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4b4aec3a3d388d87c5279e90b299a0af1e68d649
bpfire/src/scripts/makegraphs
maniacikarus 4b4aec3a3d neues Theme hinzugefuegt, geloeschtes icons wieder hinzugefuegt 
makegraphs themeable gemacht, maktegraph swap diagramm gefixt


git-svn-id: http://svn.ipfire.org/svn/ipfire/trunk@559 ea5c0bd1-69bd-2848-81d8-4f18e57aeed8
2007-05-17 10:13:56 +00:00

1393 lines
42 KiB
Perl
Raw Blame History

#!/usr/bin/perl
############################################################################
# #
# This file is part of the IPCop Firewall. #
# #
# IPCop 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. #
# #
# IPCop 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 IPCop; if not, write to the Free Software #
# Foundation, Inc., 59 Temple Place, Suite 330, Boston, MA 02111-1307 USA #
# #
# Copyright (C) 2004-01-19 Mark Wormgoor <mark@wormgoor.com>. #
# #
############################################################################
use strict;
#use warnings;
use RRDs;
require "/var/ipfire/general-functions.pl";
require "${General::swroot}/lang.pl";
my (%settings, @ipacsum, $iface, $ERROR);
&General::readhash("${General::swroot}/ethernet/settings", \%settings);
my %mbmon_settings = ();
&General::readhash("${General::swroot}/mbmon/settings", \%mbmon_settings);
# Added for conversion of utf-8 characters
use Encode 'from_to';
my %tr=();
# Force language back to English (ugly hack!)
# Modified to only force if we are unable to convert charset
# from utf-8
if ((${Lang::language} eq 'el') ||
(${Lang::language} eq 'fa') ||
(${Lang::language} eq 'ru') ||
(${Lang::language} eq 'th') ||
(${Lang::language} eq 'vi') ||
(${Lang::language} eq 'zh') ||
(${Lang::language} eq 'zt')) {
eval `/bin/cat "${General::swroot}/langs/en.pl"`;
} else {
%tr=%Lang::tr; # use translated version for other languages
}
# Settings
my $rrdlog = "/var/log/rrd";
my $graphs = "/srv/web/ipfire/html/graphs";
$ENV{PATH}="/bin:/sbin:/usr/bin:/usr/sbin:/usr/local/bin:/usr/local/sbin";
my $hdd_device = "/dev/harddisk";
my $temp = '';
my %mbmon_values = ();
my $key;
my $value;
my @args = ();
my $count = 0;
my $ERROR;
my $dbg = 0;
my $path_smartctl = "/usr/sbin/smartctl";
my $path_hddtemp = "/usr/sbin/hddtemp";
my %color = ();
my %mainsettings = ();
&General::readhash("${General::swroot}/main/settings", \%mainsettings);
&General::readhash("/srv/web/ipfire/html/themes/".$mainsettings{'THEME'}."/include/colors.txt", \%color);
open(MBMON_OUT, ">/var/log/mbmon-values");
open(FD, "/usr/bin/mbmon -rc1|" ) || die "ERROR: Cannot run mbmon\n" ;
while( $_ = <FD> )
{
next unless( /^([A-Za-z][^:\s]+)\s*:\s*([+\-]{0,1}[\d\.]+)/ ) ;
$key = $1 ;
$value = $2 ;
$key =~ y/A-Z/a-z/ ;
$mbmon_values{$key} = $value;
print(MBMON_OUT "$key=$value\n");
}
close(FD);
close(MBMON_OUT);
sub gettraffic {
my $interface = $_[0];
my $bytesin=0;
my $bytesout=0;
foreach (@ipacsum)
{
# Incoming...
$bytesin += $1 if (/^[\* ]\s+incoming\s+${interface}.+\:\s+(\d+)/);
# Forwarded Incoming...
$bytesin += $1 if (/^[\* ]\s+forwarded\s+incoming\s+${interface}.+\:\s+(\d+)/);
# Outgoing...
$bytesout += $1 if (/^[* ]\s+outgoing\s+${interface}.+\:\s+(\d+)/);
# Forwarded Outgoing...
$bytesout += $1 if (/^[* ]\s+forwarded\s+outgoing\s+${interface}.+\:\s+(\d+)/);
}
return "$bytesin:$bytesout";
}
sub updatecpugraph {
my $period = $_[0];
RRDs::graph ("$graphs/cpu-$period.png",
"--start", "-1$period", "-aPNG", "-i", "-z",
"--alt-y-grid", "-w 600", "-h 100", "-l 0", "-u 100", "-r",
"--color", "SHADEA".$color{"color19"},
"--color", "SHADEB".$color{"color20"},
"--color", "BACK".$color{"color21"},
"-t $tr{'cpu usage per'} $tr{$period}",
"DEF:user=$rrdlog/cpu.rrd:user:AVERAGE",
"DEF:system=$rrdlog/cpu.rrd:system:AVERAGE",
"DEF:idle=$rrdlog/cpu.rrd:idle:AVERAGE",
"CDEF:total=user,system,idle,+,+",
"CDEF:userpct=100,user,total,/,*",
"CDEF:systempct=100,system,total,/,*",
"CDEF:idlepct=100,idle,total,/,*",
"AREA:userpct".$color{"color11"}.":$tr{'user cpu usage'}\\j",
"STACK:systempct".$color{"color13"}.":$tr{'system cpu usage'}\\j",
"STACK:idlepct".$color{"color12"}.":$tr{'idle cpu usage'}\\j",
"GPRINT:userpct:MAX:$tr{'maximal'} $tr{'user cpu'}\\:%3.2lf%%",
"GPRINT:userpct:AVERAGE:$tr{'average'} $tr{'user cpu'}\\:%3.2lf%%",
"GPRINT:userpct:LAST:$tr{'current'} $tr{'user cpu'}\\:%3.2lf%%\\j",
"GPRINT:systempct:MAX:$tr{'maximal'} $tr{'system cpu'}\\:%3.2lf%%",
"GPRINT:systempct:AVERAGE:$tr{'average'} $tr{'system cpu'}\\:%3.2lf%%",
"GPRINT:systempct:LAST:$tr{'current'} $tr{'system cpu'}\\:%3.2lf%%\\j",
"GPRINT:idlepct:MAX:$tr{'maximal'} $tr{'idle cpu'}\\:%3.2lf%%",
"GPRINT:idlepct:AVERAGE:$tr{'average'} $tr{'idle cpu'}\\:%3.2lf%%",
"GPRINT:idlepct:LAST:$tr{'current'} $tr{'idle cpu'}\\:%3.2lf%%\\j");
$ERROR = RRDs::error;
print "Error in RRD::graph for cpu: $ERROR\n" if $ERROR;
}
sub updatecpudata {
if ( ! -e "$rrdlog/cpu.rrd") {
RRDs::create ("$rrdlog/cpu.rrd", "--step=300",
"DS:user:COUNTER:600:0:500000000",
"DS:system:COUNTER:600:0:500000000",
"DS:idle:COUNTER:600:0:500000000",
"RRA:AVERAGE:0.5:1:576",
"RRA:AVERAGE:0.5:6:672",
"RRA:AVERAGE:0.5:24:732",
"RRA:AVERAGE:0.5:144:1460");
$ERROR = RRDs::error;
print "Error in RRD::create for cpu: $ERROR\n" if $ERROR;
}
my ($cpu, $user, $nice, $system, $idle);
open STAT, "/proc/stat";
while(<STAT>) {
chomp;
/^cpu\s/ or next;
($cpu, $user, $nice, $system, $idle) = split /\s+/;
last;
}
close STAT;
$user += $nice;
RRDs::update ("$rrdlog/cpu.rrd",
"-t", "user:system:idle",
"N:$user:$system:$idle");
$ERROR = RRDs::error;
print "Error in RRD::update for cpu: $ERROR\n" if $ERROR;
}
sub updateloadgraph {
my $period = $_[0];
RRDs::graph ("$graphs/load-$period.png",
"--start", "-1$period", "-aPNG",
"-w 600", "-h 100", "-i", "-z", "-l 0", "-r", "--alt-y-grid",
"-t Load Average",
"--color", "SHADEA".$color{"color19"},
"--color", "SHADEB".$color{"color20"},
"--color", "BACK".$color{"color21"},
"DEF:load1=$rrdlog/load.rrd:load1:AVERAGE",
"DEF:load5=$rrdlog/load.rrd:load5:AVERAGE",
"DEF:load15=$rrdlog/load.rrd:load15:AVERAGE",
"AREA:load1".$color{"color13"}.":1 Minute, letzter\\:",
"GPRINT:load1:LAST:%5.2lf\\j",
"AREA:load5".$color{"color18"}.":5 Minuten, letzter\\:",
"GPRINT:load5:LAST:%5.2lf\\j",
"AREA:load15".$color{"color14"}.":15 Minuten, letzter\\:",
"GPRINT:load15:LAST:%5.2lf\\j",
"LINE1:load5".$color{"color13"},
"LINE1:load1".$color{"color18"});
$ERROR = RRDs::error;
print "Error in RRD::graph for load: $ERROR\n" if $ERROR;
}
sub updateloaddata {
if ( ! -e "$rrdlog/load.rrd") {
RRDs::create ("$rrdlog/load.rrd", "--step=60",
"DS:load1:GAUGE:120:0:U",
"DS:load5:GAUGE:120:0:U",
"DS:load15:GAUGE:120:0:U",
"RRA:AVERAGE:0.5:1:2160",
"RRA:AVERAGE:0.5:5:2016",
"RRA:AVERAGE:0.5:15:2880",
"RRA:AVERAGE:0.5:60:8760");
$ERROR = RRDs::error;
print "Error in RRD::create for cpu: $ERROR\n" if $ERROR;
}
}
sub updatememgraph {
my $period = $_[0];
RRDs::graph ("$graphs/memory-$period.png",
"--start", "-1$period", "-aPNG", "-i", "-z",
"--alt-y-grid", "-w 600", "-h 100", "-l 0", "-u 100", "-r",
"--color", "SHADEA".$color{"color19"},
"--color", "SHADEB".$color{"color20"},
"--color", "BACK".$color{"color21"},
"-t $tr{'memory usage per'} $tr{$period}",
"DEF:used=$rrdlog/mem.rrd:memused:AVERAGE",
"DEF:free=$rrdlog/mem.rrd:memfree:AVERAGE",
"DEF:shared=$rrdlog/mem.rrd:memshared:AVERAGE",
"DEF:buffer=$rrdlog/mem.rrd:membuffers:AVERAGE",
"DEF:cache=$rrdlog/mem.rrd:memcache:AVERAGE",
"CDEF:total=used,free,+",
"CDEF:used2=used,buffer,cache,shared,+,+,-",
"CDEF:usedpct=100,used2,total,/,*",
"CDEF:sharedpct=100,shared,total,/,*",
"CDEF:bufferpct=100,buffer,total,/,*",
"CDEF:cachepct=100,cache,total,/,*",
"CDEF:freepct=100,free,total,/,*",
"AREA:usedpct".$color{"color11"}.":$tr{'used memory'}\\j",
"STACK:sharedpct".$color{"color13"}.":$tr{'shared memory'}\\j",
"STACK:bufferpct".$color{"color23"}.":$tr{'buffered memory'}\\j",
"STACK:cachepct".$color{"color14"}.":$tr{'cached memory'}\\j",
"STACK:freepct".$color{"color12"}.":$tr{'free memory'}\\j",
"GPRINT:usedpct:MAX:$tr{'maximal'} $tr{'used memory'}\\:%3.2lf%%",
"GPRINT:usedpct:AVERAGE:$tr{'average'} $tr{'used memory'}\\:%3.2lf%%",
"GPRINT:usedpct:LAST:$tr{'current'} $tr{'used memory'}\\:%3.2lf%%\\j",
"GPRINT:sharedpct:MAX:$tr{'maximal'} $tr{'shared memory'}\\:%3.2lf%%",
"GPRINT:sharedpct:AVERAGE:$tr{'average'} $tr{'shared memory'}\\:%3.2lf%%",
"GPRINT:sharedpct:LAST:$tr{'current'} $tr{'shared memory'}\\:%3.2lf%%\\j",
"GPRINT:bufferpct:MAX:$tr{'maximal'} $tr{'buffered memory'}\\:%3.2lf%%",
"GPRINT:bufferpct:AVERAGE:$tr{'average'} $tr{'buffered memory'}\\:%3.2lf%%",
"GPRINT:bufferpct:LAST:$tr{'current'} $tr{'buffered memory'}\\:%3.2lf%%\\j",
"GPRINT:cachepct:MAX:$tr{'maximal'} $tr{'cached memory'}\\:%3.2lf%%",
"GPRINT:cachepct:AVERAGE:$tr{'average'} $tr{'cached memory'}\\:%3.2lf%%",
"GPRINT:cachepct:LAST:$tr{'current'} $tr{'cached memory'}\\:%3.2lf%%\\j",
"GPRINT:freepct:MAX:$tr{'maximal'} $tr{'free memory'}\\:%3.2lf%%",
"GPRINT:freepct:AVERAGE:$tr{'average'} $tr{'free memory'}\\:%3.2lf%%",
"GPRINT:freepct:LAST:$tr{'current'} $tr{'free memory'}\\:%3.2lf%%\\j");
$ERROR = RRDs::error;
print "Error in RRD::graph for mem: $ERROR\n" if $ERROR;
RRDs::graph ("$graphs/swap-$period.png",
"--start", "-1$period", "-aPNG", "-i", "-z",
"--alt-y-grid", "-w 600", "-h 100", "-l 0", "-u 100", "-r",
"--color", "SHADEA".$color{"color19"},
"--color", "SHADEB".$color{"color20"},
"--color", "BACK".$color{"color21"},
"-t $tr{'swap usage per'} $tr{$period}",
"DEF:used=$rrdlog/mem.rrd:swapused:AVERAGE",
"DEF:free=$rrdlog/mem.rrd:swapfree:AVERAGE",
"CDEF:total=used,free,+",
"CDEF:usedpct=100,used,total,/,*",
"CDEF:freepct=100,free,total,/,*",
"AREA:usedpct".$color{"color11"}.":$tr{'used swap'}\\j",
"STACK:freepct".$color{"color12"}.":$tr{'free swap'}\\j",
"GPRINT:usedpct:MAX:$tr{'maximal'} $tr{'used swap'}\\:%3.2lf%%",
"GPRINT:usedpct:AVERAGE:$tr{'average'} $tr{'used swap'}\\:%3.2lf%%",
"GPRINT:usedpct:LAST:$tr{'current'} $tr{'used swap'}\\:%3.2lf%%\\j",
"GPRINT:freepct:MAX:$tr{'maximal'} $tr{'free swap'}\\:%3.2lf%%",
"GPRINT:freepct:AVERAGE:$tr{'average'} $tr{'free swap'}\\:%3.2lf%%",
"GPRINT:freepct:LAST:$tr{'current'} $tr{'free swap'}\\:%3.2lf%%\\j");
$ERROR = RRDs::error;
print "Error in RRD::graph for swap: $ERROR\n" if $ERROR;
}
sub updatememdata {
my ($memused, $memfree, $memshared, $membuffers, $memcache, $swapused, $swapfree, $swaptotal);
if ( ! -e "$rrdlog/mem.rrd") {
RRDs::create ("$rrdlog/mem.rrd", "--step=300",
"DS:memused:ABSOLUTE:600:0:5000000000",
"DS:memfree:ABSOLUTE:600:0:5000000000",
"DS:memshared:ABSOLUTE:600:0:5000000000",
"DS:membuffers:ABSOLUTE:600:0:5000000000",
"DS:memcache:ABSOLUTE:600:0:5000000000",
"DS:swapused:ABSOLUTE:600:0:5000000000",
"DS:swapfree:ABSOLUTE:600:0:5000000000",
"RRA:AVERAGE:0.5:1:576",
"RRA:AVERAGE:0.5:6:672",
"RRA:AVERAGE:0.5:24:732",
"RRA:AVERAGE:0.5:144:1460");
$ERROR = RRDs::error;
print "Error in RRD::create for mem: $ERROR\n" if $ERROR;
}
open MEM, "/proc/meminfo";
while(<MEM>) {
chomp;
if ($_ =~ /^MemTotal:/) {
my @temp = split (/\s+/, $_);
$memused = $temp[1];
} elsif ($_ =~ /^MemFree:/) {
my @temp = split (/\s+/, $_);
$memfree = $temp[1];
} elsif ($_ =~ /^Cached:/) {
my @temp = split (/\s+/, $_);
$memcache = $temp[1];
} elsif ($_ =~ /^Buffers:/) {
my @temp = split (/\s+/, $_);
$membuffers = $temp[1];
} elsif ($_ =~ /^SwapTotal:/) {
my @temp = split (/\s+/, $_);
$swaptotal = $temp[1];
} elsif ($_ =~ /^SwapFree:/) {
my @temp = split (/\s+/, $_);
$swapfree = $temp[1];
}
}
close MEM;
system("/bin/df > /tmp/diskfree");
open DF, "/tmp/diskfree";
while(<DF>) {
chomp;
if ($_ =~ /^shm/) {
my @temp = split (/\s+/, $_);
$memshared = $temp[2];
}
}
close DF;
system("/bin/rm -f /tmp/diskfree");
$swapused = $swaptotal-$swapfree;
RRDs::update ("$rrdlog/mem.rrd",
"-t", "memused:memfree:memshared:membuffers:memcache:swapused:swapfree",
"N:$memused:$memfree:$memshared:$membuffers:$memcache:$swapused:$swapfree");
$ERROR = RRDs::error;
print "Error in RRD::update for mem: $ERROR\n" if $ERROR;
}
sub updatediskgraph {
my $period = $_[0];
RRDs::graph ("$graphs/disk-$period.png",
"--start", "-1$period", "-aPNG", "-i", "-z",
"--alt-y-grid", "-w 600", "-h 100", "-l 0", "-r",
"--color", "SHADEA".$color{"color19"},
"--color", "SHADEB".$color{"color20"},
"--color", "BACK".$color{"color21"},
"-t $tr{'disk access per'} $tr{$period}",
"DEF:read=$rrdlog/disk.rrd:readsect:AVERAGE",
"DEF:write=$rrdlog/disk.rrd:writesect:AVERAGE",
"AREA:read".$color{"color11"}.":$tr{'sectors read from disk per second'}\\j",
"STACK:write".$color{"color12"}.":$tr{'sectors written to disk per second'}\\j",
"GPRINT:read:MAX:$tr{'maximal'} $tr{'read sectors'}\\:%8.0lf",
"GPRINT:read:AVERAGE:$tr{'average'} $tr{'read sectors'}\\:%8.0lf",
"GPRINT:read:LAST:$tr{'current'} $tr{'read sectors'}\\:%8.0lf\\j",
"GPRINT:write:MAX:$tr{'maximal'} $tr{'written sectors'}\\:%8.0lf",
"GPRINT:write:AVERAGE:$tr{'average'} $tr{'written sectors'}\\:%8.0lf",
"GPRINT:write:LAST:$tr{'current'} $tr{'written sectors'}\\:%8.0lf\\j");
$ERROR = RRDs::error;
print "Error in RRD::graph for disk: $ERROR\n" if $ERROR;
}
sub updatediskdata {
my ($readwritereq, $readreq, $readsect, $writereq, $writesect);
if ( ! -e "$rrdlog/disk.rrd") {
RRDs::create ("$rrdlog/disk.rrd", "--step=300",
"DS:readsect:COUNTER:600:0:5000000000",
"DS:writesect:COUNTER:600:0:5000000000",
"RRA:AVERAGE:0.5:1:576",
"RRA:AVERAGE:0.5:6:672",
"RRA:AVERAGE:0.5:24:732",
"RRA:AVERAGE:0.5:144:1460");
$ERROR = RRDs::error;
print "Error in RRD::create for disk: $ERROR\n" if $ERROR;
}
my ($dev, $ino, $mode, $nlink, $uid, $gid, $rdev, $size,
$atime, $mtime, $ctime, $blksize, $blocks) = stat("/dev/harddisk");
my $major = $rdev >> 8;
my $minor = $rdev & 0xFF;
open STAT, "/proc/stat";
my @diskstat = <STAT>;
close (STAT);
foreach my $line (@diskstat)
{
chomp ($line);
my @temp = split(/\:\ /,$line);
if ($temp[1]) {
my @devicestat = split(/\ /,$temp[1]);
foreach my $stats (@devicestat)
{
chomp ($stats);
my @fields = split(/\((\d+),(\d+)\):\((\d+),(\d+),(\d+),(\d+),(\d+)/,$stats);
if ($major eq $fields[1] and $minor eq $fields[2])
{
$readwritereq = $fields[3];
$readreq = $fields[4];
$readsect = $fields[5];
$writereq = $fields[6];
$writesect = $fields[7];
}
}
}
}
if ($readsect && $writesect) {
RRDs::update ("$rrdlog/disk.rrd",
"-t", "readsect:writesect",
"N:$readsect:$writesect");
$ERROR = RRDs::error;
print "Error in RRD::update for disk: $ERROR\n" if $ERROR;
} else {
print "Error in RRD::update for disk: no data available\n";
}
}
sub updatediskgraphnew {
my $disk = $_[0];
my $period = $_[1];
RRDs::graph ("$graphs/disk-$disk-$period.png",
"--start", "-1$period", "-aPNG", "-i", "-z",
"--alt-y-grid", "-w 600", "-h 100", "-l 0", "-r",
"--color", "SHADEA".$color{"color19"},
"--color", "SHADEB".$color{"color20"},
"--color", "BACK".$color{"color21"},
"-t $tr{'disk access per'} $tr{$period}",
"DEF:read=$rrdlog/disk-$disk.rrd:readsect:AVERAGE",
"DEF:write=$rrdlog/disk-$disk.rrd:writesect:AVERAGE",
"DEF:sleep=$rrdlog/disk-$disk.rrd:sleeping:AVERAGE",
"CDEF:sl_state=sleep,INF,*",
"AREA:sl_state#a0a0a0:disk standby\\j",
"AREA:read".$color{"color11"}.":$tr{'sectors read from disk per second'}\\j",
"STACK:write".$color{"color12"}.":$tr{'sectors written to disk per second'}\\j",
"GPRINT:read:MAX:$tr{'maximal'} $tr{'read sectors'}\\:%8.0lf",
"GPRINT:read:AVERAGE:$tr{'average'} $tr{'read sectors'}\\:%8.0lf",
"GPRINT:read:LAST:$tr{'current'} $tr{'read sectors'}\\:%8.0lf\\j",
"GPRINT:write:MAX:$tr{'maximal'} $tr{'written sectors'}\\:%8.0lf",
"GPRINT:write:AVERAGE:$tr{'average'} $tr{'written sectors'}\\:%8.0lf",
"GPRINT:write:LAST:$tr{'current'} $tr{'written sectors'}\\:%8.0lf\\j");
$ERROR = RRDs::error;
print "Error in RRD::graph for disk-$disk: $ERROR\n" if $ERROR;
}
sub updatediskdatanew {
my $disk = $_[0];
my ($readwritereq, $readreq, $readsect, $writereq, $writesect);
if ( ! -e "$rrdlog/disk-$disk.rrd") {
RRDs::create ("$rrdlog/disk-$disk.rrd", "--step=300",
"DS:readsect:COUNTER:600:0:5000000000",
"DS:writesect:COUNTER:600:0:5000000000",
"DS:sleeping:GAUGE:600:0:1",
"RRA:AVERAGE:0.5:1:576",
"RRA:AVERAGE:0.5:6:672",
"RRA:AVERAGE:0.5:24:732",
"RRA:AVERAGE:0.5:144:1460");
$ERROR = RRDs::error;
print "Error in RRD::create for disk-$disk: $ERROR\n" if $ERROR;
}
my ($dev, $ino, $mode, $nlink, $uid, $gid, $rdev, $size,
$atime, $mtime, $ctime, $blksize, $blocks) = stat("/dev/$disk");
print "\n\n$dev, $ino, $mode, $nlink, $uid, $gid, $rdev, $size, $atime, $mtime, $ctime, $blksize, $blocks\n\n";
my $major = $rdev >> 8;
my $minor = ($rdev & 0xFF) >>6;
open STAT, "/proc/stat";
my @diskstat = <STAT>;
close (STAT);
foreach my $line (@diskstat)
{
chomp ($line);
my @temp = split(/\:\ /,$line);
if ($temp[1]) {
my @devicestat = split(/\ /,$temp[1]);
foreach my $stats (@devicestat)
{
chomp ($stats);
my @fields = split(/\((\d+),(\d+)\):\((\d+),(\d+),(\d+),(\d+),(\d+)/,$stats);
if ($major eq $fields[1] and $minor eq $fields[2])
{
$readwritereq = $fields[3];
$readreq = $fields[4];
$readsect = $fields[5];
$writereq = $fields[6];
$writesect = $fields[7];
}
}
}
}
my $sleeping=0;
my $lastsleepstate=0;
if ( -e "/tmp/hddshutdown-$disk" ) {
open STAT,"/tmp/hddshutdown-$disk";
$lastsleepstate = <STAT>;
close (STAT);
if ($lastsleepstate==$readwritereq) {
$sleeping=1;
}
}
if ($readsect && $writesect) {
RRDs::update ("$rrdlog/disk-$disk.rrd",
"-t", "readsect:writesect:sleeping",
"N:$readsect:$writesect:$sleeping");
$ERROR = RRDs::error;
print "Error in RRD::update for disk-$disk: $ERROR\n" if $ERROR;
} else {
print "Error in RRD::update for disk-$disk: no data available\n";
}
}
sub updateifgraph {
my $interface = $_[0];
my $period = $_[1];
RRDs::graph ("$graphs/$interface-$period.png",
"--start", "-1$period", "-aPNG", "-i", "-z",
"--alt-y-grid", "-w 600", "-h 100",
"--color", "SHADEA".$color{"color19"},
"--color", "SHADEB".$color{"color20"},
"--color", "BACK".$color{"color21"},
"-t $tr{'traffic on'} $interface ($tr{'graph per'} $tr{$period})",
"-v$tr{'bytes per second'}",
"DEF:incoming=$rrdlog/$interface.rrd:incoming:AVERAGE",
"DEF:outgoing=$rrdlog/$interface.rrd:outgoing:AVERAGE",
"AREA:incoming".$color{"color11"}.":$tr{'incoming traffic in bytes per second'}\\j",
"LINE1:outgoing".$color{"color12"}.":$tr{'outgoing traffic in bytes per second'}\\j",
"GPRINT:incoming:MAX:$tr{'maximal'} $tr{'in'}\\:%8.3lf %sBps",
"GPRINT:incoming:AVERAGE:$tr{'average'} $tr{'in'}\\:%8.3lf %sBps",
"GPRINT:incoming:LAST:$tr{'current'} $tr{'in'}\\:%8.3lf %sBps\\j",
"GPRINT:outgoing:MAX:$tr{'maximal'} $tr{'out'}\\:%8.3lf %sBps",
"GPRINT:outgoing:AVERAGE:$tr{'average'} $tr{'out'}\\:%8.3lf %sBps",
"GPRINT:outgoing:LAST:$tr{'current'} $tr{'out'}\\:%8.3lf %sBps\\j");
$ERROR = RRDs::error;
print "Error in RRD::graph for $interface: $ERROR\n" if $ERROR;
}
sub updateifdata {
my $interface = $_[0];
if ( ! -e "$rrdlog/$interface.rrd") {
RRDs::create ("$rrdlog/$interface.rrd", "--step=300",
"DS:incoming:ABSOLUTE:600:0:12500000",
"DS:outgoing:ABSOLUTE:600:0:12500000",
"RRA:AVERAGE:0.5:1:576",
"RRA:AVERAGE:0.5:6:672",
"RRA:AVERAGE:0.5:24:732",
"RRA:AVERAGE:0.5:144:1460");
$ERROR = RRDs::error;
print "Error in RRD::create for $interface: $ERROR\n" if $ERROR;
}
my $traffic = gettraffic ($interface);
RRDs::update ("$rrdlog/$interface.rrd",
"-t", "incoming:outgoing",
"N:$traffic");
$ERROR = RRDs::error;
print "Error in RRD::update for $interface: $ERROR\n" if $ERROR;
}
sub updatefwhitsgraph {
my $interval = $_[0];
RRDs::graph ("$graphs/firewallhits-$interval-area.png",
"--start", "-1$interval", "-aPNG", "-i", "-z",
"--alt-y-grid", "-w 600", "-h 200",
"--color", "SHADEA".$color{"color19"},
"--color", "SHADEB".$color{"color20"},
"--color", "BACK".$color{"color21"},
"-t firewall hits over the last $interval",
"DEF:amount=$rrdlog/firewallhits.rrd:amount:AVERAGE",
"AREA:amount".$color{"color24"}.":firewallhits",
"GPRINT:amount:MAX: $tr{'maximal'}\\: %2.2lf %S",
"GPRINT:amount:AVERAGE: $tr{'average'}\\: %2.2lf %S",
"GPRINT:amount:LAST: $tr{'current'}\\: %2.2lf %Shits/5 min\\n",
"DEF:portamount=$rrdlog/firewallhits.rrd:portamount:AVERAGE",
"AREA:portamount".$color{"color25"}.":portscans",
"GPRINT:portamount:MAX: $tr{'maximal'}\\: %2.2lf %S",
"GPRINT:portamount:AVERAGE: $tr{'average'}\\: %2.2lf %S",
"GPRINT:portamount:LAST: $tr{'current'}\\: %2.2lf %Shits/5 min");
$ERROR = RRDs::error;
print "Error in RRD::graph for Firewallhits: $ERROR\n" if $ERROR;
RRDs::graph ("$graphs/firewallhits-$interval-line.png",
"--start", "-1$interval", "-aPNG", "-i", "-z",
"--alt-y-grid", "-w 600", "-h 200",
"--color", "SHADEA".$color{"color19"},
"--color", "SHADEB".$color{"color20"},
"--color", "BACK".$color{"color21"},
"-t firewall hits over the last $interval",
"DEF:amount=$rrdlog/firewallhits.rrd:amount:AVERAGE",
"LINE2:amount".$color{"color24"}.":firewallhits",
"GPRINT:amount:MAX: $tr{'maximal'}\\: %2.2lf %S",
"GPRINT:amount:AVERAGE: $tr{'average'}\\: %2.2lf %S",
"GPRINT:amount:LAST: $tr{'current'}\\: %2.2lf %Shits/5 min\\n",
"DEF:portamount=$rrdlog/firewallhits.rrd:portamount:AVERAGE",
"LINE2:portamount".$color{"color25"}.":portscans",
"GPRINT:portamount:MAX: $tr{'maximal'}\\: %2.2lf %S",
"GPRINT:portamount:AVERAGE: $tr{'average'}\\: %2.2lf %S",
"GPRINT:portamount:LAST: $tr{'current'}\\: %2.2lf %Shits/5 min");
$ERROR = RRDs::error;
print "Error in RRD::graph for Firewallhits: $ERROR\n" if $ERROR;
}
sub updatefwhitsdata {
my $portamount=0;
my $alertaktuell=0;
my $aktuell=0;
my $portaktuell=0;
my $skip=0;
if (! -e "$rrdlog/firewallhits.rrd")
{
RRDs::create ("$rrdlog/firewallhits.rrd", "--step=300",
"DS:amount:GAUGE:600:0:U",
"DS:portamount:GAUGE:600:0:U",
"RRA:AVERAGE:0.5:1:576",
"RRA:AVERAGE:0.5:6:672",
"RRA:AVERAGE:0.5:24:732",
"RRA:AVERAGE:0.5:144:1460");
$ERROR = RRDs::error;
print "Error in RRD::create for cpu: $ERROR\n" if $ERROR;
}
system("logtailfwhits /var/log/messages /var/log/fwhits.messages.offset >/tmp/messages.fwhits");
if (!(open (FILE,'/tmp/messages.fwhits'))) {
$skip=1;
}
$aktuell = 0;
if (!$skip) {
while (<FILE>) {
if (/kernel:.*(IN=.*)$/) {
$aktuell++;
}
}
close (FILE);
}
system("logtailfwhits /var/log/snort/alert /var/log/snort/fwhits.alert.offset >/tmp/snort.fwhits");
if (!(open (FILE,'/tmp/snort.fwhits'))) {
$skip=1;
}
$alertaktuell = 0;
if (!$skip) {
while (<FILE>) {
if (/scan.*$/) {
$alertaktuell++;
}
}
close (FILE);
}
if (!(open (FILE,'/tmp/messages.fwhits'))) {
$skip=1;
}
$portaktuell = 0;
if (!$skip) {
while (<FILE>) {
if (/kernel:.*(Scan.*)$/) {
$portaktuell++;
}
}
close (FILE);
}
system("rm /tmp/messages.fwhits");
system("rm /tmp/snort.fwhits");
$portamount = $portaktuell + $alertaktuell;
chomp($portamount);
RRDs::update ("$rrdlog/firewallhits.rrd",
"N:$aktuell:$portamount");
$ERROR = RRDs::error;
print "Error in RRD::update for Firewallhits: $ERROR\n" if $ERROR;
}
# Creates and updates a link quality database
# -------------------------------------------
sub updatelq {
if ( ! -e "$rrdlog/lq.rrd") {
RRDs::create ("$rrdlog/lq.rrd", "--step=300",
"DS:loss:GAUGE:600:0:100",
"DS:roundtrip:GAUGE:600:0:10000",
"RRA:AVERAGE:0.5:1:576",
"RRA:AVERAGE:0.5:6:672",
"RRA:AVERAGE:0.5:24:732",
"RRA:AVERAGE:0.5:144:1460");
$ERROR = RRDs::error;
print "Error in RRD::create for link: $ERROR\n" if $ERROR;
}
my $packetloss=0;
my $roundtrip=0;
my $test=0;
# LQ_GATEWAY is the ip of your isp's public ip facing you
my $LQ_GATEWAY=`netstat -rn | grep ^0.0.0.0 | awk '{print \$2}'`;
my $NUMPINGS=10;
my $pingoutput = `ping -c $NUMPINGS -q $LQ_GATEWAY`;
chomp;
my @temp = split (/\/|\%|\s/, $pingoutput);
$packetloss = $temp[17];
$roundtrip = $temp[28];
RRDs::update ("$rrdlog/lq.rrd", "N:$packetloss:$roundtrip");
$ERROR = RRDs::error;
print "Error in RRD::update for line quality: $ERROR\n" if $ERROR;
}
sub updatelqgraph {
my $period = $_[0];
RRDs::graph ("$graphs/lq-$period.png",
"--start", "-1$period", "-aPNG", "-i", "-z",
"--alt-y-grid", "-w 600", "-h 100", "-l 0", "-r",
"-t $tr{'linkq'} ($tr{'graph per'} $tr{$period})",
"--lazy",
"--color", "SHADEA".$color{"color19"},
"--color", "SHADEB".$color{"color20"},
"--color", "BACK".$color{"color21"},
"-v ms / pkts (% x10)",
"DEF:roundtrip=$rrdlog/lq.rrd:roundtrip:AVERAGE",
"DEF:loss=$rrdlog/lq.rrd:loss:AVERAGE",
"CDEF:roundavg=roundtrip,PREV(roundtrip),+,2,/",
"CDEF:loss10=loss,10,*",
"CDEF:r0=roundtrip,30,MIN",
"CDEF:r1=roundtrip,70,MIN",
"CDEF:r2=roundtrip,150,MIN",
"CDEF:r3=roundtrip,300,MIN",
"AREA:roundtrip".$color{"color25"}.":>300 ms",
"AREA:r3".$color{"color18"}.":150-300 ms",
"AREA:r2".$color{"color14"}.":70-150 ms",
"AREA:r1".$color{"color17"}.":30-70 ms",
"AREA:r0".$color{"color12"}.":<30 ms",
"AREA:loss10".$color{"color13"}.":Packet loss (x10)",
"LINE1:roundtrip#707070:",
"GPRINT:roundtrip:MAX:$tr{'maximal'}\\:%3.2lf ms",
"GPRINT:roundtrip:AVERAGE:$tr{'average'}\\:%3.2lf ms",
"GPRINT:roundtrip:LAST:$tr{'current'}\\:%3.2lf ms\\j",
"GPRINT:loss:MAX:$tr{'maximal'} Loss\\:%3.2lf%%",
"GPRINT:loss:AVERAGE:$tr{'average'} Loss\\:%3.2lf%%",
"GPRINT:loss:LAST:$tr{'current'} Loss\\:%3.2lf%%\\j"
);
$ERROR = RRDs::error;
print "Error in RRD::graph for Link Quality: $ERROR\n" if $ERROR;
}
sub updatehdddata
{
my $disk = $_[0];
if ( ! -e "$rrdlog/hddtemp-$disk.rrd")
{
# database did not exist -> create
RRDs::create ("$rrdlog/hddtemp-$disk.rrd", "--step=300",
"DS:temperature:GAUGE:600:0:100",
"RRA:AVERAGE:0.5:1:576",
"RRA:AVERAGE:0.5:6:672",
"RRA:AVERAGE:0.5:24:732",
"RRA:AVERAGE:0.5:144:1460");
$ERROR = RRDs::error;
print "Error in RRD::create for hdd-$disk: $ERROR\n" if $ERROR;
}
$temp = 0;
my $hdd_output = '';
my $smart_output = '';
if ( -e "$path_smartctl" )
{
system("$path_smartctl -iHA /dev/$disk > /var/log/smartctl_out_hddtemp-$disk");
}
if ( -e "$path_hddtemp" )
{
$hdd_output = `$path_hddtemp -qn /dev/$disk`;
# I know 4 response possible responses:
#
# /dev/harddisk: harddisk type: S.M.A.R.T. not available
# /dev/harddisk: harddisk type: no sensor
# /dev/harddisk: harddisk type: 37<33>C or <20>F
# 37
if ( index($hdd_output, "S.M.A.R.T.") != -1 )
{
$temp = 0;
}
elsif ( index($hdd_output, "no sensor") != -1 )
{
$temp = 1;
}
elsif ( index($hdd_output, "$disk") != -1 )
{
$hdd_output =~ /.*:.*:\s*(\d+).*\s/;
$temp = $1;
}
else
{
$hdd_output =~ /(\d+)\s/;
$temp = $1;
}
}
elsif ( -e "/var/log/smartctl_out_hddtemp-$disk" )
{
$hdd_output = `cat /var/log/smartctl_out_hddtemp-$disk | grep Temperature_`;
my @t = split(/\s+/,$hdd_output);
$temp = $t[9];
}
else
{
$temp = 0;
}
# print "hdd $hdd_output \n";
# print "temp $temp \n";
RRDs::update ("$rrdlog/hddtemp-$disk.rrd", "-t", "temperature", "N:$temp");
$ERROR = RRDs::error;
print "Error in RRD::update for hdd-$disk: $ERROR\n" if $ERROR;
}
sub updatehddgraph {
my $disk = $_[0];
my $period = $_[1];
RRDs::graph ("$graphs/hddtemp-$disk-$period.png",
"--start", "-1$period", "-aPNG", "-i", "-z",
"--alt-y-grid", "-w 600", "-h 100",
"--color", "SHADEA".$color{"color19"},
"--color", "SHADEB".$color{"color20"},
"--color", "BACK".$color{"color21"},
"-t $tr{'harddisk temperature'} ($tr{'graph per'} $tr{$period})",
"DEF:temperature=$rrdlog/hddtemp-$disk.rrd:temperature:AVERAGE",
"LINE2:temperature".$color{"color11"}.":$tr{'hdd temperature in'} <20>C",
"GPRINT:temperature:MAX:$tr{'maximal'}\\:%3.0lf <20>C",
"GPRINT:temperature:AVERAGE:$tr{'average'}\\:%3.0lf <20>C",
"GPRINT:temperature:LAST:$tr{'current'}\\:%3.0lf <20>C",
);
$ERROR = RRDs::error;
print "Error in RRD::graph for hdd-$disk: $ERROR\n" if $ERROR;
}
sub updatembmondata
{
if ( ! -e "$rrdlog/mbmon.rrd" )
{
# database did not exist -> create
@args = ("$rrdlog/mbmon.rrd");
push(@args, "--step=300");
foreach $key ( sort(keys %mbmon_values) )
{
push(@args, "DS:$key:GAUGE:600:U:U");
}
push(@args, "RRA:AVERAGE:0.5:1:576");
push(@args, "RRA:AVERAGE:0.5:6:672");
push(@args, "RRA:AVERAGE:0.5:24:732");
push(@args, "RRA:AVERAGE:0.5:144:1460");
print("create ". join( ", ", @args)) if ( $dbg );
RRDs::create (@args);
$ERROR = RRDs::error;
print("Error in RRD::create for mbmon: $ERROR\n") if $ERROR;
}
my @ds;
my @val;
my $template;
foreach $key ( sort(keys %mbmon_values) )
{
push(@ds, $key);
push(@val, $mbmon_values{$key});
}
$template = join(':', @ds);
$value = "N:".join(':', @val);
print("update template = '$template'\n") if ( $dbg );
print("update value = '$value'\n") if ( $dbg );
RRDs::update("$rrdlog/mbmon.rrd", "-t", $template, $value);
$ERROR = RRDs::error;
print("Error in RRD::update for mbmon: $ERROR\n") if $ERROR;
}
sub updatetempgraph
{
my $type = "temp";
my $period = $_[0];
@args = ("$graphs/mbmon-$type-$period.png", "--start", "-1$period", "-aPNG", "-i", "-z",
"--alt-y-grid", "-w 600", "-h 100", "--alt-autoscale",
"--color", "SHADEA".$color{"color19"},
"--color", "SHADEB".$color{"color20"},
"--color", "BACK".$color{"color21"},
"-t $tr{'mbmon temp'} ($tr{'graph per'} $tr{$period})" );
$count = 10;
foreach $key ( sort(keys %mbmon_values) )
{
if ( (index($key, $type) != -1) && ($mbmon_settings{'LINE-'.$key} eq 'on') )
{
if ( !defined($mbmon_settings{'LABEL-'.$key}) || ($mbmon_settings{'LABEL-'.$key} eq '') )
{
$mbmon_settings{'LABEL-'.$key} = $key;
}
push(@args, "DEF:$key=$rrdlog/mbmon.rrd:$key:AVERAGE");
push(@args, "LINE2:$key$color{$count}:$mbmon_settings{'LABEL-'.$key} $tr{'mbmon temp in'} <20>C");
push(@args, "GPRINT:$key:MAX:$tr{'maximal'}\\:%5.1lf <20>C");
push(@args, "GPRINT:$key:AVERAGE:$tr{'average'}\\:%5.1lf <20>C");
push(@args, "GPRINT:$key:LAST:$tr{'current'}\\:%5.1lf <20>C\\j");
$count++;
}
}
if ( $count > 1 )
{
RRDs::graph ( @args );
$ERROR = RRDs::error;
print("Error in RRD::graph for temp: $ERROR\n")if $ERROR;
}
}
sub updatefangraph
{
my $type = "fan";
my $period = $_[0];
@args = ("$graphs/mbmon-$type-$period.png", "--start", "-1$period", "-aPNG", "-i", "-z",
"--alt-y-grid", "-w 600", "-h 100", "--alt-autoscale",
"--color", "SHADEA".$color{"color19"},
"--color", "SHADEB".$color{"color20"},
"--color", "BACK".$color{"color21"},
"-t $tr{'mbmon temp'} ($tr{'graph per'} $tr{$period})" );
$count = 10;
foreach $key ( sort(keys %mbmon_values) )
{
if ( (index($key, $type) != -1) && ($mbmon_settings{'LINE-'.$key} eq 'on') )
{
if ( !defined($mbmon_settings{'LABEL-'.$key}) || ($mbmon_settings{'LABEL-'.$key} eq '') )
{
$mbmon_settings{'LABEL-'.$key} = $key;
}
push(@args, "DEF:$key=$rrdlog/mbmon.rrd:$key:AVERAGE");
push(@args, "LINE2:$key$color{$count}:$mbmon_settings{'LABEL-'.$key} $tr{'mbmon fan in'} rpm");
push(@args, "GPRINT:$key:MAX:$tr{'maximal'}\\:%5.0lf rpm");
push(@args, "GPRINT:$key:AVERAGE:$tr{'average'}\\:%5.0lf rpm");
push(@args, "GPRINT:$key:LAST:$tr{'current'}\\:%5.0lf rpm\\j");
$count++;
}
}
if ( $count > 1 )
{
RRDs::graph ( @args );
$ERROR = RRDs::error;
print("Error in RRD::graph for temp: $ERROR\n")if $ERROR;
}
}
sub updatevoltgraph
{
my $type = "volt";
my $period = $_[0];
@args = ("$graphs/mbmon-$type-$period.png", "--start", "-1$period", "-aPNG", "-i", "-z",
"--alt-y-grid", "-w 600", "-h 100", "--alt-autoscale",
"--color", "SHADEA".$color{"color19"},
"--color", "SHADEB".$color{"color20"},
"--color", "BACK".$color{"color21"},
"-t $tr{'mbmon temp'} ($tr{'graph per'} $tr{$period})" );
$count = 10;
foreach $key ( sort(keys %mbmon_values) )
{
my $v = substr($key,0,1);
if ( ($v eq 'v') && ($mbmon_settings{'LINE-'.$key} eq 'on') )
{
if ( !defined($mbmon_settings{'LABEL-'.$key}) || ($mbmon_settings{'LABEL-'.$key} eq '') )
{
$mbmon_settings{'LABEL-'.$key} = $key;
}
push(@args, "DEF:$key=$rrdlog/mbmon.rrd:$key:AVERAGE");
push(@args, "LINE2:$key$color{$count}:$mbmon_settings{'LABEL-'.$key} V");
push(@args, "GPRINT:$key:MAX:$tr{'maximal'}\\:%5.2lf V");
push(@args, "GPRINT:$key:AVERAGE:$tr{'average'}\\:%5.2lf V");
push(@args, "GPRINT:$key:LAST:$tr{'current'}\\:%5.2lf V\\j");
$count++;
}
}
if ( $count > 1 )
{
RRDs::graph ( @args );
$ERROR = RRDs::error;
print("Error in RRD::graph for temp: $ERROR\n")if $ERROR;
}
}
## Update ipac logs
system ('/usr/sbin/fetchipac');
sleep 8;
###
### Squid Graphs
###
if ( -e "/var/log/squid/access.log") {
system ("/usr/bin/squid-graph -o=/srv/web/ipfire/html/sgraph --tcp-only < /var/log/squid/access.log >/dev/null 2>&1");
}
###
### utf8 conversion
###
if ((${Lang::language} eq 'cs') ||
(${Lang::language} eq 'hu') ||
(${Lang::language} eq 'pl') ||
(${Lang::language} eq 'sk')) {
# Czech, Hungarian, Polish and Slovak character set
foreach my $key(keys %Lang::tr) {
from_to($tr{$key}, "utf-8", "iso-8859-2");
}
} elsif (${Lang::language} eq 'tr') {
# Turkish
foreach my $key(keys %Lang::tr) {
from_to($tr{$key}, "utf-8", "iso-8859-9");
}
} else {
foreach my $key(keys %Lang::tr) {
from_to($tr{$key}, "utf-8", "iso-8859-1");
}
}
###
### System graphs
###
updatecpudata();
updatecpugraph ("day");
updatecpugraph ("week");
updatecpugraph ("month");
updatecpugraph ("year");
updateloaddata();
updateloadgraph ("day");
updateloadgraph ("week");
updateloadgraph ("month");
updateloadgraph ("year");
updatememdata();
updatememgraph ("day");
updatememgraph ("week");
updatememgraph ("month");
updatememgraph ("year");
updatediskdata();
updatediskgraph ("day");
updatediskgraph ("week");
updatediskgraph ("month");
updatediskgraph ("year");
if (open STAT,"/dev/hda") {
close STAT;
updatediskdatanew ("hda");
updatediskgraphnew ("hda","day");
updatediskgraphnew ("hda","week");
updatediskgraphnew ("hda","month");
updatediskgraphnew ("hda","year");
} else {
if (-e "$graphs/disk-hda-day.png") {
system("rm $graphs/disk-hda-day.png");
}
}
if (open STAT,"/dev/hdb") {
close STAT;
updatediskdatanew ("hdb");
updatediskgraphnew ("hdb","day");
updatediskgraphnew ("hdb","week");
updatediskgraphnew ("hdb","month");
updatediskgraphnew ("hdb","year");
} else {
if (-e "$graphs/disk-hdb-day.png") {
system("rm $graphs/disk-hdb-day.png");
}
}
if (open STAT,"/dev/hdc") {
close STAT;
updatediskdatanew ("hdc");
updatediskgraphnew ("hdc","day");
updatediskgraphnew ("hdc","week");
updatediskgraphnew ("hdc","month");
updatediskgraphnew ("hdc","year");
} else {
if (-e "$graphs/disk-hdc-day.png") {
system("rm $graphs/disk-hdc-day.png");
}
}
if (open STAT,"/dev/hdd") {
close STAT;
updatediskdatanew ("hdd");
updatediskgraphnew ("hdd","day");
updatediskgraphnew ("hdd","week");
updatediskgraphnew ("hdd","month");
updatediskgraphnew ("hdd","year");
} else {
if (-e "$graphs/disk-hdd-day.png") {
system("rm $graphs/disk-hdd-day.png");
}
}
if (open STAT,"/dev/hde") {
close STAT;
updatediskdatanew ("hde");
updatediskgraphnew ("hde","day");
updatediskgraphnew ("hde","week");
updatediskgraphnew ("hde","month");
updatediskgraphnew ("hde","year");
} else {
if (-e "$graphs/disk-hde-day.png") {
system("rm $graphs/disk-hde-day.png");
}
}
if (open STAT,"/dev/hdf") {
close STAT;
updatediskdatanew ("hdf");
updatediskgraphnew ("hdf","day");
updatediskgraphnew ("hdf","week");
updatediskgraphnew ("hdf","month");
updatediskgraphnew ("hdf","year");
} else {
if (-e "$graphs/disk-hdf-day.png") {
system("rm $graphs/disk-hdf-day.png");
}
}
if (open STAT,"/dev/hdg") {
close STAT;
updatediskdatanew ("hdg");
updatediskgraphnew ("hdg","day");
updatediskgraphnew ("hdg","week");
updatediskgraphnew ("hdg","month");
updatediskgraphnew ("hdg","year");
} else {
if (-e "$graphs/disk-hdg-day.png") {
system("rm $graphs/disk-hdg-day.png");
}
}
if (open STAT,"/dev/hdh") {
close STAT;
updatediskdatanew ("hdh");
updatediskgraphnew ("hdh","day");
updatediskgraphnew ("hdh","week");
updatediskgraphnew ("hdh","month");
updatediskgraphnew ("hdh","year");
} else {
if (-e "$graphs/disk-hdh-day.png") {
system("rm $graphs/disk-hdh-day.png");
}
}
###
### Firewallhits
###
updatefwhitsdata();
updatefwhitsgraph ("day");
updatefwhitsgraph ("week");
updatefwhitsgraph ("month");
updatefwhitsgraph ("year");
###
### Link Quality
###
updatelq();
sleep 2;
updatelqgraph("day");
updatelqgraph("week");
updatelqgraph("month");
updatelqgraph("year");
###
### HDDTEMP-Graphs for /dev/harddisk
###
if (open STAT,"/dev/hda") {
close STAT;
updatehdddata ("hda");
updatehddgraph ("hda","day");
updatehddgraph ("hda","week");
updatehddgraph ("hda","month");
updatehddgraph ("hda","year");
} else {
if (-e "$graphs/hddtemp-hda-day.png") {
system("rm $graphs/hddtemp-hda-day.png");
}
}
if (open STAT,"/dev/hdb") {
close STAT;
updatehdddata ("hdb");
updatehddgraph ("hdb","day");
updatehddgraph ("hdb","week");
updatehddgraph ("hdb","month");
updatehddgraph ("hdb","year");
} else {
if (-e "$graphs/hddtemp-hdb-day.png") {
system("rm $graphs/hddtemp-hdb-day.png");
}
}
if (open STAT,"/dev/hdc") {
close STAT;
updatehdddata ("hdc");
updatehddgraph ("hdc","day");
updatehddgraph ("hdc","week");
updatehddgraph ("hdc","month");
updatehddgraph ("hdc","year");
} else {
if (-e "$graphs/hddtemp-hdc-day.png") {
system("rm $graphs/hddtemp-hdc-day.png");
}
}
if (open STAT,"/dev/hdd") {
close STAT;
updatehdddata ("hdd");
updatehddgraph ("hdd","day");
updatehddgraph ("hdd","week");
updatehddgraph ("hdd","month");
updatehddgraph ("hdd","year");
} else {
if (-e "$graphs/hddtemp-hdd-day.png") {
system("rm $graphs/hddtemp-hdd-day.png");
}
}
if (open STAT,"/dev/hde") {
close STAT;
updatehdddata ("hde");
updatehddgraph ("hde","day");
updatehddgraph ("hde","week");
updatehddgraph ("hde","month");
updatehddgraph ("hde","year");
} else {
if (-e "$graphs/hddtemp-hde-day.png") {
system("rm $graphs/hddtemp-hde-day.png");
}
}
if (open STAT,"/dev/hdf") {
close STAT;
updatehdddata ("hdf");
updatehddgraph ("hdf","day");
updatehddgraph ("hdf","week");
updatehddgraph ("hdf","month");
updatehddgraph ("hdf","year");
} else {
if (-e "$graphs/hddtemp-hdf-day.png") {
system("rm $graphs/hddtemp-hdf-day.png");
}
}
if (open STAT,"/dev/hdg") {
close STAT;
updatehdddata ("hdg");
updatehddgraph ("hdg","day");
updatehddgraph ("hdg","week");
updatehddgraph ("hdg","month");
updatehddgraph ("hdg","year");
} else {
if (-e "$graphs/hddtemp-hdg-day.png") {
system("rm $graphs/hddtemp-hdg-day.png");
}
}
if (open STAT,"/dev/hdh") {
close STAT;
updatehdddata ("hdh");
updatehddgraph ("hdh","day");
updatehddgraph ("hdh","week");
updatehddgraph ("hdh","month");
updatehddgraph ("hdh","year");
} else {
if (-e "$graphs/hddtemp-hdh-day.png") {
system("rm $graphs/hddtemp-hdh-day.png");
}
}
updatembmondata();
if ( $mbmon_settings{'GRAPH_TEMP'} == 1 )
{
updatetempgraph ("day");
updatetempgraph ("week");
updatetempgraph ("month");
updatetempgraph ("year");
}
if ( $mbmon_settings{'GRAPH_TEMP'} == 1 )
{
updatefangraph ("day");
updatefangraph ("week");
updatefangraph ("month");
updatefangraph ("year");
}
if ( $mbmon_settings{'GRAPH_VOLT'} == 1 )
{
updatevoltgraph ("day");
updatevoltgraph ("week");
updatevoltgraph ("month");
updatevoltgraph ("year");
}
###
### Network Graphs
###
@ipacsum = `/usr/sbin/ipacsum --exact -s 5m 2>/dev/null`;
if (@ipacsum) {
updateifdata ("GREEN");
updateifdata ("RED");
if ($settings{'CONFIG_TYPE'} =~ /^(1|3|5|7)$/ ) {
updateifdata ("ORANGE");
}
if ($settings{'CONFIG_TYPE'} =~ /^(4|5|6|7)$/ ) {
updateifdata ("BLUE");
}
}
if ( -e "$rrdlog/GREEN.rrd") {
updateifgraph ("GREEN", "day");
updateifgraph ("GREEN", "week");
updateifgraph ("GREEN", "month");
updateifgraph ("GREEN", "year");
}
if ( -e "$rrdlog/RED.rrd") {
updateifgraph ("RED", "day");
updateifgraph ("RED", "week");
updateifgraph ("RED", "month");
updateifgraph ("RED", "year");
}
if ($settings{'CONFIG_TYPE'} =~ /^(1|3|5|7)$/ && -e "$rrdlog/ORANGE.rrd") {
updateifgraph ("ORANGE", "day");
updateifgraph ("ORANGE", "week");
updateifgraph ("ORANGE", "month");
updateifgraph ("ORANGE", "year");
}
if ($settings{'CONFIG_TYPE'} =~ /^(4|5|6|7)$/ && -e "$rrdlog/BLUE.rrd") {
updateifgraph ("BLUE", "day");
updateifgraph ("BLUE", "week");
updateifgraph ("BLUE", "month");
updateifgraph ("BLUE", "year");
}
system("chmod -R 0777 /srv/web/ipfire/html/graphs");
system("chmod -R 0777 /srv/web/ipfire/html/sgraph");
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