package com.planet_ink.coffee_mud.core.intermud.imc2;
import com.planet_ink.coffee_mud.Commands.interfaces.Command;
import com.planet_ink.coffee_mud.Common.interfaces.*;
import com.planet_ink.coffee_mud.Locales.interfaces.Room;
import com.planet_ink.coffee_mud.MOBS.interfaces.MOB;
import com.planet_ink.coffee_mud.core.*;
import java.io.*;
import java.net.Socket;
import java.util.*;
/**
* IMC2 version 0.10 - an inter-mud communications protocol
* Copyright (C) 1996 & 1997 Oliver Jowett <oliver@randomly.org>
*
* IMC2 Gold versions 1.00 though 2.00 are developed by MudWorld.
* Copyright (C) 1999 - 2002 Haslage Net Electronics (Anthony R. Haslage)
*
* IMC2 MUD-Net version 3.10 is developed by Alsherok and Crimson Oracles
* Copyright (C) 2002 Roger Libiez ( Samson )
* Additional code Copyright (C) 2002 Orion Elder
* Registered with the United States Copyright Office
* TX 5-555-584
*
* This program is free software; you can redistribute it and/or modify
* it under the terms of the GNU General Public License as published by
* the Free Software Foundation; either version 2 of the License, or
* (at your option) any later version.
*
* This program is distributed in the hope that it will be useful,
* but WITHOUT ANY WARRANTY; without even the implied warranty of
* MERCHANTABILITY or FITNESS FOR A PARTICULAR PURPOSE. See the
* GNU General Public License for more details.
*
* You should have received a copy of the GNU General Public License
* along with this program (see the file COPYING); if not, write to the
* Free Software Foundation, Inc., 675 Mass Ave, Cambridge, MA 02139, USA.
*
* Ported to Java by Istvan David (u_davis@users.sourceforge.net)
*
*/
public final class IMC2Driver extends Thread {
Socket sa;
/* a player on IMC */
final class imc_char_data {
String name = ""; /* name of character */
int invis; /* invisible to IMC? */
int level; /* trust level */
int wizi; /* wizi level */
}
static final int PERM_NONE = 0;
static final int PERM_PLAYER = 1;
static final int PERM_IMMORTAL = 2;
static final int PERM_ADMIN = 3;
boolean shutdown=false;
boolean isShutdown=false;
Date imc_boot = new Date();
long imc_now,imc_sequencenumber,imc_prev_sequencenumber;
public hubinfo this_imcmud = new hubinfo();
public siteinfo imc_siteinfo = new siteinfo();
imc_statistics imc_stats = new imc_statistics();
public int imc_active; /* Connection state */
long HeartBeat = 0; // elapsed heartbeats
call_out c_thread=null;
call_in c_thread2=null;
Hashtable muds = new Hashtable();
Hashtable channels = new Hashtable();
public Hashtable chanhist = new Hashtable();
Hashtable replies = new Hashtable();
public Hashtable chan_conf = new Hashtable();
public Hashtable chan_mask = new Hashtable();
BufferedReader in;
DataOutputStream out;
public String imc_name = "";
public short imc_log_on;
/* refresh timeout */
final static int IMC_TIMEOUT = 650;
public final static int CHAN_OPEN = 1;
public final static int CHAN_CLOSED = 2;
public final static int CHAN_PRIVATE = 3;
public final static int CHAN_COPEN = 4;
public final static int CHAN_CPRIVATE = 5;
/* max length of any mud name */
final static int IMC_MNAME_LENGTH = 20;
/* max length of any player name */
final static int IMC_PNAME_LENGTH = 40;
/* max length of any player@mud name */
final static int IMC_NAME_LENGTH = (IMC_MNAME_LENGTH + IMC_PNAME_LENGTH + 1);
/* activation states */
public final static int IA_NONE = 0;
public final static int IA_CONFIG1 = 1;
public final static int IA_CONFIG2 = 2;
public final static int IA_UP = 3;
/* connection states */
final static int IMC_CLOSED = 0; /* No active connection */
final static int IMC_CONNECTING = 1; /* Contacting hub */
final static int IMC_WAIT1 = 2; /* Waiting for hub verification */
final static int IMC_CONNECTED = 3; /* Fully connected */
final static int IMC_VERSION = 2;
final static String IMC_VERSIONID = "IMC2 4.00 for CoffeeMud";
final void tracef(int level, String s)
{
if((level<1)||(CMSecurity.isDebugging("IMC2")))
Log.debugOut("IMC2",level+"/"+s);
}
final void send_to_player(String name, String text)
{
if(name.equalsIgnoreCase("all"))
{
for(int s=0;s<CMLib.sessions().size();s++)
CMLib.sessions().elementAt(s).println(text);
}
else
{
MOB M=CMLib.map().getPlayer(name);
if(M!=null) M.tell(text);
}
}
public void ev_request_keepalive(Object param)
{
imc_request_keepalive();
//imc_register_call_out(25, "ev_keepalive", null);
}
final public String[][] buildChannelMap(String s)
{
Vector V=CMParms.parseCommas(s,true);
Vector finalV=new Vector();
for(int v=0;v<V.size();v++)
{
String s2=(String)V.elementAt(v);
Vector V2=CMParms.parse(s2);
String[] bit=new String[3];
bit[0]="";
bit[1]="";
bit[2]="";
if(V2.size()<1) continue;
bit[0]=(String)V2.elementAt(0);
if(V2.size()==1)
bit[2]=(String)V2.elementAt(0);
else
{
bit[2]=(String)V2.lastElement();
if(V2.size()>2)
bit[1]=CMParms.combine(V2,1,V.size()-1);
}
finalV.addElement(bit);
}
String[][] finalS=new String[finalV.size()][3];
for(int i=0;i<finalV.size();i++)
finalS[i]=(String[])finalV.elementAt(i);
return finalS;
}
final public String[][] buildChannelMap()
{
String[][] map=new String[chan_conf.size()][3];
int dex=0;
for(Enumeration e=chan_conf.keys();e.hasMoreElements();)
{
map[dex][0]=(String)e.nextElement();
map[dex][1]=(String)chan_mask.get(map[dex][0]);
map[dex][2]=(String)chan_conf.get(map[dex][0]);
}
return map;
}
final public static String[] explodeNicely(String s)
{
return explodeNicely(s, " ");
}
public void shutdown()
{
shutdown=true;
try{
if(c_thread!=null)
c_thread.shutdown();
}catch(Exception e){}
try{
if(c_thread2!=null)
c_thread2.shutdown();
}catch(Exception e){}
CMLib.killThread(this,500,1);
int i=0;
while (((++i)<60)&&((!c_thread.isShutdown)||(!c_thread2.isShutdown)||(!isShutdown)))
try { sleep(1000); }
catch (Exception ex) {}
}
final public static String[] explodeNicely(String s, String separator)
{
StringTokenizer st = new StringTokenizer(s, separator);
int n = st.countTokens();
if(n==0)
{
String array[] = new String[1];
array[0] = s;
return array;
}
String array[] = new String[n];
int i = 0;
while(st.hasMoreTokens())
{
array[i] = st.nextToken();
i++;
}
return array;
}
/* put a line onto descriptors output buffer */
final void do_imcsend( String line )
{
if(line.endsWith("\n\r"))
this_imcmud.outbuf = line;
else
this_imcmud.outbuf = line+"\n\r";
}
/* connect to hub */
final boolean imc_connect_to() {
String buf;
if (imc_active == IA_NONE) {
tracef(0, "IMC is not active");
return false;
}
tracef(8, "Connecting to " + this_imcmud.hubname);
try {
sa = new Socket(this_imcmud.host, this_imcmud.port);
} catch (Exception e) {
tracef(0, "Error connecting to " + this_imcmud.host + ":" +
this_imcmud.port);
return false;
}
if (sa == null) {
tracef(0, "Error connecting to " + this_imcmud.host + ":" +
this_imcmud.port);
return false;
}
try
{
sa.setSoTimeout(60000);
in = new BufferedReader(new InputStreamReader(sa.getInputStream()));
out = new DataOutputStream(sa.getOutputStream());
}
catch(Exception e)
{ }
this_imcmud.state = IMC_CONNECTING;
this_imcmud.insize = 1024;
this_imcmud.outsize = 1024;
buf = "PW " + imc_name.trim() + " " + this_imcmud.clientpw + " version=" +
IMC_VERSION+" autosetup "+this_imcmud.serverpw;
do_imcsend(buf);
imc_write_to_socket(out);
imc_read_from_socket(in);
return true;
}
/* start up IMC */
final boolean imc_startup_network() {
if (imc_active != IA_CONFIG2) {
tracef(0, "imc_startup_network: called with imc_active == "+
imc_active);
return false;
}
tracef(8, "IMC2 Network Initializing");
imc_active = IA_UP;
imc_stats.start = imc_now;
imc_stats.rx_pkts = 0;
imc_stats.tx_pkts = 0;
imc_stats.rx_bytes = 0;
imc_stats.tx_bytes = 0;
imc_stats.sequence_drops = 0;
/* Connect to Hub */
if (!imc_connect_to())
return false;
imc_register_call_out(5, "ev_keepalive", null);
imc_register_call_out(6, "ev_request_keepalive", null);
return true;
}
final public void ev_imc_firstrefresh()
{
PACKET out = new PACKET();
if (this_imcmud == null || imc_active < IA_UP)
return;
out.from = "*";
out.to = "IMC@*";
out.type = "ice-refresh";
imc_initdata(out);
imc_addkey(out, "channel", "*");
imc_send(out);
}
final public boolean imc_startup( boolean force,
String loginName,
String host,
String email,
String web,
String hub,
int port,
String passclient,
String passsrvr,
String[][] channelMap)
{
if( imc_active != IA_NONE )
{
tracef(0, "imc_startup: called with imc_active = "+imc_active );
return false;
}
imc_now = new Date().getTime()/1000; /* start our clock */
imc_boot = new Date();
imc_sequencenumber = imc_now;
for(int i=0;i<channelMap.length;i++)
if((channelMap[i][0]!=null)&&(channelMap[i][1]!=null)&&(channelMap[i][2]!=null))
{
chan_mask.put(channelMap[i][0],channelMap[i][1]);
chan_conf.put(channelMap[i][0],channelMap[i][2]);
}
imc_name=loginName;
imc_log_on=1; // logging?
this_imcmud.autoconnect=true;
imc_siteinfo.name=CMProps.getVar(CMProps.SYSTEM_MUDNAME);
imc_siteinfo.host=host;
imc_siteinfo.port=CMath.s_int((String)CMParms.parse(CMProps.getVar(CMProps.SYSTEM_MUDPORTS)).elementAt(0));
imc_siteinfo.email=email;
imc_siteinfo.base="CoffeeMud v"+CMProps.getVar(CMProps.SYSTEM_MUDVER);
imc_siteinfo.details="Custom Java-based Mud";
imc_siteinfo.www=web;
this_imcmud.hubname=hub;
this_imcmud.host=hub;
this_imcmud.port=port;
this_imcmud.clientpw=passclient;
this_imcmud.serverpw=passsrvr;
if( !this_imcmud.autoconnect && !force )
{
tracef(8, "IMC2 data loaded. Autoconnect not set. "+
"IMC will need to be connected manually." );
return false;
}
imc_active = !imc_name.equals("") ? IA_CONFIG2 : IA_CONFIG1;
if( imc_active == IA_CONFIG2 && ( this_imcmud.autoconnect || force ) )
{
if( imc_startup_network() )
{
ev_imc_firstrefresh();
return true;
}
imc_active = IA_NONE;
}
return false;
}
final String normal2(String data)
{
data = CMStrings.replaceAll(data, "\\\"", "\"");
StringBuffer str=new StringBuffer(data);
for(int i=0;i<str.length()-1;i++)
{
if(str.charAt(i)=='~')
switch(str.charAt(i+1))
{
case 'R':
case 'r':
case 'y':
case 'Y':
case 'g':
case 'G':
case 'b':
case 'B':
case 'w':
case 'W':
case 'c':
case 'C': str.setCharAt(i,'^'); break;
case 'm': str.setCharAt(i,'^'); str.setCharAt(i+1,'p'); break;
case 'M': str.setCharAt(i,'^'); str.setCharAt(i+1,'P'); break;
case 'p': str.setCharAt(i,'^'); str.setCharAt(i+1,'p'); break;
case 'P': str.setCharAt(i,'^'); str.setCharAt(i+1,'P'); break;
case 'z': str.setCharAt(i,'^'); str.setCharAt(i+1,'R'); break;
case 'x':
case 'u':
case 'v':
case 'i':
case '$':
case 's':
case 'Z':
case 'X':
case 'D': str.setCharAt(i,'^'); str.setCharAt(i+1,'W'); break;
case 'd': str.setCharAt(i,'^'); str.setCharAt(i+1,'w'); break;
case '!': str.setCharAt(i,'^'); str.setCharAt(i+1,'.'); break;
case 'L': str.setCharAt(i,'^'); str.setCharAt(i+1,'!'); break;
}
else
if(str.charAt(i)=='^')
switch(str.charAt(i+1))
{
case 'O': str.setCharAt(i+1,'y'); break;
}
else
if(str.charAt(i)=='&')
switch(str.charAt(i+1))
{
case 'D': str.setCharAt(i,'^'); str.setCharAt(i+1,'!'); break;
}
}
return str.toString();
}
/* printkeys: print key-value pairs, escaping values */
final String printkeys(PACKET data)
{
String buf;
int i;
buf = "";
for (i = 0; i < PACKET.IMC_MAX_KEYS; i++) {
if (!data.key[i].equals("") )
{
buf = buf + data.key[i] + "=";
if (data.value[i].equals(""))
buf = buf + "\"" + data.value[i] + "\"";
else
buf = buf + data.value[i];
buf = buf + " ";
}
}
return buf;
}
final public String do_imcstats()
{
return "IMC Statistics:\\n\\r\\n"+
"Received packets: "+imc_stats.rx_pkts+"\\n\\r"+
"Received bytes: "+imc_stats.rx_bytes+"\\n\\r"+
"Transmitted packets: "+imc_stats.tx_pkts+"\\n\\r"+
"Transmitted bytes: "+imc_stats.tx_bytes+"\\n\\r"+
"Packets dropped: "+imc_stats.sequence_drops+"\\n\\n\\r"+
"Last IMC Boot: "+imc_boot.toString()+"\\n\\r";
}
final public String do_imcinfo()
{
String host=CMProps.getVar(CMProps.SYSTEM_MUDDOMAIN).toLowerCase();
return "IMC Statistics:\\n\\r\\n"+
"Site Name :"+imc_siteinfo.name+"\\n\\r"+
"Site Host :"+((host.length()>0)?host:sa.getLocalAddress().getHostName())+"\\n\\r"+
"Site Port :"+imc_siteinfo.port+"\\n\\r"+
((imc_siteinfo.www.length()>0)?"Web Address :"+imc_siteinfo.www+"\\n\\r":"")+
((imc_siteinfo.www.length()>0)?"Email :"+imc_siteinfo.email+"\\n\\r":"")+
"Codebase :"+imc_siteinfo.base+"\\n\\r"+
"IMC Version :"+IMC_VERSIONID+"\\n\\r";
}
final PACKET interpret2(String argument )
{
String seq;
PACKET out = new PACKET();
imc_initdata(out);
StringTokenizer st = new StringTokenizer(argument, " ");
if(st.countTokens() < 5)
{
tracef(0, "interpret: bad packet received, discarding");
tracef(0, "interpret: argument was '"+argument+"'");
imc_stats.sequence_drops++;
return null;
}
if(imc_stats.max_pkt < argument.length())
imc_stats.max_pkt = argument.length();
imc_stats.rx_bytes += argument.length();
imc_stats.rx_pkts++;
int pos = 0;
String tmp = st.nextToken();
out.i.from = tmp; pos+=tmp.length();
tmp = st.nextToken();
seq = tmp; pos+=tmp.length();
tmp = st.nextToken();
out.i.path = tmp; pos+=tmp.length();
tmp = st.nextToken();
out.type = tmp; pos+=tmp.length();
tmp = st.nextToken();
out.i.to = tmp; pos+=tmp.length();
String keys = argument.substring(pos+5, argument.length());
try {
while((keys.length() > 0) && !keys.equals(" "))
{
String key = "";
String val = "";
int kpos = keys.indexOf("=");
if(kpos > -1)
{
key = keys.substring(0, kpos);
keys = keys.substring(kpos+1, keys.length());
if(keys.startsWith("\""))
{
int p = 0;
boolean found = false;
while(!found)
{
p = keys.indexOf("\"", p+1);
if(p > -1)
{
String tmp2 = keys.substring(p-1, p+1);
if(!tmp2.equals("\\\""))
found = true;
}
else
{
p=keys.length();
found = true;
}
}
val = keys.substring(1, p);
if(p>=keys.length())
keys="";
else
if(p+2>=keys.length())
keys = keys.substring(p+1, keys.length());
else
keys = keys.substring(p+2, keys.length());
}
else
{
if(!keys.equals(" ")) {
int npos = keys.indexOf(" ");
if (npos > -1) {
val = keys.substring(0, npos);
if(npos+2 > keys.length())
keys = "";
else
keys = keys.substring(npos + 1, keys.length());
}
else {
val = keys;
keys = "";
}
}
else
keys = "";
}
}
val = normal2(val);
imc_addkey(out, key, val);
}
} catch (StringIndexOutOfBoundsException x) {
Log.errOut("IMC2Driver", "Stringerror: "+keys);
Log.errOut("IMC2Driver", x);
} catch (Exception e) {
Log.errOut("IMC2Driver", e);
}
out.i.sequence = new Long(seq).longValue();
return out;
}
final String generate2( PACKET p )
{
String temp;
String newpath;
if(p.i.path.equals(""))
newpath = imc_name;
else
newpath = imc_name+"!"+p.i.path;
temp = p.i.from+" "+p.i.sequence+" "+newpath+" "+p.type+" "+p.i.to+" "+printkeys( p );
imc_stats.tx_bytes += temp.length();
imc_stats.tx_pkts++;
return temp;
}
final void do_send_packet( PACKET p )
{
String output;
output = generate2(p);
do_imcsend(output);
}
final IMC_CHANNEL imc_findchannel( String name )
{
if(channels.get(name)!=null)
return (IMC_CHANNEL) channels.get(name);
return null;
}
/* return 'mud' from 'player@mud' */
final String imc_mudof(String fullname )
{
String buf;
int pos = fullname.indexOf("@");
if(pos > -1)
buf = fullname.substring(pos+1);
else
buf = "*";
return buf;
}
/* return d from a!b!c!d */
final String imc_lastinpath(String path)
{
int pos = path.lastIndexOf("!");
if(pos < 0)
return path;
return path.substring(pos+1, path.length());
}
/* return 'player' from 'player@mud' */
final String imc_playerof(String fullname )
{
String buf;
int pos = fullname.indexOf("@");
if(pos > -1)
buf = fullname.substring(0, pos);
else
buf = "*";
return buf;
}
/* add "key=value" to "p" */
final void imc_addkey(PACKET p, String key, String value) {
for(int i = 0; i < value.length(); i++)
{
if(value.substring(i, i+1).equals("\""))
{
String tmp = value.substring(0, i);
tmp = tmp.concat("\\\"").concat(value.substring(i+1, value.length()));
value = tmp;
i++;
}
}
for (int i = 0; i < PACKET.IMC_MAX_KEYS; i++) {
if (!p.key[i].equals("") && (key.equalsIgnoreCase(p.key[i]))) {
p.key[i] = "";
p.value[i] = "";
break;
}
}
if (value=="")
return;
for (int i = 0; i < PACKET.IMC_MAX_KEYS; i++) {
if (p.key[i] == "") {
p.key[i] = key;
if((value.indexOf(" ") > -1))
value = "\""+value+"\"";
p.value[i] = value;
return;
}
}
}
/* add "key=value" for an integer value */
final void imc_addkeyi(PACKET p, String key, int value) {
String temp;
temp = String.valueOf(value);
imc_addkey(p, key, temp);
}
/* clear all keys in "p" */
final void imc_initdata(PACKET p) {
int i;
for (i = 0; i < PACKET.IMC_MAX_KEYS; i++) {
p.key[i] = "";
p.value[i] = "";
}
}
/* convert back from 'd' to 'p' */
final void setdata(PACKET p, imc_char_data d) {
imc_initdata(p);
if (d == null) {
p.from = "*";
imc_addkeyi(p, "level", -1);
return;
}
p.from = d.name;
if (d.wizi > 0)
imc_addkeyi(p, "wizi", d.wizi);
// imc_addkeyi(p, "level", d.level);
}
/* send a who-request to a remote mud */
final void imc_send_who(imc_char_data from, String to, String type) {
PACKET out = new PACKET();
if (imc_active < IA_UP)
return;
if (imc_mudof(to).equals("*"))
return; /* don't let them do this */
setdata(out, from);
out.to = "*@" + imc_mudof(to);
out.type = "who";
imc_addkey(out, "type", type);
imc_send(out);
}
/* send a who-request to a remote mud */
public final void imc_send_whois(String from, String to, int level)
{
PACKET out = new PACKET();
if (imc_active < IA_UP)
return;
//if (imc_mudof(to).equals("*"))
// return; /* don't let them do this */
imc_initdata(out);
out.from = from;
out.to = to+"@*";
out.type = "whois";
imc_addkeyi(out, "level", level);
imc_send(out);
}
final void imc_send( PACKET p)
{
if (imc_active < IA_UP) {
tracef(0, "imc_send when not active!");
return;
}
/* initialize packet fields that the caller shouldn't/doesn't set */
p.i.stamp = 0;
p.i.path = "";
p.i.sequence = imc_sequencenumber;
if(p.i.sequence == imc_prev_sequencenumber)
{
p.i.sequence++;
imc_sequencenumber++;
}
imc_prev_sequencenumber = imc_sequencenumber;
p.i.to = p.to;
p.i.from = p.from;
p.i.from = p.i.from.concat("@");
p.i.from = p.i.from.concat(imc_name);
// p.i.path = this_imcmud.hubname;
do_send_packet(p);
}
final void imc_loop() {
return;
}
//
// list of all active call_out's in the game
//
static LinkedList call_outs = new LinkedList();
public void imc_register_call_out(int hbeat, String function_name, Object param) {
Vector call_out = new Vector();
call_out.add(function_name);
call_out.add(new Long(HeartBeat + hbeat));
call_out.add(param);
call_outs.add(call_out);
}
public void imc_process_call_outs() {
if (call_outs.size() < 1) {
return;
}
for (int i = 0; i < call_outs.size(); i++) {
Vector call_out = (Vector) call_outs.get(i);
String fun = (String) call_out.elementAt(0);
long hbeat = ( (Long) call_out.elementAt(1)).longValue();
Object param = call_out.elementAt(2);
if (hbeat == HeartBeat) {
Object o = this;
if (o != null) {
Class cl = o.getClass();
java.lang.reflect.Method funcs[] = cl.getMethods();
if (funcs.length > 1) {
for (int k = 0; k < funcs.length; k++) {
String m_name = funcs[k].getName();
if (m_name.equals(fun)) {
try {
funcs[k].invoke(o, new Object[] {param});
}
catch (Exception e) {
tracef(0,
"imc: call_out failed with error: "
+ e.toString());
}
}
}
}
}
call_outs.remove(i);
i--;
}
}
}
final public static String toIMCColours(String res)
{
// ANSI color macros
res = CMStrings.replaceAll(res, "\"", "\\\"");
StringBuffer str=new StringBuffer(res);
for(int i=0;i<str.length()-1;i++)
{
if(str.charAt(i)=='`')
str.setCharAt(i,'\'');
else
if(str.charAt(i)=='^')
switch(str.charAt(i+1))
{
case 'R':
case 'r':
case 'y':
case 'Y':
case 'g':
case 'G':
case 'b':
case 'B':
case 'w':
case 'W':
case 'c':
case 'C': str.setCharAt(i,'~'); break;
case 'm': str.setCharAt(i,'~'); str.setCharAt(i+1,'p'); break;
case 'M': str.setCharAt(i,'~'); str.setCharAt(i+1,'P'); break;
case 'p': str.setCharAt(i,'~'); str.setCharAt(i+1,'m'); break;
case 'P': str.setCharAt(i,'~'); str.setCharAt(i+1,'M'); break;
case '?':
case '.': str.setCharAt(i,'~'); str.setCharAt(i+1,'!'); break;
case '!': str.setCharAt(i,'~'); str.setCharAt(i+1,'L'); break;
case '*': str.setCharAt(i,'~'); str.setCharAt(i+1,'$'); break;
case '/': str.setCharAt(i,'~'); str.setCharAt(i+1,'s'); break;
case '_': str.setCharAt(i,'~'); str.setCharAt(i+1,'u'); break;
case '^': str.setCharAt(i,'^'); str.deleteCharAt(i+1); break;
default:
str.setCharAt(i,'~'); str.setCharAt(i+1,'c');
break;
}
}
return str.toString();
}
final String update_wholist()
{
StringBuffer str=new StringBuffer("Players on "+CMProps.getVar(CMProps.SYSTEM_MUDNAME)+":\\n\\r");
Command C=CMClass.getCommand("Who");
Vector V=new Vector();
if(C!=null)
{
try{C.execute(null,V);}catch(Exception e){}
if((V.size()>0)&&(V.firstElement() instanceof String))
{
String s=(String)V.firstElement();
s=CMStrings.replaceAll((String)V.firstElement(),"\n\r","\\n\\r");
return str.toString()+s;
}
}
return "Unavailable";
}
final String who_help()
{
return "\\n\\r"+
"Available imcminfo types:\\n\\r"+
"help - this screen\\n\\r"+
"who - who is online\\n\\r"+
"info - mud information\\n\\r"+
"who - who is online\\n\\r";
}
final void imc_recv_who(imc_char_data from, String sender, String type)
{
PACKET out = new PACKET();
imc_initdata(out);
out.from = from.name;
imc_addkeyi(out, "level", 3);
out.to = sender;
out.type = "who-reply";
if(type.equals("who"))
imc_addkey(out, "text", toIMCColours(update_wholist()));
else
if(type.equals("istats"))
imc_addkey(out, "text", toIMCColours(do_imcstats()));
else
if(type.equals("info"))
imc_addkey(out, "text", toIMCColours(do_imcinfo()));
else
if(type.equals("help"))
imc_addkey(out, "text", toIMCColours(who_help()));
imc_send(out);
}
final void imc_recv_whois(imc_char_data from, String sender, int level)
{
PACKET out = new PACKET();
imc_initdata(out);
out.from = from.name;
imc_addkeyi(out, "level", 3);
out.to = sender;
out.type = "whois-reply";
MOB M=CMLib.map().getPlayer(from.name);
if(M==null) return;
imc_addkey(out, "text", "imcpfind "+from.name+"@"+imc_name
+" is "+(CMLib.flags().isInTheGame(M,false) ? "online":"offline")+ ".");
imc_send(out);
}
final void imc_recv_ping(imc_char_data from, String path, String sender)
{
PACKET out = new PACKET();
imc_initdata(out);
out.from = from.name;
out.to = sender;
out.type = "ping-reply";
imc_addkey(out, "path", path);
imc_send(out);
}
final void imc_recv_tell(imc_char_data d, String from, String text)
{
MOB mob=CMClass.getMOB("StdMOB");
mob.setName(from);
mob.setLocation(CMClass.getLocale("StdRoom"));
MOB smob=findSessMob(d.name);
if(smob!=null)
CMLib.commands().postSay(mob,smob,text,true,true);
Room R=mob.location();
mob.destroy();
if(R!=null) R.destroy();
}
protected MOB findSessMob(String mobName)
{
for(int s=0;s<CMLib.sessions().size();s++)
{
Session ses=CMLib.sessions().elementAt(s);
if((!ses.killFlag())&&(ses.mob()!=null)
&&(!ses.mob().amDead())
&&(ses.mob().Name().equalsIgnoreCase(mobName))
&&(ses.mob().location()!=null))
return ses.mob();
}
return null;
}
public REMOTEINFO getIMC2Mud(String named)
{
Hashtable l=query_muds();
if(l.containsKey(named)) return (REMOTEINFO)l.get(named);
for(Enumeration e=l.elements();e.hasMoreElements();)
{
REMOTEINFO m=(REMOTEINFO)e.nextElement();
if(m.name.equalsIgnoreCase(named))
return m;
}
return null;
}
final void imc_recv_chat(imc_char_data d, String from, String channel, String text, int emote)
{
StringTokenizer st = new StringTokenizer(channel, ":");
if (st.countTokens() > 1) {
channel = st.nextToken();
channel = st.nextToken();
}
else
if(st.countTokens()> 0)
channel=st.nextToken();
String channelName=channel;
CMMsg msg=null;
if(from.toUpperCase().endsWith(imc_name.toUpperCase()))
return;
if(channelName.length()==0)
return;
channelName=read_channel_name(channelName);
if(channelName.length()==0) return;
int channelInt=CMLib.channels().getChannelIndex(channelName);
if(channelInt<0) return;
MOB mob=CMClass.getMOB("StdMOB");
mob.setName(from);
mob.setLocation(CMClass.getLocale("StdRoom"));
String str="^Q^<CHANNEL \""+channelName+"\"^>"+mob.name()+" "+channelName+"(S) '"+text+"'^</CHANNEL^>^?^.";
if(emote>0)
{
if(emote==1)
str="^Q^<CHANNEL \""+channelName+"\"^>["+channelName+"] "+from+" "+text+"^</CHANNEL^>^?^.";
else
str="^Q^<CHANNEL \""+channelName+"\"^>["+channelName+"] "+text+"^</CHANNEL^>^?^.";
}
msg=CMClass.getMsg(mob,null,null,CMMsg.NO_EFFECT,null,CMMsg.NO_EFFECT,null,CMMsg.MASK_CHANNEL|(CMMsg.TYP_CHANNEL+channelInt),str);
CMLib.channels().channelQueUp(channelInt,msg);
for(int s=0;s<CMLib.sessions().size();s++)
{
Session ses=CMLib.sessions().elementAt(s);
if((CMLib.channels().mayReadThisChannel(mob,false,ses,channelInt))
&&(ses.mob().location()!=null)
&&(ses.mob().location().okMessage(ses.mob(),msg)))
ses.mob().executeMsg(ses.mob(),msg);
}
LinkedList l = (LinkedList) chanhist.get(channel);
if(l == null)
l = new LinkedList();
l.add(str);
chanhist.put(channel, l);
Room R=mob.location();
mob.destroy();
if(R!=null) R.destroy();
}
final void imc_recv_is_alive(imc_char_data d, String from, String path,
String version, String netname)
{
String mudname = imc_mudof(from);
REMOTEINFO rinfo = new REMOTEINFO();
rinfo.name = mudname;
rinfo.network = netname;
rinfo.version = version;
int pos = path.indexOf("!");
if(pos > -1)
{
String hubs = path.substring(pos+1, path.length());
int pos2 = hubs.indexOf("!");
if(pos2 > -1)
rinfo.hub = hubs.substring(0, pos2);
else
rinfo.hub = hubs;
}
else
rinfo.hub = "None";
muds.put(mudname, rinfo);
}
final void imc_recv_who_reply(imc_char_data d, String text)
{
text = CMStrings.replaceAll(text, "\\n\\r", "\n\r");
send_to_player(d.name, "\n\r"+text+"^.^?");
}
final void imc_recv_whois_reply(imc_char_data d, String to, String text)
{
text = CMStrings.replaceAll(text, "\\n\\r", "\n\r");
send_to_player(d.name, "\n\r"+to+": "+text+"^.^?");
}
final void imc_recv_ping_reply(imc_char_data d, String from, String path)
{
String route[] = explodeNicely(path, "!");
StringBuffer text = new StringBuffer("Traceroute information for "+from+"\n\r");
text.append("^cSend path:^? ");
for(int i = 0; i < route.length; i++)
{
if (i > 0)
text.append("->");
text.append(route[i]);
}
text.append("\n\r");
text.append("^cReturn path:^? ");
for(int i= route.length-1; i >= 0; i--)
{
if (i < route.length-1)
text.append("->");
text.append(route[i]);
}
send_to_player(d.name, text.toString());
}
final String read_channel_name(String channame)
{
if(channame==null) return "";
channame=channame.toUpperCase();
for(Enumeration e=chan_conf.keys();e.hasMoreElements();)
{
String key=(String)e.nextElement();
String val=((String)chan_conf.get(key)).toUpperCase();
if(val.equals(channame))
return key;
if(val.endsWith(":"+channame))
return key;
if(channame.endsWith(":"+val))
return key;
}
return "";
}
public IMC_CHANNEL getAnIMC2Channel(String name)
{
name=name.toUpperCase();
for(Enumeration e=channels.elements();e.hasMoreElements();)
{
IMC_CHANNEL c=(IMC_CHANNEL)e.nextElement();
if(read_channel_name(c.name).equalsIgnoreCase(name))
return c;
}
return null;
}
final void imc_recv_update(String from, String chan, String owner,
String operators, String policy, String invited,
String excluded )
{
IMC_CHANNEL c;
String mud;
mud = imc_mudof(from);
/* forged? */
if (chan.indexOf(":")<-1 || !mud.equalsIgnoreCase(imc_mudof(chan)))
return;
c = new IMC_CHANNEL();
c.name = chan;
c.owner = owner;
c.operators = operators;
c.invited = invited;
c.excluded = excluded;
c.local_name = this.read_channel_name(chan);
c.perm_level = PERM_ADMIN;
c.refreshed = true;
if (policy.equalsIgnoreCase("open"))
c.policy = CHAN_OPEN;
else if (policy.equalsIgnoreCase("closed"))
c.policy = CHAN_CLOSED;
else if (policy.equalsIgnoreCase("copen"))
c.policy = CHAN_COPEN;
else if (policy.equalsIgnoreCase("cprivate"))
c.policy = CHAN_CPRIVATE;
else
c.policy = CHAN_PRIVATE;
channels.put(c.name, c);
}
/* get the value of "key" from "p"; if it isn't present, return "def" */
final String imc_getkey( PACKET p, String key, String def )
{
int i;
for( i = 0; i < PACKET.IMC_MAX_KEYS; i++ )
if( !p.key[i].equals("") && p.key[i].equalsIgnoreCase(key))
{
if(p.value[i].startsWith("\""))
return p.value[i].substring(1, p.value[i].length()-1);
return p.value[i];
}
return def;
}
/* identical to imc_getkey, except get the integer value of the key */
final int imc_getkeyi( PACKET p, String key, int def )
{
int i;
for( i = 0; i < PACKET.IMC_MAX_KEYS; i++ )
if( !p.key[i].equals("") && p.key[i].equalsIgnoreCase(key) )
{
return CMath.s_int(p.value[i]);
}
return def;
}
final public Hashtable query_channels()
{
return channels;
}
final public Hashtable query_muds() {
return muds;
}
final public void exec_commands(PACKET p) {
if (p == null)
return;
imc_char_data d = new imc_char_data();
d.name = p.i.to;
d.wizi = imc_getkeyi(p, "wizi", 0);
d.level = imc_getkeyi(p, "level", 0);
d.invis = 0;
String to_mud = imc_mudof(d.name);
if (!to_mud.equalsIgnoreCase(imc_name) && !to_mud.equals("*"))
{
tracef(8, "Message was for "+to_mud+", not "+imc_name+" -- rejecting!");
return;
}
d.name = imc_playerof(d.name);
tracef(8, "Received message was sent to " + d.name+", "+p.type+", "+CMParms.toStringList(p.value));
if (p.type.equals("who")) {
tracef(8, "Who request received from " + p.i.from);
imc_recv_who(d, p.i.from, imc_getkey(p, "type", "who"));
}
if (p.type.equals("whois")) {
tracef(8, "Whois request received from " + p.i.from);
imc_recv_whois(d, p.i.from, imc_getkeyi(p, "level", 0));
}
if (p.type.equals("ping")) {
tracef(8, "Ping reply received from " + p.i.from);
imc_recv_ping(d, p.i.path, p.i.from);
}
if (p.type.equals("tell")) {
tracef(8, "Tell received from " + p.i.from);
imc_recv_tell(d, p.i.from, imc_getkey(p, "text", ""));
}
if (p.type.equals("keepalive-request")) {
tracef(8, "Keepalive request received from " + p.i.from);
imc_send_isalive(p.i.from);
}
if (p.type.equals("who-reply")) {
tracef(8, "Who reply received from " + p.i.from);
imc_recv_who_reply(d, imc_getkey(p, "text", ""));
}
if (p.type.equals("whois-reply")) {
tracef(8, "Who-Is reply received from " + p.i.from);
imc_recv_whois_reply(d, p.i.from, imc_getkey(p, "text", ""));
}
if (p.type.equals("ping-reply")) {
tracef(8, "Ping-reply reply received from " + p.i.from);
imc_recv_ping_reply(d, p.i.from, imc_getkey(p, "path", ""));
}
if (p.type.equals("is-alive")) {
tracef(8, "is-alive received from " + p.i.from);
imc_recv_is_alive(d, p.i.from, p.i.path,
imc_getkey(p, "versionid", "Unknown"),
imc_getkey(p, "networkname", "None"));
}
if (p.type.equals("ice-msg-b")) {
tracef(8, "Chat received from " + p.i.from);
imc_recv_chat(d, p.i.from, imc_getkey(p, "channel", "ICHAT"),
imc_getkey(p, "text", ""),CMath.s_int(imc_getkey(p,"emote","0")));
}
if (p.type.equals("ice-update")) {
tracef(8, "Ice update reply from " + p.i.from);
imc_recv_update(p.from, imc_getkey(p, "channel", ""),
imc_getkey(p, "owner", ""),
imc_getkey(p, "operators", ""),
imc_getkey(p, "policy", ""),
imc_getkey(p, "invited", ""),
imc_getkey(p, "excluded", ""));
}
}
final boolean check_password(String s) {
StringTokenizer st = new StringTokenizer(s, " ");
if (st.countTokens() < 3) {
tracef(0, "Password not found in Hub reply.");
return false;
}
st.nextToken();
st.nextToken();
String pwd = st.nextToken();
if (pwd.equals(this_imcmud.serverpw))
{
tracef(8, "Password OK.");
return true;
}
tracef(0, "Password incorrect.");
return false;
}
final public void imc_read_from_socket(BufferedReader in) {
try {
if ((in!=null)&&(in.ready()))
{
String s = in.readLine();
if (s == null) return;
if (s.length() > 0)
{
tracef(8, "imc: received '" + s + "'");
if (s.startsWith("PW "))
check_password(s);
else {
PACKET p = interpret2(s);
if(p!=null) exec_commands(p);
}
}
}
}
catch (Exception e)
{
String errMsg=e.getMessage()==null?e.toString():e.getMessage();
if((errMsg==null)
||(errMsg.toUpperCase().indexOf("TIMED OUT")<0))
Log.errOut("IMC2Driver", "read: "+errMsg);
if((errMsg!=null)
&&(!shutdown)
&&(errMsg.toUpperCase().indexOf("CONNECTION")>=0))
{
imc_active = IA_NONE;
tracef(0, "Waiting 20 seconds and try to reconnect.");
try
{
sleep(20000);
}
catch (Exception ex) {}
this.imc_startup(true,
imc_name,
imc_siteinfo.host,
imc_siteinfo.email,
imc_siteinfo.www,
this_imcmud.hubname,
this_imcmud.port,
this_imcmud.clientpw,
this_imcmud.serverpw,
buildChannelMap());
}
}
}
final public void imc_write_to_socket(DataOutputStream out) {
try {
if (this_imcmud.outbuf.equals(""))
return;
tracef(8, "imc: sending '" + this_imcmud.outbuf + "'");
out.write(this_imcmud.outbuf.getBytes());
this_imcmud.outbuf = "";
}
catch (Exception e) {
tracef(0, "write socket error: " + e.toString());
imc_active = IA_NONE;
tracef(0, "Waiting 20 seconds and try to reconnect.");
try {
sleep(20000);
}
catch (Exception ex) {}
this.imc_startup(true,
imc_name,
imc_siteinfo.host,
imc_siteinfo.email,
imc_siteinfo.www,
this_imcmud.hubname,
this_imcmud.port,
this_imcmud.clientpw,
this_imcmud.serverpw,
buildChannelMap());
}
}
/* send a keepalive to everyone */
final public void imc_send_isalive(String reqFrom) {
PACKET out = new PACKET();
if (imc_active < IA_UP)
return;
imc_initdata(out);
out.type = "is-alive";
out.from = "*";
if(reqFrom.endsWith("*"))
{
Log.errOut("IMC2 SPAM DETECTED: "+reqFrom+"!");
}
out.to = reqFrom;
imc_addkey(out, "versionid", IMC_VERSIONID);
imc_addkey(out, "networkname", this_imcmud.network);
if (imc_siteinfo.flags != null && imc_siteinfo.flags != "")
imc_addkey(out, "flags", imc_siteinfo.flags);
imc_send(out);
}
/* send a keepalive to everyone */
final public void imc_request_keepalive() {
PACKET out = new PACKET();
if (imc_active < IA_UP)
return;
imc_initdata(out);
out.type = "keepalive-request";
out.from = "*";
out.to = "*@*";
imc_addkey(out, "versionid", IMC_VERSIONID);
if (imc_siteinfo.flags != null && imc_siteinfo.flags != "")
imc_addkey(out, "flags", imc_siteinfo.flags);
imc_send(out);
}
final class call_out extends Thread
{
IMC2Driver imc_client;
boolean shutdown=false;
public boolean isShutdown=false;
int seq = 0;
public call_out(IMC2Driver _imc_client) {
super("IMC2-call_out");
setName("IMC2-call_out");
imc_client = _imc_client;
setDaemon(true);
}
public void shutdown()
{
shutdown=true;
interrupt();
}
final public void run()
{
if (imc_client == null)
return;
while (!shutdown)
{
// tracef(1, "call_out: process call outs");
imc_client.imc_process_call_outs();
imc_client.imc_write_to_socket(out);
try {
sleep(100);
seq++;
if (seq % 10 == 0) {
imc_client.imc_sequencenumber++;
seq = 0;
}
}
catch (Exception e) {}
}
isShutdown=true;
}
}
final class call_in
extends Thread {
IMC2Driver imc_client;
boolean shutdown=false;
public boolean isShutdown=false;
public call_in(IMC2Driver _imc_client) {
super("IMC2-call_in");
setName("IMC2-call_in");
imc_client = _imc_client;
setDaemon(true);
}
public void shutdown()
{
shutdown=true;
interrupt();
}
final public void run()
{
if (imc_client == null)
return;
while (!shutdown)
{
// tracef(1, "call_out: process call outs");
imc_client.imc_read_from_socket(in);
try {
sleep(100);
}
catch (Exception e) {}
}
isShutdown=true;
}
}
/* send a ping with a given timestamp */
final public void imc_send_ping(String name, String to, int time_s, int time_u)
{
PACKET out = new PACKET();
if (imc_active < IA_UP)
return;
imc_initdata(out);
out.type = "ping";
out.from = name;
out.to = "*@" + to;
imc_addkeyi(out, "time-s", time_s);
imc_addkeyi(out, "time-us", time_u);
imc_send(out);
out = null;
}
final public void run_imcpinfo(String name, String mudname, String who, int level,
int invis) {
imc_char_data test = new imc_char_data();
test.name = name;
test.level = level;
test.invis = invis;
imc_send_who(test, "@" + mudname, "finger " + who);
}
final public void run_imcminfo(String name, String mudname, String type,
int level, int invis) {
imc_char_data test = new imc_char_data();
test.name = name;
test.level = level;
test.invis = invis;
imc_send_who(test, "@" + mudname, type);
}
final public void imc_send_who(String name, String mudname, String type, int level, int invis)
{
imc_char_data test = new imc_char_data();
test.name = name;
test.level = level;
test.invis = invis;
imc_send_who(test, "@" + mudname, type);
}
final public String imc_send_tell(String from, String to, String text, int level,
int invis) {
imc_char_data chr = new imc_char_data();
chr.name = from;
chr.level = level;
chr.invis = invis;
return imc_send_tell(chr, to, text, 1);
}
final public String imc_send_reply(String from, String text, int level, int invis) {
imc_char_data chr = new imc_char_data();
chr.name = from;
chr.level = level;
chr.invis = invis;
return imc_send_reply(chr, text);
}
final public String imc_send_chat(String from, String to, String text, int level,
int emote) {
imc_char_data chr = new imc_char_data();
chr.name = from;
chr.level = level;
return imc_send_chat(chr, to, text, level, emote);
}
/* send a tell to a remote player */
final String imc_send_tell(imc_char_data from, String to, String argument,
int isreply) {
PACKET out = new PACKET();
if (imc_active < IA_UP)
return "IMC is not active.";
if (imc_mudof(to).equals("*"))
return "You cannot send tell to everyone!";
/* don't let them do this */
setdata(out, from);
out.to = to;
out.type = "tell";
imc_addkeyi(out, "level", 3);
imc_addkey(out, "text", toIMCColours(argument));
imc_send(out);
replies.put(from.name, to);
String chatText = "You tell " + to + " '^c" + argument +
"'^?.";
return chatText;
}
/* send a reply to a remote player */
final String imc_send_reply(imc_char_data from, String argument) {
PACKET out = new PACKET();
if (imc_active < IA_UP)
return "IMC is not active.";
setdata(out, from);
String to = (String) replies.get(from.name);
if (to == null)
return "Noone to reply to.";
out.to = to;
out.type = "tell";
imc_addkeyi(out, "level", 3);
imc_addkey(out, "text", toIMCColours(argument));
imc_send(out);
String chatText = "You tell " + to + " ^c'" + argument +
"'^?.";
return chatText;
}
/* send a tell to a remote player */
final String imc_send_chat(imc_char_data from,
String to,
String argument,
int isreply,
int emote) {
PACKET out = new PACKET();
if (imc_active < IA_UP)
return "IMC is not running.";
setdata(out, from);
// imc_addkey(p, "level", 3);
out.to = "*@*";
out.type = "ice-msg-b";
imc_addkey(out, "channel", to);
imc_addkey(out, "text", toIMCColours(argument));
imc_addkeyi(out, "emote", emote);
/* if (isreply > 0)
imc_addkeyi(out, "isreply", isreply);*/
imc_send(out);
String chan = to;
int pos = to.indexOf(":");
if (pos > -1)
chan = to.substring(pos + 1, to.length());
String text = argument;
if (argument.startsWith(", ") || emote == 1)
text = from.name + "@" + this.imc_name;
String chatText = from.name + "@" + this.imc_name +
" [" + chan +
"] " +
" " + text + "^?";
LinkedList l = (LinkedList) chanhist.get(chan);
if (l == null)
l = new LinkedList();
l.add(chatText);
chanhist.put(chan, l);
return chatText;
}
final public void run() {
imc_read_from_socket(in);
HeartBeat = 0;
if(c_thread2==null)
{
c_thread2 = new call_in(this);
c_thread2.start();
}
if(c_thread==null)
{
c_thread = new call_out(this);
c_thread.start();
}
Log.sysOut("IMC2","(c) 1996-2002/Java port by Istvan David");
Log.sysOut("IMC2","Client connected to "+this_imcmud.host.trim());
while (!shutdown) {
HeartBeat++;
try {
sleep(2000);
}
catch (Exception e) {}
isShutdown=true;
}
}
}
