ServerList.cs 2.2

[zartanian]

I read the post below and saw my question 3 times but was never answered.
ServerList.cs 2.2
I am trying to use serverlist 2.2 to allow me to run 2 shards on 2 separate computers at the same time. I will use 1 for playing and other for testing. I can get both to populate in the list however I can only log into the main server.
Here is my serverlist.cs file from the main server.

// ==================================================================================================================
// ServerList.cs Ver.2.0                                                              Mr.Fixit Version Releases
// ==================================================================================================================
//      1.0 	RunUO Beta 36	Initial version
//      1.1 	Mr Fixit	Now automaticly detects if you are connecting localy and uses the
//				servers local ip in the client serverlist.
//      1.2	Mr Fixit	Internet IP autodetection using www.whatismyip.com.
//      1.3	Mr Fixit	If script fails to find the internet ip, keep the old one and try again in # minutes.				
//      1.4	Mr Fixit	You can now add AutoIP mirrors. Added whatismyip.com and myip.com.
//      1.5	Mr Fixit	Adjusted the AutoIP mirror engine so it supports more mirrors.
//				Added findmyip.com and ipaddy.com.
//      1.6	Mr Fixit	IP is now trimmed (Just in case). Added simflex.com, edpsciences.com,
//				ipid.shat.net and checkip.dyndns.org.
//      1.7  Mr Fixit        Removed www.whatismyip.com is it seems to be out of buisness.
//      1.8  Mr Fixit        Added a message to the console with ServerList.cs version when server loads.
//				Now detects the internet ip when the server starts.
//				Now checks if the ip has changed every 60 minutes instead of 30 minutes.
//      1.9  Mr Fixit        Removed noip.com mirror as it isnt working anymore.
//      2.0  Mr Fixit        Now only renews the ip every 24 hours (1440 minutes).
//===================================================================================================================
// ServerList.cs Ver.2.2                                                     Developer Landry Version Releases
//===================================================================================================================
//      2.1  Developer Landry        Its easyer to add multiple servers.
//                                                             The Home Server is where you enter the ip/port of the server this script is running on a.k.a the scripts home server.
//                                                             Servers/Ports A, B and C are the different values you can enter your multiple servers into.
//                                                             All servers that are listed must be running the same corresponding ServerList.cs for the list to work.
//                                                             NOTE: BY DEFAULT A. B AND C ARE COMMENTED OUT BY /*EXAMPLE*/ THE OUTSIDE COMMENTS.
//                                                             NOTE: ALL SERVERS MUST BE HOSTED BY THE SAME IP ADDRESS
//                                                             NOTE: ALL SERVERS MUST BE HOSTED BY DIFFERENT PORTS
//      2.2  Developer Landry        Added Account Packet Handler (APH).
//                                                             Enables the client to connect to multiple servers.
//                                                             Disables client checks allowing the client to login into multiple servers.
//                                                             The Disabling also allows the client to login into the same account twice.
// ===================================================================================================================

using System;
using System.Net;
using System.Net.Sockets;
using Server;
using Server.Network;

namespace Server.Misc
{
	public class ServerList
	{
		// ==================================================================================
		// YOUR SERVERS NAME
		// ==================================================================================
		public const string ServerName = "Main Server"; //Home Server's Name
                                //Server A
		public const string ServerNameA = "Test Center"; //Server A's Name
                                /*//Server B
		public const string ServerNameB = "Server 3"; //Server B's Name*/
                                /*//Server C
		public const string ServerNameC = "Server 4"; //Server C's Name*/
		// ==================================================================================
		// YOUR INTERNET IP OR DNS NAME
		// Here you can select to autodetect your internet ip, or manualy specify
		// Examples:
		// public static string Address = "12.34.56.78";
		// public static string Address = "shard.host.com";
		// ==================================================================================
		public const bool InternetIPAutodetect = true;
		public const int MinutesBetweenIPAutodetect = 1440;
		public static string Address = null;  //Home Server's IP
                                //Server A
		public static string AddressA = "192.168.0.5";  //Server A's IP
		public const int PortA = 2593;  //Server A's Port
                                //Server B
		public static string AddressB = "192.168.0.2"; //Server B's IP
		public const int PortB = 2592;  //Server B's Port*/
                                /*//Server C
		public static string AddressB = null; //Server C's IP
		public const int PortB = 2594;  //Server C's Port*/
		// ==================================================================================
		// Here are some values stored
		// ==================================================================================
		private static LocalLanIPRange[] LocalLanIPRanges = new LocalLanIPRange[10];		
		private static UInt32 LocalLanIPRangesCount;
		private static AutoIPMirror[] AutoIPMirrors = new AutoIPMirror[10];	
		private static UInt32 AutoIPMirrorsCount;
		private static DateTime InternetIPAutodetectLast;
		

		// ==================================================================================
		// Initialization
		// ==================================================================================
		public static void Initialize()
		{
			// ----------------------------------------------------
			// Select what home port to use
			// ----------------------------------------------------
			Listener.Port = 2593;  //Home Server's Port

			// ----------------------------------------------------
			// Load the local LAN ip ranges
			// ----------------------------------------------------
			AddLocalLANIPRange("10.0.0.0", "10.255.255.255");
			AddLocalLANIPRange("192.168.0.0", "192.168.255.255");
			AddLocalLANIPRange("172.16.0.0", "172.32.255.255");
			AddLocalLANIPRange("169.254.0.0", "169.254.255.255");

			// ----------------------------------------------------
			// Load the Auto IP mirros
			// ----------------------------------------------------
			AddAutoIPMirror("http://www.findmyip.com/", "Your IP address is:<br>", "</FONT>");
			AddAutoIPMirror("http://www.ipaddy.com/", "Your IP address is: ", "<br>");
			AddAutoIPMirror("http://checkip.dyndns.org/", "Current IP Address: ", "</body>");
			AddAutoIPMirror("http://ipid.shat.net/iponly/", "<title>", "</title>");
			AddAutoIPMirror("http://www.edpsciences.com/htbin/ipaddress", "Your IP address is  <B> ", " </B>");
			AddAutoIPMirror("http://www2.simflex.com/ip.shtml", "Your IP address is <BR>", "<BR>");
			
			// ----------------------------------------------------
			// Create the event
			// ----------------------------------------------------
			EventSink.ServerList += new ServerListEventHandler( EventSink_ServerList );
			
			// ----------------------------------------------------
			// Show info in console
			// ----------------------------------------------------
			Console.WriteLine("ServerList 2.2");
			Console.WriteLine("Avalon");

			// ----------------------------------------------------
			// Lets find internet ip
			// ----------------------------------------------------
			DetectInternetIP();
			
			
		}
		

		// ==================================================================================
		// Add a range of local lan ips
		// ==================================================================================
		private static void AddLocalLANIPRange(string RangeFrom, string	RangeTo)
		{
			LocalLanIPRanges[LocalLanIPRangesCount] = new LocalLanIPRange();
			LocalLanIPRanges[LocalLanIPRangesCount].RangeFrom = StringIPToUInt32IP(RangeFrom);
			LocalLanIPRanges[LocalLanIPRangesCount].RangeTo = StringIPToUInt32IP(RangeTo);
			LocalLanIPRangesCount = LocalLanIPRangesCount + 1;
		}
		
		
		// ==================================================================================
		// Convert a ip string to a binary unsigned int
		// ==================================================================================
		private static UInt32 StringIPToUInt32IP(string addr)
		{
			byte[] byteArray1 = IPAddress.Parse(addr).GetAddressBytes();
			byte[] byteArray2 = IPAddress.Parse(addr).GetAddressBytes();
			byteArray1[0] = byteArray2[3];
			byteArray1[1] = byteArray2[2];
			byteArray1[2] = byteArray2[1];
			byteArray1[3] = byteArray2[0];
			return  BitConverter.ToUInt32( byteArray1, 0);
		}
		

		// ==================================================================================
		// Used to store the local lan ip ranges
		// ==================================================================================
		private class LocalLanIPRange
		{
			public UInt32			RangeFrom;
			public UInt32			RangeTo;
		}	


		// ==================================================================================
		// Add a AutoIP mirror
		// ==================================================================================
		private static void AddAutoIPMirror(string sURL, string	sStart, string sEnd)
		{
			AutoIPMirrors[AutoIPMirrorsCount] = new AutoIPMirror();
			AutoIPMirrors[AutoIPMirrorsCount].sURL = sURL;
			AutoIPMirrors[AutoIPMirrorsCount].sStart = sStart;
			AutoIPMirrors[AutoIPMirrorsCount].sEnd = sEnd;
			AutoIPMirrorsCount = AutoIPMirrorsCount + 1;
		}


		// ==================================================================================
		// Used to store the Auto IP mirrors
		// ==================================================================================
		private class AutoIPMirror
		{
			public string			sURL;
			public string			sStart;
			public string			sEnd;
			public UInt32			iFailures;
		}	


		// ==================================================================================
		// Detect ip
		// ==================================================================================
		public static void DetectInternetIP()
		{

			// ----------------------------------------------------
			// Autodetect the Internet IP
			// ----------------------------------------------------
			if (InternetIPAutodetect) {
				DateTime UpdateTime = InternetIPAutodetectLast;
				UpdateTime = UpdateTime.AddMinutes(MinutesBetweenIPAutodetect);
				if (UpdateTime<DateTime.Now) {
					string NewAddress = null;
					NewAddress = FindInternetIP();
					InternetIPAutodetectLast = DateTime.Now;
					if (NewAddress!=null) 
					{
						Address = NewAddress;
					}
				}
			}
			
		}

		// ==================================================================================
		// The serverlist event
		// ==================================================================================
		public static void EventSink_ServerList( ServerListEventArgs e )
		{
			try
			{

				// ----------------------------------------------------
				// Lets find internet ip
				// ----------------------------------------------------
				DetectInternetIP();
				
				// ----------------------------------------------------
				// Find the server ip to use for this user
				// ----------------------------------------------------
				IPAddress ipAddr = FindMachineIP(e);
				
				// ----------------------------------------------------
				// Send serverlist
				// ----------------------------------------------------
				if ( Resolve( Address != null && !IsLocalMachine( e.State ) ? Address : Dns.GetHostName(), out ipAddr ) )
				{
					e.AddServer( ServerName, new IPEndPoint( ipAddr, Listener.Port ) );
					e.AddServer( ServerNameA, new IPEndPoint( ipAddr, PortA ) );
					/*e.AddServer( ServerNameB, new IPEndPoint( ipAddr, PortB ) );*/
					/*e.AddServer( ServerNameC, new IPEndPoint( ipAddr, PortC ) );*/
				} else {
					e.Rejected = true;
				}
			}
			catch
			{
				e.Rejected = true;
			}
		}
		
		
		// ==================================================================================
		// Connects to a webserver that gives you your internet ip
		// ==================================================================================
                public static string FindInternetIP( )
		{

			// ----------------------------------------------------
			// Pick a random mirror
			// ----------------------------------------------------
			Random rnd = new Random();
			int UseMirror = (int)( rnd.NextDouble() * AutoIPMirrorsCount);
			string MyIP = "";
			
			// ----------------------------------------------------
			// Catch if the mirror is down
			// ----------------------------------------------------
			try
			{
				// ----------------------------------------------------
				// Get the webpage
				// ----------------------------------------------------
        	    		WebClient client = new WebClient();
            			byte[] pageData = client.DownloadData(AutoIPMirrors[UseMirror].sURL);
            			MyIP = System.Text.Encoding.ASCII.GetString(pageData);
            		
				// ----------------------------------------------------
				// Find the string
				// ----------------------------------------------------
                        	int iStart = MyIP.LastIndexOf(AutoIPMirrors[UseMirror].sStart);   
                        	int iEnd = MyIP.IndexOf(AutoIPMirrors[UseMirror].sEnd, iStart+AutoIPMirrors[UseMirror].sStart.Length);
                        	MyIP = MyIP.Substring(iStart+AutoIPMirrors[UseMirror].sStart.Length, iEnd-iStart-AutoIPMirrors[UseMirror].sStart.Length );
                        	MyIP = MyIP.Trim();
                        	
				// ----------------------------------------------------
				// Return value
				// ----------------------------------------------------
                        	Console.WriteLine("Internet IP: {0} ({1})", MyIP, AutoIPMirrors[UseMirror].sURL);
        	                return MyIP;
			}
			catch
			{
				Console.WriteLine("Unable to autoupdate the Internet IP from {0}!", AutoIPMirrors[UseMirror].sURL);
				Console.WriteLine("----------------------------------------------------------------------");
				Console.WriteLine(MyIP);
				Console.WriteLine("----------------------------------------------------------------------");
				return null;
			}
        	}
		
		
		// ==================================================================================
		// Calculates what server IP to use
		// ==================================================================================
                public static IPAddress FindMachineIP( ServerListEventArgs e )
		{
			// ----------------------------------------------------
			// Find the IP of the connecting user
			// ----------------------------------------------------
			Socket sock = e.State.Socket;
			IPAddress theirAddress = ((IPEndPoint)sock.RemoteEndPoint).Address;				
			IPAddress serverAddress;

			// ----------------------------------------------------
			// Is it Loopback?
			// ----------------------------------------------------
			if ( IPAddress.IsLoopback( theirAddress ) )
			{
				return IPAddress.Parse( "127.0.0.1" );
			}

			// ----------------------------------------------------
			// Local
			// ----------------------------------------------------
			UInt32 uint32Address = StringIPToUInt32IP(theirAddress.ToString());
			for (UInt32 LocalLanIPRangesLoop = 0 ; LocalLanIPRangesLoop < LocalLanIPRangesCount; LocalLanIPRangesLoop++)
			{	
				if ( (LocalLanIPRanges[LocalLanIPRangesLoop].RangeFrom <= uint32Address) && (LocalLanIPRanges[LocalLanIPRangesLoop].RangeTo >= uint32Address) )
				{
					Resolve(Dns.GetHostName(), out serverAddress);
					
					Console.WriteLine("Player is reconnecting to " + serverAddress.ToString());
					return serverAddress;
				}
			}

			// ----------------------------------------------------
			// Internet addresses
			// ----------------------------------------------------
			if (Address!=null)
			{
				Resolve(Address, out serverAddress);	
			} else {
				Resolve(Dns.GetHostName(), out serverAddress);	
			}
			
			Console.WriteLine("Player is reconnecting to " + serverAddress.ToString());
			return serverAddress;
		}
		

		// ==================================================================================
		// Resolves dns names
		// ==================================================================================
		public static bool Resolve( string addr, out IPAddress outValue )
		{
			try
			{
				outValue = IPAddress.Parse( addr );
				return true;
			}
			catch
			{
				try
				{
					IPHostEntry iphe = Dns.Resolve( addr );

					if ( iphe.AddressList.Length > 0 )
					{
						outValue = iphe.AddressList[iphe.AddressList.Length - 1];
						return true;
					}
				}
				catch
				{
				}
			}
			outValue = IPAddress.None;
			return false;
		}

		private static bool IsLocalMachine( NetState state )
		{
			Socket sock = state.Socket;

			IPAddress theirAddress = ((IPEndPoint)sock.RemoteEndPoint).Address;

			if ( IPAddress.IsLoopback( theirAddress ) )
				return true;

			bool contains = false;
			IPHostEntry iphe = Dns.Resolve( Dns.GetHostName() );

			for ( int i = 0; !contains && i < iphe.AddressList.Length; ++i )
				contains = theirAddress.Equals( iphe.AddressList[i] );

			return contains;
		}
	}
}
namespace Server.Network
{
	public class APH
	{
		public static void Initialize()
		{
			PacketHandlers.Register( 145, 65, false, new OnPacketReceive( GameLogin ) );
		}

		public static void GameLogin(NetState state, PacketReader pvSrc)
		{
			if (state.SentFirstPacket)
			{
				state.Dispose();
				return;
			}
				state.SentFirstPacket = true;
				int SecurityID = pvSrc.ReadInt32();

			string un = pvSrc.ReadString(30);
			string pw = pvSrc.ReadString(30);
			GameLoginEventArgs loginevents = new GameLoginEventArgs(state, un, pw);
			EventSink.InvokeGameLogin( loginevents );
			if ( loginevents.Accepted )
			{
				state.CityInfo = loginevents.CityInfo;
				state.CompressionEnabled = true;
				if ( Core.AOS )
				{
					state.Send( SupportedFeatures.Instantiate() );
				}
				state.Send( new CharacterList( state.Account, state.CityInfo ) );
				return;
			}
			state.Dispose();
		}
	}
}

[Rooster2]

Nto familiar with that particular script, but I did note this at the top of it:

   All servers that are listed must be running the same corresponding ServerList.cs for the list to work.
//                                                             NOTE: BY DEFAULT A. B AND C ARE COMMENTED OUT BY /*EXAMPLE*/ THE OUTSIDE COMMENTS.
//                                                             NOTE: ALL SERVERS MUST BE HOSTED BY THE SAME IP ADDRESS

And you said you were running the servers on two separate computers. Unless that line is no longer accurate, that script as it is (based on that note) will NOT do what you want it to. I do have (somewhere) an old script from when I was actively involved in RunUO. I'll see if I can dig it up, since alot of people seem to be looking for it, unless someone else beats me to posting one.

[FingersMcSteal]

It's a very old script now, i do know it will remove the ability to have 6th character slots from the character selection menus if you use it now.