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netdb.pl
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netdb.pl
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#!/usr/bin/perl -w
##########################################################################
# netdb.pl - CLI Interface to query Network Tracking Database
# Author: Jonathan Yantis <yantisj@gmail.com>
# Copyright (C) 2014 Jonathan Yantis
##########################################################################
#
# Queries NetDB for information from the database
#
# All data passing and data types are built on an array of hashrefs,
# and array is always passed between subs as a reference.
#
# Relies on NetDB.pm module for all database access and queries.
#
##########################################################################
# Simple Data Structure Example:
#
# # IP and mac are almost always required
# my @netdb = ( { ip => '128.23.1.1', mac => '1111.2222.3333' },
# { ip => '128.23.1.1', mac => '1111.2222.3333' },
# );
#
# my $netdb_ref = getQuery( \@netdb ); # pass as a reference
# @netdb = @$netdb_ref; # Dereference
#
##########################################################################
# License:
# 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:
# http://www.gnu.org/licenses/gpl.txt
#
# You should have received a copy of the GNU General Public License
# along with this program; if not, write to the Free Software
# Foundation, Inc., 59 Temple Place, Suite 330, Boston, MA 02111-1307 USA
###########################################################################
# Used for development, work against the non-production NetDB library in
# the current directory if available
use lib ".";
#print "\@INC is @INC\n";
use NetDB;
use Getopt::Long;
use Sys::Hostname;
use AppConfig;
use Time::HiRes qw (gettimeofday);
use strict;
use warnings;
# no nonsense
no warnings 'uninitialized';
my $netdbVer = 1;
my $netdbMinorVer = 13;
my $DEBUG;
my @netdbBulk;
my $transactionID;
my $transactions = 1;
my $starttime = [ Time::HiRes::gettimeofday( ) ];
my ( $optneverseen, $optstatic, $optdays, $optip, $optmac, $opthostname );
my ( $optvendorcode, $optport, $opthours, $optcsv, $optfile );
my ( $optvlanstatus, $optswitch, $optnewmacs, $optvlan, $opthistory, $optnt );
my ( $optmrtg, $optstats, $config_file, $optrootdir );
my ( $optuser, $mac_format, $optquote, $optswitchreport, $optDescription );
$config_file = "/etc/netdb.conf";
# Parse Configuration File
parseConfig();
# Input Options
if ( $ARGV[0] eq "" ) { &usage(); }
GetOptions(
'us' => \$optneverseen,
's' => \$optstatic,
'd=i' => \$optdays,
'h=i' => \$opthours,
'i=s' => \$optip,
'm=s' => \$optmac,
'mf=s' => \$mac_format,
'n=s' => \$opthostname,
'u=s' => \$optuser,
'p=s' => \$optport,
'sw=s' => \$optswitch,
'ds=s' => \$optDescription,
'up=s' => \$optswitchreport,
'vc=s' => \$optvendorcode,
'vl=s' => \$optvlan,
'vs=s' => \$optvlanstatus,
'nm' => \$optnewmacs,
'mr' => \$optmrtg,
't' => \$opthistory,
'st' => \$optstats,
'nt' => \$optnt,
'f' => \$optfile,
'c' => \$optcsv,
'q' => \$optquote,
'conf=s' => \$config_file,
'v' => \$DEBUG,
'vv' => \$DEBUG,
)
or &usage();
# Get database connection
my $dbh = connectDBro( $config_file );
# Library Version Check
my $libraryVersion = getVersion();
if ( $libraryVersion ne "$netdbVer.$netdbMinorVer" ) {
print STDERR "WARNING: NetDB Library version v$libraryVersion mismatch with netdb.pl v$netdbVer.$netdbMinorVer\n";
}
# Convert all time to hours
if ( $optdays ) {
$opthours = $opthours + $optdays*24;
}
# Set default time
if ( !$opthours && !$optstats) {
$opthours = 7*24; # 7 days search default
$optdays = 7;
}
# If stats mode, go back 10 years
elsif( !$opthours && $optstats ) {
$opthours = "100000";
}
# Don't record transaction for this command, used for scripts
if ( $optnt ) {
$transactions = undef;
}
# Translate Mac Formats
if ( $mac_format ) {
$mac_format = 'ieee_dash' if $mac_format eq 'dash';
$mac_format = 'ieee_colon' if $mac_format eq 'colon';
$mac_format = 'no_format' if $mac_format eq 'none';
}
# Get a list of statics that have never been seen
if ( $optneverseen ) {
my $netdbPrint_ref = getNeverSeen( $dbh );
# Sort by IP address
$netdbPrint_ref = sortByIP( $netdbPrint_ref );
# Dereference array of hashrefs
my @netdbPrint = @$netdbPrint_ref;
# Get length for loop
my $netdbPrint_length = @netdbPrint;
# Go through array of hashrefs and pass them to insertIPMAC
for (my $i=0; $i < $netdbPrint_length; $i++)
{
print "$netdbPrint[$i]{ip}\n";
}
}
# Get a list of statics not seen in $opthours
elsif ( $optstatic && $opthours ) {
my $netdb_ref = getLastSeen( $dbh, $opthours );
printNetdbIPMAC( $netdb_ref );
}
# Get a list of mac entries at ip addresses
elsif ( $optip && $optfile ) {
open( FILE, "$optip")
or die "|ERROR|: Can not open $optip, error: $!\n";
my $count=1;
my @ipAdders;
while (<FILE>) {
# Skip line if line has a comment
next if $_ =~ /^#/;
# strip miscellaneous newlines
$_ =~ s/[\r|\n]+//;
# break up line if there is more than one address on the line
my @line = split (/[,]|\s+/);
foreach my $ip_adder (@line){
if ($ip_adder){
$ip_adder =~ s/\s+//;
chomp($ip_adder);
# Checks IPv4 first, assuuming thats where most will be
if ( $ip_adder =~ /[0-9]{1,3}(\.[0-9]{1,3}){3}/ ){
print "|DEBUG|: Adding IPv4 address: $ip_adder\n" if $DEBUG>1;
push (@ipAdders, $ip_adder);
}
# Checks IPv6 (regexing this is crazy!)
elsif ($ip_adder =~ /^(([A-Fa-f0-9]{1,4}:){7}[A-Fa-f0-9]{1,4})$|^([A-Fa-f0-9]{1,4}::([A-Fa-f0-9]{1,4}:){0,5}[A-Fa-f0-9]{1,4})$|^(([A-Fa-f0-9]{1,4}:){2}:([A-Fa-f0-9]{1,4}:){0,4}[A-Fa-f0-9]{1,4})$|^(([A-Fa-f0-9]{1,4}:){3}:([A-Fa-f0-9]{1,4}:){0,3}[A-Fa-f0-9]{1,4})$|^(([A-Fa-f0-9]{1,4}:){4}:([A-Fa-f0-9]{1,4}:){0,2}[A-Fa-f0-9]{1,4})$|^(([A-Fa-f0-9]{1,4}:){5}:([A-Fa-f0-9]{1,4}:){0,1}[A-Fa-f0-9]{1,4})$|^(([A-Fa-f0-9]{1,4}:){6}:[A-Fa-f0-9]{1,4})$/){
print "|DEBUG|: Adding IPv6 address: $ip_adder\n" if $DEBUG>1;
push (@ipAdders, $ip_adder);
}
else{
print "|DEBUG|: Invalid IP address found in the line\n" if $DEBUG;
}
} # END is there an IP
$count++;
} # END for breaks up line if there are multible IPs per line
} # END while that reads in the CSV file
$transactionID = recordTransaction( scalar(@ipAdders), 'IPs' ) if $transactions;
my $netdb_ref = getMACsfromIPList( $dbh, \@ipAdders, $opthours );
if ( $$netdb_ref[0]{"mac"} ) {
## get the switchport for each entry returned
#$netdb_ref = getSwitchportList( $netdb_ref );
printNetdbIPMACList( $netdb_ref );
## Print Registration Data if only one mac
#getNACRegData( $$netdb_ref[0]{"mac"} ) if ( !$$netdb_ref[1] && $$netdb_ref[0] && $$netdb_ref[0]{"mac"} );
}
elsif ( $optdays ) {
print "No records found in $optdays days.\n";
}
else {
print "No records found\n";
}
} # END if optip and optfile
# Get a list of mac entries at ip address
elsif ( $optip ) {
$transactionID = recordTransaction( $optip, 'IP' ) if $transactions;
my $netdb_ref = getMACsfromIP( $dbh, $optip, $opthours );
if ( $$netdb_ref[0]{"mac"} ) {
printNetdbIPMAC( $netdb_ref );
# Print the switchport history if only one entry returned
getSwitchport( $$netdb_ref[0]{"mac"} ) if ( !$$netdb_ref[1] && $$netdb_ref[0] && $$netdb_ref[0]{"mac"} );
# Print Registration Data if only one mac
getNACRegData( $$netdb_ref[0]{"mac"} ) if ( !$$netdb_ref[1] && $$netdb_ref[0] && $$netdb_ref[0]{"mac"} );
}
elsif ( $optdays ) {
print "No records found in $optdays days.\n";
}
else {
print "No records found\n";
}
}
# Get a list of IPs entries at MAC addresses
elsif ( $optmac && $optfile ) {
open( FILE, "$optmac")
or die "|ERROR|: Can not open $optmac, error: $!\n";
my $count=1;
my @macAdders;
while (<FILE>) {
# Skip line if line has a comment
next if $_ =~ /^#/;
# strip miscellaneous newlines
$_ =~ s/[\r|\n]+//;
# break up line if there is more than one address on the line
my @line = split (/[,]|\s+/);
foreach my $mac_adder (@line){
if ($mac_adder){
$mac_adder =~ s/\s+//;
chomp($mac_adder);
# Checks : or - based MAC, assumeing it will be most likely
if ( $mac_adder =~ /[A-Fa-f0-9]{2}([:|-][A-Fa-f0-9]{2}){5}/ ){
print "|DEBUG|: Adding IEEE MAC: $mac_adder\n" if $DEBUG>1;
push (@macAdders, $mac_adder);
}
elsif ( $mac_adder =~ /[A-Fa-f0-9]{4}(\.[A-Fa-f0-9]{4}){2}/ ){
print "|DEBUG|: Adding Cisco MAC: $mac_adder\n" if $DEBUG>1;
push (@macAdders, $mac_adder);
}
else{
print "|DEBUG|: Invalid MAC address found in the line\n" if $DEBUG;
}
} # END is there a MAC
$count++;
} # END for breaks up line if there are multible MACss per line
} # END while that reads in the CSV file
$transactionID = recordTransaction( scalar(@macAdders), 'MACs' ) if $transactions;
my $netdb_ref;
# Full mac address query
$netdb_ref = getMACList( $dbh, \@macAdders, $opthours );
if ( $$netdb_ref[0]{mac} ) {
# get the switchport for each entry returned
#$netdb_ref = getSwitchportList( $netdb_ref );
printNetdbIPMACList( $netdb_ref );
}
elsif ( $optdays ) {
print "No records found in $optdays days.\n";
}
else {
print "No records found\n";
}
}
# Get a list of ip entries at mac address
elsif ( $optmac ) {
$transactionID = recordTransaction( $optmac, 'MAC' ) if $transactions;
my $netdb_ref;
my $short_mac;
# Last 4 digits (ff:ff)
if ( $optmac =~ /^\w\w\:\w\w$/ ) {
$netdb_ref = getShortMAC( $dbh, $optmac, $opthours );
$short_mac = $optmac;
$optmac = $$netdb_ref[0]{"mac"};
}
# Mac Wildcard Search (55:55* or *55:55:55 etc)
elsif ( $optmac =~ /^\w\w(\:\w\w){1,4}\*$/ || $optmac =~ /^\*(\w\w\:){1,4}\w\w$/ ) {
$netdb_ref = getShortMAC( $dbh, $optmac, $opthours );
$short_mac = $optmac;
$optmac = $$netdb_ref[0]{"mac"};
}
# Full mac address query
else {
$netdb_ref = getMAC( $dbh, $optmac, $opthours );
}
if ( $$netdb_ref[0]{mac} ) {
printNetdbMAC( $netdb_ref );
# Make sure there are not multiple entries, print IP info
if ( !$$netdb_ref[1] && $$netdb_ref[0] ) {
my $netdbip_ref = getIPsfromMAC( $dbh, $optmac, $opthours );
printNetdbIPMAC( $netdbip_ref );
}
# Print the switchport history if only one entry returned
getSwitchport( $$netdb_ref[0]{"mac"} ) if ( !$$netdb_ref[1] && $$netdb_ref[0] );
# Print registration data for a mac address search if one entry
if ( !$$netdb_ref[1] ) {
getNACRegData( $optmac );
}
if ( !$optcsv && $$netdb_ref[0]{distype} ) {
printDisabledinFormat( $netdb_ref );
}
}
elsif ( $optdays ) {
print "No records found in $optdays days.\n";
}
else {
print "No records found\n";
}
}
# Hostname Wildcard Search
elsif ( $opthostname ) {
$transactionID = recordTransaction( $opthostname, 'Hostname' ) if $transactions;
my $netdb_ref = getNamefromIPMAC( $dbh, $opthostname, $opthours );
if ( $$netdb_ref[0]{mac} ) {
printNetdbIPMAC( $netdb_ref );
# Print the switchport history if only one entry returned
getSwitchport( $$netdb_ref[0]{"mac"} ) if ( !$$netdb_ref[1] && $$netdb_ref[0] );
# Print Registration Data if only one mac
getNACRegData( $$netdb_ref[0]{"mac"} ) if ( !$$netdb_ref[1] && $$netdb_ref[0] );
}
elsif ( $optdays ) {
print "No records found in $optdays days.\n";
}
else {
print "No records found\n";
}
}
# Get all ARP entries registered to a user
elsif ( $optuser ) {
$transactionID = recordTransaction( $optuser, 'user' ) if $transactions;
my $netdb_ref = getNACUserMAC( $dbh, $optuser, $opthours );
printNetdbMAC( $netdb_ref );
if ( !$optcsv ) {
$netdb_ref = getNACUser( $dbh, $optuser, $opthours );
printNetdbIPMAC( $netdb_ref );
}
}
# Get everything related to a switch, and optional port after the comma
elsif ( $optswitch ) {
$transactionID = recordTransaction( $optswitch, 'switchreport' ) if $transactions;
my $netdb_ref = getSwitchReport( $dbh, $optswitch, $opthours );
printNetdbSwitchports( $netdb_ref );
}
# Get all ports that match regex description
elsif ( $optDescription ) {
$transactionID = recordTransaction( $optDescription, 'descsearch' ) if $transactions;
my $netdb_ref = getSwitchportDesc( $dbh, $optDescription, $opthours );
printNetdbSwitchports( $netdb_ref );
}
# Search on Vendor Code
elsif ( $optvendorcode ) {
$transactionID = recordTransaction( $optvendorcode, 'vendor' ) if $transactions;
my $netdb_ref = getVendorCode( $dbh, $optvendorcode, $opthours );
printNetdbMAC( $netdb_ref );
}
# Get new mac addresses in past hours
elsif ( $optnewmacs && $opthours ) {
my $netdb_ref = getNewMacs( $dbh, $opthours );
# Count and output for mrtg
if ( $optmrtg ) {
my $cnt = @$netdb_ref;
print "$cnt\n$cnt\n$cnt\n$cnt";
}
else {
printNetdbMAC( $netdb_ref );
}
}
# Vlan Report
elsif ( $optvlan ) {
$transactionID = recordTransaction( $optvlan, 'vlanreport' ) if $transactions;
my $netdb_ref = getVlanReport( $dbh, $optvlan, $opthours );
printNetdbIPMAC( $netdb_ref );
}
# Get Vlan report from switch status pages
elsif ( $optvlanstatus ) {
$transactionID = recordTransaction( $optvlanstatus, 'vlanstatus' ) if $transactions;
my $netdb_ref = getVlanSwitchStatus( $dbh, $optvlanstatus, $opthours );
printNetdbSwitchports( $netdb_ref );
}
# Get switchport history for mac address
elsif ( $optport ) {
$transactionID = recordTransaction( $optport, 'switch' ) if $transactions;
getSwitchport( $optport );
}
# Database Transaction History
elsif ( $opthistory ) {
my $netdb_ref = getTHistory( $dbh, $opthours );
printTHistoryinFormat( $netdb_ref );
}
elsif ( $optstats ) {
my $h_ref = getDBStats( $dbh, $opthours );
my %stats = %$h_ref;
my $dbRowCount = $stats{mac} + $stats{ipmac} + $stats{switchports} + $stats{transactions}
+ $stats{switchstatus} + $stats{nacreg} + $stats{wifi};
print "\n NetDB Statistics";
print " over $opthours hours" if $opthours != 100000;
print "\n ---------------------------------\n";
print " New MACs: $stats{newmacs}\n" if $opthours != "100000";
print " MAC Entries: $stats{mac}\n";
print " ARP Entries: $stats{ipmac}\n";
print " Switch Entries: $stats{switchports}\n";
print " WiFi Entries: $stats{wifi}\n";
print " Status Entries: $stats{switchstatus}\n" if $opthours == "100000";
print " Registrations: $stats{nacreg}\n" if $opthours == "100000";
print " DB Transactions: $stats{transactions}\n";
print " Total Rows in DB: $dbRowCount\n" if $opthours == "100000";
}
# Unused Switchport Report
elsif ( $optswitchreport ) {
$transactionID = recordTransaction( "$optswitchreport", 'unusedports' ) if $transactions;
my $netdb_ref = getUnusedPorts( $dbh, $optswitchreport, $opthours );
printNetdbSwitchports( $netdb_ref );
}
else {
&usage();
}
if ( $DEBUG ) {
my $runtime = Time::HiRes::tv_interval( $starttime );
$runtime = sprintf( "%.3f", $runtime );
$runtime = $runtime * 1000;
print "\nRuntime [" . $runtime . "ms]\n";
}
print "\n";
# End Main
#---------------------------------------------------------------------------------------------
# Logs user transaction to the transaction table
#---------------------------------------------------------------------------------------------
sub recordTransaction {
# Priviledged Access
my $dbh_p = connectDBrw( $config_file );
my ( $queryvalue, $querytype ) = @_;
my $ip = hostname();
my $username = `whoami`;
chomp($username);
my $tid;
my %netdbTransaction = ( ip => $ip,
username => $username,
querytype => $querytype,
queryvalue => $queryvalue,
querydays => $opthours/24,
);
# Keep transactionID for CSV Reports
$tid = insertTransaction( $dbh_p, \%netdbTransaction );
# print header;
# print "$ip $username $querytype $queryvalue $searchDays";
return $tid;
}
sub getSwitchport {
my $mac = shift;
my $netdb_ref = getSwitchports( $dbh, $mac, $opthours );
printNetdbSwitchports( $netdb_ref );
}
#---------------------------------------------------------------------------------------------
# Get and print single NAC entry
#---------------------------------------------------------------------------------------------
sub getNACRegData {
my $mac = shift;
my $netdb_ref = getNACReg( $dbh, $mac );
if ( !$optcsv && $$netdb_ref[0]{"mac"} ) {
printNACReginFormat( $netdb_ref );
}
}
#---------------------------------------------------------------------------------------------
# Print results from NetDB ip Table
#---------------------------------------------------------------------------------------------
sub printNetdbIPinCSV {
my $netdbPrint_ref = shift;
# Sort by IP address
$netdbPrint_ref = sortByIP( $netdbPrint_ref );
# Dereference array of hashrefs
my @netdbPrint = @$netdbPrint_ref;
# Get length for loop
my $netdbPrint_length = @netdbPrint;
# Header
print "IP Address,Mac Address,Lastmac\n" if @netdbPrint;
# Go through array of hashrefs and pass them to insertIPMAC
for (my $i=0; $i < $netdbPrint_length; $i++)
{
print "$netdbPrint[$i]{ip},$netdbPrint[$i]{static},$netdbPrint[$i]{lastmac}\n";
}
}
#---------------------------------------------------------------------------------------------
# Print out the contents of the Switchports Table
#---------------------------------------------------------------------------------------------
sub printNetdbSwitchports {
my $netdb_ref = shift;
# Convert MAC Address Format to default display format from config file
$netdb_ref = convertMacFormat( $netdb_ref, $mac_format );
if ( $optcsv ) {
printNetdbSwitchportsinCSV( $netdb_ref );
}
else {
printNetdbSwitchportsinFormat( $netdb_ref );
}
}
#---------------------------------------------------------------------------------------------
# Print results from NetDB mac Table
#---------------------------------------------------------------------------------------------
sub printNetdbSwitchportsinFormat {
my $netdbPrint_ref = shift;
my $i;
my $tmpwrite = "/tmp/netdbtmp";
# Sort Array of hashrefs based on Cisco Port naming scheme
$netdbPrint_ref = sortByPort( $netdbPrint_ref );
$netdbPrint_ref = sortBySwitch( $netdbPrint_ref );
# Dereference array of hashrefs
my @netdbPrint = @$netdbPrint_ref;
# Get length for loop
my $netdbPrint_length = @netdbPrint;
# Lines per page
$= = 35;
open( STDOUTSWITCH, '>', "$tmpwrite") or die "Can't open up $tmpwrite: $!\n";
# Formats for report, watch that trailing . is on the far left
format STDOUTSWITCH_TOP =
Switch Port S VLAN Description MAC Address First Seen Last Seen
----------------- ---------- - ---- ----------------------- ----------------- ---------------- ----------------
.
format STDOUTSWITCH =
@>>>>>>>>>>>>>>>> @<<<<<<<<< @ @>>> @<<<<<<<<<<<<<<<<<<<<<< @<<<<<<<<<<<<<<<< @>>>>>>>>>>>>>>> @>>>>>>>>>>>>>>>
$netdbPrint[$i]{switch},$netdbPrint[$i]{port},$netdbPrint[$i]{status},$netdbPrint[$i]{vlan},$netdbPrint[$i]{description},$netdbPrint[$i]{mac},$netdbPrint[$i]{firstseen}, $netdbPrint[$i]{lastseen}
.
# Go through array of hashrefs and pass them to insertIPMAC
for ($i=0; $i < $netdbPrint_length; $i++)
{
$netdbPrint[$i]{status} = "U" if ( $netdbPrint[$i]{status} =~ /up|connected/ );
$netdbPrint[$i]{status} = "D" if ( $netdbPrint[$i]{status} =~ /down|notconnect/ );
$netdbPrint[$i]{status} = "S" if ( $netdbPrint[$i]{status} eq 'disabled' );
$netdbPrint[$i]{status} = "E" if ( $netdbPrint[$i]{status} eq 'err-disabled' );
$netdbPrint[$i]{status} = "F" if ( $netdbPrint[$i]{status} eq 'faulty' );
$netdbPrint[$i]{status} = "M" if ( $netdbPrint[$i]{status} eq 'monitor' );
$netdbPrint[$i]{port} =~ s/^Eth/E/; # Nexus FeX truncate
# Replace empty MAC Field with ND data
if ( !$netdbPrint[$i]{mac} && $netdbPrint[$i]{n_host} ) {
my ( $host ) = split( /\./, $netdbPrint[$i]{n_host} );
$netdbPrint[$i]{mac} = "ND:$host";
}
write STDOUTSWITCH;
}
open( STDOUTSWITCH, '<', "$tmpwrite") or die "Can't open up $tmpwrite: $!\n";
while ( my $line = <STDOUTSWITCH> ) {
print $line;
}
if ( $DEBUG && $netdbPrint_length != 1 ) {
print "\n$netdbPrint_length Records Found";
}
close STDOUTSWITCH;
unlink($tmpwrite);
}
#---------------------------------------------------------------------------------------------
# Print results from NetDB ipmac Table
#---------------------------------------------------------------------------------------------
sub printNetdbSwitchportsinCSV {
my $netdbPrint_ref = shift;
# Sort Array of hashrefs based on Cisco Port naming scheme
$netdbPrint_ref = sortByPort( $netdbPrint_ref );
$netdbPrint_ref = sortBySwitch( $netdbPrint_ref );
# Dereference array of hashrefs
my @netdbPrint = @$netdbPrint_ref;
# Get length for loop
my $netdbPrint_length = @netdbPrint;
# Quoted CSV Report
my $q = undef;
$q = '"' if $optquote;
# Header
print "Switch,Port,Status,Speed,Duplex,Vlan,Description,Mac Address,IP Address,Hostname," .
"UserID,Static,Vendor,First Seen,Last Seen,n_ip,n_host,n_model,n_port,n_desc\n" if @netdbPrint;
# Go through array of hashrefs and pass them to insertIPMAC
for (my $i=0; $i < $netdbPrint_length; $i++)
{
$netdbPrint[$i]{vendor} =~ s/\,|\.//g; #remove commas for CSV
print "$q$netdbPrint[$i]{switch}$q,$q$netdbPrint[$i]{port}$q,$q$netdbPrint[$i]{status}$q," .
"$q$netdbPrint[$i]{speed}$q,$q$netdbPrint[$i]{duplex}$q,$q$netdbPrint[$i]{vlan}$q,$q";
print "$netdbPrint[$i]{description}$q,$q$netdbPrint[$i]{mac}$q,$q$netdbPrint[$i]{ip}$q," .
"$q$netdbPrint[$i]{name}$q,$q$netdbPrint[$i]{userID}$q,$q";
print "$netdbPrint[$i]{static}$q,$q$netdbPrint[$i]{vendor}$q,$q$netdbPrint[$i]{firstseen}$q," .
"$q$netdbPrint[$i]{lastseen}$q,";
print "$q$netdbPrint[$i]{n_ip}$q,$q$netdbPrint[$i]{n_host}$q,$q$netdbPrint[$i]{n_model}$q," .
"$q$netdbPrint[$i]{n_port}$q,$q$netdbPrint[$i]{n_desc}$q\n";
}
}
#---------------------------------------------------------------------------------------------
# Print out the contents of the MAC Table
#---------------------------------------------------------------------------------------------
sub printNetdbMAC {
my $netdb_ref = shift;
# Convert MAC Address Format to default display format from config file
$netdb_ref = convertMacFormat( $netdb_ref, $mac_format );
if ( $optcsv ) {
printNetdbMACinCSV( $netdb_ref );
}
else {
printNetdbMACinFormat( $netdb_ref );
}
# if ( !$optcsv || $$netdb_ref[0]{distype} ) {
# printDisabledinFormat( $netdb_ref );
# }
}
#---------------------------------------------------------------------------------------------
# Print results from NetDB mac Table
#---------------------------------------------------------------------------------------------
sub printNetdbMACinFormat {
my $netdbPrint_ref = shift;
my $i;
my $tmpwrite = "/tmp/netdbtmp";
# Dereference array of hashrefs
my @netdbPrint = @$netdbPrint_ref;
# Get length for loop
my $netdbPrint_length = @netdbPrint;
# Registration Status
for ($i=0; $i < $netdbPrint_length; $i++)
{
if ( $netdbPrint[$i]{userID} ) {
$netdbPrint[$i]{userID} = "Y"
}
else {
$netdbPrint[$i]{userID} = "N";
}
}
# Lines per page
$= = 35;
#$^L = '-';
open( STDOUTMAC, '>', "$tmpwrite") or die "Can't open up $tmpwrite: $!\n";
# Formats for report, watch that trailing . is on the far left
format STDOUTMAC_TOP =
MAC Address R Last IP Vendor Code First Seen Last Seen
----------------- - --------------- ------------------------------------------ ---------------- ----------------
.
format STDOUTMAC =
@<<<<<<<<<<<<<<<< @ @<<<<<<<<<<<<<< @||||||||||||||||||||||||||||||||||||||||| @<<<<<<<<<<<<<<< @<<<<<<<<<<<<<<<
$netdbPrint[$i]{mac}, $netdbPrint[$i]{userID}, $netdbPrint[$i]{lastip}, $netdbPrint[$i]{vendor}, $netdbPrint[$i]{firstseen}, $netdbPrint[$i]{lastseen}
.
# Go through array of hashrefs and pass them to insertIPMAC
for ($i=0; $i < $netdbPrint_length; $i++)
{
write STDOUTMAC;
}
open( STDOUTMAC, '<', "$tmpwrite") or die "Can't open up $tmpwrite: $!\n";
while ( my $line = <STDOUTMAC> ) {
print $line;
}
if ( $DEBUG && $netdbPrint_length != 1 ) {
print "\n$netdbPrint_length Records Found";
}
close STDOUTMAC;
unlink($tmpwrite);
}
#---------------------------------------------------------------------------------------------
# Print results from NetDB ipmac Table
#---------------------------------------------------------------------------------------------
sub printNetdbMACinCSV {
my $netdbPrint_ref = shift;
# Dereference array of hashrefs
my @netdbPrint = @$netdbPrint_ref;
# Get length for loop
my $netdbPrint_length = @netdbPrint;
# Quoted CSV Report
my $q = undef;
$q = '"' if $optquote;
# Header
print "MAC Address,Last IP,Hostname,Vendor Code,Last Switch,Last Port,First Seen,Last Seen\n" if @netdbPrint;
# Go through array of hashrefs and pass them to insertIPMAC
for (my $i=0; $i < $netdbPrint_length; $i++)
{
$netdbPrint[$i]{vendor} =~ s/\,|\.//g; #remove commas for CSV
print "$q$netdbPrint[$i]{mac}$q,$q$netdbPrint[$i]{lastip}$q,$q$netdbPrint[$i]{name}$q,$q$netdbPrint[$i]{vendor}$q,$q$netdbPrint[$i]{lastswitch}$q,$q";
print "$netdbPrint[$i]{lastport}$q,$q$netdbPrint[$i]{firstseen}$q,$q$netdbPrint[$i]{lastseen}$q\n";
}
}
#---------------------------------------------------------------------------------------------
# Print out the contents of the ip table
#---------------------------------------------------------------------------------------------
sub printNetdbIPMAC {
my $netdb_ref = shift;
# Convert MAC Address Format to default display format from config file
$netdb_ref = convertMacFormat( $netdb_ref, $mac_format );
if ( $optcsv ) {
printNetdbIPMACinCSV( $netdb_ref );
}
else {
printNetdbIPMACinFormat( $netdb_ref );
}
}
#---------------------------------------------------------------------------------------------
# Print results from NetDB ipmac Table
#---------------------------------------------------------------------------------------------
sub printNetdbIPMACinFormat {
my $netdbPrint_ref = shift;
my $i;
my $v4display;
my $v6display;
my $tmpwrite = "/tmp/netdbtmp3";
my $tmpwrite2 = "/tmp/netdbtmp2";
# Sort by IP address
$netdbPrint_ref = sortByIP( $netdbPrint_ref );
# Dereference array of hashrefs
my @netdbPrint = @$netdbPrint_ref;
# Get length for loop
my $netdbPrint_length = @netdbPrint;
for ($i=0; $i < $netdbPrint_length; $i++)
{
if ( $netdbPrint[$i]{userID} ) {
$netdbPrint[$i]{userID} = "Y"
}
else {
$netdbPrint[$i]{userID} = "N";
}
# V6 Format
if ( $netdbPrint[$i]{ip} =~ /:/ ) {
$v6display = 1;
}
# V4 Format
elsif ( $netdbPrint[$i]{ip} =~ /(\d+)(\.\d+){3}/ ) {
$v4display = 1;
}
}
# Lines per page
$= = 35;
#$^L = '-';
if ( $v4display ) {
# Formats for report, watch that trailing . is on the far left
format STDOUT_TOP =
IP Address MAC Address R Hostname VLAN VRF First Seen Last Seen
--------------- ----------------- - ----------------------------- ---- ----- ---------------- ----------------
.
format STDOUT =
@<<<<<<<<<<<<<<< @<<<<<<<<<<<<<<<< @ @|||||||||||||||||||||||||||| @>>> @>>>> @>>>>>>>>>>>>>>> @>>>>>>>>>>>>>>>
$netdbPrint[$i]{ip}, $netdbPrint[$i]{mac}, $netdbPrint[$i]{userID}, $netdbPrint[$i]{name}, $netdbPrint[$i]{vlan}, $netdbPrint[$i]{vrf}, $netdbPrint[$i]{firstseen}, $netdbPrint[$i]{lastseen}
.
# Go through array of hashrefs and pass them to insertIPMAC
for ($i=0; $i < $netdbPrint_length; $i++)
{
#print "$netdbPrint[$i]{ip},\t$netdbPrint[$i]{mac},\t$netdbPrint[$i]{vlan},\t$netdbPrint[$i]{name},\t$netdbPrint[$i]{firstseen},\t$netdbPrint[$i]{lastseen}\n";
# Print if IPv4 Address
if ( $netdbPrint[$i]{ip} =~ /(\d+)(\.\d+){3}/ ) {
write STDOUT;
}
}
} # v4 display
# IPv6 Format
if ( $v6display ) {
open( STDOUTVSIX, '>', "$tmpwrite2") or die "Can't open up $tmpwrite2: $!\n";
# Formats for report, watch that trailing . is on the far left
format STDOUTVSIX_TOP =
IPv6 Address Hostname VLAN First Seen Last Seen
-------------------------------------- ---------------------------------- ---- ---------------- ----------------
.
format STDOUTVSIX =
@<<<<<<<<<<<<<<<<<<<<<<<<<<<<<<<<<<<<<< @||||||||||||||||||||||||||||||||| @<<<< @>>>>>>>>>>>>>>> @>>>>>>>>>>>>>>>
$netdbPrint[$i]{ip}, $netdbPrint[$i]{name}, $netdbPrint[$i]{vlan}, $netdbPrint[$i]{firstseen}, $netdbPrint[$i]{lastseen}
.
# Go through array of hashrefs and pass them to insertIPMAC
for ($i=0; $i < $netdbPrint_length; $i++)
{
#print "$netdbPrint[$i]{ip},\t$netdbPrint[$i]{mac},\t$netdbPrint[$i]{vlan},\t$netdbPrint[$i]{name},\t$netdbPrint[$i]{firstseen},\t$netdbPrint[$i]{lastseen}\n";
# Print if IPv6 Address
if ( $netdbPrint[$i]{ip} =~ /:/ ) {
write STDOUTVSIX;
}
}
open( STDOUTVSIX, '<', "$tmpwrite2") or die "Can't open up $tmpwrite2: $!\n";
while ( my $line = <STDOUTVSIX> ) {
print $line;
}
close STDOUTVSIX;
unlink($tmpwrite2);
} #v6 display
if ( $DEBUG && $netdbPrint_length != 1 ) {
print "\n$netdbPrint_length Records Found";
}
} # END sub printNetdbIPMACinFormat
#---------------------------------------------------------------------------------------------
# Print out the contents of the ip table from mass search
# Input: ($netdb_ref)
# netdb refrence: refrence to a table with the results of a mass lookup
# Output: none
#---------------------------------------------------------------------------------------------
sub printNetdbIPMACList {
my $netdb_ref = shift;
# Convert MAC Address Format to default display format from config file
$netdb_ref = convertMacFormat( $netdb_ref, $mac_format );
if ( $optcsv ) {
printNetdbIPMACinCSV( $netdb_ref );
}
else {
printNetdbIPMACListinFormat( $netdb_ref );
}
} # END sub printNetdbIPMACList
#---------------------------------------------------------------------------------------------
# Print results from Mass NetDB ipmac Table
# Input: ($netdbPrint_ref)
# netdb print ref: ref to netdb data to be printed
# Output: none
#---------------------------------------------------------------------------------------------
sub printNetdbIPMACListinFormat {
my $netdbPrint_ref = shift;
my $i;
my $tmpwrite = "/tmp/netdbtmp3";
# Sort by IP address
$netdbPrint_ref = sortByIP( $netdbPrint_ref );
# Dereference array of hashrefs
my @netdbPrint = @$netdbPrint_ref;
# Get length for loop
my $netdbPrint_length = @netdbPrint;
for ($i=0; $i < $netdbPrint_length; $i++)
{
if ( $netdbPrint[$i]{userID} ) {
$netdbPrint[$i]{userID} = "Y"
}
else {
$netdbPrint[$i]{userID} = "N";
}
}
# Lines per page
$= = 35;
#$^L = '-';
open( STDOUTLIST, '>', "$tmpwrite") or die "Can't open up $tmpwrite: $!\n";
#Formats for report, watch that trailing . is on the far left
format STDOUTLIST_TOP =