public void Start(IpAddress address)
{
if (address.Valid)
{
m_address = address;
if (Engine.Instance.NetworkLockManager != null)
Engine.Instance.NetworkLockManager.AllowIP(m_address);
}
else
{
}
}
public void ReadXML(XmlElement node)
{
Address = node.GetAttribute("address");
Mask = node.GetAttribute("mask");
Gateway = node.GetAttribute("gateway");
Interface = node.GetAttribute("interface");
Metrics = node.GetAttribute("metrics");
Flags = node.GetAttribute("flags");
Mss = node.GetAttribute("mss");
Window = node.GetAttribute("window");
Irtt = node.GetAttribute("irtt");
RefCount = 1;
}
public static string ToKey(IpAddress address, IpAddress mask)
{
return address.Value + "-" + mask.Value;
}
public virtual string GenerateSystemReport()
{
string t = "";
t += "Operating System: " + Platform.Instance.VersionDescription() + "\n";
t += "System font: " + Platform.Instance.GetSystemFont() + "\n";
t += "System monospace font: " + Platform.Instance.GetSystemFontMonospace() + "\n";
try
{
NetworkInterface[] interfaces = NetworkInterface.GetAllNetworkInterfaces();
foreach (NetworkInterface adapter in interfaces)
{
t += "Network Interface: " + adapter.Name + " (" + adapter.Description + ", ID:" + adapter.Id.ToString() + ") - " + adapter.NetworkInterfaceType.ToString() + " - " + adapter.OperationalStatus.ToString();
//t += " - Down:" + adapter.GetIPv4Statistics().BytesReceived.ToString();
//t += " - Up:" + adapter.GetIPv4Statistics().BytesSent.ToString();
t += "\n";
}
}
catch (Exception)
{
t += "Unable to fetch network interfaces.\n";
}
t += "\nRouting:\n";
try
{
List <RouteEntry> routeEntries = RouteList();
foreach (RouteEntry routeEntry in routeEntries)
{
t += routeEntry.ToString() + "\n";
}
}
catch (Exception)
{
t += "Unable to fetch routes.\n";
}
t += "\nDefault gateways:\n";
List <string> gatewaysList = new List <string>();
foreach (NetworkInterface f in NetworkInterface.GetAllNetworkInterfaces())
{
if (f.OperationalStatus == OperationalStatus.Up)
{
foreach (GatewayIPAddressInformation d in f.GetIPProperties().GatewayAddresses)
{
string ip = d.Address.ToString();
if ((IpAddress.IsIP(ip)) && (ip != "0.0.0.0") && (gatewaysList.Contains(ip) == false))
{
//gatewaysList.Add(ip);
t += ip + ", " + f.Description + "\n";
}
}
}
}
return(t);
}
public virtual void DeallowIP(IpAddress ip)
{
}
public bool Contains(IpAddress ip)
{
return(IPs.Contains(ip));
}
public bool Contains(IpAddress ip)
{
return(m_hashset.Contains(ip));
}
public static string ToKey(IpAddress address, IpAddress mask)
{
return(address.Address + "-" + mask.Address);
}
public RouteScope(IpAddress address)
{
Start(address);
}
public Json Compute(ConnectionActive connectionActive)
{
Json jRoute = new Json();
jRoute["address"].Value = Address.ToCIDR();
if (Gateway == "vpn_gateway")
{
jRoute["interface"].Value = connectionActive.InterfaceId;
IpAddresses vpnGateways = connectionActive.OpenVpnProfileWithPush.ExtractGateway();
if (Address.IsV4)
{
if (vpnGateways.OnlyIPv4.Count == 0)
{
Engine.Instance.Logs.LogWarning("Unable to compute route for " + Address.ToCIDR() + ": IPv4 VPN gateway not available.");
return(null);
}
else
{
jRoute["gateway"].Value = vpnGateways.OnlyIPv4.First.Address;
}
}
else if (Address.IsV6)
{
if (vpnGateways.OnlyIPv6.Count == 0)
{
Engine.Instance.Logs.LogVerbose("Unable to compute route for " + Address.ToCIDR() + ": IPv6 VPN gateway not available.");
return(null);
}
else
{
jRoute["gateway"].Value = vpnGateways.OnlyIPv6.First.Address;
}
}
else
{
return(null);
}
}
else if (Gateway == "net_gateway")
{
if (Address.IsV4)
{
IpAddress netGateway = Engine.Instance.GetDefaultGatewayIPv4();
if (netGateway == null)
{
Engine.Instance.Logs.LogWarning("Unable to compute route for " + Address.ToCIDR() + ": IPv4 Net gateway not available.");
return(null);
}
else
{
jRoute["gateway"].Value = netGateway.Address;
jRoute["interface"].Value = Engine.Instance.GetDefaultInterfaceIPv4();
}
}
else if (Address.IsV6)
{
IpAddress netGateway = Engine.Instance.GetDefaultGatewayIPv6();
if (netGateway == null)
{
Engine.Instance.Logs.LogVerbose("Unable to compute route for " + Address.ToCIDR() + ": IPv6 Net gateway not available.");
return(null);
}
else
{
jRoute["gateway"].Value = netGateway.Address;
jRoute["interface"].Value = Engine.Instance.GetDefaultInterfaceIPv6();
}
}
else
{
return(null);
}
}
else
{
// ClodoTemp: Unsupported on Windows for now, we need the interface.
IpAddress ip = new IpAddress(Gateway);
if (ip.Valid == false)
{
Engine.Instance.Logs.LogWarning("Gateway " + Gateway + " invalid.");
return(null);
}
else if ((Address.IsV4) && (ip.IsV6))
{
Engine.Instance.Logs.LogWarning("Gateway " + Gateway + " is IPv6 but used for IPv4 address.");
return(null);
}
else if ((Address.IsV6) && (ip.IsV4))
{
Engine.Instance.Logs.LogWarning("Gateway " + Gateway + " is IPv4 but used for IPv6 address.");
return(null);
}
else
{
jRoute["gateway"].Value = ip.Address;
}
}
return(jRoute);
}
public virtual void DeallowIP(IpAddress ip)
{
}
public static IpAddresses GetGuardIps(bool force)
{
// This is called a lots of time.
Int64 now = Utils.UnixTimeStamp();
if ((force == false) && ((now - m_lastGuardTime < 60)))
{
return(m_lastGuardIps);
}
IpAddresses ips = new IpAddresses();
try
{
string controlHost = Engine.Instance.Storage.Get("proxy.host").ToLowerInvariant().Trim();
if ((controlHost != "127.0.0.1") && (controlHost.ToLowerInvariant() != "localhost"))
{
// Guard IPS are used to avoid routing loop, that occur only if the Tor host is the same machine when OpenVPN run.
return(ips);
}
List <string> ipsMessages = new List <string>();
using (TcpClient s = new TcpClient())
{
Connect(s);
Write(s, "getinfo circuit-status\n");
Flush(s);
string circuits = Read(s);
string[] circuitsLines = circuits.Split('\n');
foreach (string circuit in circuitsLines)
{
string id = circuit.ToLowerInvariant().RegExMatchOne("\\d+\\sbuilt\\s\\$([0-9a-f]+)");
if (id != "")
{
Write(s, "getinfo ns/id/" + id.ToUpperInvariant() + "\n");
string nodeInfo = Read(s);
string[] nodeLines = nodeInfo.Split('\n');
foreach (string line in nodeLines)
{
string ip = line.RegExMatchOne("r\\s.+?\\s.+?\\s.+?\\s.+?\\s.+?\\s(.+?)\\s");
if ((IpAddress.IsIP(ip)) && (!ips.Contains(ip)))
{
ips.Add(ip);
ipsMessages.Add(ip + " (circuit)");
}
}
}
}
Write(s, "getconf bridge\n");
Flush(s);
string bridges = Read(s);
if (bridges.IndexOf("meek") == -1) //Panic if we have meek enabled, don't yet know what to do :-(
{
string[] bridgeLines = bridges.Split('\n');
foreach (string bridge in bridgeLines)
{
List <string> matches = bridge.ToLowerInvariant().RegExMatchSingle("250.bridge=(.+?)\\s([0-9a-f\\.\\:]+?):\\d+\\s");
if ((matches != null) && (matches.Count == 2))
{
string bridgeType = matches[0];
string ip = matches[1];
if ((IpAddress.IsIP(ip)) && (!ips.Contains(ip)))
{
ips.Add(matches[1]);
ipsMessages.Add(matches[1] + " (" + bridgeType + ")");
}
}
}
}
else
{
Engine.Instance.Logs.Log(LogType.Warning, LanguageManager.GetText("TorControlMeekUnsupported"));
}
if (ips.Count == 0)
{
Engine.Instance.Logs.Log(LogType.Warning, LanguageManager.GetText("TorControlNoIps"));
//throw new Exception(Messages.TorControlNoIps);
}
else
{
string list = String.Join("; ", ipsMessages.ToArray());
Engine.Instance.Logs.Log(LogType.Verbose, LanguageManager.GetText("TorControlGuardIps", list));
}
}
}
catch (Exception e)
{
//throw new Exception(LanguageManager.GetText("TorControlException, e.Message));
Engine.Instance.Logs.Log(LogType.Warning, LanguageManager.GetText("TorControlException", e.Message));
}
m_lastGuardIps = ips;
m_lastGuardTime = now;
return(ips);
}
public void DeallowIP(IpAddress ip)
{
if (m_current != null)
m_current.DeallowIP(ip);
}
public RouteScope(IpAddress address)
{
Start(address);
}
public static bool IsIP(string ip)
{
IpAddress v = new IpAddress(ip);
return(v.Valid);
}
public override void DeallowIP(IpAddress ip)
{
base.DeallowIP(ip);
}
public override void AllowIP(IpAddress ip)
{
base.AllowIP(ip);
}
public IpAddress(IpAddress value)
{
m_ip = value.m_ip;
m_bitmask = value.m_bitmask;
}
