// firewall set at core level so that networks can exist on internet and on public LANs simultaneously
public void SetFirewallType(FirewallType type)
{
// check if already set
if (Firewall == type)
{
return;
}
// if client previously blocked, cancel any current searches through proxy
if (Firewall == FirewallType.Blocked)
{
lock (Network.Searches.Active)
foreach (DhtSearch search in Network.Searches.Active)
{
search.ProxyTcp = null;
}
}
Firewall = type;
if (type == FirewallType.Open)
{
Network.FirewallChangedtoOpen();
}
if (type == FirewallType.NAT)
{
Network.FirewallChangedtoNAT();
}
if (type == FirewallType.Blocked)
{
}
string message = "Firewall changed to " + type.ToString();
Network.UpdateLog("Network", message);
Network.UpdateLog("general", message);
}
// firewall set at core level so that networks can exist on internet and on public LANs simultaneously
public void SetFirewallType(FirewallType type)
{
// check if already set
if (Firewall == type)
return;
// if client previously blocked, cancel any current searches through proxy
if (Firewall == FirewallType.Blocked)
lock (Network.Searches.Active)
foreach (DhtSearch search in Network.Searches.Active)
search.ProxyTcp = null;
Firewall = type;
if (type == FirewallType.Open)
Network.FirewallChangedtoOpen();
if (type == FirewallType.NAT)
Network.FirewallChangedtoNAT();
if (type == FirewallType.Blocked)
{
}
string message = "Firewall changed to " + type.ToString();
Network.UpdateLog("Network", message);
Network.UpdateLog("general", message);
}
public void ConsoleCommand(string command)
{
if (command == "clear")
{
ConsoleText.Clear();
}
if (command == "pause")
{
PauseLog = !PauseLog;
}
ConsoleLog("> " + command);
try
{
string[] commands = command.Split(' ');
if (commands.Length == 0)
{
return;
}
if (commands[0] == "testDht" && commands.Length == 2)
{
int count = Convert.ToInt32(commands[1]);
for (int i = 0; i < count; i++)
{
RNGCryptoServiceProvider rng = new RNGCryptoServiceProvider();
UInt64 kid = Utilities.StrongRandUInt64(rng);
// create random contact
DhtContact contact = new DhtContact(kid, 7, new IPAddress(7), 7, 7);
// add to routing
Network.Routing.Add(contact);
}
}
if (commands[0] == "gc")
{
GC.Collect();
}
if (commands[0] == "killtcp")
{
/*ConsoleLog(TcpControl.Connections.Count.ToString() + " tcp sockets on list");
*
* lock(TcpControl.Connections.SyncRoot)
* foreach(TcpConnect connection in TcpControl.Connections)
* connection.CleanClose("Force Disconnect");*/
}
if (commands[0] == "fwstatus")
{
ConsoleLog("Status set to " + Firewall.ToString());
}
if (commands[0] == "fwset" && commands.Length > 1)
{
if (commands[1] == "open")
{
SetFirewallType(FirewallType.Open);
}
if (commands[1] == "nat")
{
SetFirewallType(FirewallType.NAT);
}
if (commands[1] == "blocked")
{
SetFirewallType(FirewallType.Blocked);
}
}
if (commands[0] == "listening")
{
/*ConsoleLog("Listening for TCP on port " + TcpControl.ListenPort.ToString());
* ConsoleLog("Listening for UDP on port " + UdpControl.ListenPort.ToString());*/
}
if (commands[0] == "ping" && commands.Length > 0)
{
//string[] addr = commands[1].Split(':');
//GlobalNet.Send_Ping(IPAddress.Parse(addr[0]), Convert.ToUInt16(addr[1]));
}
if (commands[0] == "tcptest" && commands.Length > 0)
{
string[] addr = commands[1].Split(':');
//TcpControl.MakeOutbound(IPAddress.Parse(addr[0]), Convert.ToUInt16(addr[1]),0);
}
}
catch (Exception ex)
{
ConsoleLog("Exception " + ex.Message);
}
}