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nmapscan.pl
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nmapscan.pl
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#!/usr/bin/perl
use strict;
use Getopt::Long;
use POSIX qw/strftime/;
#
# Input parameters
my $help;
my $cidrs;
my $debug;
GetOptions(
"help!"=>\$help,
"debug!"=>\$debug,
"subnets=s"=>\$cidrs
) or exit(1);
#
# Help
if ($help) {
print "Help
Usage:
$0
Optional:
$0 -subnet <cidr>[,<cidr>] Subnet(s) in CIDR notation.
$0 -debug Display debug info.
$0 -help This helptext.
Examples:
$0 -subnet 192.168.1.0/24
$0 -subnet 192.168.1.0/24,192.168.11.0/24
View result 'map.html' in a webbrowser.
Lookup your Netbits:
+------+----------+------------------------------------+
| Net | Number | |
| bits | of hosts | Netmask |
+------+----------+------------------------------------+
| /8 | 16777214 | 255.0.0.0 |
| /9 | 8388606 | 255.128.0.0 |
| /10 | 4194302 | 255.192.0.0 |
| /11 | 2097150 | 255.224.0.0 |
| /12 | 1048574 | 255.240.0.0 |
| /13 | 524286 | 255.248.0.0 |
| /14 | 262142 | 255.252.0.0 |
| /15 | 131070 | 255.254.0.0 |
| /16 | 65534 | 255.255.0.0 |
| /17 | 32766 | 255.255.128.0 |
| /18 | 16382 | 255.255.192.0 |
| /19 | 8190 | 255.255.224.0 |
| /20 | 4094 | 255.255.240.0 |
| /21 | 2046 | 255.255.248.0 |
| /22 | 1022 | 255.255.252.0 |
| /23 | 510 | 255.255.254.0 |
| /24 | 254 | 255.255.255.0 |
| /25 | 126 | 255.255.255.128 |
| /26 | 62 | 255.255.255.192 |
| /27 | 30 | 255.255.255.224 |
| /28 | 14 | 255.255.255.240 |
| /29 | 6 | 255.255.255.248 |
| /30 | 2 | 255.255.255.252 |
| /31 | - | point to point links only |
| /32 | 1 | 255.255.255.255 single IP address |
+------+----------+------------------------------------+
Notes:
- Number of hosts = usable number of hosts.
- CIDR = network address + /netbits, for example: 192.168.1.0/24
- Instead of the network address, any IP within the subnet is accepted.
- Be sure 'nmap', 'traceroute', 'iproute' and 'gojs' are installed!
\n";
exit 0;
}
#
# Prerequisites check
if (! -e "go.js") {
print "\nNo 'go.js' file found!\nIf you wish to use the GoJS library for your private evaluation, you may do so only under the terms of the Evaluation License Agreement.\nCheck http://gojs.net/latest/doc/download.html\n\n";
exit;
}
my @cmd;
@cmd=`which nmap`;
if (join('',@cmd) !~ /nmap/) {
print "\nPackage 'nmap' not found!";
exit;
}
@cmd=`which ip`;
if (join('',@cmd) !~ /ip/) {
print "\nPackage 'iproute' not found!";
exit;
}@cmd=`which traceroute`;
if (join('',@cmd) !~ /traceroute/) {
print "\nPackage 'traceroute' not found!";
exit;
}
#
# Get host IP(s), interfaces and subnets
my @data=`ip add | grep inet | grep -v inet6 | grep -v 127.0.0.1`;
my %hostips;
my %hostmac;
my @cidrs;
@cidrs=split(/,/,$cidrs) if ($cidrs);
foreach my $hostip (@data) {
print $hostip if ($debug);
if ($hostip =~ /inet\s(\d{1,3}\.\d{1,3}\.\d{1,3}\.\d{1,3})\/(\d{1,3})\s.+\s([a-z0-9\-]+)$/i) {
my ($ip,$netbit,$interface)=($1,$2,$3);
# Get IP's and interface name
$hostips{$ip}=$interface;
# Get networks if non were specified
push(@cidrs,"$ip/$netbit") if ((!$cidrs) || (($cidrs) && ($cidrs !~ /^$ip\/$netbit$/)));
# Get mac address interface
my @mac=`ifconfig $interface | grep -o -E '([[:xdigit:]]{1,2}:){5}[[:xdigit:]]{1,2}'`;
$hostmac{$ip}=$1 if ($mac[0] =~ /^([0-9a-f:]+)$/i);
print "Interface=$interface (ip=$ip,mac=$hostmac{$ip})\n";
}
}
#
# default gateway
@data=`ip route`;
my $hostgateway;
foreach my $line (@data) {
$hostgateway = $1 if ($line =~ /^default\s+via\s+(\d{1,3}\.\d{1,3}\.\d{1,3}\.\d{1,3})\s+/);
}
print "Host gateway=$hostgateway\n";
#
# Initialize variables
my %fact;
my %port;
my %host;
my %route;
my %trace;
my %reverse;
my %interface;
my %interfacesubnet;
my %subnets; # subnets{ip} => subnet
my %gateway; # gateway{subnet} => ip gateway
my %cidr;
my %subnet2ip;
my %ip2subnet;
my $internetgateway;
my @subnets;
#
# Get CIDR, network address & broadcast address
foreach my $subnet (@cidrs) {
# Validate CIDR
if ($subnet !~ /(^\d{1,3}\.\d{1,3}\.\d{1,3}\.\d{1,3}\/\d{1,2}$)/) {
print "Error: CIDR '$1' is invalid!\n";
exit 1;
}
# 10.0.0.0/24 192.168.1.0/16
my($subnetwork, $netbit)=split(m'/',$subnet);
# Decimal representation of mask
my $mask = (2 ** $netbit - 1) << (32 - $netbit);
# Convert decimal representation to ip format
my $netmask = join( '.', unpack( "C4", pack( "N", $mask ) ) );
# Split to decimals
my ($ip1,$ip2,$ip3,$ip4)=($1,$2,$3,$4) if ($subnet =~ /\s*(\d{1,3})\.(\d{1,3})\.(\d{1,3})\.(\d{1,3})\/\d{1,2}\s*/);
my ($ma1,$ma2,$ma3,$ma4)=($1,$2,$3,$4) if ($netmask =~ /\s*(\d{1,3})\.(\d{1,3})\.(\d{1,3})\.(\d{1,3})\s*/);
# Convert to bits
my ($ip) = unpack( "N", pack( "C4", $ip1,$ip2,$ip3,$ip4 ) );
my ($mask) = unpack( "N", pack( "C4", $ma1,$ma2,$ma3,$ma4 ) );
my ($fullmask)= unpack( "N", pack( "C4", 255,255,255,255 ) );
# Calculate network and broadcast, convert to ip format
my $network = join( '.', unpack( "C4", pack( "N", ( $ip & $mask ) ) ) );
my $broadcast = join( '.', unpack( "C4", pack( "N", ( $ip | ($fullmask ^ $mask )) ) ) );
next if (exists $cidr{"$network/$netbit"});
$cidr{"$network/$netbit"}{'subnetmask'}=$netmask;
$cidr{"$network/$netbit"}{'network'}=$network;
$cidr{"$network/$netbit"}{'broadcast'}=$broadcast;
push(@subnets,"$network/$netbit");
# Determine IP's per subnet
my ($n1,$n2,$n3,$n4)=($1,$2,$3,$4) if ($cidr{"$network/$netbit"}{'network'} =~ /^(\d{1,3})\.(\d{1,3})\.(\d{1,3})\.(\d{1,3})$/);
my ($b1,$b2,$b3,$b4)=($1,$2,$3,$4) if ($cidr{"$network/$netbit"}{'broadcast'} =~ /^(\d{1,3})\.(\d{1,3})\.(\d{1,3})\.(\d{1,3})$/);
for (my $ip1 = $n1; $ip1 <= $b1; $ip1++) {
for (my $ip2 = $n2; $ip2 <= $b2; $ip2++) {
for (my $ip3 = $n3; $ip3 <= $b3; $ip3++) {
for (my $ip4 = $n4; $ip4 <= $b4; $ip4++) {
my $ip="$ip1.$ip2.$ip3.$ip4";
$subnet2ip{$subnet}{$ip}="";
$ip2subnet{$ip}=$subnet;
}
}
}
}
print " $subnet (subnetwork=$network/$netbit, netbit=$netbit, subnetmask=$netmask, network=$network, broadcast=$broadcast), number of IP's=".(((keys %{$subnet2ip{$subnet}})-2)||1)."\n";
}
#
# subroutine traceroute
sub TraceRoute(@) {
my $ipaddress = shift;
my $subnet= shift;
my @route;
foreach my $hostip (keys %hostips) {
next if ((exists $interface{$hostip}) && (exists $interface{$hostip}{$subnet}) && ($interface{$hostip}{$subnet} =~ /UNREACHABLE/));
my @traceroute=`traceroute -i $hostips{$hostip} $ipaddress`;
print "traceroute -i $hostips{$hostip} $ipaddress " if ($debug);
foreach my $line (@traceroute) {
chomp($line);
# Parse route
if ($line =~ /^\s*(\d+)\s+\*\s+\*\s+\*/) {
my $hop=$1;
$interface{$hostip}{$subnet}="UNREACHABLE" if (! exists $interface{$hostip}{$subnet});
if (($hop>1) && (exists $trace{$ipaddress}{($hop-1)}) && ($trace{$ipaddress}{($hop-1)} =~ /(\d{1,3}\.\d{1,3}\.\d{1,3}\.\d{1,3})/)) {
my $gw=$trace{$ipaddress}{($hop-1)};
if (exists $subnets{$gw}) {
$gateway{$subnets{$gw}} = $gw;
if ($ipaddress =~ /^8\.8\.8\.8$/) {
print " INTERNET GATEWAY FOUND: $gw in $subnets{$gw} (HOP=$hop)\n" if ($debug);
$internetgateway=$gw;
} else {
print " GATEWAY FOUND: $gw in $subnets{$gw} (HOP=$hop)\n" if ($debug);
}
}
}
} elsif ($line =~ /^\s*(\d+)\s+([a-z0-9\.\-]+)\s+\((\d{1,3}\.\d{1,3}\.\d{1,3}\.\d{1,3})\)\s(.+)$/i) {
my ($hop,$name,$ip,$rest)=($1,$2,$3,$4);
$subnets{$ip}=$ip2subnet{$ip} if ((!exists $subnets{$ip}) && (exists $ip2subnet{$ip}));
$trace{$ipaddress}{$hop}=$ip;
$reverse{$ipaddress}{$ip}=$hop;
push(@route,"\[$name ($ip)\]");
print " IPADDRESS=$ipaddress ---> HOP=$name $ip ($hop) [via: interface=$hostips{$hostip} ($hostip)]\n" if ($debug);
# Store gateway subnet.
if ($hop > 1) {
if (($rest =~ /\s!H\s/) && (exists $trace{$ipaddress}) && (exists $trace{$ipaddress}{$hop-1})){
$route{$ip}=$trace{$ipaddress}{$hop-1};
print " ROUTE FOUND: $ip in subnet $subnets{$ip} to gateway $trace{$ipaddress}{$hop-1} in subnet $subnets{$trace{$ipaddress}{$hop-1}} (HOP=$hop)\n" if ($debug);
}
if ((exists $trace{$ipaddress}{($hop-1)}) && ($trace{$ipaddress}{($hop-1)} =~ /(\d{1,3}\.\d{1,3}\.\d{1,3}\.\d{1,3})/)) {
my $gw=$trace{$ipaddress}{($hop-1)};
if (exists $subnets{$gw}) {
$gateway{$subnets{$gw}} = $gw;
print " GATEWAY FOUND: $gw in $subnets{$gw} (HOP=$hop)\n" if ($debug);
} else {
print " NO GATEWAY FOUND: (hop=$hop), ip $gw not jet scanned.\n" if ($debug);
}
} else {
print " NO GATEWAY FOUND: (HOP=$hop)\n" if ($debug);
}
} else {
if ((exists $subnets{$ip}) && (exists $subnets{$hostip}) && ($subnets{$ip} !~ /^$subnets{$hostip}$/) && (exists $gateway{$subnets{$hostip}})) {
$route{$ip}=$gateway{$subnets{$hostip}};
print " ROUTE FOUND: $ip in subnet $subnets{$ip} to $gateway{$hostip} in subnet $subnets{$hostip} (HOP=1) \n" if ($debug);
}
if ($subnets{$hostgateway} =~ /^$subnet$/) {
$gateway{$subnet}=$hostgateway;
print " GATEWAY FOUND: $hostgateway in subnet $subnets{$hostgateway} (HOP=1) (host gateway)\n" if ($debug);
} else {
print " NO GATEWAY FOUND (HOP=1)\n" if ($debug);
}
}
# Gateway Host IP's other subnets
if ((exists $hostips{$ipaddress}) && (!exists $gateway{$subnets{$ipaddress}}) && (exists $subnets{$hostgateway})){
foreach my $ip (keys %hostips) {
if ($subnets{$ip} =~ /^$subnets{$hostgateway}$/) {
$gateway{$subnets{$ipaddress}}=$ip;
print "IPADRESS=$ipaddress (subnet=".$subnets{$ipaddress}."), hostip/gateway=$ip (subnet=".$subnets{$ip}.")\n" if ($debug);
}
}
}
# subnet is reachable using hostip
$interface{$hostip}{$subnet}=$hostips{$hostip};
$interfacesubnet{$subnet}=$hostip;
}
}
}
return @route;
}
#
# Get cache files
mkdir("nmapdata");
my %ipcache;
my @datafiles=`find nmapdata -name '*.txt'`;
foreach my $file (@datafiles) {
chomp($file);
my $ipaddress=$1 if ($file =~ /nmapdata\/(.+)\.txt$/);
$ipaddress=~s/_/\./g;
print "READ IP=$ipaddress, CACHE_FILE=$file\n" if ($debug);
next unless (exists $ip2subnet{$ipaddress});
$ipcache{$ipaddress}=$file;
}
#
# Scan subnets
foreach my $subnet (@subnets) {
print "~~~~~~~~~~~~~~~~~ Start scanning SUBNET=$subnet ~~~~~~~~~~~~~~~~~\n" if ($debug);
my @data=`nmap -A -n $subnet`;
my $ipaddress="unknown";
# Parse scan output
foreach my $line (@data) {
chomp($line);
next if ($line =~ /^\s*$/);
if ($line =~ /Nmap\sscan\sreport\sfor\s(\d{1,3}\.\d{1,3}\.\d{1,3}\.\d{1,3})\s*/) {
# parse IP address
$ipaddress=$1;
$host{$ipaddress}{'subnet'}=$subnet;
$host{$ipaddress}{'color'}='gold';
$subnets{$ipaddress}=$subnet;
print "++++++++++++++ SCAN HOST IP =$ipaddress, subnet=$subnet +++++++++++++++++\n" if ($debug);
#
# get hostname
my @hostname=`nslookup $ipaddress`;
foreach my $line (@hostname) {
chomp($line);
# Parse hostname
if ($line =~ /in-addr\.arpa\s+name\s=\s(.+)\.$/){
$host{$ipaddress}{'hostname'}=uc($1);
$host{$ipaddress}{'color'}='lightcyan' if (! exists $host{$ipaddress}{'color'});
print "HOSTNAME=".uc($1)."\n" if ($debug);
}
}
my $route=join("-->",TraceRoute($ipaddress,$subnet));
print "\nROUTE=$route\n" if ($debug);
next;
} elsif ($line =~ /MAC\sAddress:\s+([0-9A-F]{2}:[0-9A-F]{2}:[0-9A-F]{2}:[0-9A-F]{2}:[0-9A-F]{2}:[0-9A-F]{2})\s+\((.+)\)$/i) {
$host{$ipaddress}{'mac'}=$1;
$host{$ipaddress}{'vendor'}=$2;
print "MAC ADDRESS=$1 $2\n" if ($debug);
next;
} elsif ($line =~ /Host\sis\sup\s\((\d+\.\d+s\slatency)\)/) {
$host{$ipaddress}{'status'}='up';
$host{$ipaddress}{'latency'}=$1;
print "LATENCY=$1\n" if ($debug);
next;
} elsif ($line =~ /Network\sDistance:\s(\d+)\shop/) {
$host{$ipaddress}{'hops'}=$1;
print "HOPS=$1\n" if ($debug);
next;
} elsif ($line =~ /Device type:\s(.+)$/) {
$host{$ipaddress}{'devicetype'}=$1;
print "DEVICE TYPE=$1\n" if ($debug);
next;
} elsif ($line =~ /Running:?\s(.+)$/) {
$host{$ipaddress}{'running'}=$1;
print "RUNNING=$1\n" if ($debug);
next;
} elsif ($line =~ /Not\sshown:\s(.+)$/) {
push(@{$port{$ipaddress}},"$1");
print "NOT SHOWN=$1\n" if ($debug);
next;
} elsif ($line =~ /OS\sCPE:\s(.+)$/) {
$host{$ipaddress}{'os_cpe'}="$1";
print "OS CPE=$1\n" if ($debug);
next;
} elsif ($line =~ /OS\sdetails:\s(.+)$/) {
$host{$ipaddress}{'os_details'}="$1.";
print "OS DETAILS=$1\n" if ($debug);
next;
} elsif ($line =~ /Warning:\s(.+)$/) {
push(@{$fact{$ipaddress}},"$1.");
print "WARNING=$1\n" if ($debug);
next;
} elsif ($line =~ /(All\s1000\sscanned\sports)\son\s(.+)\s(are\s.+)/) {
push(@{$port{$ipaddress}},"$1 $3");
print "NOT SHOWN=$1.$3\n" if ($debug);
next;
} elsif ($line =~ /Aggressive\sOS\sguesses:\s(.+)$/) {
push(@{$fact{$ipaddress}},"$1");
print "AGGRESSIVE OS GUESSES=$1\n" if ($debug);
next;
} elsif ($line =~ /(Too\smany\sfingerprints.+)$/) {
push(@{$fact{$ipaddress}},"$1.");
print "TOO MANY FINGERPRINTS=$1.\n" if ($debug);
next;
} elsif ($line =~ /(No\sexact\sOS\smatches.+)$/) {
push(@{$fact{$ipaddress}},"$1.");
print "NO EXACT OS MATCHES=$1\n" if ($debug);
next;
} elsif ($line =~ /^(\d+\/[tu][cd]p)\s+([^\s]+)\s+([^\s]+)\s*(.*)$/i) {
my ($p,$s,$t,$d)=($1,$2,$3,$4);
my $port=sprintf("%-9s %-8s %-14s %-50s",$p,$s,$t,($d||""));
$port =~ s/\s*$//;
push(@{$port{$ipaddress}},"$port.");
$host{$ipaddress}{'ports'}=($host{$ipaddress}{'ports'}||"").$p." ";
print "PORT=$port\n" if ($debug);
} elsif ($line =~ /http-title:\s+(\S.+)$/i) {
$host{$ipaddress}{'http-title'}="$1";
print "HTTP-TITLE=$1\n" if ($debug);
} elsif ($line =~ /Service Info:\s+(\S.+)$/i) {
$host{$ipaddress}{'service_info'}="$1";
print "Service Info=$1\n" if ($debug);
#
# Parse service info
my @info=split(/;\s/,$host{$ipaddress}{'service_info'});
foreach my $type (@info) {
if ($type =~ /^(\w+):\s(.+)$/){
my $t=$1;
my @i=split(/,/,$2);
foreach my $info (@i) {
if (($t =~ /CPE/) && ((! exists $host{$ipaddress}{'os_cpe'}) || ((exists $host{$ipaddress}{'os_cpe'}) && ($host{$ipaddress}{'os_cpe'} !~ /\Q$info\E/i)))) {
$host{$ipaddress}{'os_cpe'}=$info." ".($host{$ipaddress}{'os_cpe'}||"");
print " + SERVICE_INFO/OS_CPE=$host{$ipaddress}{'os_cpe'} -> $ipaddress\n" if ($debug);
} elsif (($t =~ /OSs?/) && ((! exists $host{$ipaddress}{'running'}) || ((exists $host{$ipaddress}{'running'}) && ($host{$ipaddress}{'running'} !~ /\Q$info\E/i)))) {
$host{$ipaddress}{'running'}=$info." ".($host{$ipaddress}{'running'}||"");
print " + SERVICE_INFO/RUNNING=$host{$ipaddress}{'running'} -> $ipaddress\n" if ($debug);
} elsif (($t =~ /Device/) && ((! exists $host{$ipaddress}{'devicetype'}) || ((exists $host{$ipaddress}{'devicetype'}) && ($host{$ipaddress}{'devicetype'} !~ /\Q$info\E/i)))) {
$host{$ipaddress}{'devicetype'}=$info||$host{$ipaddress}{'devicetype'};
print " + SERVICE_INFO/DEVICE_TYPE=$host{$ipaddress}{'devicetype'} -> $ipaddress\n" if ($debug);
}
}
}
}
} else {
print "NOT PARSED! >>>$line<<<\n" if ($debug);
}
}
}
#
# Trace a non scanned IP in every subnets
print "--------------- TRACEROUTE a non scanned IP in every subnet -------------------------------\n" if ($debug);
foreach my $subnet (sort keys %cidr) {
foreach my $ip (keys %{$subnet2ip{$subnet}}) {
next if (($ip =~ /^$cidr{$subnet}{'network'}$/) || ($ip =~ /^$cidr{$subnet}{'broadcast'}$/));
next if ((exists $subnets{$ip}) || (exists $cidr{$subnet}{'scanned_non_existing_ip'}));
$subnets{$ip}=$subnet;
$cidr{$subnet}{'scanned_non_existing_ip'}="yes";
print "--------------------->>> START=$cidr{$subnet}{'network'}, END=$cidr{$subnet}{'broadcast'}, IP=$ip\n" if ($debug);
print " ".join("-->",TraceRoute($ip,$subnet))."\n" if ($debug);
delete $subnets{$ip};
}
}
#
# Scan internet gateway
print "--------------- SCAN INTERNET GATEWAY -------------------------------\n" if ($debug);
my @internetroute=TraceRoute("8.8.8.8","8.8.8.8/31");
print "INTERNET GATEWAY ".join("-->",@internetroute)."\n" if ($debug);
#
# get default gateways & routes
print "--------------- RESCAN GATEWAYS & ROUTES -------------------------------\n" if ($debug);
foreach my $ipaddress (sort keys %subnets) {
my $subnet=$subnets{$ipaddress};
print " IP=$ipaddress ".join("-->",TraceRoute($ipaddress,$subnet))."\n\n" if ($debug);
}
#
# Add hostname to IP
sub NAME(@) {
my $ipaddress=shift;
my $name=$ipaddress;
$name=$host{$ipaddress}{'hostname'}."\\n".$name if (exists $host{$ipaddress}{'hostname'});
return $name;
}
#
# gather scanned and cached ip(s).
my %ipall;
foreach my $ipaddress (sort keys %subnets) {
print "ipaddress=$ipaddress,subnet=$subnets{$ipaddress}\n" if ($debug);
$ipall{$ipaddress}=$subnets{$ipaddress};
}
foreach my $ipaddress (sort keys %ipcache) {
print "ipaddress=$ipaddress,subnet=$ip2subnet{$ipaddress}\n" if ($debug);
$ipall{$ipaddress}=$ip2subnet{$ipaddress};
}
#
# Compose subnet and host data
my @nodes;
my @links;
my $tabledata="";
foreach my $ipaddress (sort keys %ipall) {
print "-------------->> $ipaddress is scanned\n" if ((exists $subnets{$ipaddress}) && ($debug));
print "-------------->> $ipaddress is cached\n" if ((exists $ipcache{$ipaddress}) && ($debug));
my @basics;
my @details;
my @ports;
my ($subnet,$hostname,$name,$gateway,$subnetmask,$devicetype,$running,$mac,$vendor,$status,$latency,$hop,$os_cpe,$os_details,$ports,$fact,$port,$link,$firstscanned,$lastscanned,$timesscanned,$totalscans,$color,$ostype);
$subnet= $ip2subnet{$ipaddress};
if (exists $subnets{$ipaddress}) {
$gateway= $gateway{$subnets{$ipaddress}} if (exists $gateway{$subnets{$ipaddress}});
$subnetmask=$cidr{$subnet}{'subnetmask'} if (exists $cidr{$subnet});
$hostname= $host{$ipaddress}{'hostname'} if (exists $host{$ipaddress}{'hostname'});
$devicetype=$host{$ipaddress}{'devicetype'} if (exists $host{$ipaddress}{'devicetype'});
$running= $host{$ipaddress}{'running'} if (exists $host{$ipaddress}{'running'});
$running=~ s/(.{45,60}[^\s,]+)[\s,]+/$1\\n/g;
$vendor= $host{$ipaddress}{'vendor'} if (exists $host{$ipaddress}{'vendor'});
$status= $host{$ipaddress}{'status'}||"up";
$latency= $host{$ipaddress}{'latency'} if (exists $host{$ipaddress}{'latency'});
$hop= $host{$ipaddress}{'hops'} if (exists $host{$ipaddress}{'hops'});
$os_cpe= $host{$ipaddress}{'os_cpe'} if (exists $host{$ipaddress}{'os_cpe'});
$os_cpe=~ s/(.{45,60}[^\s,]+)[\s,]+/$1\\n/g;
$os_details=$host{$ipaddress}{'os_details'} if (exists $host{$ipaddress}{'os_details'});
$os_details=~s/(.{45,60}[^\s,]+)[\s,]+/$1\\n/g;
$ports= $host{$ipaddress}{'ports'} if (exists $host{$ipaddress}{'ports'});
$mac= $host{$ipaddress}{'mac'} if (exists $host{$ipaddress}{'mac'});
$mac= $hostmac{$ipaddress} if ((exists $hostmac{$ipaddress}) && (!$mac));
$fact= join("\\n",@{$fact{$ipaddress}}) if ((exists $fact{$ipaddress}) && (@{$fact{$ipaddress}}));
$fact=~ s/(.{45,60}[^\s,]+)[\s,]+/$1\\n/g;
$port= join("\\n",@{$port{$ipaddress}}) if ((exists $port{$ipaddress}) && (@{$port{$ipaddress}}));
$firstscanned=strftime("%F %T", localtime);
$lastscanned= strftime("%F %T", localtime);
#
# Gather host info
my $info="";
$info.= $host{$ipaddress}{'os_cpe'} if (exists $host{$ipaddress}{'os_cpe'});
$info.= $host{$ipaddress}{'os_details'} if (exists $host{$ipaddress}{'os_details'});
$info.= $host{$ipaddress}{'vendor'} if (exists $host{$ipaddress}{'vendor'});
$info.= $host{$ipaddress}{'devicetype'} if (exists $host{$ipaddress}{'devicetype'});
$info.= $host{$ipaddress}{'http-title'} if (exists $host{$ipaddress}{'http-title'});
$info.= $host{$ipaddress}{'service_info'} if (exists $host{$ipaddress}{'service_info'});
$info.= $port if ($port);
#
# Determine color, os and hosttype
my ($c,$o,$d,$r)=(($host{$ipaddress}{'color'} || "gold"),"unknown",($devicetype||"unknown"));
($c,$o)= ("tomato","unknown") if ($info =~ /hewlett\spackard/i);
($c,$o)= ("lightgreen","unknown") if ($info =~ /intel/i);
($c,$o)= ("lightsalmon","Linux") if ($info =~ /linux/i);
($c,$o,$d)=("lime","IOS","media device|phone") if ($info =~ /\bios|apple/i);
($c,$o,$d)=("green","Android","phone") if ($info =~ /android|Motorola\sMobility/i);
($c,$o,$d)=("dodgerblue","Windows","general purpose") if ($info =~ /windows/i);
($c,$o,$d)=("chartreuse","Linux","switch") if ($info =~ /switch|netgear/i);
($c,$o,$d)=("olivedrab","Android","phone") if ($info =~ /oneplus/i);
($c,$o,$d)=("chocolate","Linux","router") if ($info =~ /router/i);
($c,$o,$d)=("tomato","Linux","printer") if ($info =~ /printer|laserjet/i);
($c,$o,$d)=("antiquewhite","Linux","nas") if ($info =~ /Segate\sTechnology/i);
($c,$o,$r)=("orchid","Linux","Google Chrome Cast") if ($port =~ /chromecast/i);
($c,$o,$d,$r)=("sienna","Linux","bridge","philips hue bridge") if ($info =~ /Philips\sHue/i);
($c,$o,$r)=("yellowgreen","Linux","samsung tv") if ($info =~ /Samsung\sAllShare/i);
($c,$o,$r)=("palevioletred","Linux","QNAP") if ($info =~ /qnap/i);
($c,$o,$r)=("orangered","Linux","internet radio") if ($info =~ /Internet\sRadio/i);
$c= "lightblue" if ($info =~ /raspberry/i);
$c= "orange" if (exists $route{$ipaddress});
$c= "aquamarine" if ((exists $gateway{$subnet}) && ($gateway{$subnet} =~ /^$ipaddress$/));
$color=$c;
$ostype=$o;
$devicetype=$d;
$running=$r." ".$running if ($r);
#
# Remove cpe: and double words
print ">>$os_cpe<< " if ($debug);
$os_cpe =~ s/cpe://g;
print ">>$os_cpe<< " if ($debug);
$os_cpe =~ s/(\/?\b\S{4,50})\s*(.+)\1/${1}${2}\//i;
print ">>$os_cpe<< \n" if ($debug);
#
# Gather basics, details and ports
push(@basics, "Subnet: " .$subnet);
push(@basics, "Gateway: " .$gateway) if ($gateway);
push(@basics, "Netmask: " .$subnetmask) if ($subnetmask);
push(@basics, "Device type: " .$devicetype) if ($devicetype);
push(@basics, "Running: " .$running) if ($running);
push(@basics, "MAC: " .$mac) if ($mac);
push(@basics, "MAC Vendor: " .$vendor) if ($vendor);
push(@basics, "OS type: " .$ostype) if ($ostype);
push(@details,"First Scanned: ".$firstscanned) if ($firstscanned);
push(@details,"Last Scanned: " .$lastscanned) if ($lastscanned);
push(@details,"Times Scanned: "."first time");
push(@details,"Status: " .$status) if ($status);
push(@details,"Latency: " .$latency) if ($latency);
push(@details,"Hops: " .$hop) if ($hop);
push(@details,"OC CPE: " .$os_cpe) if ($os_cpe);
push(@details,"OS Details: " .$os_details) if ($os_details);
push(@details,"Warnings: " .$fact) if ($fact);
push(@ports, $port) if ($port);
#
# IP address and hostname
$name=NAME($ipaddress);
}
#
# Read host object from file
if (exists $ipcache{$ipaddress}) {
my $file=$ipcache{$ipaddress};
print "READ CACHE FILE=$file\n" if ($debug);
my @file=`cat $file`;
foreach my $line (@file) {
chomp($line);
next if ($line=~/^\s*$/);
my @var=split(/##/,$line);
foreach my $var (@var) {
$var=~s/NEWLINE/\\n/g;
print "VAR=>>$var<<\n";
if (exists $subnets{$ipaddress}) {
#
# Host is scanned
my $h=$1 if ($var =~ /HOSTNAME:(.+)$/);
my $m=$1 if ($var =~ /MAC:(.+)$/);
my $d=$1 if ($var =~ /DEVICETYPE:(.+)$/);
my $r=$1 if ($var =~ /RUNNING:(.+)$/);
if ((($h) && ($hostname) && ($h !~ /^$hostname$/)) ||
(($m) && ($mac) && ($m !~ /^$mac$/)) ||
(($d) && ($devicetype) && ($d !~ /^$devicetype$/)) ||
(($r) && ($running) && ($r !~ /^$running$/))) {
print "Cache file does not match scanned host $ipaddress! Cache file $file will be removed!\n" if ($debug);
unlink($file);
} else {
if ($var =~ /TIMESSCANNED:(.+)$/) {
$timesscanned=$1;
if ($timesscanned=~ /^(\d+)\/(\d+)$/) {
($timesscanned,$totalscans)=($1,$2);
} elsif ($timesscanned=~/^(\d+)$/) {
($timesscanned,$totalscans)=($1,$1);
} else {
($timesscanned,$totalscans)=(1,1);
}
$totalscans+=1;
$timesscanned+=1;
}
$firstscanned=$1 if ($var =~ /FIRSTSCANNED:(.+)$/);
foreach my $index (0 .. $#details) {
$details[$index]=~s/Times\sScanned:.*$/Times Scanned: $timesscanned\/$totalscans/g;
$details[$index]=~s/First\sScanned:\s.+$/First Scanned: $firstscanned/g;
}
}
} else {
#
# Host is down
@basics =split(/@@/,$1) if ($var =~ /BASICS:(.+)\z/sm);
@details =split(/@@/,$1) if ($var =~ /DETAILS:(.+)\z/sm);
@ports =split(/@@/,$1) if ($var =~ /PORTS:(.+)\z/sm);
$name =$1 if ($var =~ /^NAME:(.+)\z/sm);
$color =$1 if ($var =~ /COLOR:(.+)$/);
$subnet =$1 if ($var =~ /SUBNET:(.+)$/);
$hostname =$1 if ($var =~ /HOSTNAME:(.+)$/);
$mac =$1 if ($var =~ /MAC:(.+)$/);
$vendor =$1 if ($var =~ /VENDOR:(.+)$/);
$subnetmask =$1 if ($var =~ /SUBNETMASK:(.+)$/);
$gateway =$1 if ($var =~ /GATEWAY:(.+)$/);
$devicetype =$1 if ($var =~ /DEVICETYPE:(.+)$/);
$ostype =$1 if ($var =~ /OSTYPE:(.+)$/);
$running =$1 if ($var =~ /RUNNING:(.+)$/);
$hop =$1 if ($var =~ /HOP:(.+)$/);
$os_cpe =$1 if ($var =~ /OS_CPE:(.+)\z/sm);
$os_details =$1 if ($var =~ /OS_DETAILS:(.+)\z/sm);
$ports =$1 if ($var =~ /PORTS:(.+)\z/sm);
$link =$1 if ($var =~ /LINK:(.+)\z/sm);
$firstscanned=$1 if ($var =~ /FIRSTSCANNED:(.+)$/);
$lastscanned =$1 if ($var =~ /LASTSCANNED:(.+)$/);
if ($var =~ /TIMESSCANNED:(.+)$/) {
$timesscanned=$1;
if ($timesscanned=~ /^(\d+)\/(\d+)$/) {
($timesscanned,$totalscans)=($1,$2);
} elsif ($timesscanned=~/^(\d+)$/) {
($timesscanned,$totalscans)=($1,$1);
} else {
($timesscanned,$totalscans)=(1,1);
}
$totalscans+=1;
}
$status ="down";
foreach my $index (0 .. $#details) {
$details[$index]=~s/Times\sScanned:.*$/Times Scanned: $timesscanned\/$totalscans/g;
$details[$index]=~s/Status:\s.+$/Status: down/g;
}
}
}
}
print "IPADDRESS=$ipaddress, TIMES_SCANNED=$timesscanned/$totalscans, FIRST_SCANNED=$firstscanned, LAST_SCANNED=$lastscanned, STATUS=$status, FILE=$file\n" if ($debug);
$timesscanned="$timesscanned/$totalscans";
}
#
# Save links between hostobjects
if ($link) {
print "PUSH LINK FROM CACHE: -->>$link<<-- \nNAME: -->>$name<<--\n";
push(@links,$link);
} elsif ((exists $gateway{$ipall{$ipaddress}}) && (NAME($gateway{$ipall{$ipaddress}}) !~ /${name}/)) {
$link="{ from: \"${name}\", to: \"".NAME($gateway{$ipall{$ipaddress}})."\" }";
print "PUSH NEW CREATED LINK: -->>$link<<--\nNAME: -->>$name<<--\n";
push(@links,$link);
} else {
print "NO LINK PUSHED! NAME [".NAME($gateway{$ipall{$ipaddress}})."] matches [".$name."]! Gateway=".($gateway{$ipaddress}||"none").", subnet=".$ipall{$ipaddress}.", gateway=".$gateway{$ipall{$ipaddress}}.", ip=$ipaddress\n";
}
#
# Store host objects
push(@nodes,"{ key: \"${name}\", basics: \"".join("\\n",@basics)."\", details: \"".join("\\n",@details)."\",ports: \"".join("\\n",@ports)."\", color: \"$color\", category: \"name\" }");
#
# Write to cache file
if (exists $subnets{$ipaddress}) {
my $output="##BASICS:" .join("@@",@basics).
"##DETAILS:" .join("@@",@details).
"##PORTS:" .join("@@",@ports).
"##NAME:" .$name.
"##COLOR:" .$color.
"##SUBNET:" .$subnet.
"##HOSTNAME:" .($hostname ||"").
"##MAC:" .($mac ||"").
"##VENDOR:" .($vendor ||"").
"##SUBNETMASK:" .($subnetmask ||"").
"##GATEWAY:" .($gateway ||"").
"##DEVICETYPE:" .($devicetype ||"").
"##OSTYPE:" .($ostype ||"").
"##RUNNING:" .($running ||"").
"##HOP:" .($hop ||"").
"##OS_CPE:" .($os_cpe ||"").
"##OS_DETAILS:" .($os_details ||"").
"##PORTS:" .($ports ||"").
"##LINK:" .($link ||"").
"##FIRSTSCANNED:".($firstscanned||strftime("%F %T", localtime)).
"##LASTSCANNED:" .($lastscanned ||strftime("%F %T", localtime)).
"##TIMESSCANNED:".($timesscanned||"1/1")."##";
$output=~s/\Q\n\E/NEWLINE/gm;
my $datafile="nmapdata/$ipaddress";
$datafile=~s/\./_/g;
$datafile.=".txt";
open my $out, '>', "$datafile" or die "Can't write '$datafile' file: $!";
print $out $output;
close $out;
}
#
# construct html table row
$tabledata.=' <tr bgcolor="'.$color.'">
<td>'.($status ||"" ).'</td>
<td>'.($firstscanned||"" ).'</td>
<td>'.($lastscanned ||"" ).'</td>
<td>'.($timesscanned||"1").'</td>
<td>'.($subnet ||"" ).'</td>
<td>'.($hostname ||"" ).'</td>
<td>'.($ipaddress ||"" ).'</td>
<td>'.($mac ||"" ).'</td>
<td>'.($vendor ||"" ).'</td>
<td>'.($subnetmask ||"" ).'</td>
<td>'.($gateway ||"" ).'</td>
<td>'.($devicetype ||"" ).'</td>
<td>'.($ostype ||"" ).'</td>
<td>'.($running ||"" ).'</td>
<td>'.($hop ||'0' ).'</td>
<td>'.($os_cpe ||"" ).'</td>
<td>'.($os_details ||"" ).'</td>
<td>'.($ports ||"" ).'</td>
</tr>
';
}
#
# Add Internet host object + link
if ($internetgateway) {
push(@nodes,"{ key: \"Internet Gateway\", basics: \"Hops:".join("\\n",@internetroute)."\", details: \"".join("--->",@internetroute)."\",ports: \"*any*\", color: \"yellow\", category: \"name\" }");
push(@links,"{ from: \"".NAME($internetgateway)."\", to: \"Internet Gateway\" }");
}
#
# Add link for each routes
foreach my $route (keys %route) {
next if (! exists $subnets{$route});
my $gateway=$route{$route};
next if (! exists $subnets{$gateway});
if ($gateway =~ /\d{1,3}\.\d{1,3}\.\d{1,3}\.\d{1,3}/) {
push(@links,"{ from: \"".NAME($gateway)."\", to: \"".NAME($route)."\" }");
}
}
#
# Add data to map.html
my $node= "diagram.model.nodeDataArray = [".join(",",@nodes)."];";
my $link= "diagram.model.linkDataArray = [".join(",",@links)."];";
#
# Open output file
open my $out, '>', "map.html" or die "Can't write map.html file: $!";
#
# Read html data from __DATA__
while( <DATA> )
{
# Insert host data and links
s/^\s*diagram\.model\.nodeDataArray\s=\s\[.+$/${node}/g;
s/^\s*diagram\.model\.linkDataArray\s=\s\[.+$/${link}/g;
s/^INSERTTABLEDATA/${tabledata}/;
print $out $_;
}
close $out;
#
# End for perl script
exit
#
# HTML data for map.html
__DATA__
<!DOCTYPE html>
<html>
<head>
<meta charset="utf-8">
<meta name="Nmap Scan" >
<title>Nmap scan</title>
<script src="go.js"></script>
<script id="code">
var head = document.getElementsByTagName("head")[0];
function goCode(pre, w, h, diagramclass, parentid) {
if (diagramclass === undefined) diagramclass = go.Diagram;
if (typeof pre === "string") pre = document.getElementById(pre);
var div = document.createElement("div");
div.style.width = w + "%";
div.style.height = h + "px";
div.className = "diagramStyling";
var parent;
if (parentid === undefined) {
parent = pre.parentNode;
} else {
parent = document.getElementById(parentid);
}
parent.appendChild(div);
var f = eval("(function (diagram, $) {" + pre.textContent + "})");
f(new diagramclass(div), go.GraphObject.make);
}
function goIntro() {
_traverseDOM(document);
}
function _traverseDOM(node) {
if (node.nodeType === 1 && node.nodeName === "A" && !node.getAttribute("href")) {
var text = node.innerHTML.split(".");
if (text.length === 1) {
node.setAttribute("href", "../api/symbols/" + text[0] + ".html");
node.setAttribute("target", "api");
} else if (text.length === 2) {
node.setAttribute("href", "../api/symbols/" + text[0] + ".html" + "#" + text[1]);
node.setAttribute("target", "api");
} else {
alert("Unknown API reference: " + node.innerHTML);
}
}
for (var i = 0; i < node.childNodes.length; i++) {
_traverseDOM(node.childNodes[i]);
}
}
</script>
</head>
<body onload="goIntro()">
<div id="content">
<h2 id="ChangingCategoryOfPart">Network map</h2>
<script data-language="javascript" id="changingCategory">
function changeCategory(obj, category) {
var node = obj.part;
if (node) {
var diagram = node.diagram;
diagram.startTransaction("changeCategory");
diagram.model.setCategoryForNodeData(node.data, category);
diagram.commitTransaction("changeCategory");
}
}
var name=
$(go.Node, "Spot",
$(go.Panel, "Auto",
$(go.Shape, "RoundedRectangle",
new go.Binding("fill", "color")),
$(go.TextBlock, { row: 0, column: 0, columnSpan: 2, font: "bold 10pt sans-serif" },
new go.Binding("text", "key"))
),
$("Button",
{ alignment: go.Spot.TopRight },
$(go.Shape, "ThinCross", { width: 3, height: 3 }),
{ click: function(e, obj) { changeCategory(obj,'basics');} }),
$("Button",
{ alignment: go.Spot.TopLeft },
$(go.Shape, "ThinCross", { width: 3, height: 3 }),
{ click: function(e, obj) { changeCategory(obj,'ports');} }),
$("Button",
{ alignment: go.Spot.BottomRight },
$(go.Shape, "ThinCross", { width: 3, height: 3 }),
{ click: function(e, obj) { changeCategory(obj,'details');} })
);
var basics =
$(go.Node, "Spot",
$(go.Panel, "Auto",
$(go.Shape, "RoundedRectangle",
new go.Binding("fill", "color")),
$(go.Panel, "Table",
{ defaultAlignment: go.Spot.Left },
$(go.TextBlock, { row: 0, column: 0, columnSpan: 2, font: "bold 10pt sans-serif" },
new go.Binding("text", "key")),
$(go.TextBlock, { row: 1, column: 0, font: "bold 10pt sans-serif" }, "Basics:"),
$(go.TextBlock, { row: 1, column: 1 }, new go.Binding("text", "basics"))
)
),
$("Button",
{ alignment: go.Spot.TopRight },
$(go.Shape, "CircleLine", { width: 4, height: 4 }),
{ click: function(e, obj) { changeCategory(obj,'name');} }),
$("Button",
{ alignment: go.Spot.TopLeft },
$(go.Shape, "ThinCross", { width: 4, height: 4 }),
{ click: function(e, obj) { changeCategory(obj,'ports');} }),
$("Button",
{ alignment: go.Spot.BottomRight },
$(go.Shape, "ThinCross", { width: 4, height: 4 }),
{ click: function(e, obj) { changeCategory(obj,'details');} })
);
var ports =
$(go.Node, "Spot",
$(go.Panel, "Auto",
$(go.Shape, "RoundedRectangle",
new go.Binding("fill", "color")),
$(go.Panel, "Table",
{ defaultAlignment: go.Spot.Left },
$(go.TextBlock, { row: 0, column: 0, columnSpan: 2, font: "bold 10pt sans-serif" },
new go.Binding("text", "key")),
$(go.TextBlock, { row: 1, column: 0, font: "bold 10pt sans-serif" }, "ports:"),
$(go.TextBlock, { row: 1, column: 1,font: "10pt monospace" }, new go.Binding("text", "ports"))
)
),
$("Button",
{ alignment: go.Spot.TopRight },
$(go.Shape, "ThinCross", { width: 4, height: 4 }),
{ click: function(e, obj) { changeCategory(obj,'basics');} }),
$("Button",
{ alignment: go.Spot.TopLeft },
$(go.Shape, "CircleLine", { width: 4, height: 4 }),
{ click: function(e, obj) { changeCategory(obj,'name');} }),
$("Button",
{ alignment: go.Spot.BottomRight },
$(go.Shape, "ThinCross", { width: 4, height: 4 }),
{ click: function(e, obj) { changeCategory(obj,'details');} })
);
var details =
$(go.Node, "Spot",
$(go.Panel, "Auto",
$(go.Shape, "RoundedRectangle",
new go.Binding("fill", "color")),
$(go.Panel, "Table",
{ defaultAlignment: go.Spot.Left },
$(go.TextBlock, { row: 0, column: 0, columnSpan: 2, font: "bold 10pt sans-serif" },
new go.Binding("text", "key")),
$(go.TextBlock, { row: 1, column: 0, font: "bold 10pt sans-serif" }, "Details:"),
$(go.TextBlock, { row: 1, column: 1 }, new go.Binding("text", "details"))
)
),
$("Button",
{ alignment: go.Spot.TopRight },
$(go.Shape, "ThinCross", { width: 4, height: 4 }),
{ click: function(e, obj) { changeCategory(obj,'basics');} }),
$("Button",
{ alignment: go.Spot.TopLeft },
$(go.Shape, "ThinCross", { width: 4, height: 4 }),
{ click: function(e, obj) { changeCategory(obj,'ports');} }),
$("Button",
{ alignment: go.Spot.BottomRight },
$(go.Shape, "CircleLine", { width: 4, height: 4 }),
{ click: function(e, obj) { changeCategory(obj,'name');} })
);
var templmap = new go.Map("string", go.Node);
templmap.add("name", name);
templmap.add("basics", basics);
templmap.add("ports", ports);
templmap.add("details", details);
diagram.nodeTemplateMap = templmap;
diagram.layout = $(go.ForceDirectedLayout,{ maxIterations: 200, defaultSpringLength: 20, defaultElectricalCharge: 80 });
diagram.model.nodeDataArray = [ ];
diagram.model.linkDataArray = [ ];
</script>
<script>goCode("changingCategory", 100, 600)</script>
</div>
<div>
<table id="hosts" style="width:100%">
<thead>
<tr>
<th>Status</th>
<th>First Scanned</th>
<th>Last Scanned</th>
<th>Times<br>Scanned</th>
<th>Network</th>
<th>Host name</th>
<th>IP Address</th>
<th>MAC Address</th>
<th>MAC Vendor</th>
<th>Netmask</th>
<th>Gateway</th>
<th>Device type</th>
<th>OS type</th>
<th>Running</th>
<th>Hops</th>
<th>OS CP</th>
<th>OS Details</th>
<th>Ports</th>
</tr>
</thead>
<tbody>
INSERTTABLEDATA
</tbody>