].compressionMode[2] = COMPRESSION_MODE.BITMAP;
m_S2255DevicePortChannelMappsings[deviceCounter].enabled[2] = m_EabledSysChannels[m_S2255DevicePortChannelMappsings[deviceCounter].globalChannIndex[2]];
m_S2255DevicePortChannelMappsings[deviceCounter].globalChannIndex[3] = 1;
m_S2255DevicePortChannelMappsings[deviceCounter].compressionMode[3] = COMPRESSION_MODE.JPEG;
m_S2255DevicePortChannelMappsings[deviceCounter].enabled[3] = m_EabledSysChannels[m_S2255DevicePortChannelMappsings[deviceCounter].globalChannIndex[3]];
deviceCounter = 1;
m_S2255DevicePortChannelMappsings[deviceCounter].globalChannIndex[0] = 2;
m_S2255DevicePortChannelMappsings[deviceCounter].compressionMode[0] = COMPRESSION_MODE.BITMAP;
m_S2255DevicePortChannelMappsings[deviceCounter].enabled[0] = m_EabledSysChannels[m_S2255DevicePortChannelMappsings[deviceCounter].globalChannIndex[0]];
m_S2255DevicePortChannelMappsings[deviceCounter].globalChannIndex[1] = 2;
m_S2255DevicePortChannelMappsings[deviceCounter].compressionMode[1] = COMPRESSION_MODE.JPEG;
m_S2255DevicePortChannelMappsings[deviceCounter].enabled[1] = m_EabledSysChannels[m_S2255DevicePortChannelMappsings[deviceCounter].globalChannIndex[1]];
m_S2255DevicePortChannelMappsings[deviceCounter].globalChannIndex[2] = 3;
m_S2255DevicePortChannelMappsings[deviceCounter].compressionMode[2] = COMPRESSION_MODE.BITMAP;
m_S2255DevicePortChannelMappsings[deviceCounter].enabled[2] = m_EabledSysChannels[m_S2255DevicePortChannelMappsings[deviceCounter].globalChannIndex[2]];
m_S2255DevicePortChannelMappsings[deviceCounter].globalChannIndex[3] = 3;
m_S2255DevicePortChannelMappsings[deviceCounter].compressionMode[3] = COMPRESSION_MODE.JPEG;
m_S2255DevicePortChannelMappsings[deviceCounter].enabled[3] = m_EabledSysChannels[m_S2255DevicePortChannelMappsings[deviceCounter].globalChannIndex[3]];
}
public MutableFace(IEnumerable <Vector3> vertices, Primitives.Texture texture)
{
Vertices = new ThreadSafeList <MutableVertex>(vertices.Select(x => new MutableVertex(x)));
Texture = texture;
}
public Domains()
{
itemsField = new ThreadSafeList <DomainsItem>();
}
/// <summary>
/// A utility method for merging multiple meshes into one.
/// </summary>
/// <param name="meshes"></param>
/// <returns></returns>
public static MeshGeometry3D MergeMeshes(ThreadSafeList<MeshGeometry3D> meshes)
{
if (meshes.Count == 0)
return null;
int offset = 0;
var builder = new MeshBuilder();
foreach (MeshGeometry3D m in meshes)
{
foreach (var pos in m.Positions)
{
builder.Positions.Add(pos);
}
foreach (var index in m.TriangleIndices)
{
builder.TriangleIndices.Add(index + offset);
}
foreach (var norm in m.Normals)
{
builder.Normals.Add(norm);
}
foreach (var tc in m.TextureCoordinates)
{
builder.TextureCoordinates.Add(tc);
}
offset += m.Positions.Count;
}
return builder.ToMesh(false);
}
/// <summary>
/// Process Network nodes.
/// </summary>
static private void NodeNetworkProcess()
{
if (Program.data == null)
{
return;
}
var nServers = 0;
var tnPCServers = Program.FormMainInstance.TreeView.Nodes[TreeViewKeys.KProject.ToString()].Nodes[TreeViewKeys.KPCServers.ToString()];
if (tnPCServers != null)
{
var lst = new ThreadSafeList <ComputersItem>(Program.data.computers.Items);
foreach (var computer in lst)
{
Application.DoEvents();
TreeNode tn = null;
switch (computer.type)
{
case ComputersItem.Tipo.ClientPC:
{
tn = tnPCServers.Nodes["Clients"].Nodes[computer.name];
if (tn == null)
{
var insertAtIndex = Program.FormMainInstance.SearchTextInNodes(tnPCServers.Nodes["Clients"].Nodes, computer.name);
tn = tnPCServers.Nodes["Clients"].Nodes.Insert(insertAtIndex, computer.name, computer.name);
tn.ContextMenuStrip = Program.FormMainInstance.contextMenu;
}
else
{
tn.ContextMenuStrip = Program.FormMainInstance.contextMenu;
}
}
break;
case ComputersItem.Tipo.Server:
{
//Si no tiene una IP asociada añadir al nodo de servidores desconocidos
if (!Program.data.computerIPs.Items.Any(C => C.Computer.name == computer.name))
{
Object x = Program.FormMainInstance.TreeView;
if (tnPCServers.Nodes["Servers"].Nodes["Unlocated Servers"].Nodes[computer.name] != null)
{
tn = tnPCServers.Nodes["Servers"].Nodes["Unlocated Servers"].Nodes[computer.name];
}
else
{
int insertAtIndex = Program.FormMainInstance.SearchTextInNodes(tnPCServers.Nodes["Servers"].Nodes["Unlocated Servers"].Nodes, computer.name);
tn = tnPCServers.Nodes["Servers"].Nodes["Unlocated Servers"].Nodes.Insert(insertAtIndex, computer.name, computer.name);
tn.ContextMenuStrip = Program.FormMainInstance.contextMenu;
}
if (tn == null)
{
return;
}
}
else //Como tiene una IP asociada insertar en su rango
{
string strIP = Program.data.computerIPs.Items.First(C => C.Computer.name == computer.name).Ip.Ip;
if (Program.data.Project.IsIpInNetrange(strIP) == false)
{
continue;
}
bool found = false;
foreach (RelationsItem relation in Program.data.relations.Items.Where(S => S.Ip.Ip == strIP))
{
if (relation.Domain.Domain.Contains(Program.data.Project.Domain) == true)
{
found = true;
}
foreach (string auxDom in Program.data.Project.AlternativeDomains)
{
if (relation.Domain.Domain.Contains(auxDom))
{
found = true;
}
}
}
if ((found == false) && (DNSUtil.IsIPv4(strIP)))
{
if (Program.data.IsIpInLimitRange(strIP))
{
found = true;
}
}
if (found == false)
{
continue;
}
//Comprobar que existe el rango
if (DNSUtil.IsIPv4(strIP))
{
byte[] IPBytes = DNSUtil.IPToByte(strIP);
//Dependiendo de la calse de Ip que sea tiene que dibujarla a una profundidad u otra
//IP de clase A
if (IPBytes[0] >= 1 && IPBytes[0] < 128)
{
TreeNode tnIP = null;
string iprange = string.Format("{0}.0.0.0", IPBytes[0]);
if (tnPCServers.Nodes["Servers"].Nodes[iprange] != null)
{
tnIP = tnPCServers.Nodes["Servers"].Nodes[iprange];
}
else
{
tnIP = tnPCServers.Nodes["Servers"].Nodes.Insert(Program.FormMainInstance.SearchTextInNodes(tnPCServers.Nodes["Servers"].Nodes, iprange), iprange, iprange);
tnIP.ContextMenuStrip = Program.FormMainInstance.contextMenu;
tnIP.ImageIndex = tnIP.SelectedImageIndex = 18;
tnIP.Tag = "iprange";
}
if (tnIP == null)
{
return;
}
iprange = string.Format("{0}.{1}.0.0", IPBytes[0], IPBytes[1]);
if (tnIP.Nodes[iprange] != null)
{
tnIP = tnIP.Nodes[iprange];
}
else
{
tnIP = tnIP.Nodes.Insert(Program.FormMainInstance.SearchTextInNodes(tnIP.Nodes, iprange), iprange, iprange);
tnIP.ContextMenuStrip = Program.FormMainInstance.contextMenu;
tnIP.ImageIndex = tnIP.SelectedImageIndex = 18;
tnIP.Tag = "iprange";
}
if (tnIP == null)
{
return;
}
iprange = string.Format("{0}.{1}.{2}.0", IPBytes[0], IPBytes[1], IPBytes[2]);
if (tnIP.Nodes[iprange] != null)
{
tnIP = tnIP.Nodes[iprange];
}
else
{
tnIP = tnIP.Nodes.Insert(Program.FormMainInstance.SearchTextInNodes(tnIP.Nodes, iprange), iprange, iprange);
tnIP.ContextMenuStrip = Program.FormMainInstance.contextMenu;
tnIP.ImageIndex = tnIP.SelectedImageIndex = 18;
tnIP.Tag = "iprange";
}
iprange = string.Format("{0}.{1}.{2}.{3}", IPBytes[0], IPBytes[1], IPBytes[2], IPBytes[3]);
if (tnIP.Nodes[iprange] != null)
{
tn = tnIP.Nodes[iprange];
}
else
{
tn = tnIP.Nodes.Insert(Program.FormMainInstance.SearchTextInNodes(tnIP.Nodes, iprange), iprange, computer.name);
tn.ContextMenuStrip = Program.FormMainInstance.contextMenu;
}
if (tn == null)
{
return;
}
}
//IP de clase B
else if (IPBytes[0] >= 128 && IPBytes[0] < 192)
{
TreeNode tnIP = null;
string iprange = string.Format("{0}.{1}.0.0", IPBytes[0], IPBytes[1]);
if (tnPCServers.Nodes["Servers"].Nodes[iprange] != null)
{
tnIP = tnPCServers.Nodes["Servers"].Nodes[iprange];
}
else
{
tnIP = tnPCServers.Nodes["Servers"].Nodes.Insert(Program.FormMainInstance.SearchTextInNodes(tnPCServers.Nodes["Servers"].Nodes, iprange), iprange, iprange);
tnIP.ContextMenuStrip = Program.FormMainInstance.contextMenu;
tnIP.ImageIndex = tnIP.SelectedImageIndex = 18;
tnIP.Tag = "iprange";
}
if (tnIP == null)
{
return;
}
iprange = string.Format("{0}.{1}.{2}.0", IPBytes[0], IPBytes[1], IPBytes[2]);
if (tnIP.Nodes[iprange] != null)
{
tnIP = tnIP.Nodes[iprange];
}
else
{
tnIP = tnIP.Nodes.Insert(Program.FormMainInstance.SearchTextInNodes(tnIP.Nodes, iprange), iprange, iprange);
tnIP.ContextMenuStrip = Program.FormMainInstance.contextMenu;
tnIP.ImageIndex = tnIP.SelectedImageIndex = 18;
tnIP.Tag = "iprange";
}
iprange = string.Format("{0}.{1}.{2}.{3}", IPBytes[0], IPBytes[1], IPBytes[2], IPBytes[3]);
if (tnIP.Nodes[iprange] != null)
{
tn = tnIP.Nodes[iprange];
}
else
{
tn = tnIP.Nodes.Insert(Program.FormMainInstance.SearchTextInNodes(tnIP.Nodes, iprange), iprange, computer.name);
tn.ContextMenuStrip = Program.FormMainInstance.contextMenu;
}
}
//IP de clase C
else if (IPBytes[0] >= 192 && IPBytes[0] < 240)
{
TreeNode tnIP = null;
string iprange = string.Format("{0}.{1}.{2}.0", IPBytes[0], IPBytes[1], IPBytes[2]);
if (tnPCServers.Nodes["Servers"].Nodes[iprange] != null)
{
tnIP = tnPCServers.Nodes["Servers"].Nodes[iprange];
}
else
{
tnIP = tnPCServers.Nodes["Servers"].Nodes.Insert(Program.FormMainInstance.SearchTextInNodes(tnPCServers.Nodes["Servers"].Nodes, iprange), iprange, iprange);
tnIP.ContextMenuStrip = Program.FormMainInstance.contextMenu;
tnIP.ImageIndex = tnIP.SelectedImageIndex = 18;
tnIP.Tag = "iprange";
}
if (tnIP == null)
{
return;
}
iprange = string.Format("{0}.{1}.{2}.{3}", IPBytes[0], IPBytes[1], IPBytes[2], IPBytes[3]);
if (tnIP.Nodes[iprange] != null)
{
tn = tnIP.Nodes[iprange];
}
else
{
tn = tnIP.Nodes.Insert(Program.FormMainInstance.SearchTextInNodes(tnIP.Nodes, iprange), iprange, computer.name);
tn.ContextMenuStrip = Program.FormMainInstance.contextMenu;
}
}
nServers++;
}
else
{
//ipv6
}
}
}
break;
}
Program.FormMainInstance.TreeView.Invoke(new MethodInvoker(delegate
{
if (tn == null)
{
return;
}
tn.Tag = computer;
if (computer.os != OperatingSystem.OS.Unknown)
{
tn.ImageIndex = tn.SelectedImageIndex = OperatingSystemUtils.OSToIconNumber(computer.os);
}
else
{
tn.ImageIndex = tn.SelectedImageIndex = computer.type == ComputersItem.Tipo.ClientPC ? 111 : 45;
}
var computersDomain = Program.data.computerDomains.Items;
foreach (var cdi in computersDomain.Where(x => x.Computer == computer))
{
if (cdi.Domain == null)
{
continue;
}
if (!(tn.Nodes.ContainsKey(cdi.Domain.Domain)))
{
var newTn = new TreeNode(cdi.Domain.Domain);
newTn.Text = cdi.Domain.Domain;
newTn.Name = cdi.Domain.Domain;
newTn.Tag = cdi;
if (cdi.Domain.os == OperatingSystem.OS.Unknown)
{
newTn.SelectedImageIndex = newTn.ImageIndex = 90;
}
else
{
newTn.SelectedImageIndex = newTn.ImageIndex = OperatingSystemUtils.OSToIconNumber(cdi.Domain.os);
}
tn.Nodes.Add(newTn);
}
}
foreach (var cdi in Program.data.computerDomains.Items)
{
if (cdi.Domain == null)
{
return;
}
var oldTn = tn.Nodes[cdi.Domain.Domain];
if (oldTn == null)
{
continue;
}
if (cdi.Domain == null)
{
continue;
}
oldTn.ImageIndex = OperatingSystemUtils.OSToIconNumber(cdi.Domain.os);
oldTn.SelectedImageIndex = oldTn.ImageIndex;
OperatingSystem.OS lastOsDom = OperatingSystem.OS.Unknown;
var networkDevice = false;
lastOsDom = OperatingSystem.OS.Unknown;
foreach (ComputerDomainsItem cdiDom in from TreeNode tnDom in tn.Nodes where tnDom.Tag is ComputerDomainsItem select(ComputerDomainsItem) tnDom.Tag)
{
if ((cdiDom.Domain.os != lastOsDom) && (cdiDom.Domain.os != OperatingSystem.OS.Unknown) && (lastOsDom != OperatingSystem.OS.Unknown))
{
networkDevice = true;
break;
}
if (cdiDom.Domain.os != OperatingSystem.OS.Unknown)
{
lastOsDom = cdiDom.Domain.os;
}
}
if (networkDevice)
{
tn.ImageIndex = tn.SelectedImageIndex = 100;
}
else
if (lastOsDom != OperatingSystem.OS.Unknown)
{
tn.ImageIndex = tn.SelectedImageIndex = OperatingSystemUtils.OSToIconNumber(lastOsDom);
}
}
if (computer.Users.Items.Count > 0)
{
TreeNode tnUsers;
if (tn.Nodes["Users"] == null)
{
tnUsers = tn.Nodes.Add("Users", "Users");
tnUsers.ImageIndex = tnUsers.SelectedImageIndex = 14;
}
else
{
tnUsers = tn.Nodes["Users"];
}
tnUsers.Tag = computer.Users;
}
else if (tn.Nodes["Users"] != null)
{
tn.Nodes["Users"].Remove();
}
if (computer.Description.Items.Count > 0)
{
TreeNode tnDescription;
if (tn.Nodes["Description"] == null)
{
tnDescription = tn.Nodes.Add("Description", "Description");
}
else
{
tnDescription = tn.Nodes["Description"];
}
tnDescription.Tag = computer.Description;
}
else if (tn.Nodes["Description"] != null)
{
tn.Nodes["Description"].Remove();
}
if (computer.RemotePasswords.Items.Count > 0)
{
TreeNode tnPasswords;
if (tn.Nodes["Passwords"] == null)
{
tnPasswords = tn.Nodes.Add("Passwords", "Passwords");
tnPasswords.ImageIndex = tnPasswords.SelectedImageIndex = 121;
}
else
{
tnPasswords = tn.Nodes["Passwords"];
}
tnPasswords.Tag = computer.RemotePasswords;
}
else if (tn.Nodes["Passwords"] != null)
{
tn.Nodes["Passwords"].Remove();
}
if (computer.Folders.Items.Count > 0)
{
TreeNode tnFolders;
if (tn.Nodes["Folders"] == null)
{
tnFolders = tn.Nodes.Add("Folders", "Folders");
tnFolders.ImageIndex = tnFolders.SelectedImageIndex = 117;
}
else
{
tnFolders = tn.Nodes["Folders"];
}
tnFolders.Tag = computer.Folders;
}
else if (tn.Nodes["Folders"] != null)
{
tn.Nodes["Folders"].Remove();
}
if (computer.Printers.Items.Count > 0)
{
TreeNode tnPrinters;
if (tn.Nodes["Printers"] == null)
{
tnPrinters = tn.Nodes.Add("Printers", "Printers");
tnPrinters.ImageIndex = tnPrinters.SelectedImageIndex = 118;
}
else
{
tnPrinters = tn.Nodes["Printers"];
}
tnPrinters.Tag = computer.Printers;
}
else if (tn.Nodes["Printers"] != null)
{
tn.Nodes["Printers"].Remove();
}
if (computer.RemoteUsers.Items.Count > 0)
{
TreeNode tnRemoteUsers;
if (tn.Nodes["Users with access"] == null)
{
tnRemoteUsers = tn.Nodes.Add("Users with access", "Users with access");
tnRemoteUsers.ImageIndex = tnRemoteUsers.SelectedImageIndex = 43;
}
else
{
tnRemoteUsers = tn.Nodes["Users with access"];
}
tnRemoteUsers.Tag = computer.RemoteUsers;
}
else if (tn.Nodes["Users with access"] != null)
{
tn.Nodes["Users with access"].Remove();
}
if (computer.RemoteFolders.Items.Count > 0)
{
TreeNode tnRemoteFolders;
if (tn.Nodes["Remote Folders"] == null)
{
tnRemoteFolders = tn.Nodes.Add("Remote Folders", "Remote Folders");
tnRemoteFolders.ImageIndex = tnRemoteFolders.SelectedImageIndex = 42;
}
else
{
tnRemoteFolders = tn.Nodes["Remote Folders"];
}
tnRemoteFolders.Tag = computer.RemoteFolders;
}
else if (tn.Nodes["Remote Folders"] != null)
{
tn.Nodes["Remote Folders"].Remove();
}
if (computer.RemotePrinters.Items.Count > 0)
{
TreeNode tnRemotePrinters;
if (tn.Nodes["Remote Printers"] == null)
{
tnRemotePrinters = tn.Nodes.Add("Remote Printers", "Remote Printers");
tnRemotePrinters.ImageIndex = tnRemotePrinters.SelectedImageIndex = 44;
}
else
{
tnRemotePrinters = tn.Nodes["Remote Printers"];
}
tnRemotePrinters.Tag = computer.RemotePrinters;
}
else if (tn.Nodes["Remote Printers"] != null)
{
tn.Nodes["Remote Printers"].Remove();
}
}));
}
}
if (tnPCServers != null)
{
for (var i = tnPCServers.Nodes["Clients"].Nodes.Count; i > 0; i--)
{
var tn = tnPCServers.Nodes["Clients"].Nodes[i - 1];
if (!Program.data.computers.Items.Any(C => C.type == ComputersItem.Tipo.ClientPC && C.name.ToLower() == tn.Text.ToLower()))
{
Program.FormMainInstance.TreeView.Invoke(new MethodInvoker(delegate
{
tn.Remove();
}));
}
}
Program.FormMainInstance.DeleteNodesServers(tnPCServers.Nodes["Servers"].Nodes);
Program.FormMainInstance.TreeView.Invoke(new MethodInvoker(delegate
{
tnPCServers.Nodes["Clients"].Text = string.Format("Clients ({0})", tnPCServers.Nodes["Clients"].Nodes.Count);
}));
tnPCServers.Nodes["Servers"].Text = string.Format("Servers ({0})", nServers);
}
}
public Relations()
{
itemsField = new ThreadSafeList <RelationsItem>();
}
/// <summary>
/// Creates a new <see cref="MemoryPool"/>.
/// </summary>
/// <param name="pageSize">The desired page size. Must be between 4KB and 256KB</param>
/// <param name="maximumBufferSize">The desired maximum size of the allocation. Note: could be less if there is not enough system memory.</param>
/// <param name="utilizationLevel">Specifies the desired utilization level of the allocated space.</param>
public MemoryPool(int pageSize = 64 * 1024, long maximumBufferSize = -1, TargetUtilizationLevels utilizationLevel = TargetUtilizationLevels.Low)
{
if (pageSize < 4096 || pageSize > 256 * 1024)
throw new ArgumentOutOfRangeException("pageSize", "Page size must be between 4KB and 256KB and a power of 2");
if (!BitMath.IsPowerOfTwo((uint)pageSize))
throw new ArgumentOutOfRangeException("pageSize", "Page size must be between 4KB and 256KB and a power of 2");
m_syncRoot = new object();
m_syncAllocate = new object();
PageSize = pageSize;
PageMask = PageSize - 1;
PageShiftBits = BitMath.CountBitsSet((uint)PageMask);
m_pageList = new MemoryPoolPageList(PageSize, maximumBufferSize);
m_requestCollectionEvent = new ThreadSafeList<WeakEventHandler<CollectionEventArgs>>();
SetTargetUtilizationLevel(utilizationLevel);
}
static BrickListCache()
{
ChangedParts = new HashSet <int>();
Source = CacheSource.None;
Bricks = new ThreadSafeList <BrickInfo>();
}
public static void RemakeXmpp()
{
if (Xmpp != null)
{
Xmpp.OnXmppConnectionStateChanged -= XmppOnOnXmppConnectionStateChanged;
Xmpp.Close();
Xmpp = null;
}
Xmpp = new XmppClientConnection(ServerPath);
//#else
// Xmpp = new XmppClientConnection();
// Xmpp.ConnectServer = "127.0.0.1";
// Xmpp.AutoResolveConnectServer = false;
//#endif
Xmpp.RegisterAccount = false;
Xmpp.AutoAgents = true;
Xmpp.AutoPresence = true;
Xmpp.AutoRoster = true;
Xmpp.Username = XmppUsername;
Xmpp.Password = XmppPassword;//Don't commit real password
Xmpp.Priority = 1;
Xmpp.OnLogin += XmppOnOnLogin;
Xmpp.OnMessage += XmppOnOnMessage;
Xmpp.OnIq += XmppOnOnIq;
Xmpp.OnError += XmppOnOnError;
Xmpp.OnAuthError += new XmppElementHandler(Xmpp_OnAuthError);
Xmpp.OnReadXml += XmppOnOnReadXml;
Xmpp.OnPresence += XmppOnOnPresence;
Xmpp.OnWriteXml += XmppOnOnWriteXml;
Xmpp.OnStreamError += XmppOnOnStreamError;
Xmpp.KeepAlive = true;
Xmpp.KeepAliveInterval = 60;
Xmpp.OnAgentStart += XmppOnOnAgentStart;
Xmpp.OnXmppConnectionStateChanged += XmppOnOnXmppConnectionStateChanged;
_userList = new ThreadSafeList<Jid>();
Xmpp.Open();
}
public Applications()
{
Items = new ThreadSafeList<ApplicationsItem>();
}
static GameBot()
{
//#if(DEBUG)
Xmpp = new XmppClientConnection("skylabsonline.com");
//#else
// Xmpp = new XmppClientConnection();
// Xmpp.ConnectServer = "127.0.0.1";
// Xmpp.AutoResolveConnectServer = false;
//#endif
Xmpp.RegisterAccount = false;
Xmpp.AutoAgents = true;
Xmpp.AutoPresence = true;
Xmpp.AutoRoster = true;
Xmpp.Username = "******";
Xmpp.Password = "******";//Don't commit real password
Xmpp.Priority = 1;
Xmpp.OnLogin += XmppOnOnLogin;
Xmpp.OnMessage += XmppOnOnMessage;
Xmpp.OnIq += XmppOnOnIq;
Xmpp.OnError += XmppOnOnError;
Xmpp.OnAuthError += new XmppElementHandler(Xmpp_OnAuthError);
Xmpp.OnReadXml += XmppOnOnReadXml;
Xmpp.OnPresence += XmppOnOnPresence;
Xmpp.OnWriteXml += XmppOnOnWriteXml;
Xmpp.OnXmppConnectionStateChanged += XmppOnOnXmppConnectionStateChanged;
_userList = new ThreadSafeList<Jid>();
Xmpp.Open();
}
