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bpfire/config/cfgroot/graphs.pl
Adolf Belka 2071b2964f graphs.pl: Fixes graph failure when the DROP_HOSTILE directory is missing 
- If a fresh install is done then only the DROP_HOSTILE_IN & DROP_HOSTILE_OUT
   rrd directories are created.
- With the DROP_HOSTILE directory missing then when the fwhits graph is updated an error
   message is caused by the inability to open the required files.
- This patch adds an if/else loop into the fwhits graph code to deal with the two cases
   of the DROP_HOSTILE being present or not depending on the history and if a backup with
   logs has been restored from when DROP_HOSTILE was in use.
- Tested on vm testbed and created a historical line for the hostile data when it was not
   split
- There might be a simpler or better approach than this but it was the only option I
   could identify. I couldn't find anything about being able to use if loops within the
   RRD::Graph loop

Tested-by: Adolf Belka <adolf.belka@ipfire.org>
Signed-off-by: Adolf Belka <adolf.belka@ipfire.org>
Signed-off-by: Michael Tremer <michael.tremer@ipfire.org>
2024-02-14 19:01:44 +00:00

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Perl
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#!/usr/bin/perl
# Generate Graphs exported from Makegraphs to minimize system load an only generate the Graphs when displayed
###############################################################################
# #
# IPFire.org - A linux based firewall #
# Copyright (C) 2005-2021 IPFire Team #
# #
# 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 3 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. #update.sh
# #
# You should have received a copy of the GNU General Public License #
# along with this program. If not, see <http://www.gnu.org/licenses/>. #
# #
###############################################################################
package Graphs;
use strict;
use RRDs;
use experimental 'smartmatch';
require '/var/ipfire/general-functions.pl';
require "${General::swroot}/lang.pl";
require "${General::swroot}/header.pl";
# Approximate size of the final graph image including canvas and labeling (in pixels, mainly used for placeholders)
our %image_size = ('width' => 900, 'height' => 300);
# Size of the actual data area within the image, without labeling (in pixels)
our %canvas_size = ('width' => 800, 'height' => 190);
# List of all available time ranges
our @time_ranges = ("hour", "day", "week", "month", "year");
my $ERROR;
my @GRAPH_ARGS = (
# Output format
"--imgformat", "SVG",
# No border
"--border", "0",
# For a more 'organic' look
"--slope-mode",
# Watermark
"-W www.ipfire.org",
# Canvas width/height
"-w $canvas_size{'width'}",
"-h $canvas_size{'height'}",
# Use alternative grid
"--alt-y-grid",
);
my %color = ();
my %mainsettings = ();
my %sensorsettings = ();
&General::readhash("${General::swroot}/main/settings", \%mainsettings);
&General::readhash("/srv/web/ipfire/html/themes/ipfire/include/colors.txt", \%color);
if ( $mainsettings{'RRDLOG'} eq "" ){
$mainsettings{'RRDLOG'}="/var/log/rrd";
&General::writehash("${General::swroot}/main/settings", \%mainsettings);
}
# If the collection deamon is working and collecting lm_sensors data there will be
# some data source named after a common scheme, with the sensorssettingsfile
# the user is able to deactivate some of this parameters, in case not to show
# false collected values may be disable. The user has the ability to enter
# custom graph names in order to change temp0 to cpu or motherboard
my $count = 0;
my @sensorsgraphs = ();
my @sensorsdir = `ls -dA $mainsettings{'RRDLOG'}/collectd/localhost/sensors-*/ 2>/dev/null`;
foreach (@sensorsdir){
chomp($_);chop($_);
foreach (`ls $_/*`){
chomp($_);
push(@sensorsgraphs,$_);
$_ =~ /\/(.*)sensors-(.*)\/(.*)\.rrd/;
my $label = $2.$3;$label=~ s/-//g;
$sensorsettings{'LABEL-'.$label}="$label";
$sensorsettings{'LINE-'.$label}="checked";
}
}
&General::readhash("${General::swroot}/sensors/settings", \%sensorsettings);
# Generate a nice box for selection of time range in graphs
# this will generate a nice div box for the cgi every klick for
# the graph will be handled by javascript
# 0 is the cgi refering to
# 1 is the graph name
# 2 is the time range for the graph (optional)
sub makegraphbox {
my ($origin, $name, $default_range) = @_;
# Optional time range: Default to "day" unless otherwise specified
$default_range = "day" unless ($default_range ~~ @time_ranges);
print <<END;
<div class="rrdimage" id="rrdimg-$name" data-origin="$origin" data-graph="$name" data-default-range="$default_range">
<ul>
END
# Print range select buttons
foreach my $range (@time_ranges) {
print <<END;
<li><button data-range="$range" onclick="rrdimage_selectRange(this)">$Lang::tr{$range}</button></li>
END
}
print <<END;
</ul>
<img src="/cgi-bin/getrrdimage.cgi?origin=${origin}&graph=${name}&range=${default_range}" alt="$Lang::tr{'graph'} ($name)">
</div>
END
}
# Generate the CPU Graph for the current period of time for values given by
# collectd we are now able to handle any kind of cpucount
sub updatecpugraph {
my $cpucount = `ls -dA $mainsettings{'RRDLOG'}/collectd/localhost/cpu-*/ 2>/dev/null | wc -l`;
my $period = $_[0];
my @command = (
@GRAPH_ARGS,
"-",
"--start",
"-1".$period,
"-l 0",
"-u 100",
"-r",
"-t ".$Lang::tr{'cpu usage per'}." ".$Lang::tr{$period."-graph"},
"-v ".$Lang::tr{'percentage'},
"--color=SHADEA".$color{"color19"},
"--color=SHADEB".$color{"color19"},
"--color=BACK".$color{"color21"},
"COMMENT:".sprintf("%-29s",$Lang::tr{'caption'}),
"COMMENT:".sprintf("%15s",$Lang::tr{'maximal'}),
"COMMENT:".sprintf("%15s",$Lang::tr{'average'}),
"COMMENT:".sprintf("%15s",$Lang::tr{'minimal'}),
"COMMENT:".sprintf("%15s",$Lang::tr{'current'})."\\j"
);
my $nice = "CDEF:nice=";
my $interrupt = "CDEF:interrupt=";
my $steal = "CDEF:steal=";
my $user = "CDEF:user=";
my $system = "CDEF:system=";
my $idle = "CDEF:idle=";
my $iowait = "CDEF:iowait=";
my $irq = "CDEF:irq=";
my $addstring = "";
for(my $i = 0; $i < $cpucount; $i++) {
push(@command,"DEF:iowait".$i."=".$mainsettings{'RRDLOG'}."/collectd/localhost/cpu-".$i."/cpu-wait.rrd:value:AVERAGE"
,"DEF:nice".$i."=".$mainsettings{'RRDLOG'}."/collectd/localhost/cpu-".$i."/cpu-nice.rrd:value:AVERAGE"
,"DEF:interrupt".$i."=".$mainsettings{'RRDLOG'}."/collectd/localhost/cpu-".$i."/cpu-interrupt.rrd:value:AVERAGE"
,"DEF:steal".$i."=".$mainsettings{'RRDLOG'}."/collectd/localhost/cpu-".$i."/cpu-steal.rrd:value:AVERAGE"
,"DEF:user".$i."=".$mainsettings{'RRDLOG'}."/collectd/localhost/cpu-".$i."/cpu-user.rrd:value:AVERAGE"
,"DEF:system".$i."=".$mainsettings{'RRDLOG'}."/collectd/localhost/cpu-".$i."/cpu-system.rrd:value:AVERAGE"
,"DEF:idle".$i."=".$mainsettings{'RRDLOG'}."/collectd/localhost/cpu-".$i."/cpu-idle.rrd:value:AVERAGE"
,"DEF:irq".$i."=".$mainsettings{'RRDLOG'}."/collectd/localhost/cpu-".$i."/cpu-softirq.rrd:value:AVERAGE");
$nice .= "nice".$i.",";
$interrupt .= "interrupt".$i.",";
$steal .= "steal".$i.",";
$user .= "user".$i.",";
$system .= "system".$i.",";
$idle .= "idle".$i.",";
$iowait .= "iowait".$i.",";
$irq .= "irq".$i.",";
}
for(my $i = 2; $i < $cpucount; $i++) {
$addstring .= "ADDNAN,";
}
if ( $cpucount > 1){
$addstring .= "+";
push(@command,$nice.$addstring
,$interrupt.$addstring
,$steal.$addstring
,$user.$addstring
,$system.$addstring
,$idle.$addstring
,$iowait.$addstring
,$irq.$addstring);
}else{
chop($nice),chop($interrupt),chop($steal),chop($user),chop($system),chop($idle),chop($iowait),chop($irq);
push(@command,$nice,$interrupt,$steal,$user,$system,$idle,$iowait,$irq);
}
push(@command,"CDEF:total=user,system,idle,iowait,irq,nice,interrupt,steal,ADDNAN,ADDNAN,ADDNAN,ADDNAN,ADDNAN,ADDNAN,ADDNAN"
,"CDEF:userpct=100,user,total,/,*"
,"CDEF:nicepct=100,nice,total,/,*"
,"CDEF:interruptpct=100,interrupt,total,/,*"
,"CDEF:stealpct=100,steal,total,/,*"
,"CDEF:systempct=100,system,total,/,*"
,"CDEF:idlepct=100,idle,total,/,*"
,"CDEF:iowaitpct=100,iowait,total,/,*"
,"CDEF:irqpct=100,irq,total,/,*"
,"AREA:iowaitpct".$color{"color14"}.":".sprintf("%-25s",$Lang::tr{'cpu iowait usage'})
,"GPRINT:iowaitpct:MAX:%3.2lf%%"
,"GPRINT:iowaitpct:AVERAGE:%3.2lf%%"
,"GPRINT:iowaitpct:MIN:%3.2lf%%"
,"GPRINT:iowaitpct:LAST:%3.2lf%%\\j"
,"STACK:irqpct".$color{"color23"}."A0:".sprintf("%-25s",$Lang::tr{'cpu irq usage'})
,"GPRINT:irqpct:MAX:%3.2lf%%"
,"GPRINT:irqpct:AVERAGE:%3.2lf%%"
,"GPRINT:irqpct:MIN:%3.2lf%%"
,"GPRINT:irqpct:LAST:%3.2lf%%\\j"
,"STACK:nicepct".$color{"color16"}."A0:".sprintf("%-25s",$Lang::tr{'cpu nice usage'})
,"GPRINT:nicepct:MAX:%3.2lf%%"
,"GPRINT:nicepct:AVERAGE:%3.2lf%%"
,"GPRINT:nicepct:MIN:%3.2lf%%"
,"GPRINT:nicepct:LAST:%3.2lf%%\\j"
,"STACK:interruptpct".$color{"color15"}."A0:".sprintf("%-25s",$Lang::tr{'cpu interrupt usage'})
,"GPRINT:interruptpct:MAX:%3.2lf%%"
,"GPRINT:interruptpct:AVERAGE:%3.2lf%%"
,"GPRINT:interruptpct:MIN:%3.2lf%%"
,"GPRINT:interruptpct:LAST:%3.2lf%%\\j"
,"STACK:stealpct".$color{"color18"}."A0:".sprintf("%-25s",$Lang::tr{'cpu steal usage'})
,"GPRINT:stealpct:MAX:%3.2lf%%"
,"GPRINT:stealpct:AVERAGE:%3.2lf%%"
,"GPRINT:stealpct:MIN:%3.2lf%%"
,"GPRINT:stealpct:LAST:%3.2lf%%\\j"
,"STACK:userpct".$color{"color11"}."A0:".sprintf("%-25s",$Lang::tr{'cpu user usage'})
,"GPRINT:userpct:MAX:%3.1lf%%"
,"GPRINT:userpct:AVERAGE:%3.2lf%%"
,"GPRINT:userpct:MIN:%3.2lf%%"
,"GPRINT:userpct:LAST:%3.2lf%%\\j"
,"STACK:systempct".$color{"color13"}."A0:".sprintf("%-25s",$Lang::tr{'cpu system usage'})
,"GPRINT:systempct:MAX:%3.2lf%%"
,"GPRINT:systempct:AVERAGE:%3.2lf%%"
,"GPRINT:systempct:MIN:%3.2lf%%"
,"GPRINT:systempct:LAST:%3.2lf%%\\j"
,"STACK:idlepct".$color{"color12"}."A0:".sprintf("%-25s",$Lang::tr{'cpu idle usage'})
,"GPRINT:idlepct:MAX:%3.2lf%%"
,"GPRINT:idlepct:AVERAGE:%3.2lf%%"
,"GPRINT:idlepct:MIN:%3.2lf%%"
,"GPRINT:idlepct:LAST:%3.2lf%%\\j");
RRDs::graph (@command);
$ERROR = RRDs::error;
return "Error in RRD::graph for cpu: ".$ERROR."\n" if $ERROR;
}
# Generate the Load Graph for the current period of time for values given by collecd
sub updateloadgraph {
my $period = $_[0];
RRDs::graph(
@GRAPH_ARGS,
"-",
"--start",
"-1".$period,
"-l 0",
"-r",
"-t ".$Lang::tr{'uptime load average'}." ".$Lang::tr{'graph per'}." ".$Lang::tr{$period."-graph"},
"-v ".$Lang::tr{'processes'},
"--color=SHADEA".$color{"color19"},
"--color=SHADEB".$color{"color19"},
"--color=BACK".$color{"color21"},
"DEF:load1=".$mainsettings{'RRDLOG'}."/collectd/localhost/load/load.rrd:shortterm:AVERAGE",
"DEF:load5=".$mainsettings{'RRDLOG'}."/collectd/localhost/load/load.rrd:midterm:AVERAGE",
"DEF:load15=".$mainsettings{'RRDLOG'}."/collectd/localhost/load/load.rrd:longterm:AVERAGE",
"AREA:load1".$color{"color13"}."A0:1 ".$Lang::tr{'minute'},
"GPRINT:load1:LAST:%5.2lf",
"AREA:load5".$color{"color18"}."A0:5 ".$Lang::tr{'minutes'},
"GPRINT:load5:LAST:%5.2lf",
"AREA:load15".$color{"color14"}."A0:15 ".$Lang::tr{'minutes'},
"GPRINT:load15:LAST:%5.2lf\\j",
"LINE1:load5".$color{"color13"},
"LINE1:load1".$color{"color18"},
);
$ERROR = RRDs::error;
return "Error in RRD::graph for load: ".$ERROR."\n" if $ERROR;
}
# Generate the Memory Graph for the current period of time for values given by collecd
sub updatememorygraph {
my $period = $_[0];
RRDs::graph(
@GRAPH_ARGS,
"-",
"--start",
"-1".$period,
"-l 0",
"-u 100",
"-r",
"-t ".$Lang::tr{'memory usage per'}." ".$Lang::tr{$period."-graph"},
"-v ".$Lang::tr{'percentage'},
"--color=SHADEA".$color{"color19"},
"--color=SHADEB".$color{"color19"},
"--color=BACK".$color{"color21"},
"DEF:used=".$mainsettings{'RRDLOG'}."/collectd/localhost/memory/memory-used.rrd:value:AVERAGE",
"DEF:free=".$mainsettings{'RRDLOG'}."/collectd/localhost/memory/memory-free.rrd:value:AVERAGE",
"DEF:buffer=".$mainsettings{'RRDLOG'}."/collectd/localhost/memory/memory-buffered.rrd:value:AVERAGE",
"DEF:cache=".$mainsettings{'RRDLOG'}."/collectd/localhost/memory/memory-cached.rrd:value:AVERAGE",
"CDEF:total=used,free,cache,buffer,+,+,+",
"CDEF:usedpct=used,total,/,100,*",
"CDEF:bufferpct=buffer,total,/,100,*",
"CDEF:cachepct=cache,total,/,100,*",
"CDEF:freepct=free,total,/,100,*",
"COMMENT:".sprintf("%-29s",$Lang::tr{'caption'}),
"COMMENT:".sprintf("%15s",$Lang::tr{'maximal'}),
"COMMENT:".sprintf("%15s",$Lang::tr{'average'}),
"COMMENT:".sprintf("%15s",$Lang::tr{'minimal'}),
"COMMENT:".sprintf("%15s",$Lang::tr{'current'})."\\j",
"AREA:usedpct".$color{"color11"}."A0:".sprintf("%-25s",$Lang::tr{'used memory'}),
"GPRINT:usedpct:MAX:%3.2lf%%",
"GPRINT:usedpct:AVERAGE:%3.2lf%%",
"GPRINT:usedpct:MIN:%3.2lf%%",
"GPRINT:usedpct:LAST:%3.2lf%%\\j",
"STACK:bufferpct".$color{"color23"}."A0:".sprintf("%-25s",$Lang::tr{'buffered memory'}),
"GPRINT:bufferpct:MAX:%3.2lf%%",
"GPRINT:bufferpct:AVERAGE:%3.2lf%%",
"GPRINT:bufferpct:MIN:%3.2lf%%",
"GPRINT:bufferpct:LAST:%3.2lf%%\\j",
"STACK:cachepct".$color{"color14"}."A0:".sprintf("%-25s",$Lang::tr{'cached memory'}),
"GPRINT:cachepct:MAX:%3.2lf%%",
"GPRINT:cachepct:AVERAGE:%3.2lf%%",
"GPRINT:cachepct:MIN:%3.2lf%%",
"GPRINT:cachepct:LAST:%3.2lf%%\\j",
"STACK:freepct".$color{"color12"}."A0:".sprintf("%-25s",$Lang::tr{'free memory'}),
"GPRINT:freepct:MAX:%3.2lf%%",
"GPRINT:freepct:AVERAGE:%3.2lf%%",
"GPRINT:freepct:MIN:%3.2lf%%",
"GPRINT:freepct:LAST:%3.2lf%%\\j",
);
$ERROR = RRDs::error;
return "Error in RRD::graph for memory: ".$ERROR."\n" if $ERROR;
}
# Generate the Swap Graph for the current period of time for values given by collecd
sub updateswapgraph {
my $period = $_[0];
RRDs::graph(
@GRAPH_ARGS,
"-",
"--start",
"-1".$period,
"-l 0",
"-u 100",
"-r",
"-t ".$Lang::tr{'swap usage per'}." ".$Lang::tr{$period."-graph"},
"-v ".$Lang::tr{'percentage'},
"--color=SHADEA".$color{"color19"},
"--color=SHADEB".$color{"color19"},
"--color=BACK".$color{"color21"},
"DEF:free=".$mainsettings{'RRDLOG'}."/collectd/localhost/swap/swap-free.rrd:value:AVERAGE",
"DEF:used=".$mainsettings{'RRDLOG'}."/collectd/localhost/swap/swap-used.rrd:value:AVERAGE",
"DEF:cached=".$mainsettings{'RRDLOG'}."/collectd/localhost/swap/swap-cached.rrd:value:AVERAGE",
"CDEF:total=used,free,cached,+,+",
"CDEF:usedpct=100,used,total,/,*",
"CDEF:freepct=100,free,total,/,*",
"CDEF:cachedpct=100,cached,total,/,*",
"COMMENT:".sprintf("%-29s",$Lang::tr{'caption'}),
"COMMENT:".sprintf("%15s",$Lang::tr{'maximal'}),
"COMMENT:".sprintf("%15s",$Lang::tr{'average'}),
"COMMENT:".sprintf("%15s",$Lang::tr{'minimal'}),
"COMMENT:".sprintf("%15s",$Lang::tr{'current'})."\\j",
"AREA:usedpct".$color{"color11"}."A0:".sprintf("%-25s",$Lang::tr{'used swap'}),
"GPRINT:usedpct:MAX:%3.2lf%%",
"GPRINT:usedpct:AVERAGE:%3.2lf%%",
"GPRINT:usedpct:MIN:%3.2lf%%",
"GPRINT:usedpct:LAST:%3.2lf%%\\j",
"STACK:cachedpct".$color{"color13"}."A0:".sprintf("%-25s",$Lang::tr{'cached swap'}),
"GPRINT:cachedpct:MAX:%3.2lf%%",
"GPRINT:cachedpct:AVERAGE:%3.2lf%%",
"GPRINT:cachedpct:MIN:%3.2lf%%",
"GPRINT:cachedpct:LAST:%3.2lf%%\\j",
"STACK:freepct".$color{"color12"}."A0:".sprintf("%-25s",$Lang::tr{'free swap'}),
"GPRINT:freepct:MAX:%3.2lf%%",
"GPRINT:freepct:AVERAGE:%3.2lf%%",
"GPRINT:freepct:MIN:%3.2lf%%",
"GPRINT:freepct:LAST:%3.2lf%%\\j",
);
$ERROR = RRDs::error;
return "Error in RRD::graph for memory: ".$ERROR."\n" if $ERROR;
}
# Generate the Process Cpu Graph for the current period of time for values given by collecd
sub updateprocessescpugraph {
my @processesgraph = getprocesses();
my $period = $_[0];
my $count="0";
my @command = (
@GRAPH_ARGS,
"-",
"--start",
"-1".$period,
"-l 0",
"-r",
"-t ".$Lang::tr{'processes'}." ".$Lang::tr{'graph per'}." ".$Lang::tr{$period."-graph"},
"--color=SHADEA".$color{"color19"},
"--color=SHADEB".$color{"color19"},
"--color=BACK".$color{"color21"}
);
foreach(@processesgraph){
chomp($_);my @name=split(/\-/,$_);chop($name[1]);
push(@command,"DEF:".$name[1]."user=".$_."ps_cputime.rrd:user:AVERAGE");
push(@command,"DEF:".$name[1]."system=".$_."ps_cputime.rrd:syst:AVERAGE");
push(@command,"CDEF:".$name[1]."=".$name[1]."user,".$name[1]."system,+");
}
push(@command,"COMMENT:".$Lang::tr{'caption'}."\\j");
my $colorIndex = 0;
foreach(@processesgraph){
my $colorIndex = 10 + $count % 15;
my $color="$color{\"color$colorIndex\"}";
chomp($_);my @name=split(/\-/,$_);chop($name[1]);
if ($count eq "0"){
push(@command,"AREA:".$name[1].$color."A0:".$name[1]);
}else{
push(@command,"STACK:".$name[1].$color."A0:".$name[1]);
}
$count++;
}
RRDs::graph (@command);
$ERROR = RRDs::error;
return "Error in RRD::graph for processes: ".$ERROR."\n" if $ERROR;
}
# Generate the Process Memory Graph for the current period of time for values given by collecd
sub updateprocessesmemorygraph {
my @processesgraph = getprocesses();
my $period = $_[0];
my $count="0";
my @command = (
@GRAPH_ARGS,
"-",
"--start",
"-1".$period,
"-l 0",
"-r",
"-t ".$Lang::tr{'processes'}." ".$Lang::tr{'memory'}." ".$Lang::tr{'graph per'}." ".$Lang::tr{$period."-graph"},
"-v ".$Lang::tr{'bytes'},
"--color=SHADEA".$color{"color19"},
"--color=SHADEB".$color{"color19"},
"--color=BACK".$color{"color21"}
);
foreach(@processesgraph){
chomp($_);my @name=split(/\-/,$_);chop($name[1]);
push(@command,"DEF:".$name[1]."=".$_."ps_rss.rrd:value:AVERAGE");
}
push(@command,"COMMENT:".$Lang::tr{'caption'}."\\j");
my $colorIndex = 0;
foreach(@processesgraph){
chomp($_);my @name=split(/\-/,$_);chop($name[1]);
my $colorIndex = 10 + $count % 15;
my $color="$color{\"color$colorIndex\"}";
if ($count eq "0"){
push(@command,"AREA:".$name[1].$color."A0:".$name[1]);
}else{
push(@command,"STACK:".$name[1].$color."A0:".$name[1]);
}
$count++;
}
RRDs::graph (@command);
$ERROR = RRDs::error;
return "Error in RRD::graph for processesmemory: ".$ERROR."\n" if $ERROR;
}
# Generate the Disk Graph for the current period of time for values given by collecd
sub updatediskgraph {
my $disk = $_[0];
my $period = $_[1];
RRDs::graph(
@GRAPH_ARGS,
"-",
"--start",
"-1".$period,
"-r",
"-t ".$disk." ".$Lang::tr{'disk access'}." ".$Lang::tr{'graph per'}." ".$Lang::tr{$period."-graph"},
"-v ".$Lang::tr{'bytes per second'},
"--color=SHADEA".$color{"color19"},
"--color=SHADEB".$color{"color19"},
"--color=BACK".$color{"color21"},
"DEF:read=".$mainsettings{'RRDLOG'}."/collectd/localhost/disk-$disk/disk_octets.rrd:read:AVERAGE",
"DEF:write=".$mainsettings{'RRDLOG'}."/collectd/localhost/disk-$disk/disk_octets.rrd:write:AVERAGE",
"CDEF:writen=write,-1,*",
"DEF:standby=".$mainsettings{'RRDLOG'}."/hddshutdown-".$disk.".rrd:standby:AVERAGE",
"CDEF:st=standby,INF,*",
"CDEF:st1=standby,NEGINF,*",
"COMMENT:".sprintf("%-25s",$Lang::tr{'caption'}),
"COMMENT:".sprintf("%15s",$Lang::tr{'maximal'}),
"COMMENT:".sprintf("%15s",$Lang::tr{'average'}),
"COMMENT:".sprintf("%15s",$Lang::tr{'minimal'}),
"COMMENT:".sprintf("%15s",$Lang::tr{'current'})."\\j",
"AREA:st".$color{"color20"}."A0:",
"AREA:st1".$color{"color20"}."A0:standby\\j",
"AREA:read".$color{"color12"}."A0:".sprintf("%-25s",$Lang::tr{'read bytes'}),
"GPRINT:read:MAX:%8.1lf %sBps",
"GPRINT:read:AVERAGE:%8.1lf %sBps",
"GPRINT:read:MIN:%8.1lf %sBps",
"GPRINT:read:LAST:%8.1lf %sBps\\j",
"AREA:writen".$color{"color13"}."A0:".sprintf("%-25s",$Lang::tr{'written bytes'}),
"GPRINT:write:MAX:%8.1lf %sBps",
"GPRINT:write:AVERAGE:%8.1lf %sBps",
"GPRINT:write:MIN:%8.1lf %sBps",
"GPRINT:write:LAST:%8.1lf %sBps\\j",
);
$ERROR = RRDs::error;
return "Error in RRD::graph for ".$disk.": ".$ERROR."\n" if $ERROR;
}
# Generate the Interface Graph for the current period of time for values given by collecd
sub updateifgraph {
my $interface = $_[0];
my $period = $_[1];
RRDs::graph(
@GRAPH_ARGS,
"-",
"--start",
"-1".$period,
"-r",
"-t ".$Lang::tr{'traffic on'}." ".$interface." ".$Lang::tr{'graph per'}." ".$Lang::tr{$period."-graph"},
"-v ".$Lang::tr{'bytes per second'},
"--color=SHADEA".$color{"color19"},
"--color=SHADEB".$color{"color19"},
"--color=BACK".$color{"color21"},
"DEF:incoming=".$mainsettings{'RRDLOG'}."/collectd/localhost/interface/if_octets-".$interface.".rrd:rx:AVERAGE",
"DEF:outgoing=".$mainsettings{'RRDLOG'}."/collectd/localhost/interface/if_octets-".$interface.".rrd:tx:AVERAGE",
"CDEF:outgoingn=outgoing,-1,*",
"COMMENT:".sprintf("%-20s",$Lang::tr{'caption'}),
"COMMENT:".sprintf("%15s",$Lang::tr{'maximal'}),
"COMMENT:".sprintf("%15s",$Lang::tr{'average'}),
"COMMENT:".sprintf("%15s",$Lang::tr{'minimal'}),
"COMMENT:".sprintf("%15s",$Lang::tr{'current'})."\\j",
"AREA:incoming".$color{"color12"}."A0:".sprintf("%-20s",$Lang::tr{'incoming traffic in bytes per second'}),
"GPRINT:incoming:MAX:%8.1lf %sBps",
"GPRINT:incoming:AVERAGE:%8.1lf %sBps",
"GPRINT:incoming:MIN:%8.1lf %sBps",
"GPRINT:incoming:LAST:%8.1lf %sBps\\j",
"AREA:outgoingn".$color{"color13"}."A0:".sprintf("%-20s",$Lang::tr{'outgoing traffic in bytes per second'}),
"GPRINT:outgoing:MAX:%8.1lf %sBps",
"GPRINT:outgoing:AVERAGE:%8.1lf %sBps",
"GPRINT:outgoing:MIN:%8.1lf %sBps",
"GPRINT:outgoing:LAST:%8.1lf %sBps\\j",
);
$ERROR = RRDs::error;
return "Error in RRD::graph for ".$interface.": ".$ERROR."\n" if $ERROR;
}
sub updatevpngraph {
my $interface = $_[0];
my $period = $_[1];
RRDs::graph(
@GRAPH_ARGS,
"-",
"--start",
"-1".$period,
"-r",
"-t ".$Lang::tr{'traffic on'}." ".$interface." ".$Lang::tr{'graph per'}." ".$Lang::tr{$period."-graph"},
"-v ".$Lang::tr{'bytes per second'},
"--color=SHADEA".$color{"color19"},
"--color=SHADEB".$color{"color19"},
"--color=BACK".$color{"color21"},
"DEF:incoming=".$mainsettings{'RRDLOG'}."/collectd/localhost/openvpn-$interface/if_octets_derive.rrd:rx:AVERAGE",
"DEF:outgoing=".$mainsettings{'RRDLOG'}."/collectd/localhost/openvpn-$interface/if_octets_derive.rrd:tx:AVERAGE",
"CDEF:outgoingn=outgoing,-1,*",
"COMMENT:".sprintf("%-20s",$Lang::tr{'caption'}),
"COMMENT:".sprintf("%15s",$Lang::tr{'maximal'}),
"COMMENT:".sprintf("%15s",$Lang::tr{'average'}),
"COMMENT:".sprintf("%15s",$Lang::tr{'minimal'}),
"COMMENT:".sprintf("%15s",$Lang::tr{'current'})."\\j",
"AREA:incoming#00dd00:".sprintf("%-20s",$Lang::tr{'incoming traffic in bytes per second'}),
"GPRINT:incoming:MAX:%8.1lf %sBps",
"GPRINT:incoming:AVERAGE:%8.1lf %sBps",
"GPRINT:incoming:MIN:%8.1lf %sBps",
"GPRINT:incoming:LAST:%8.1lf %sBps\\j",
"AREA:outgoingn#dd0000:".sprintf("%-20s",$Lang::tr{'outgoing traffic in bytes per second'}),
"GPRINT:outgoing:MAX:%8.1lf %sBps",
"GPRINT:outgoing:AVERAGE:%8.1lf %sBps",
"GPRINT:outgoing:MIN:%8.1lf %sBps",
"GPRINT:outgoing:LAST:%8.1lf %sBps\\j",
);
$ERROR = RRDs::error;
return "Error in RRD::graph for ".$interface.": ".$ERROR."\n" if $ERROR;
}
sub updatevpnn2ngraph {
my $interface = $_[0];
my $period = $_[1];
RRDs::graph(
@GRAPH_ARGS,
"-",
"--start",
"-1".$period,
"-r",
"-t ".$Lang::tr{'traffic on'}." ".$interface." ".$Lang::tr{'graph per'}." ".$Lang::tr{$period."-graph"},
"-v ".$Lang::tr{'bytes per second'},
"--color=SHADEA".$color{"color19"},
"--color=SHADEB".$color{"color19"},
"--color=BACK".$color{"color21"},
"DEF:incoming=".$mainsettings{'RRDLOG'}."/collectd/localhost/openvpn-$interface/if_octets_derive-traffic.rrd:rx:AVERAGE",
"DEF:outgoing=".$mainsettings{'RRDLOG'}."/collectd/localhost/openvpn-$interface/if_octets_derive-traffic.rrd:tx:AVERAGE",
"DEF:overhead_in=".$mainsettings{'RRDLOG'}."/collectd/localhost/openvpn-$interface/if_octets_derive-overhead.rrd:rx:AVERAGE",
"DEF:overhead_out=".$mainsettings{'RRDLOG'}."/collectd/localhost/openvpn-$interface/if_octets_derive-overhead.rrd:tx:AVERAGE",
"DEF:compression_in=".$mainsettings{'RRDLOG'}."/collectd/localhost/openvpn-$interface/compression_derive-data_in.rrd:uncompressed:AVERAGE",
"DEF:compression_out=".$mainsettings{'RRDLOG'}."/collectd/localhost/openvpn-$interface/compression_derive-data_out.rrd:uncompressed:AVERAGE",
"CDEF:outgoingn=outgoing,-1,*",
"CDEF:overhead_outn=overhead_out,-1,*",
"CDEF:compression_outn=compression_out,-1,*",
"COMMENT:".sprintf("%-20s",$Lang::tr{'caption'}),
"COMMENT:".sprintf("%15s",$Lang::tr{'maximal'}),
"COMMENT:".sprintf("%15s",$Lang::tr{'average'}),
"COMMENT:".sprintf("%15s",$Lang::tr{'minimal'}),
"COMMENT:".sprintf("%15s",$Lang::tr{'current'})."\\j",
"AREA:incoming#00dd00:".sprintf("%-23s",$Lang::tr{'incoming traffic in bytes per second'}),
"GPRINT:incoming:MAX:%8.1lf %sBps",
"GPRINT:incoming:AVERAGE:%8.1lf %sBps",
"GPRINT:incoming:MIN:%8.1lf %sBps",
"GPRINT:incoming:LAST:%8.1lf %sBps\\j",
"STACK:overhead_in#116B11:".sprintf("%-23s",$Lang::tr{'incoming overhead in bytes per second'}),
"GPRINT:overhead_in:MAX:%8.1lf %sBps",
"GPRINT:overhead_in:AVERAGE:%8.1lf %sBps",
"GPRINT:overhead_in:MIN:%8.1lf %sBps",
"GPRINT:overhead_in:LAST:%8.1lf %sBps\\j",
"LINE1:compression_in#ff00ff:".sprintf("%-23s",$Lang::tr{'incoming compression in bytes per second'}),
"GPRINT:compression_in:MAX:%8.1lf %sBps",
"GPRINT:compression_in:AVERAGE:%8.1lf %sBps",
"GPRINT:compression_in:MIN:%8.1lf %sBps",
"GPRINT:compression_in:LAST:%8.1lf %sBps\\j",
"AREA:outgoingn#dd0000:".sprintf("%-23s",$Lang::tr{'outgoing traffic in bytes per second'}),
"GPRINT:outgoing:MAX:%8.1lf %sBps",
"GPRINT:outgoing:AVERAGE:%8.1lf %sBps",
"GPRINT:outgoing:MIN:%8.1lf %sBps",
"GPRINT:outgoing:LAST:%8.1lf %sBps\\j",
"STACK:overhead_outn#870C0C:".sprintf("%-23s",$Lang::tr{'outgoing overhead in bytes per second'}),
"GPRINT:overhead_out:MAX:%8.1lf %sBps",
"GPRINT:overhead_out:AVERAGE:%8.1lf %sBps",
"GPRINT:overhead_out:MIN:%8.1lf %sBps",
"GPRINT:overhead_out:LAST:%8.1lf %sBps\\j",
"LINE1:compression_outn#000000:".sprintf("%-23s",$Lang::tr{'outgoing compression in bytes per second'}),
"GPRINT:compression_out:MAX:%8.1lf %sBps",
"GPRINT:compression_out:AVERAGE:%8.1lf %sBps",
"GPRINT:compression_out:MIN:%8.1lf %sBps",
"GPRINT:compression_out:LAST:%8.1lf %sBps\\j",
);
$ERROR = RRDs::error;
return "Error in RRD::graph for ".$interface.": ".$ERROR."\n" if $ERROR;
}
# Generate the Firewall Graph for the current period of time for values given by collecd
sub updatefwhitsgraph {
my $period = $_[0];
if ( -e "$mainsettings{'RRDLOG'}/collectd/localhost/iptables-filter-HOSTILE_DROP/ipt_bytes-DROP_HOSTILE.rrd" ) {
RRDs::graph(
@GRAPH_ARGS,
"-",
"--start",
"-1".$period,
"-r",
"-t ".$Lang::tr{'firewall hits per'}." ".$Lang::tr{$period."-graph"},
"-v ".$Lang::tr{'bytes per second'},
"--color=SHADEA".$color{"color19"},
"--color=SHADEB".$color{"color19"},
"--color=BACK".$color{"color21"},
"DEF:output=".$mainsettings{'RRDLOG'}."/collectd/localhost/iptables-filter-POLICYOUT/ipt_bytes-DROP_OUTPUT.rrd:value:AVERAGE",
"DEF:input=".$mainsettings{'RRDLOG'}."/collectd/localhost/iptables-filter-POLICYIN/ipt_bytes-DROP_INPUT.rrd:value:AVERAGE",
"DEF:forward=".$mainsettings{'RRDLOG'}."/collectd/localhost/iptables-filter-POLICYFWD/ipt_bytes-DROP_FORWARD.rrd:value:AVERAGE",
"DEF:newnotsyn=".$mainsettings{'RRDLOG'}."/collectd/localhost/iptables-filter-NEWNOTSYN/ipt_bytes-DROP_NEWNOTSYN.rrd:value:AVERAGE",
"DEF:portscan=".$mainsettings{'RRDLOG'}."/collectd/localhost/iptables-filter-PSCAN/ipt_bytes-DROP_PScan.rrd:value:AVERAGE",
"DEF:spoofedmartian=".$mainsettings{'RRDLOG'}."/collectd/localhost/iptables-filter-SPOOFED_MARTIAN/ipt_bytes-DROP_SPOOFED_MARTIAN.rrd:value:AVERAGE",
"DEF:hostilein=".$mainsettings{'RRDLOG'}."/collectd/localhost/iptables-filter-HOSTILE_DROP_IN/ipt_bytes-DROP_HOSTILE.rrd:value:AVERAGE",
"DEF:hostileout=".$mainsettings{'RRDLOG'}."/collectd/localhost/iptables-filter-HOSTILE_DROP_OUT/ipt_bytes-DROP_HOSTILE.rrd:value:AVERAGE",
"DEF:hostilelegacy=".$mainsettings{'RRDLOG'}."/collectd/localhost/iptables-filter-HOSTILE_DROP/ipt_bytes-DROP_HOSTILE.rrd:value:AVERAGE",
# This creates a new combined hostile segment.
# Previously we did not split into incoming/outgoing, but we cannot go back in time. This CDEF will take the values
# from the old RRD database if it exists and if those values are UNKNOWN (time period after Hostile was split into In and Out),
# we replace them with the sum of IN + OUT.
"CDEF:hostile=hostilelegacy,UN,hostilein,hostileout,+,hostilelegacy,IF",
"COMMENT:".sprintf("%-26s",$Lang::tr{'caption'}),
"COMMENT:".sprintf("%15s",$Lang::tr{'maximal'}),
"COMMENT:".sprintf("%15s",$Lang::tr{'average'}),
"COMMENT:".sprintf("%14s",$Lang::tr{'minimal'}),
"COMMENT:".sprintf("%15s",$Lang::tr{'current'})."\\j",
"AREA:output".$color{"color25"}."A0:".sprintf("%-25s",$Lang::tr{'firewallhits'}." (OUTPUT)"),
"GPRINT:output:MAX:%8.1lf %sBps",
"GPRINT:output:AVERAGE:%8.1lf %sBps",
"GPRINT:output:MIN:%8.1lf %sBps",
"GPRINT:output:LAST:%8.1lf %sBps\\j",
"STACK:forward".$color{"color23"}."A0:".sprintf("%-25s",$Lang::tr{'firewallhits'}." (FORWARD)"),
"GPRINT:forward:MAX:%8.1lf %sBps",
"GPRINT:forward:AVERAGE:%8.1lf %sBps",
"GPRINT:forward:MIN:%8.1lf %sBps",
"GPRINT:forward:LAST:%8.1lf %sBps\\j",
"STACK:input".$color{"color24"}."A0:".sprintf("%-25s",$Lang::tr{'firewallhits'}." (INPUT)"),
"GPRINT:input:MAX:%8.1lf %sBps",
"GPRINT:input:AVERAGE:%8.1lf %sBps",
"GPRINT:input:MIN:%8.1lf %sBps",
"GPRINT:input:LAST:%8.1lf %sBps\\j",
"STACK:newnotsyn".$color{"color14"}."A0:".sprintf("%-25s","NewNotSYN"),
"GPRINT:newnotsyn:MAX:%8.1lf %sBps",
"GPRINT:newnotsyn:AVERAGE:%8.1lf %sBps",
"GPRINT:newnotsyn:MIN:%8.1lf %sBps",
"GPRINT:newnotsyn:LAST:%8.1lf %sBps\\j",
"STACK:portscan".$color{"color16"}."A0:".sprintf("%-25s",$Lang::tr{'portscans'}),
"GPRINT:portscan:MAX:%8.1lf %sBps",
"GPRINT:portscan:AVERAGE:%8.1lf %sBps",
"GPRINT:portscan:MIN:%8.1lf %sBps",
"GPRINT:portscan:LAST:%8.1lf %sBps\\j",
"STACK:spoofedmartian".$color{"color12"}."A0:".sprintf("%-25s",$Lang::tr{'spoofed or martians'}),
"GPRINT:spoofedmartian:MAX:%8.1lf %sBps",
"GPRINT:spoofedmartian:AVERAGE:%8.1lf %sBps",
"GPRINT:spoofedmartian:MIN:%8.1lf %sBps",
"GPRINT:spoofedmartian:LAST:%8.1lf %sBps\\j",
"STACK:hostilein".$color{"color13"}."A0:".sprintf("%-25s",$Lang::tr{'hostile networks in'}),
"GPRINT:hostilein:MAX:%8.1lf %sBps",
"GPRINT:hostilein:AVERAGE:%8.1lf %sBps",
"GPRINT:hostilein:MIN:%8.1lf %sBps",
"GPRINT:hostilein:LAST:%8.1lf %sBps\\j",
"STACK:hostileout".$color{"color25"}."A0:".sprintf("%-25s",$Lang::tr{'hostile networks out'}),
"GPRINT:hostileout:MAX:%8.1lf %sBps",
"GPRINT:hostileout:AVERAGE:%8.1lf %sBps",
"GPRINT:hostileout:MIN:%8.1lf %sBps",
"GPRINT:hostileout:LAST:%8.1lf %sBps\\j",
"LINE:hostile#000000A0:".sprintf("%-25s",$Lang::tr{'hostile networks total'}),
"GPRINT:hostile:MAX:%8.1lf %sBps",
"GPRINT:hostile:AVERAGE:%8.1lf %sBps",
"GPRINT:hostile:MIN:%8.1lf %sBps",
"GPRINT:hostile:LAST:%8.1lf %sBps\\j",
);
}else{
RRDs::graph(
@GRAPH_ARGS,
"-",
"--start",
"-1".$period,
"-r",
"-t ".$Lang::tr{'firewall hits per'}." ".$Lang::tr{$period."-graph"},
"-v ".$Lang::tr{'bytes per second'},
"--color=SHADEA".$color{"color19"},
"--color=SHADEB".$color{"color19"},
"--color=BACK".$color{"color21"},
"DEF:output=".$mainsettings{'RRDLOG'}."/collectd/localhost/iptables-filter-POLICYOUT/ipt_bytes-DROP_OUTPUT.rrd:value:AVERAGE",
"DEF:input=".$mainsettings{'RRDLOG'}."/collectd/localhost/iptables-filter-POLICYIN/ipt_bytes-DROP_INPUT.rrd:value:AVERAGE",
"DEF:forward=".$mainsettings{'RRDLOG'}."/collectd/localhost/iptables-filter-POLICYFWD/ipt_bytes-DROP_FORWARD.rrd:value:AVERAGE",
"DEF:newnotsyn=".$mainsettings{'RRDLOG'}."/collectd/localhost/iptables-filter-NEWNOTSYN/ipt_bytes-DROP_NEWNOTSYN.rrd:value:AVERAGE",
"DEF:portscan=".$mainsettings{'RRDLOG'}."/collectd/localhost/iptables-filter-PSCAN/ipt_bytes-DROP_PScan.rrd:value:AVERAGE",
"DEF:spoofedmartian=".$mainsettings{'RRDLOG'}."/collectd/localhost/iptables-filter-SPOOFED_MARTIAN/ipt_bytes-DROP_SPOOFED_MARTIAN.rrd:value:AVERAGE",
"DEF:hostilein=".$mainsettings{'RRDLOG'}."/collectd/localhost/iptables-filter-HOSTILE_DROP_IN/ipt_bytes-DROP_HOSTILE.rrd:value:AVERAGE",
"DEF:hostileout=".$mainsettings{'RRDLOG'}."/collectd/localhost/iptables-filter-HOSTILE_DROP_OUT/ipt_bytes-DROP_HOSTILE.rrd:value:AVERAGE",
# This creates a new combined hostile segment.
# If we started collecting IN/OUT, ie the old single Hostile RRD database is not available then this CDEF will take the values
# from the sum of IN + OUT.
"CDEF:hostile=hostilein,hostileout,+",
"COMMENT:".sprintf("%-26s",$Lang::tr{'caption'}),
"COMMENT:".sprintf("%15s",$Lang::tr{'maximal'}),
"COMMENT:".sprintf("%15s",$Lang::tr{'average'}),
"COMMENT:".sprintf("%14s",$Lang::tr{'minimal'}),
"COMMENT:".sprintf("%15s",$Lang::tr{'current'})."\\j",
"AREA:output".$color{"color25"}."A0:".sprintf("%-25s",$Lang::tr{'firewallhits'}." (OUTPUT)"),
"GPRINT:output:MAX:%8.1lf %sBps",
"GPRINT:output:AVERAGE:%8.1lf %sBps",
"GPRINT:output:MIN:%8.1lf %sBps",
"GPRINT:output:LAST:%8.1lf %sBps\\j",
"STACK:forward".$color{"color23"}."A0:".sprintf("%-25s",$Lang::tr{'firewallhits'}." (FORWARD)"),
"GPRINT:forward:MAX:%8.1lf %sBps",
"GPRINT:forward:AVERAGE:%8.1lf %sBps",
"GPRINT:forward:MIN:%8.1lf %sBps",
"GPRINT:forward:LAST:%8.1lf %sBps\\j",
"STACK:input".$color{"color24"}."A0:".sprintf("%-25s",$Lang::tr{'firewallhits'}." (INPUT)"),
"GPRINT:input:MAX:%8.1lf %sBps",
"GPRINT:input:AVERAGE:%8.1lf %sBps",
"GPRINT:input:MIN:%8.1lf %sBps",
"GPRINT:input:LAST:%8.1lf %sBps\\j",
"STACK:newnotsyn".$color{"color14"}."A0:".sprintf("%-25s","NewNotSYN"),
"GPRINT:newnotsyn:MAX:%8.1lf %sBps",
"GPRINT:newnotsyn:AVERAGE:%8.1lf %sBps",
"GPRINT:newnotsyn:MIN:%8.1lf %sBps",
"GPRINT:newnotsyn:LAST:%8.1lf %sBps\\j",
"STACK:portscan".$color{"color16"}."A0:".sprintf("%-25s",$Lang::tr{'portscans'}),
"GPRINT:portscan:MAX:%8.1lf %sBps",
"GPRINT:portscan:AVERAGE:%8.1lf %sBps",
"GPRINT:portscan:MIN:%8.1lf %sBps",
"GPRINT:portscan:LAST:%8.1lf %sBps\\j",
"STACK:spoofedmartian".$color{"color12"}."A0:".sprintf("%-25s",$Lang::tr{'spoofed or martians'}),
"GPRINT:spoofedmartian:MAX:%8.1lf %sBps",
"GPRINT:spoofedmartian:AVERAGE:%8.1lf %sBps",
"GPRINT:spoofedmartian:MIN:%8.1lf %sBps",
"GPRINT:spoofedmartian:LAST:%8.1lf %sBps\\j",
"STACK:hostilein".$color{"color13"}."A0:".sprintf("%-25s",$Lang::tr{'hostile networks in'}),
"GPRINT:hostilein:MAX:%8.1lf %sBps",
"GPRINT:hostilein:AVERAGE:%8.1lf %sBps",
"GPRINT:hostilein:MIN:%8.1lf %sBps",
"GPRINT:hostilein:LAST:%8.1lf %sBps\\j",
"STACK:hostileout".$color{"color25"}."A0:".sprintf("%-25s",$Lang::tr{'hostile networks out'}),
"GPRINT:hostileout:MAX:%8.1lf %sBps",
"GPRINT:hostileout:AVERAGE:%8.1lf %sBps",
"GPRINT:hostileout:MIN:%8.1lf %sBps",
"GPRINT:hostileout:LAST:%8.1lf %sBps\\j",
"LINE:hostile#000000A0:".sprintf("%-25s",$Lang::tr{'hostile networks total'}),
"GPRINT:hostile:MAX:%8.1lf %sBps",
"GPRINT:hostile:AVERAGE:%8.1lf %sBps",
"GPRINT:hostile:MIN:%8.1lf %sBps",
"GPRINT:hostile:LAST:%8.1lf %sBps\\j",
);
}
$ERROR = RRDs::error;
return "Error in RRD::graph for firewallhits: ".$ERROR."\n" if $ERROR;
}
# Generate the Line Quality Graph for the current period of time for values given by collecd
sub updatepinggraph {
my $period = $_[1];
my $host = $_[0];
RRDs::graph(
@GRAPH_ARGS,
"-",
"--start",
"-1".$period,
"-l 0",
"-r",
"-t ".$Lang::tr{'linkq'}." ".$host." ".$Lang::tr{'graph per'}." ".$Lang::tr{$period."-graph"},
"-v ms",
"--color=SHADEA".$color{"color19"},
"--color=SHADEB".$color{"color19"},
"--color=BACK".$color{"color21"},
"DEF:roundtrip=".$mainsettings{'RRDLOG'}."/collectd/localhost/ping/ping-".$host.".rrd:ping:AVERAGE",
"COMMENT:".sprintf("%-20s",$Lang::tr{'caption'})."\\j",
"CDEF:roundavg=roundtrip,PREV(roundtrip),+,2,/",
"CDEF:r0=roundtrip,30,MIN",
"CDEF:r1=roundtrip,70,MIN",
"CDEF:r2=roundtrip,150,MIN",
"CDEF:r3=roundtrip,300,MIN",
"AREA:roundtrip".$color{"color25"}."A0:>300 ms",
"AREA:r3".$color{"color18"}."A0:150-300 ms",
"AREA:r2".$color{"color14"}."A0:70-150 ms",
"AREA:r1".$color{"color17"}."A0:30-70 ms",
"AREA:r0".$color{"color12"}."A0:<30 ms\\j",
"COMMENT:$Lang::tr{'maximal'}",
"COMMENT:$Lang::tr{'average'}",
"COMMENT:$Lang::tr{'minimal'}","COMMENT:$Lang::tr{'current'}\\j",
"LINE1:roundtrip#707070:",
"GPRINT:roundtrip:MAX:%3.2lf ms",
"GPRINT:roundtrip:AVERAGE:%3.2lf ms",
"GPRINT:roundtrip:MIN:%3.2lf ms",
"GPRINT:roundtrip:LAST:%3.2lf ms\\j",
);
$ERROR = RRDs::error;
return "Error in RRD::graph for link quality: ".$ERROR."\n" if $ERROR;
}
sub updatewirelessgraph {
my $period = $_[1];
my $interface = $_[0];
RRDs::graph(
@GRAPH_ARGS,
"-",
"--start",
"-1".$period,
"-t Wireless ".$interface." ".$Lang::tr{'graph per'}." ".$Lang::tr{$period."-graph"},
"-v dBm",
"--color=SHADEA".$color{"color19"},
"--color=SHADEB".$color{"color19"},
"--color=BACK".$color{"color21"},
"DEF:noise=".$mainsettings{'RRDLOG'}."/collectd/localhost/wireless-".$interface."/signal_noise.rrd:value:AVERAGE",
"DEF:power=".$mainsettings{'RRDLOG'}."/collectd/localhost/wireless-".$interface."/signal_power.rrd:value:AVERAGE",
"COMMENT:".sprintf("%-20s",$Lang::tr{'caption'}),
"COMMENT:".sprintf("%15s",$Lang::tr{'maximal'}),
"COMMENT:".sprintf("%15s",$Lang::tr{'average'}),
"COMMENT:".sprintf("%15s",$Lang::tr{'minimal'}),
"COMMENT:".sprintf("%15s",$Lang::tr{'current'})."\\j",
"LINE1:noise".$color{"color11"}."A0:".sprintf("%-20s","Signal Noise Ratio"),
"GPRINT:noise:MAX:%5.1lf %sdBm",
"GPRINT:noise:AVERAGE:%5.1lf %sdBm",
"GPRINT:noise:MIN:%5.1lf %sdBm",
"GPRINT:noise:LAST:%5.1lf %sdBm\\j",
"LINE1:power".$color{"color12"}."A0:".sprintf("%-20s","Signal Power Ratio"),
"GPRINT:power:MAX:%5.1lf %sdBm",
"GPRINT:power:AVERAGE:%5.1lf %sdBm",
"GPRINT:power:MIN:%5.1lf %sdBm",
"GPRINT:power:LAST:%5.1lf %sdBm\\j",
);
$ERROR = RRDs::error;
return "Error in RRD::graph for wireless: ".$ERROR."\n" if $ERROR;
}
# Generate the HDD Temp Graph for the current period of time for values given by collecd and lm_sensors
sub updatehddgraph {
my $disk = $_[0];
my $period = $_[1];
RRDs::graph(
@GRAPH_ARGS,
"-",
"--start",
"-1".$period,
"-r",
"-t ".$disk." ".$Lang::tr{'harddisk temperature'}." ".$Lang::tr{'graph per'}." ".$Lang::tr{$period."-graph"},
"-v Celsius",
"--color=SHADEA".$color{"color19"},
"--color=SHADEB".$color{"color19"},
"--color=BACK".$color{"color21"},
"DEF:temperature=".$mainsettings{'RRDLOG'}."/hddtemp-$disk.rrd:temperature:AVERAGE",
"DEF:standby=".$mainsettings{'RRDLOG'}."/hddshutdown-$disk.rrd:standby:AVERAGE",
"CDEF:st=standby,INF,*",
"AREA:st".$color{"color20"}."A0:standby",
"LINE3:temperature".$color{"color11"}."A0:$Lang::tr{'hdd temperature in'} °C\\j",
"COMMENT:$Lang::tr{'maximal'}",
"COMMENT:$Lang::tr{'average'}",
"COMMENT:$Lang::tr{'minimal'}",
"COMMENT:$Lang::tr{'current'}\\j",
"GPRINT:temperature:MAX:%3.0lf °C",
"GPRINT:temperature:AVERAGE:%3.0lf °C",
"GPRINT:temperature:MIN:%3.0lf °C",
"GPRINT:temperature:LAST:%3.0lf °C\\j",
);
$ERROR = RRDs::error;
return "Error in RRD::graph for hdd-".$disk.": ".$ERROR."\n" if $ERROR;
}
# Generate the Temp Graph for the current period of time for values given by collecd and lm_sensors
sub updatehwtempgraph {
my $period = $_[0];
my @command = (
@GRAPH_ARGS,
"-",
"--start",
"-1".$period,
"-r",
"-t ".$Lang::tr{'mbmon temp'}." ".$Lang::tr{'graph per'}." ".$Lang::tr{$period."-graph"},
"-v Celsius",
"--color=SHADEA".$color{"color19"},
"--color=SHADEB".$color{"color19"},
"--color=BACK".$color{"color21"},
"COMMENT:".sprintf("%-29s",$Lang::tr{'caption'}),
"COMMENT:".sprintf("%15s",$Lang::tr{'maximal'}),
"COMMENT:".sprintf("%15s",$Lang::tr{'average'}),
"COMMENT:".sprintf("%15s",$Lang::tr{'minimal'}),
"COMMENT:".sprintf("%15s",$Lang::tr{'current'})."\\j"
);
foreach(@sensorsgraphs){
chomp($_);
if ( $_ =~ /temperature/ ) {
$_ =~ /\/(.*)sensors-(.*)\/(.*)\.rrd/;
my $label = $2.$3;$label=~ s/-//g;
if ( $sensorsettings{'LINE-'.$label} eq "off" ){next;}
push(@command,"DEF:".$sensorsettings{'LABEL-'.$label}."=".$_.":value:AVERAGE");
}
}
foreach(@sensorsgraphs){
chomp($_);
if ( $_ =~ /temperature/ ){
$_ =~ /\/(.*)sensors-(.*)\/(.*)\.rrd/;
my $label = $2.$3;$label=~ s/-//g;
if ( $sensorsettings{'LINE-'.$label} eq "off" ){next;}
push(@command,"LINE3:".$sensorsettings{'LABEL-'.$label}.random_hex_color(6)."A0:".sprintf("%-25s",$sensorsettings{'LABEL-'.$label}),"GPRINT:".$sensorsettings{'LABEL-'.$label}.":MAX:%3.2lf °C","GPRINT:".$sensorsettings{'LABEL-'.$label}.":AVERAGE:%3.2lf °C","GPRINT:".$sensorsettings{'LABEL-'.$label}.":MIN:%3.2lf °C","GPRINT:".$sensorsettings{'LABEL-'.$label}.":LAST:%3.2lf °C\\j",);
}
}
RRDs::graph (@command);
$ERROR = RRDs::error;
return "Error in RRD::graph for HDD Temp: ".$ERROR."\n" if $ERROR;
}
# Generate the Fan Graph for the current period of time for values given by collecd and lm_sensors
sub updatehwfangraph {
my $period = $_[0];
my @command = (
@GRAPH_ARGS,
"-",
"--start",
"-1".$period,
"-r",
"-t ".$Lang::tr{'mbmon fan'}." ".$Lang::tr{'graph per'}." ".$Lang::tr{$period."-graph"},
"--color=SHADEA".$color{"color19"},
"--color=SHADEB".$color{"color19"},
"--color=BACK".$color{"color21"},
"COMMENT:".sprintf("%-29s",$Lang::tr{'caption'}),
"COMMENT:".sprintf("%15s",$Lang::tr{'maximal'}),
"COMMENT:".sprintf("%15s",$Lang::tr{'average'}),
"COMMENT:".sprintf("%15s",$Lang::tr{'minimal'}),
"COMMENT:".sprintf("%15s",$Lang::tr{'current'})."\\j"
);
foreach(@sensorsgraphs){
chomp($_);
if ( $_ =~ /fanspeed/ ) {
$_ =~ /\/(.*)sensors-(.*)\/(.*)\.rrd/;
my $label = $2.$3;$label=~ s/-//g;
if ( $sensorsettings{'LINE-'.$label} eq "off" ){next;}
push(@command,"DEF:".$sensorsettings{'LABEL-'.$label}."=".$_.":value:AVERAGE");
}
}
foreach(@sensorsgraphs){
chomp($_);
if ( $_ =~ /fanspeed/ ){
$_ =~ /\/(.*)sensors-(.*)\/(.*)\.rrd/;
my $label = $2.$3;$label=~ s/-//g;
if ( $sensorsettings{'LINE-'.$label} eq "off" ){next;}
push(@command,"LINE3:".$sensorsettings{'LABEL-'.$label}.random_hex_color(6)."A0:".sprintf("%-25s",$sensorsettings{'LABEL-'.$label}),"GPRINT:".$sensorsettings{'LABEL-'.$label}.":MAX:%3.2lf RPM","GPRINT:".$sensorsettings{'LABEL-'.$label}.":AVERAGE:%3.2lf RPM","GPRINT:".$sensorsettings{'LABEL-'.$label}.":MIN:%3.2lf RPM","GPRINT:".$sensorsettings{'LABEL-'.$label}.":LAST:%3.2lf RPM\\j",);
}
}
RRDs::graph (@command);
$ERROR = RRDs::error;
return "Error in RRD::graph for Fan Speed: ".$ERROR."\n" if $ERROR;
}
# Generate the Voltage Graph for the current period of time for values given by collecd and lm_sensors
sub updatehwvoltgraph {
my $period = $_[0];
my @command = (
@GRAPH_ARGS,
"-",
"--start",
"-1".$period,
"-r",
"-t ".$Lang::tr{'mbmon volt'}." ".$Lang::tr{'graph per'}." ".$Lang::tr{$period."-graph"},
"--color=SHADEA".$color{"color19"},
"--color=SHADEB".$color{"color19"},
"--color=BACK".$color{"color21"},
"COMMENT:".sprintf("%-29s",$Lang::tr{'caption'}),
"COMMENT:".sprintf("%15s",$Lang::tr{'maximal'}),
"COMMENT:".sprintf("%15s",$Lang::tr{'average'}),
"COMMENT:".sprintf("%15s",$Lang::tr{'minimal'}),
"COMMENT:".sprintf("%15s",$Lang::tr{'current'})."\\j"
);
foreach(@sensorsgraphs){
chomp($_);
if ( $_ =~ /voltage/ ) {
$_ =~ /\/(.*)sensors-(.*)\/(.*)\.rrd/;
my $label = $2.$3;$label=~ s/-//g;
if ( $sensorsettings{'LINE-'.$label} eq "off" ){next;}
push(@command,"DEF:".$sensorsettings{'LABEL-'.$label}."=".$_.":value:AVERAGE");
}
}
foreach(@sensorsgraphs){
chomp($_);
if ( $_ =~ /voltage/ ){
$_ =~ /\/(.*)sensors-(.*)\/(.*)\.rrd/;
my $label = $2.$3;$label=~ s/-//g;
if ( $sensorsettings{'LINE-'.$label} eq "off" ){next;}
push(@command,"LINE3:".$sensorsettings{'LABEL-'.$label}.random_hex_color(6)."A0:".sprintf("%-25s",$sensorsettings{'LABEL-'.$label}),"GPRINT:".$sensorsettings{'LABEL-'.$label}.":MAX:%3.2lf V","GPRINT:".$sensorsettings{'LABEL-'.$label}.":AVERAGE:%3.2lf V","GPRINT:".$sensorsettings{'LABEL-'.$label}.":MIN:%3.2lf V","GPRINT:".$sensorsettings{'LABEL-'.$label}.":LAST:%3.2lf V\\j",);
}
}
RRDs::graph (@command);
$ERROR = RRDs::error;
return "Error in RRD::graph for Voltage: ".$ERROR."\n" if $ERROR;
}
# Generate the QoS Graph for the current period of time
sub updateqosgraph {
my $period = $_[1];
my %qossettings = ();
&General::readhash("${General::swroot}/qos/settings", \%qossettings);
my $classentry = "";
my @classes = ();
my @classline = ();
my $classfile = "/var/ipfire/qos/classes";
$qossettings{'DEV'} = $_[0];
if ( $qossettings{'DEV'} eq $qossettings{'RED_DEV'} ) {
$qossettings{'CLASSPRFX'} = '1';
} else {
$qossettings{'CLASSPRFX'} = '2';
}
my $ERROR="";
my $count="1";
my %colorMap = (); # maps traffic classes to graph colors
my @command = (
@GRAPH_ARGS,
"-",
"--start",
"-1".$period,
"-r",
"-t ".$Lang::tr{'Utilization on'}." (".$qossettings{'DEV'}.") ".$Lang::tr{'graph per'}." ".$Lang::tr{$period."-graph"},
"-v ".$Lang::tr{'bytes per second'},
"--color=SHADEA".$color{"color19"},
"--color=SHADEB".$color{"color19"},
"--color=BACK".$color{"color21"},
"COMMENT:".sprintf("%-28s",$Lang::tr{'caption'}),
"COMMENT:".sprintf("%15s",$Lang::tr{'maximal'}),
"COMMENT:".sprintf("%15s",$Lang::tr{'average'}),
"COMMENT:".sprintf("%15s",$Lang::tr{'minimal'}),
"COMMENT:".sprintf("%15s",$Lang::tr{'current'})."\\j"
);
open( FILE, "< $classfile" ) or die "Unable to read $classfile";
@classes = <FILE>;
close FILE;
foreach $classentry (sort @classes){
@classline = split( /\;/, $classentry );
# create class <-> color mapping
my $colorKey = uc $classline[8]; # upper case class name as key
if(! exists $colorMap{$colorKey}) {
# add missing color to table, use colors 11-25
my $colorIndex = 11 + ((scalar keys %colorMap) % 15);
$colorMap{$colorKey} = "$color{\"color$colorIndex\"}";
}
if ( $classline[0] eq $qossettings{'DEV'} ){
push(@command, "DEF:$classline[1]=$mainsettings{'RRDLOG'}/class_$qossettings{'CLASSPRFX'}-$classline[1]_$qossettings{'DEV'}.rrd:bytes:AVERAGE");
# get color to be used for this graph
my $graphColor = $colorMap{$colorKey};
if ($count eq "1") {
push(@command, "AREA:$classline[1]$graphColor:$Lang::tr{'Class'} $classline[1] -".sprintf("%15s",$classline[8]));
} else {
push(@command, "STACK:$classline[1]$graphColor:$Lang::tr{'Class'} $classline[1] -".sprintf("%15s",$classline[8]));
}
push(@command, "GPRINT:$classline[1]:MAX:%8.1lf %sBps"
, "GPRINT:$classline[1]:AVERAGE:%8.1lf %sBps"
, "GPRINT:$classline[1]:MIN:%8.1lf %sBps"
, "GPRINT:$classline[1]:LAST:%8.1lf %sBps\\j");
$count++;
}
}
RRDs::graph (@command);
$ERROR = RRDs::error;
return "Error in RRD::graph for qos device ".$qossettings{'DEV'}.": ".$ERROR."\n" if $ERROR;
}
# Generate the CPU Frequency Graph for the current period of time for values given by collectd an lm_sensors
sub updatecpufreqgraph {
my $cpucount = `ls -dA $mainsettings{'RRDLOG'}/collectd/localhost/cpu-*/ 2>/dev/null | wc -l`;
my $period = $_[0];
my @command = (
@GRAPH_ARGS,
"-",
"--start",
"-1".$period,
"-r",
"-t ".$Lang::tr{'cpu frequency per'}." ".$Lang::tr{$period."-graph"},
"-v MHz",
"--color=SHADEA".$color{"color19"},
"--color=SHADEB".$color{"color19"},
"--color=BACK".$color{"color21"},
"COMMENT:".sprintf("%-15s",$Lang::tr{'caption'}),
"COMMENT:".sprintf("%15s",$Lang::tr{'maximal'}),
"COMMENT:".sprintf("%15s",$Lang::tr{'average'}),
"COMMENT:".sprintf("%15s",$Lang::tr{'minimal'}),
"COMMENT:".sprintf("%15s",$Lang::tr{'current'})."\\j"
);
my $j = 11;
for(my $i = 0; $i < $cpucount; $i++) {
$j++; $j = 1 if $j > 20;
push(@command,"DEF:cpu".$i."_=".$mainsettings{'RRDLOG'}."/collectd/localhost/cpufreq/cpufreq-".$i.".rrd:value:AVERAGE"
,"CDEF:cpu".$i."=cpu".$i."_,1000000,/"
,"LINE1:cpu".$i.$color{"color$j"}."A0:cpu ".$i." "
,"GPRINT:cpu".$i.":MAX:%3.0lf Mhz"
,"GPRINT:cpu".$i.":AVERAGE:%3.0lf Mhz"
,"GPRINT:cpu".$i.":MIN:%3.0lf Mhz"
,"GPRINT:cpu".$i.":LAST:%3.0lf Mhz\\j");
}
RRDs::graph (@command);
$ERROR = RRDs::error;
return "Error in RRD::graph for cpu freq: ".$ERROR."\n" if $ERROR;
}
# Generate the Thermal Zone Temp CPU Graph
sub updatethermaltempgraph {
my $thermalcount = `ls -dA $mainsettings{'RRDLOG'}/collectd/localhost/thermal-thermal_zone* 2>/dev/null | wc -l`;
my $period = $_[0];
my @command = (
@GRAPH_ARGS,
"-",
"--start",
"-1".$period,
"-r",
"-t ".$Lang::tr{'acpitemp'}." ".$Lang::tr{'graph per'}." ".$Lang::tr{$period."-graph"},
"-v Celsius",
"--color=SHADEA".$color{"color19"},
"--color=SHADEB".$color{"color19"},
"--color=BACK".$color{"color21"},
"COMMENT:".sprintf("%-10s",$Lang::tr{'caption'}),
"COMMENT:".sprintf("%15s",$Lang::tr{'maximal'}),
"COMMENT:".sprintf("%15s",$Lang::tr{'average'}),
"COMMENT:".sprintf("%15s",$Lang::tr{'minimal'}),
"COMMENT:".sprintf("%15s",$Lang::tr{'current'})."\\j"
);
for(my $i = 0; $i < $thermalcount; $i++) {
my $j=$i+1;
push(@command,"DEF:temp".$i."_=".$mainsettings{'RRDLOG'}."/collectd/localhost/thermal-thermal_zone".$i."/temperature-temperature.rrd:value:AVERAGE"
,"CDEF:temp".$i."=temp".$i."_,1,/"
,"LINE3:temp".$i.$color{"color1$j"}."A0:Temp ".$i." "
,"GPRINT:temp".$i.":MAX:%3.0lf °C"
,"GPRINT:temp".$i.":AVERAGE:%3.0lf °C"
,"GPRINT:temp".$i.":MIN:%3.0lf °C"
,"GPRINT:temp".$i.":LAST:%3.0lf °C\\j");
}
RRDs::graph (@command);
$ERROR = RRDs::error;
return "Error in RRD::graph for thermal temp: ".$ERROR."\n" if $ERROR;
}
# Generate a random color, used by Qos Graph to be independent from the amount of values
sub random_hex_color {
my $size = shift;
$size = 6 if $size !~ /^3|6$/;
my @hex = ( 0 .. 9, 'a' .. 'f' );
my @color;
push @color, @hex[rand(@hex)] for 1 .. $size;
return join('', '#', @color);
}
sub getprocesses {
my @processesgraph = `ls -dA $mainsettings{'RRDLOG'}/collectd/localhost/processes-*/ 2>/dev/null`;
return @processesgraph;
}
sub updateconntrackgraph {
my $period = $_[0];
my @command = (
@GRAPH_ARGS,
"-",
"--start",
"-1" . $period,
"-r",
"--lower-limit","0",
"-t $Lang::tr{'connection tracking'}",
"-v $Lang::tr{'open connections'}",
"DEF:conntrack=$mainsettings{'RRDLOG'}/collectd/localhost/conntrack/conntrack.rrd:entropy:AVERAGE",
"LINE3:conntrack#ff0000:" . sprintf("%-15s", $Lang::tr{'open connections'}),
"VDEF:ctmin=conntrack,MINIMUM",
"VDEF:ctmax=conntrack,MAXIMUM",
"VDEF:ctavg=conntrack,AVERAGE",
"GPRINT:ctmax:" . sprintf("%15s\\: %%5.0lf", $Lang::tr{'maximum'}),
"GPRINT:ctmin:" . sprintf("%15s\\: %%5.0lf", $Lang::tr{'minimum'}),
"GPRINT:ctavg:" . sprintf("%15s\\: %%5.0lf", $Lang::tr{'average'}) . "\\n",
"--color=BACK" . $color{"color21"},
);
RRDs::graph(@command);
$ERROR = RRDs::error;
return "Error in RRD::Graph for conntrack: " . $ERROR . "\n" if $ERROR;
}
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