Coro/myhttpd/netgeo.pl

#!/usr/bin/perl

# APNIC refer: KRNIC (for 211.104.0.0)

use Socket;
use Fcntl;

use Coro;
use Coro::Event;
use Coro::Semaphore;
use Coro::SemaphoreSet;
use Coro::Socket;

use BerkeleyDB;

$Event::DIED = sub {
   Event::verbose_exception_handler(@_);
   #Event::unloop_all();
};

tie %netgeo::whois, BerkeleyDB::Btree,
    -Env => $db_env,
    -Filename => "whois",
    -Flags => DB_CREATE,
       or die "unable to create/open whois table";
$netgeo::iprange = new BerkeleyDB::Btree
    -Env => $db_env,
    -Filename => "iprange",
    -Flags => DB_CREATE,
       or die "unable to create/open iprange table";

package Whois;

use Coro::Event;

sub new {
   my $class = shift;
   my $name = shift;
   my $ip = shift;
   my $self = bless { name => $name, ip => $ip, @_ }, $class;
   $self->{maxjobs} = new Coro::Semaphore $self->{maxjobs} || 1;
   $self;
}

sub ip {
   $_[0]{ip};
}

sub sanitize {
   $_[1];
}

sub whois_request {
   my ($self, $query) = @_;

   my $id = "$self->{name}\x0$query";
   my $whois = $netgeo::whois{$id};

   unless (defined $whois) {
      print "WHOIS($self->{name},$query)\n";

      my $guard = $self->{maxjobs}->guard;
      my $timeout = 5;

      while () {
         my $fh = new Coro::Socket
                         PeerAddr => $self->ip,
                         PeerPort => $self->{port} || "whois",
                         Timeout  => 30;
         if ($fh) {
            print $fh "$query\n";
            $fh->read($whois, 16*1024); # max 16k. whois stored
            close $fh;
            $whois =~ s/\015?\012/\n/g;
            $whois = $self->sanitize($whois);
            if ($whois eq ""
                or ($whois =~ /query limit/i && $whois =~ /exceeded/i) # ARIN
                or ($whois =~ /wait a while and try again/i) # ARIN
                or ($whois =~ /^%ERROR:202:/) # RIPE/APNIC
            ) {
               print "retrying in $timeout seconds\n";#d#
               do_timer(desc => "timer2", after => $timeout);
               $timeout *= 2;
               $timeout = 1 if $timeout > 600;
            } else {
               last;
            }
         }
      }

      $netgeo::whois{$id} = $whois;
   }

   $whois;
}

package Whois::ARIN;

use Date::Parse;

use base Whois;

sub sanitize {
   local $_ = $_[1];
   s/\n[\t ]{6,}([0-9.]+ - [0-9.]+)/ $1/g;
   $_;
}

# there are only two problems with arin's whois database:
# a) the data cannot be trusted and often is old or even wrong
# b) the database format is nonparsable
#    (no spaces between netname/ip and netnames can end in digits ;)
# of course, the only source to find out about global
# address distribution is... arin.
sub ip_request {
   my ($self, $ip) = @_;

   my $whois = $self->whois_request($ip);
   
   return () if $whois =~ /^No match/;

   if ($whois =~ /^To single out one record/m) {
      my $handle;
      while ($whois =~ /\G\S.*\(([A-Z0-9\-]+)\).*\n/mg) {
         $handle = $1;
         #return if $handle =~ /-(RIPE|APNIC)/; # heuristic, bbut bad because ripe might not have better info
      }
      $handle or die "$whois ($ip): unparseable multimatch\n";
      $whois = $self->whois_request("!$handle");
   }

   my ($address, $info, $coordinator, undef) = split /\n\n/, $whois;

   $info =~ /^\s+Netname: (\S+)$/mi
      or die "$whois($ip): no netname\n";
   my $netname = $1;

   $info =~ /^\s+Netblock: ([0-9.]+\s+-\s+[0-9.]+)\s*$/mi
      or die "$whois($ip): no netblock\n";
   my $netblock = $1;

   my $maintainer;

   if ($info =~ /^\s+Maintainer: (\S+)\s*$/mi) {
      $maintainer = "*ma: $1\n";
      return if $1 =~ /^(?:AP|RIPE)$/;
   }

   $coordinator =~ s/^\s+Coordinator:\s*//si
      or $coordinator = "";

   $address =~ s/\n\s*(\S+)$//
      or die "$whois($ip): no parseable country ($address)\n";
   my $country = $1;

   $address     =~ s/^\s*/*de: /mg;
   $coordinator =~ s/^\s*/*ad: /mg;

   $whois = <<EOF;
*in: $netblock
*na: $netname
*cy: $country
$maintainer$address
$coordinator
EOF
   $whois =~ s/\n+$//;
   $whois;
}

package Whois::RIPE;

use Socket;
use base Whois;

sub sanitize {
   local $_ = $_[1];

   s/^%.*\n//gm;
   s/^\n+//;
   s/\n*$/\n/;

   s/^inetnum:\s+/*in: /gm;
   s/^admin-c:\s+/*ac: /gm;
   s/^tech-c:\s+/*tc: /gm;
   s/^owner-c:\s+/*oc: /gm;
   s/^country:\s+/*cy: /gm;
   s/^phone:\s+/*ph: /gm;
   s/^remarks:\s+/*re: /gm;
   s/^changed:\s+/*ch: /gm;
   s/^created:\s+/*cr: /gm;
   s/^address:\s+/*ad: /gm;
   s/^status:\s+/*st: /gm;
   s/^inetrev:\s+/*ir: /gm;
   s/^nserver:\s+/*ns: /gm;

   $_;
}

sub ip_request {
   my ($self, $ip) = @_;

   my $whois = $self->whois_request("$self->{rflags}$ip");

   $whois =~ s{
      (2[0-5][0-9]|1[0-9][0-9]|[1-9][0-9]|[0-9])
      (?:\.
         (2[0-5][0-9]|1[0-9][0-9]|[1-9][0-9]|[0-9])
         (?:\.
            (2[0-5][0-9]|1[0-9][0-9]|[1-9][0-9]|[0-9])
            (?:\.
               (2[0-5][0-9]|1[0-9][0-9]|[1-9][0-9]|[0-9])
            )?
         )?
      )?
      /
      ([0-9]+)
   }{
      my $ip   = inet_aton sprintf "%d.%d.%d.%d", $1, $2, $3, $4;
      my $net  = 1 << (31 - $5);
      my $mask = inet_aton 2 ** 32 - $net;

      my $ip1 = $ip & $mask;
      my $ip2 = $ip1 | inet_aton $net * 2 - 1;
      (inet_ntoa $ip1) . " - " . (inet_ntoa $ip2);
   }gex;

   $whois =~ /^\*in: 0\.0\.0\.0 - 255\.255\.255\.255/
      and return;

   $whois =~ /^\*ac: XXX0/m # 192.0.0.0
      and return;

   $whois =~ /^\*st: (?:ALLOCATED )?UNSPECIFIED/m
      and return;

   $whois =~ /^%ERROR:/m
      and return;

   #while ($whois =~ s/^\*(?:ac|tc):\s+(\S+)\n//m) {
   #   $whois .= $self->whois_request("-FSTpn $1");
   #}

   #$whois =~ s/^\*(?:pn|nh|mb|ch|so|rz|ny|st|rm):.*\n//mg;

   $whois =~ s/\n+$//;

   $whois;
}

package Whois::RWHOIS;

use base Whois;

sub sanitize {
   local $_ = $_[1];
   s/^%referral\s+/referral:/gm;
   s/^network://gm;
   s/^%.*\n//gm;
   s/^\n+//m;
   s/\n*$/\n/m;

   s/^(\S+):\s*/\L$1: /gm;
   s/^ip-network-block:/*in:/gm;
   s/^country-code:/*cy:/gm;
   s/^tech-contact;i:/*tc:/gm;
   s/^updated:/*ch:/gm;
   s/^street-address:/*ad:/gm;
   s/^org-name:/*re:/gm;
   s/^created:/*cr:/gm;

   $_;
}

sub ip_request {
   my ($self, $ip) = @_;

   my $whois = $self->whois_request("$ip");

   $whois =~ /^\*in: 0\.0\.0\.0 - 255\.255\.255\.255/
      and return;

   $whois =~  /^\*ac: XXX0/m # 192.0.0.0
      and return;

   $whois =~ /^%ERROR:/m
      and return;

   #while ($whois =~ s/^\*(?:ac|tc):\s+(\S+)\n//m) {
   #   $whois .= $self->whois_request("-FSTpn $1");
   #}

   $whois =~ s/^\*(?:pn|nh|mb|ch|so|rz|ny|st|rm):.*\n//mg;

   $whois =~ s/\n+$//;

   $whois;
}

package netgeo;

use Socket;
use BerkeleyDB;

sub ip2int($) {
   unpack "N", inet_aton $_[0];
}

sub int2ip($) {
   inet_ntoa pack "N", $_[0];
}

our %WHOIS;

#$WHOIS{ARIN}   = new Whois::ARIN ARIN  => "whois.arin.net",    port =>   43, maxjobs => 12;
$WHOIS{ARIN}   = new Whois::RWHOIS ARIN  => "rwhois.arin.net", port => 4321, maxjobs => 12;
$WHOIS{RIPE}   = new Whois::RIPE RIPE  => "whois.ripe.net",    port =>   43, rflags => "-FSTin ", maxjobs => 20;
$WHOIS{APNIC}  = new Whois::RIPE APNIC => "whois.apnic.net",   port =>   43, rflags => "-FSTin ", maxjobs => 20;
$WHOIS{LACNIC} = new Whois::RIPE LACNIC => "whois.lacnic.net",   port =>   43, maxjobs => 20;

$whoislock = new Coro::SemaphoreSet;

sub ip_request {
   my $ip = $_[0];

   my $guard = $whoislock->guard($ip);

   my $c = $iprange->db_cursor;
   my $v;

   if (!$c->c_get((inet_aton $ip), $v, DB_SET_RANGE)) {
      my ($ip0, $ip1, $whois) = split /\x0/, $v;
      my $_ip = ip2int $ip;
      if ($ip0 <= $_ip && $_ip <= $ip1) {
         return $whois;
      }
   }

   my ($arin, $ripe, $apnic);

   $whois = $WHOIS{RIPE}->ip_request($ip)
         || $WHOIS{LACNIC}->ip_request($ip)
         || $WHOIS{APNIC} ->ip_request($ip)
         || $WHOIS{ARIN} ->ip_request($ip)
         ;

   $whois =~ /^\*in: ([0-9.]+)\s+-\s+([0-9.]+)\s*$/mi
      or do { warn "$whois($ip): no addresses found\n", last };

   my ($ip0, $ip1) = ($1, $2);

   my $_ip  = ip2int($ip);
   my $_ip0 = ip2int($ip0);
   my $_ip1 = ip2int($ip1);

   if ($_ip0 + 256 < $_ip1) {
      $_ip  = $_ip & 0xffffff00;
      $_ip0 = $_ip       if $_ip0 < $_ip;
      $_ip1 = $_ip + 255 if $_ip1 > $_ip + 255;
   }

   $iprange->db_put((pack "N", $_ip1), (join "\x0", $_ip0, $_ip1, $whois));
   (tied %whois)->db_sync;
   $iprange->db_sync;

   $whois;
}

if (0) {
   #print ip_request "68.52.164.8"; # goof
   #print "\n\n";
   #print ip_request "200.202.220.222"; # lacnic
   #print "\n\n";
   #print ip_request "62.116.167.250";
   #print "\n\n";
   #print ip_request "133.11.128.254"; # jp
   #print "\n\n";
   #print ip_request "151.197.52.251";
   #print "\n\n";
}

1;


Revision:	1.11
Committed:	Tue Sep 10 04:34:04 2002 UTC (21 years, 10 months ago) by root
Content type:	text/plain
Branch:	MAIN
Changes since 1.10:	+1 -0 lines
Log Message:	* empty log message *
#	User	Rev	Content
1	root	1.1	#!/usr/bin/perl
2
3			# APNIC refer: KRNIC (for 211.104.0.0)
4
5			use Socket;
6			use Fcntl;
7
8			use Coro;
9			use Coro::Event;
10			use Coro::Semaphore;
11	root	1.6	use Coro::SemaphoreSet;
12	root	1.1	use Coro::Socket;
13
14	root	1.7	use BerkeleyDB;
15
16	root	1.1	$Event::DIED = sub {
17			Event::verbose_exception_handler(@_);
18			#Event::unloop_all();
19			};
20
21	root	1.4	tie %netgeo::whois, BerkeleyDB::Btree,
22			-Env => $db_env,
23			-Filename => "whois",
24			-Flags => DB_CREATE,
25			or die "unable to create/open whois table";
26			$netgeo::iprange = new BerkeleyDB::Btree
27			-Env => $db_env,
28			-Filename => "iprange",
29			-Flags => DB_CREATE,
30			or die "unable to create/open iprange table";
31
32	root	1.1	package Whois;
33
34			use Coro::Event;
35
36			sub new {
37			my $class = shift;
38			my $name = shift;
39			my $ip = shift;
40			my $self = bless { name => $name, ip => $ip, @_ }, $class;
41			$self->{maxjobs} = new Coro::Semaphore $self->{maxjobs} \|\| 1;
42			$self;
43			}
44
45			sub ip {
46			$_[0]{ip};
47			}
48
49			sub sanitize {
50			$_[1];
51			}
52
53			sub whois_request {
54			my ($self, $query) = @_;
55
56	root	1.4	my $id = "$self->{name}\x0$query";
57			my $whois = $netgeo::whois{$id};
58
59			unless (defined $whois) {
60			print "WHOIS($self->{name},$query)\n";
61	root	1.1
62			my $guard = $self->{maxjobs}->guard;
63			my $timeout = 5;
64
65			while () {
66			my $fh = new Coro::Socket
67			PeerAddr => $self->ip,
68	root	1.10	PeerPort => $self->{port} \|\| "whois",
69	root	1.1	Timeout => 30;
70			if ($fh) {
71			print $fh "$query\n";
72			$fh->read($whois, 16*1024); # max 16k. whois stored
73			close $fh;
74			$whois =~ s/\015?\012/\n/g;
75			$whois = $self->sanitize($whois);
76			if ($whois eq ""
77			or ($whois =~ /query limit/i && $whois =~ /exceeded/i) # ARIN
78			or ($whois =~ /wait a while and try again/i) # ARIN
79			or ($whois =~ /^%ERROR:202:/) # RIPE/APNIC
80			) {
81			print "retrying in $timeout seconds\n";#d#
82			do_timer(desc => "timer2", after => $timeout);
83			$timeout *= 2;
84			$timeout = 1 if $timeout > 600;
85			} else {
86			last;
87			}
88			}
89			}
90
91	root	1.4	$netgeo::whois{$id} = $whois;
92	root	1.1	}
93
94			$whois;
95			}
96
97			package Whois::ARIN;
98
99			use Date::Parse;
100
101			use base Whois;
102
103			sub sanitize {
104			local $_ = $_[1];
105			s/\n[\t ]{6,}([0-9.]+ - [0-9.]+)/ $1/g;
106			$_;
107			}
108
109			# there are only two problems with arin's whois database:
110			# a) the data cannot be trusted and often is old or even wrong
111			# b) the database format is nonparsable
112			# (no spaces between netname/ip and netnames can end in digits ;)
113			# of course, the only source to find out about global
114			# address distribution is... arin.
115			sub ip_request {
116			my ($self, $ip) = @_;
117
118			my $whois = $self->whois_request($ip);
119
120			return () if $whois =~ /^No match/;
121
122			if ($whois =~ /^To single out one record/m) {
123			my $handle;
124			while ($whois =~ /\G\S.\(([A-Z0-9\-]+)\).\n/mg) {
125			$handle = $1;
126			#return if $handle =~ /-(RIPE\|APNIC)/; # heuristic, bbut bad because ripe might not have better info
127			}
128			$handle or die "$whois ($ip): unparseable multimatch\n";
129			$whois = $self->whois_request("!$handle");
130			}
131
132			my ($address, $info, $coordinator, undef) = split /\n\n/, $whois;
133
134			$info =~ /^\s+Netname: (\S+)$/mi
135			or die "$whois($ip): no netname\n";
136			my $netname = $1;
137
138			$info =~ /^\s+Netblock: ([0-9.]+\s+-\s+[0-9.]+)\s*$/mi
139			or die "$whois($ip): no netblock\n";
140			my $netblock = $1;
141
142			my $maintainer;
143
144			if ($info =~ /^\s+Maintainer: (\S+)\s*$/mi) {
145			$maintainer = "*ma: $1\n";
146			return if $1 =~ /^(?:AP\|RIPE)$/;
147			}
148
149			$coordinator =~ s/^\s+Coordinator:\s*//si
150			or $coordinator = "";
151
152			$address =~ s/\n\s*(\S+)$//
153			or die "$whois($ip): no parseable country ($address)\n";
154			my $country = $1;
155
156			$address =~ s/^\s/de: /mg;
157			$coordinator =~ s/^\s/ad: /mg;
158
159			$whois = <<EOF;
160			*in: $netblock
161			*na: $netname
162			*cy: $country
163			$maintainer$address
164			$coordinator
165			EOF
166			$whois =~ s/\n+$//;
167			$whois;
168			}
169
170			package Whois::RIPE;
171
172	root	1.10	use Socket;
173	root	1.1	use base Whois;
174
175			sub sanitize {
176			local $_ = $_[1];
177	root	1.10
178	root	1.1	s/^%.*\n//gm;
179			s/^\n+//;
180			s/\n*$/\n/;
181	root	1.10
182			s/^inetnum:\s+/*in: /gm;
183			s/^admin-c:\s+/*ac: /gm;
184			s/^tech-c:\s+/*tc: /gm;
185			s/^owner-c:\s+/*oc: /gm;
186			s/^country:\s+/*cy: /gm;
187			s/^phone:\s+/*ph: /gm;
188			s/^remarks:\s+/*re: /gm;
189			s/^changed:\s+/*ch: /gm;
190			s/^created:\s+/*cr: /gm;
191			s/^address:\s+/*ad: /gm;
192			s/^status:\s+/*st: /gm;
193			s/^inetrev:\s+/*ir: /gm;
194			s/^nserver:\s+/*ns: /gm;
195
196			$_;
197			}
198
199			sub ip_request {
200			my ($self, $ip) = @_;
201
202			my $whois = $self->whois_request("$self->{rflags}$ip");
203
204			$whois =~ s{
205			(2[0-5][0-9]\|1[0-9][0-9]\|[1-9][0-9]\|[0-9])
206			(?:\.
207			(2[0-5][0-9]\|1[0-9][0-9]\|[1-9][0-9]\|[0-9])
208			(?:\.
209			(2[0-5][0-9]\|1[0-9][0-9]\|[1-9][0-9]\|[0-9])
210			(?:\.
211			(2[0-5][0-9]\|1[0-9][0-9]\|[1-9][0-9]\|[0-9])
212			)?
213			)?
214			)?
215			/
216			([0-9]+)
217			}{
218			my $ip = inet_aton sprintf "%d.%d.%d.%d", $1, $2, $3, $4;
219			my $net = 1 << (31 - $5);
220			my $mask = inet_aton 2 ** 32 - $net;
221
222			my $ip1 = $ip & $mask;
223			my $ip2 = $ip1 \| inet_aton $net * 2 - 1;
224			(inet_ntoa $ip1) . " - " . (inet_ntoa $ip2);
225			}gex;
226
227			$whois =~ /^\*in: 0\.0\.0\.0 - 255\.255\.255\.255/
228			and return;
229
230			$whois =~ /^\*ac: XXX0/m # 192.0.0.0
231			and return;
232
233			$whois =~ /^\*st: (?:ALLOCATED )?UNSPECIFIED/m
234			and return;
235
236			$whois =~ /^%ERROR:/m
237			and return;
238
239			#while ($whois =~ s/^\*(?:ac\|tc):\s+(\S+)\n//m) {
240			# $whois .= $self->whois_request("-FSTpn $1");
241			#}
242
243			#$whois =~ s/^\(?:pn\|nh\|mb\|ch\|so\|rz\|ny\|st\|rm):.\n//mg;
244
245			$whois =~ s/\n+$//;
246
247			$whois;
248			}
249
250			package Whois::RWHOIS;
251
252			use base Whois;
253
254			sub sanitize {
255			local $_ = $_[1];
256			s/^%referral\s+/referral:/gm;
257			s/^network://gm;
258			s/^%.*\n//gm;
259			s/^\n+//m;
260			s/\n*$/\n/m;
261
262			s/^(\S+):\s*/\L$1: /gm;
263			s/^ip-network-block:/*in:/gm;
264			s/^country-code:/*cy:/gm;
265			s/^tech-contact;i:/*tc:/gm;
266			s/^updated:/*ch:/gm;
267			s/^street-address:/*ad:/gm;
268			s/^org-name:/*re:/gm;
269			s/^created:/*cr:/gm;
270
271	root	1.1	$_;
272			}
273
274			sub ip_request {
275			my ($self, $ip) = @_;
276
277	root	1.10	my $whois = $self->whois_request("$ip");
278	root	1.1
279			$whois =~ /^\*in: 0\.0\.0\.0 - 255\.255\.255\.255/
280			and return;
281
282			$whois =~ /^\*ac: XXX0/m # 192.0.0.0
283			and return;
284
285			$whois =~ /^%ERROR:/m
286			and return;
287
288			#while ($whois =~ s/^\*(?:ac\|tc):\s+(\S+)\n//m) {
289			# $whois .= $self->whois_request("-FSTpn $1");
290			#}
291
292			$whois =~ s/^\(?:pn\|nh\|mb\|ch\|so\|rz\|ny\|st\|rm):.\n//mg;
293
294			$whois =~ s/\n+$//;
295
296			$whois;
297			}
298
299	root	1.4	package netgeo;
300
301			use Socket;
302	root	1.8	use BerkeleyDB;
303	root	1.1
304			sub ip2int($) {
305			unpack "N", inet_aton $_[0];
306			}
307
308			sub int2ip($) {
309			inet_ntoa pack "N", $_[0];
310			}
311
312			our %WHOIS;
313
314	root	1.10	#$WHOIS{ARIN} = new Whois::ARIN ARIN => "whois.arin.net", port => 43, maxjobs => 12;
315			$WHOIS{ARIN} = new Whois::RWHOIS ARIN => "rwhois.arin.net", port => 4321, maxjobs => 12;
316			$WHOIS{RIPE} = new Whois::RIPE RIPE => "whois.ripe.net", port => 43, rflags => "-FSTin ", maxjobs => 20;
317			$WHOIS{APNIC} = new Whois::RIPE APNIC => "whois.apnic.net", port => 43, rflags => "-FSTin ", maxjobs => 20;
318			$WHOIS{LACNIC} = new Whois::RIPE LACNIC => "whois.lacnic.net", port => 43, maxjobs => 20;
319	root	1.1
320	root	1.6	$whoislock = new Coro::SemaphoreSet;
321
322	root	1.1	sub ip_request {
323			my $ip = $_[0];
324	root	1.6
325			my $guard = $whoislock->guard($ip);
326	root	1.1
327	root	1.4	my $c = $iprange->db_cursor;
328			my $v;
329
330			if (!$c->c_get((inet_aton $ip), $v, DB_SET_RANGE)) {
331			my ($ip0, $ip1, $whois) = split /\x0/, $v;
332			my $_ip = ip2int $ip;
333			if ($ip0 <= $_ip && $_ip <= $ip1) {
334			return $whois;
335	root	1.1	}
336	root	1.4	}
337
338			my ($arin, $ripe, $apnic);
339
340	root	1.9	$whois = $WHOIS{RIPE}->ip_request($ip)
341	root	1.10	\|\| $WHOIS{LACNIC}->ip_request($ip)
342			\|\| $WHOIS{APNIC} ->ip_request($ip)
343	root	1.9	\|\| $WHOIS{ARIN} ->ip_request($ip)
344	root	1.10	;
345	root	1.1
346	root	1.4	$whois =~ /^\in: ([0-9.]+)\s+-\s+([0-9.]+)\s$/mi
347			or do { warn "$whois($ip): no addresses found\n", last };
348	root	1.1
349	root	1.4	my ($ip0, $ip1) = ($1, $2);
350
351			my $_ip = ip2int($ip);
352			my $_ip0 = ip2int($ip0);
353			my $_ip1 = ip2int($ip1);
354
355			if ($_ip0 + 256 < $_ip1) {
356			$_ip = $_ip & 0xffffff00;
357			$_ip0 = $_ip if $_ip0 < $_ip;
358			$_ip1 = $_ip + 255 if $_ip1 > $_ip + 255;
359	root	1.1	}
360	root	1.4
361			$iprange->db_put((pack "N", $_ip1), (join "\x0", $_ip0, $_ip1, $whois));
362			(tied %whois)->db_sync;
363			$iprange->db_sync;
364	root	1.1
365			$whois;
366	root	1.10	}
367
368			if (0) {
369			#print ip_request "68.52.164.8"; # goof
370			#print "\n\n";
371			#print ip_request "200.202.220.222"; # lacnic
372			#print "\n\n";
373			#print ip_request "62.116.167.250";
374			#print "\n\n";
375			#print ip_request "133.11.128.254"; # jp
376			#print "\n\n";
377			#print ip_request "151.197.52.251";
378			#print "\n\n";
379	root	1.1	}
380
381	root	1.11	1;
382	root	1.1
383