// This file written mostly by Tim Johnson (Tim@TimMUD)
void send_mudlist_updates(string updating_mudname, int old_mudlist_id){
string mudname; // mud name
string *kys; // array of strings for keys that need to be sent
mapping out=([ ]); // mapping to send
int i; // counter
int status;
mapping payload = ([]);
mudinfo_update_counter++;
//trr("old_mudlist_id: "+old_mudlist_id,"blue");
//trr("updating_mudname: "+updating_mudname,"blue");
//trr("send_mudlist_updates, updating_mudname="+updating_mudname+", old_mudlist_id="+old_mudlist_id,"blue");
foreach(mudname in keys(mudinfo_updates)){
//trr("mudinfo_updates current element: "+identify(mudname));
#ifndef SEND_WHOLE_MUDLIST
//trr("send whole mudlist undefined");
if(mudinfo_updates[mudname]>old_mudlist_id){ // needs updating
#endif
if(!mudinfo[mudname]){ // deleted mud;
out[mudname] = 0;
}
else{
if(!connected_muds[mudname]){
if(mudinfo[mudname]["disconnect_time"] &&
mudinfo[mudname]["restart_delay"] == -1) status = 0;
else status = mudinfo[mudname]["restart_delay"];
}
else status = -1;
//trr("STATUS: "+status,"yellow");
switch(mudinfo[updating_mudname]["protocol"]){
case 1:
case 2:
out[mudname] = ({
status,
// -1=up, 0=down, n=down for n secs
mudinfo[mudname]["restart_delay"],
mudinfo[mudname]["ip"], // ip_addr
mudinfo[mudname]["player_port"], // player_port
mudinfo[mudname]["imud_tcp_port"], // imud_tcp_port
mudinfo[mudname]["imud_udp_port"], // imud_udp_port
mudinfo[mudname]["mudlib"], // mudlib
mudinfo[mudname]["base_mudlib"], // base_mudlib
mudinfo[mudname]["driver"], // driver
mudinfo[mudname]["mud_type"], // mud_type
mudinfo[mudname]["open_status"], // open_status
mudinfo[mudname]["services"], // services
});
break;
case 3:
out[mudname] = ({
status,
// -1=up, 0=down, n=down for n secs
mudinfo[mudname]["ip"], // ip_addr
mudinfo[mudname]["player_port"], // player_port
mudinfo[mudname]["imud_tcp_port"], // imud_tcp_port
mudinfo[mudname]["imud_udp_port"], // imud_udp_port
mudinfo[mudname]["mudlib"], // mudlib
mudinfo[mudname]["base_mudlib"], // base_mudlib
mudinfo[mudname]["driver"], // driver
mudinfo[mudname]["mud_type"], // mud_type
mudinfo[mudname]["open_status"], // open_status
mudinfo[mudname]["admin_email"], // admin_email
mudinfo[mudname]["services"], // services
mudinfo[mudname]["other_data"], // other_data
});
break;
} // switch
} // else not deleted
#ifndef SEND_WHOLE_MUDLIST
} // if needs updating
#endif
} // foreach
// out now has the mapping of what to tell the mud about...
// this might be big, so later I'll make it so it sends only 10 muds at a time...
// take an idea from /cmds/std/_semote.c
kys=keys(out);
for(i=0;i<sizeof(kys)-10;i+=10){ // leave a group of size between 1 and 10 remaining
//trr("sending a set of 10...");
// send all the ones except the last one, doing 10 at a time,
// but give them their original mudlist id, in case they get
// disconnected before all the sets of 10 get finished
payload = ([ kys[i]: out[kys[i]],
kys[i+1]: out[kys[i+1]],
kys[i+2]: out[kys[i+2]],
kys[i+3]: out[kys[i+3]],
kys[i+4]: out[kys[i+4]],
kys[i+5]: out[kys[i+5]],
kys[i+6]: out[kys[i+6]],
kys[i+7]: out[kys[i+7]],
kys[i+8]: out[kys[i+8]],
kys[i+9]: out[kys[i+9]],
]);
write_data(connected_muds[updating_mudname],({
"mudlist",
5,
router_name,
0,
updating_mudname,
0,
//old_mudlist_id,
(random(9999) * random(999)),
payload,
}));
//this_object()->SendList(payload);
map_delete(out,kys[i]);
map_delete(out,kys[i+1]);
map_delete(out,kys[i+2]);
map_delete(out,kys[i+3]);
map_delete(out,kys[i+4]);
map_delete(out,kys[i+5]);
map_delete(out,kys[i+6]);
map_delete(out,kys[i+7]);
map_delete(out,kys[i+8]);
map_delete(out,kys[i+9]);
}
// incomplete set is left where it kicked out of the for loop
write_data(connected_muds[updating_mudname],({
"mudlist",
5,
router_name,
0,
updating_mudname,
0,
mudinfo_update_counter,
out,
}));
//this_object()->SendList(out);
mudinfo[updating_mudname]["old_mudlist_id"]=mudinfo_update_counter;
}
