mirror of https://github.com/mikaku/Monitorix.git
782 lines
26 KiB
Perl
782 lines
26 KiB
Perl
#
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# Monitorix - A lightweight system monitoring tool.
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#
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# Copyright (C) 2005-2022 by Jordi Sanfeliu <jordi@fibranet.cat>
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#
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# This program is free software; you can redistribute it and/or modify
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# it under the terms of the GNU General Public License as published by
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# the Free Software Foundation; either version 2 of the License, or
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# (at your option) any later version.
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#
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# This program is distributed in the hope that it will be useful,
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# but WITHOUT ANY WARRANTY; without even the implied warranty of
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# MERCHANTABILITY or FITNESS FOR A PARTICULAR PURPOSE. See the
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# GNU General Public License for more details.
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#
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# You should have received a copy of the GNU General Public License along
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# with this program; if not, write to the Free Software Foundation, Inc.,
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# 51 Franklin Street, Fifth Floor, Boston, MA 02110-1301 USA.
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#
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package amdenergy;
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use strict;
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use warnings;
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use Monitorix;
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use RRDs;
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use POSIX;
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use Time::HiRes;
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use Cwd 'abs_path';
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use File::Basename;
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use Exporter 'import';
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our @EXPORT = qw(amdenergy_init amdenergy_update amdenergy_cgi);
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my $core_identifier = "Ecore";
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my $socket_identifier = "Esocket";
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my $epoc_identifier = "last_epoc";
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my $cpu_list_delimiter = ",";
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my $number_of_additional_values = 6; # Changing this value will destroy history.
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my $number_of_additional_values_in_use = 1;
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my $socket_offset = 0;
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sub round {
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my ($float) = @_;
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return int($float + $float/abs($float*2 || 1));
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}
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sub hue_to_rgb {
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my ($p, $q, $t) = @_;
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if($t < 0) {
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$t += 1;
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}
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if($t > 1) {
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$t -= 1;
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}
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if($t < 1/6) {
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return $p + ($q - $p) * 6 * $t;
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}
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if($t < 1/2) {
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return $q;
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}
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if($t < 2/3) {
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return $p + ($q - $p) * (2/3 - $t) * 6;
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}
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return $p;
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}
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sub hsl_to_rgb {
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my ($H, $S, $L) = @_;
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my $h = $H/360;
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my $s = $S/100;
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my $l = $L/100;
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my ($r, $g, $b);
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if($s == 0) {
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$r = $g = $b = $l;
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} else {
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my $q = $l < 0.5 ? $l * (1 + $s) : $l + $s - $l * $s;
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my $p = 2 * $l - $q;
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$r = hue_to_rgb($p, $q, $h + 1/3);
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$g = hue_to_rgb($p, $q, $h);
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$b = hue_to_rgb($p, $q, $h - 1/3);
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}
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return (round($r * 255), round($g * 255), round($b * 255));
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}
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sub line_color {
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my ($n, @LC) = @_;
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if ($n < scalar(@LC)) {
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return $LC[$n];
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}
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my $h_step = 31;
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my $h_min = ($n-1) * $h_step;
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my $h_max = $h_min + $h_step;
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my ($r,$g,$b) = hsl_to_rgb($n*($h_max-$h_min)+$h_min, 100, 50);
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return sprintf("#%02x%02x%02x",$r,$g,$b);
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}
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sub measure {
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my ($myself, $config, $amdenergy) = @_;
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my $use_nan_for_missing_data = lc($amdenergy->{use_nan_for_missing_data} || "") eq "y" ? 1 : 0;
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my @sensors_all;
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my $rrdata = "N";
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foreach my $k (sort keys %{$amdenergy->{list}}) {
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my @cpu_group = split($cpu_list_delimiter, $amdenergy->{list}->{$k});
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for(my $n = 0; $n < scalar(@cpu_group); $n++) {
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my $str = trim($cpu_group[$n]);
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my $number_of_cores = $amdenergy->{number_of_cores}->{$str};
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if (!defined($number_of_cores)) {
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logger("$myself: ERROR: unable to find number_of_cores for key: '" . $str. "'. Please add this key to the config file.");
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return $rrdata;
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}
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my @sensors = ($use_nan_for_missing_data ? (0+"nan") : 0) x ($number_of_cores + $number_of_additional_values);
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my @data;
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if(open(IN, $amdenergy->{cmd} . " " . $str . " |")) {
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@data = <IN>;
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close(IN);
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} else {
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logger("$myself: WARNING: unable to execute '" . $amdenergy->{cmd} . "' command.");
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}
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my $last_epoc = ($config->{amdenergy_hist}->{$k}->{$str}->{$epoc_identifier} || 0);
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my $epoc = Time::HiRes::time();
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$config->{amdenergy_hist}->{$k}->{$str}->{$epoc_identifier} = $epoc;
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my $socket_index;
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my $i_core = 0;
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for(my $l = 0; $l < scalar(@data); $l++) {
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if (index($data[$l], $core_identifier) != -1) {
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my (undef, $tmp) = split(':', $data[$l+1]);
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chomp($tmp);
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$tmp = trim($tmp);
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my $last_core_energy = ($config->{amdenergy_hist}->{$k}->{$str}->{$core_identifier . $i_core} || 0);
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my $core_energy = $tmp;
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$config->{amdenergy_hist}->{$k}->{$str}->{$core_identifier . $i_core} = $core_energy;
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if ($last_epoc ne 0 && $core_energy >= $last_core_energy) {
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$sensors[$i_core] = ($core_energy - $last_core_energy) / ($epoc - $last_epoc); # Conversion from Joule to Watt during the time interval.
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}
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$i_core++;
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$l++;
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}
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if (index($data[$l], $socket_identifier) != -1) {
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my (undef, $tmp) = split(':', $data[$l+1]);
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chomp($tmp);
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$tmp = trim($tmp);
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my $last_socket_energy = ($config->{amdenergy_hist}->{$k}->{$str}->{$socket_identifier . ($number_of_cores + $socket_offset)} || 0);
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my $socket_energy = $tmp;
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$config->{amdenergy_hist}->{$k}->{$str}->{$socket_identifier . $i_core} = $socket_energy;
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if ($last_epoc ne 0 && $socket_energy >= $last_socket_energy) {
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$sensors[($number_of_cores + $socket_offset)] = ($socket_energy - $last_socket_energy) / ($epoc - $last_epoc); # Conversion from Joule to Watt during the time interval.
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$socket_index = ($number_of_cores + $socket_offset);
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}
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$l++;
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}
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}
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push(@sensors_all, @sensors);
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if(defined($socket_index) && defined($amdenergy->{alerts}) && lc($amdenergy->{alerts}->{socketpower_enabled}) eq "y") {
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my $sensorIndex = $socket_index;
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$config->{amdenergy_hist_alert1}->{$n} = 0 if(!$config->{amdenergy_hist_alert1}->{$n});
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if($sensors[$sensorIndex] >= $amdenergy->{alerts}->{socketpower_threshold} && $config->{amdenergy_hist_alert1}->{$n} < $sensors[$sensorIndex]) {
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if(-x $amdenergy->{alerts}->{socketpower_script}) {
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logger("$myself: ALERT: executing script '$amdenergy->{alerts}->{socketpower_script}'.");
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system($amdenergy->{alerts}->{socketpower_script} . " " .$amdenergy->{alerts}->{socketpower_timeintvl} . " " . $amdenergy->{alerts}->{socketpower_threshold} . " " . $sensors[$sensorIndex]);
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} else {
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logger("$myself: ERROR: script '$amdenergy->{alerts}->{socketpower_script}' doesn't exist or don't has execution permissions.");
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}
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$config->{amdenergy_hist_alert1}->{$n} = $sensors[$sensorIndex];
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}
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}
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}
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}
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foreach(@sensors_all) {
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$rrdata .= ":$_";
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}
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return $rrdata;
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}
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sub amdenergy_init {
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my $myself = (caller(0))[3];
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my ($package, $config, $debug) = @_;
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my $rrd = $config->{base_lib} . $package . ".rrd";
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my $amdenergy = $config->{amdenergy};
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my $info;
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my @ds;
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my @rra;
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my @tmp;
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my $n;
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my @average;
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my @min;
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my @max;
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my @last;
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if(grep {$_ eq $config->{os}} ("FreeBSD", "OpenBSD", "NetBSD")) {
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logger("$myself is not supported yet by your operating system ($config->{os}).");
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return;
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}
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if(!defined($config->{amdenergy}->{cmd})) {
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$config->{amdenergy}->{cmd} = "sensors -u";
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}
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# checks if binary does exists.
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if(!open(IN, $amdenergy->{cmd} . " |")) {
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logger("$myself: unable to execute '" . $amdenergy->{cmd} . "'. $!");
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return;
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}
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close(IN);
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if(-e $rrd) {
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my $rrd_n_cpu = 0;
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my $rrd_n_cpu_times_n_values = 0;
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my $rrd_n_cpu_times_n_additional_values = 0;
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my $rrd_n_list_item = 0;
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my $rrd_n_cores = 0;
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$info = RRDs::info($rrd);
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for my $key (keys %$info) {
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if(index($key, 'ds[') == 0) {
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if(index($key, '.type') != -1) {
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push(@ds, substr($key, 3, index($key, ']') - 3));
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}
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if(index($key, '_val0].index') != -1) {
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$rrd_n_cpu += 1;
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if(index($key, 'cpu0_val0].index') != -1) {
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$rrd_n_list_item += 1;
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}
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}
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if(index($key, '.index') != -1) {
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$rrd_n_cpu_times_n_values += 1;
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}
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if(index($key, 'add].index') != -1) {
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$rrd_n_cpu_times_n_additional_values += 1;
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}
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}
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if(index($key, 'rra[') == 0) {
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if(index($key, '.rows') != -1) {
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push(@rra, substr($key, 4, index($key, ']') - 4));
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}
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}
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}
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my $total_number_of_cpus = 0;
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my $total_number_of_cores = 0;
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foreach my $k (sort keys %{$amdenergy->{list}}) {
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my @cpu_group = split($cpu_list_delimiter, $amdenergy->{list}->{$k});
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$total_number_of_cpus += scalar(@cpu_group);
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for(my $n = 0; $n < scalar(@cpu_group); $n++) {
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my $str = trim($cpu_group[$n]);
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my $number_of_cores = $amdenergy->{number_of_cores}->{$str};
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if (!defined($number_of_cores)) {
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logger("$myself: ERROR: unable to find number_of_cores for key: '" . $str. "'. Please add this key to the config file.");
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return;
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}
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$total_number_of_cores += $number_of_cores;
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}
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}
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if($rrd_n_list_item != keys(%{$amdenergy->{list}})) {
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logger("$myself: Detected size mismatch between <list>...</list> (" . keys(%{$amdenergy->{list}}) . ") and $rrd (" . $rrd_n_list_item . "). Resizing it accordingly. All historical data will be lost. Backup file created.");
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rename($rrd, "$rrd.bak");
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}
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if(($rrd_n_cpu_times_n_additional_values / $rrd_n_cpu) != $number_of_additional_values) {
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logger("$myself: Detected mismatch between number_of_additional_values (" . $number_of_additional_values . ") and $rrd (" . ($rrd_n_cpu_times_n_additional_values / $rrd_n_cpu) . "). Resizing it accordingly. All historical data will be lost. Backup file created.");
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rename($rrd, "$rrd.bak");
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}
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if($rrd_n_cpu != $total_number_of_cpus) {
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logger("$myself: Detected size mismatch between total number of CPUs (" . $total_number_of_cpus . ") and $rrd (" . $rrd_n_cpu . "). Resizing it accordingly. All historical data will be lost. Backup file created.");
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rename($rrd, "$rrd.bak");
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}
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if(($rrd_n_cpu_times_n_values -$rrd_n_cpu_times_n_additional_values) != $total_number_of_cores) {
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logger("$myself: Detected mismatch between total number of cores (" . $total_number_of_cores . ") and $rrd (" . ($rrd_n_cpu_times_n_values -$rrd_n_cpu_times_n_additional_values) . "). Resizing it accordingly. All historical data will be lost. Backup file created.");
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rename($rrd, "$rrd.bak");
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}
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if(scalar(@rra) < 12 + (4 * $config->{max_historic_years})) {
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logger("$myself: Detected size mismatch between 'max_historic_years' (" . $config->{max_historic_years} . ") and $rrd (" . ((scalar(@rra) -12) / 4) . "). Resizing it accordingly. All historical data will be lost. Backup file created.");
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rename($rrd, "$rrd.bak");
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}
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}
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if(!(-e $rrd)) {
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logger("Creating '$rrd' file.");
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for($n = 1; $n <= $config->{max_historic_years}; $n++) {
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push(@average, "RRA:AVERAGE:0.5:1440:" . (365 * $n));
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push(@min, "RRA:MIN:0.5:1440:" . (365 * $n));
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push(@max, "RRA:MAX:0.5:1440:" . (365 * $n));
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push(@last, "RRA:LAST:0.5:1440:" . (365 * $n));
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}
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for(my $k = 0; $k < keys(%{$amdenergy->{list}}); $k++) {
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my @cpu_group = split($cpu_list_delimiter, $amdenergy->{list}->{$k});
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for($n = 0; $n < scalar(@cpu_group); $n++) {
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my $str = trim($cpu_group[$n]);
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my $number_of_cores = $amdenergy->{number_of_cores}->{$str};
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for(my $n_sensor = 0; $n_sensor < $number_of_cores; $n_sensor++) {
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push(@tmp, "DS:en" . $k . "_cpu" . $n . "_val" . $n_sensor . ":GAUGE:120:0:U");
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}
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for(my $n_sensor = 0; $n_sensor < $number_of_additional_values; $n_sensor++) {
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push(@tmp, "DS:en" . $k . "_cpu" . $n . "_" . $n_sensor . "add" . ":GAUGE:120:0:U");
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}
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}
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}
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eval {
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RRDs::create($rrd,
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"--step=60",
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@tmp,
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"RRA:AVERAGE:0.5:1:1440",
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"RRA:AVERAGE:0.5:30:336",
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"RRA:AVERAGE:0.5:60:744",
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@average,
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"RRA:MIN:0.5:1:1440",
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"RRA:MIN:0.5:30:336",
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"RRA:MIN:0.5:60:744",
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@min,
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"RRA:MAX:0.5:1:1440",
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"RRA:MAX:0.5:30:336",
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"RRA:MAX:0.5:60:744",
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@max,
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"RRA:LAST:0.5:1:1440",
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"RRA:LAST:0.5:30:336",
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"RRA:LAST:0.5:60:744",
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@last,
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);
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};
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my $err = RRDs::error;
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if($@ || $err) {
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logger("$@") unless !$@;
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if($err) {
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logger("ERROR: while creating $rrd: $err");
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if($err eq "RRDs::error") {
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logger("... is the RRDtool Perl package installed?");
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}
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}
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return;
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}
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}
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# check dependencies
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if(defined($amdenergy->{alerts}) && lc($amdenergy->{alerts}->{socketpower_enabled} || "") eq "y") {
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if(! -x $amdenergy->{alerts}->{socketpower_script}) {
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logger("$myself: ERROR: script '$amdenergy->{alerts}->{socketpower_script}' doesn't exist or don't has execution permissions.");
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}
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}
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$config->{amdenergy_hist_alert1} = ();
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$config->{amdenergy_hist} = ();
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push(@{$config->{func_update}}, $package);
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measure($myself, $config, $amdenergy);
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logger("$myself: Ok") if $debug;
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}
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sub amdenergy_update {
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my $myself = (caller(0))[3];
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my ($package, $config, $debug) = @_;
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my $rrd = $config->{base_lib} . $package . ".rrd";
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my $amdenergy = $config->{amdenergy};
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my $rrdata = measure($myself, $config, $amdenergy);
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RRDs::update($rrd, $rrdata);
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logger("$myself: $rrdata") if $debug;
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my $err = RRDs::error;
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logger("ERROR: while updating $rrd: $err") if $err;
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}
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sub amdenergy_cgi {
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my ($package, $config, $cgi) = @_;
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my @output;
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my $amdenergy = $config->{amdenergy};
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my @rigid = split(',', ($amdenergy->{rigid} || ""));
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my @limit = split(',', ($amdenergy->{limit} || ""));
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my $tf = $cgi->{tf};
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my $colors = $cgi->{colors};
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my $graph = $cgi->{graph};
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my $silent = $cgi->{silent};
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my $zoom = $config->{global_zoom};
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my %rrd = (
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'new' => \&RRDs::graphv,
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'old' => \&RRDs::graph,
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);
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my $version = "new";
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my @full_size_mode;
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my $pic;
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my $picz;
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my $picz_width;
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my $picz_height;
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my $u = "";
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my $width;
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my $height;
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my @extra;
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my @riglim;
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my @IMG;
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my @IMGz;
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my @tmp;
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my @tmpz;
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my @CDEF;
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my $n;
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my $n2;
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my $e;
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my $e2;
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my $str;
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my $err;
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my @LC = (
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"#44EE44",
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"#44EEEE",
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"#a600ff",
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"#4444EE",
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);
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my @LC2 = (
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"#ff9100",
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"#448844",
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"#EE4444",
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"#EE44EE",
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);
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$version = "old" if $RRDs::VERSION < 1.3;
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push(@full_size_mode, "--full-size-mode") if $RRDs::VERSION > 1.3;
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|
my $rrd = $config->{base_lib} . $package . ".rrd";
|
|
my $title = $config->{graph_title}->{$package};
|
|
my $IMG_DIR = $config->{base_dir} . "/" . $config->{imgs_dir};
|
|
my $imgfmt_uc = uc($config->{image_format});
|
|
my $imgfmt_lc = lc($config->{image_format});
|
|
foreach my $i (split(',', $config->{rrdtool_extra_options} || "")) {
|
|
push(@extra, trim($i)) if trim($i);
|
|
}
|
|
|
|
$title = !$silent ? $title : "";
|
|
my $gap_on_all_nan = lc($amdenergy->{gap_on_all_nan} || "") eq "y" ? 1 : 0;
|
|
|
|
# text mode
|
|
#
|
|
if(lc($config->{iface_mode}) eq "text") {
|
|
if($title) {
|
|
push(@output, main::graph_header($title, 2));
|
|
push(@output, " <tr>\n");
|
|
push(@output, " <td>\n");
|
|
}
|
|
my (undef, undef, undef, $data) = RRDs::fetch("$rrd",
|
|
"--resolution=$tf->{res}",
|
|
"--start=-$tf->{nwhen}$tf->{twhen}",
|
|
"AVERAGE");
|
|
$err = RRDs::error;
|
|
push(@output, "ERROR: while fetching $rrd: $err\n") if $err;
|
|
my $line1;
|
|
my $line2;
|
|
my $line3;
|
|
push(@output, " <pre style='font-size: 12px; color: $colors->{fg_color}';>\n");
|
|
foreach my $k (sort keys %{$amdenergy->{list}}) {
|
|
my @cpu_group = split($cpu_list_delimiter, $amdenergy->{list}->{$k});
|
|
for($n = 0; $n < scalar(@cpu_group); $n++) {
|
|
$str = sprintf(" AMD energy cpu %d ", $n + 1);
|
|
$line1 .= $str;
|
|
$str = sprintf(" Sensor values ");
|
|
$line2 .= $str;
|
|
$line3 .= "----------------------";
|
|
}
|
|
}
|
|
push(@output, " $line1\n");
|
|
push(@output, "Time $line2\n");
|
|
push(@output, "-----$line3\n");
|
|
my $line;
|
|
my @row;
|
|
my $time;
|
|
my $from;
|
|
my $to;
|
|
for($n = 0, $time = $tf->{tb}; $n < ($tf->{tb} * $tf->{ts}); $n++) {
|
|
$line = @$data[$n];
|
|
$time = $time - (1 / $tf->{ts});
|
|
push(@output, sprintf(" %2d$tf->{tc} ", $time));
|
|
$e = 0;
|
|
foreach my $k (sort keys %{$amdenergy->{list}}) {
|
|
my @cpu_group = split($cpu_list_delimiter, $amdenergy->{list}->{$k});
|
|
|
|
for($n2 = 0; $n2 < scalar(@cpu_group); $n2++) {
|
|
my $str = trim($cpu_group[$n2]);
|
|
my $number_of_cores = $amdenergy->{number_of_cores}->{$str};
|
|
my $number_of_values_per_cpu_in_rrd = $number_of_cores + $number_of_additional_values_in_use;
|
|
$from = ($e * scalar(@cpu_group) * $number_of_values_per_cpu_in_rrd) + ($n2 * $number_of_values_per_cpu_in_rrd);
|
|
$to = $from + 1;
|
|
my @sensor_values = @$line[$from..$to];
|
|
@row = (celsius_to($config, $sensor_values[0]), @sensor_values[1, -1]);
|
|
my $format_string = "%7.0f" x scalar(@row);
|
|
push(@output, sprintf(" " . $format_string. " ", @row));
|
|
}
|
|
$e++;
|
|
}
|
|
push(@output, "\n");
|
|
}
|
|
push(@output, " </pre>\n");
|
|
if($title) {
|
|
push(@output, " </td>\n");
|
|
push(@output, " </tr>\n");
|
|
push(@output, main::graph_footer());
|
|
}
|
|
push(@output, " <br>\n");
|
|
return @output;
|
|
}
|
|
|
|
|
|
# graph mode
|
|
#
|
|
if($silent eq "yes" || $silent eq "imagetag") {
|
|
$zoom = 1; # force 'global_zoom' to 1 in Multihost viewer
|
|
$colors->{fg_color} = "#000000"; # visible color for text mode
|
|
$u = "_";
|
|
}
|
|
if($silent eq "imagetagbig") {
|
|
$zoom = 1; # force 'global_zoom' to 1 in Multihost viewer
|
|
$colors->{fg_color} = "#000000"; # visible color for text mode
|
|
$u = "";
|
|
}
|
|
my $global_zoom = "--zoom=" . $zoom;
|
|
|
|
my $plots_per_list_item = 1;
|
|
foreach my $k (sort keys %{$amdenergy->{list}}) {
|
|
for($n = 0; $n < $plots_per_list_item; $n++) {
|
|
$str = $u . $package . $k . $n . "." . $tf->{when} . ".$imgfmt_lc";
|
|
push(@IMG, $str);
|
|
unlink("$IMG_DIR" . $str);
|
|
if(lc($config->{enable_zoom}) eq "y") {
|
|
$str = $u . $package . $k . $n . "z." . $tf->{when} . ".$imgfmt_lc";
|
|
push(@IMGz, $str);
|
|
unlink("$IMG_DIR" . $str);
|
|
}
|
|
}
|
|
}
|
|
|
|
$e = 0;
|
|
foreach my $k (sort keys %{$amdenergy->{list}}) {
|
|
my @cpu_group = split($cpu_list_delimiter, $amdenergy->{list}->{$k});
|
|
if($title && $e == 0) {
|
|
push(@output, main::graph_header($title, 1));
|
|
push(@output, " <tr>\n");
|
|
push(@output, " <td>\n");
|
|
}
|
|
|
|
my $n_plot = 0;
|
|
@riglim = @{setup_riglim($rigid[$n_plot], $limit[$n_plot])};
|
|
undef(@tmp);
|
|
undef(@tmpz);
|
|
undef(@CDEF);
|
|
for($n = 0; $n < scalar(@cpu_group); $n += 1) {
|
|
my $dstr = trim($cpu_group[$n]);
|
|
my $core_string = $dstr;
|
|
my $base = "";
|
|
$dstr =~ s/^\"//;
|
|
$dstr =~ s/\"$//;
|
|
|
|
if($base && defined($amdenergy->{map}->{$base})) {
|
|
$dstr = $amdenergy->{map}->{$base};
|
|
} else {
|
|
if(defined($amdenergy->{map}->{$dstr})) {
|
|
$dstr = $amdenergy->{map}->{$dstr};
|
|
}
|
|
}
|
|
$str = $dstr;
|
|
|
|
my $legend_label_format = "%7.2lf";
|
|
my $value_transformation = "";
|
|
|
|
my $cpu_label_size = 53;
|
|
my $cpu_label = sprintf("%-" . $cpu_label_size . "s", $str);
|
|
my $cpu_label_empty = sprintf("%-" . $cpu_label_size . "s", "");
|
|
|
|
my $number_of_cores = $amdenergy->{number_of_cores}->{$core_string};
|
|
|
|
my $socket_name = "cpu" . $n . "_" . $socket_offset . "add";
|
|
|
|
my $core_sum_name = "core_sum". $n;
|
|
my $cdef_core_sum = "CDEF:" . $core_sum_name . "=";
|
|
|
|
for(my $i_core = 0; $i_core < $number_of_cores; $i_core++) {
|
|
my $value_name = "cpu" . $n . "_val" . $i_core;
|
|
my $hex_transparancy = "E6";
|
|
my ($r,$g,$b);
|
|
if ($n == 0) {
|
|
($r,$g,$b) = (46, $i_core/$number_of_cores*255, 255);
|
|
} else {
|
|
my $h_step = 61;
|
|
my $h_min = ($n-1) * $h_step;
|
|
my $h_max = $h_min + $h_step;
|
|
($r,$g,$b) = hsl_to_rgb($i_core/$number_of_cores*($h_max-$h_min)+$h_min, 100, 50);
|
|
}
|
|
my $hex_color = sprintf("#%02x%02x%02x",$r,$g,$b) . $hex_transparancy;
|
|
|
|
if ($i_core != 0) {
|
|
$cdef_core_sum .= ",";
|
|
}
|
|
$cdef_core_sum .= $value_name;
|
|
push(@CDEF, "CDEF:trans_" . $value_name . "=" . $value_name . $value_transformation);
|
|
|
|
my $legend_label = "";
|
|
if ($i_core == 0) {
|
|
$legend_label = "-\\g";
|
|
} elsif ($i_core + 1 == $number_of_cores) {
|
|
$legend_label = "Cores 0-".$i_core;
|
|
}
|
|
|
|
if ($i_core == 0) {
|
|
push(@tmp, "COMMENT:" . $cpu_label);
|
|
}
|
|
push(@tmp, "AREA:trans_" . $value_name . $hex_color . ":" . $legend_label . (($i_core == 0) ? "" : ":STACK"));
|
|
push(@tmpz, "AREA:trans_" . $value_name . $hex_color . ":" . $legend_label . (($i_core == 0) ? "" : ":STACK"));
|
|
}
|
|
|
|
$cdef_core_sum .= ",+" x ($number_of_cores-1);
|
|
push(@CDEF, $cdef_core_sum);
|
|
push(@CDEF, "CDEF:trans_" . $core_sum_name . "=" . $core_sum_name . $value_transformation);
|
|
|
|
push(@tmp, "GPRINT:trans_" . $core_sum_name . ":LAST: Sum\\:" . $legend_label_format);
|
|
push(@tmp, "GPRINT:trans_" . $core_sum_name . ":AVERAGE:Average\\:" . $legend_label_format);
|
|
push(@tmp, "GPRINT:trans_" . $core_sum_name . ":MIN:Min\\:" . $legend_label_format);
|
|
push(@tmp, "GPRINT:trans_" . $core_sum_name . ":MAX:Max\\:" . $legend_label_format . "\\n");
|
|
|
|
my $socket_overhead_name = "socket_overhead". $n;
|
|
my $cdef_socket_overhead = "CDEF:" . $socket_overhead_name . "=" . $socket_name . "," . $core_sum_name . ",-";
|
|
push(@CDEF, $cdef_socket_overhead);
|
|
|
|
my $hex_color = line_color($n, @LC2);
|
|
|
|
my $number_of_cores_digits = length($number_of_cores-1);
|
|
my $legend_size = 10 + $number_of_cores_digits;
|
|
|
|
my $socket_overhead_label = sprintf("%-" . $legend_size . "s", "Non-Core");
|
|
|
|
push(@CDEF, "CDEF:trans_" . $socket_overhead_name . "=" . $socket_overhead_name . $value_transformation);
|
|
|
|
push(@tmp, "COMMENT:". $cpu_label_empty);
|
|
|
|
push(@tmp, "LINE1:trans_" . $socket_overhead_name . $hex_color . ":" . $socket_overhead_label);
|
|
push(@tmpz, "LINE1:trans_" . $socket_overhead_name . $hex_color . ":" . $socket_overhead_label);
|
|
|
|
push(@tmp, "GPRINT:trans_" . $socket_overhead_name . ":LAST: Current\\:" . $legend_label_format);
|
|
push(@tmp, "GPRINT:trans_" . $socket_overhead_name . ":AVERAGE:Average\\:" . $legend_label_format);
|
|
push(@tmp, "GPRINT:trans_" . $socket_overhead_name . ":MIN:Min\\:" . $legend_label_format);
|
|
push(@tmp, "GPRINT:trans_" . $socket_overhead_name . ":MAX:Max\\:" . $legend_label_format . "\\n");
|
|
|
|
my $socket_label = sprintf("%-" . $legend_size . "s", "Socket");
|
|
|
|
push(@CDEF, "CDEF:trans_" . $socket_name . "=" . $socket_name . $value_transformation);
|
|
|
|
push(@tmp, "COMMENT:". $cpu_label_empty);
|
|
push(@tmp, "LINE1:trans_" . $socket_name . line_color($n, @LC) . ":" . $socket_label);
|
|
push(@tmpz, "LINE1:trans_" . $socket_name . line_color($n, @LC) . ":" . $socket_label);
|
|
|
|
push(@tmp, "GPRINT:trans_" . $socket_name . ":LAST: Current\\:" . $legend_label_format);
|
|
push(@tmp, "GPRINT:trans_" . $socket_name . ":AVERAGE:Average\\:" . $legend_label_format);
|
|
push(@tmp, "GPRINT:trans_" . $socket_name . ":MIN:Min\\:" . $legend_label_format);
|
|
push(@tmp, "GPRINT:trans_" . $socket_name . ":MAX:Max\\:" . $legend_label_format . "\\n");
|
|
}
|
|
|
|
if(lc($config->{show_gaps}) eq "y") {
|
|
push(@tmp, "AREA:wrongdata#$colors->{gap}:");
|
|
push(@tmpz, "AREA:wrongdata#$colors->{gap}:");
|
|
push(@CDEF, "CDEF:wrongdata=allvalues,UN,INF,UNKN,IF");
|
|
}
|
|
my $graph_size_name = "large";
|
|
($width, $height) = split('x', $config->{graph_size}->{$graph_size_name});
|
|
if($silent =~ /imagetag/) {
|
|
($width, $height) = split('x', $config->{graph_size}->{remote}) if $silent eq "imagetag";
|
|
($width, $height) = split('x', $config->{graph_size}->{$graph_size_name}) if $silent eq "imagetagbig";
|
|
@tmp = @tmpz;
|
|
push(@tmp, "COMMENT: \\n");
|
|
push(@tmp, "COMMENT: \\n");
|
|
push(@tmp, "COMMENT: \\n");
|
|
}
|
|
|
|
my @def_sensor_average;
|
|
my $cdef_sensor_allvalues = "CDEF:allvalues=";
|
|
my $sum_of_values = 0;
|
|
for(my $n_cpu = 0; $n_cpu < scalar(@cpu_group); $n_cpu++) {
|
|
my $dstr = trim($cpu_group[$n_cpu]);
|
|
my $number_of_cores = $amdenergy->{number_of_cores}->{$dstr};
|
|
$sum_of_values += $number_of_cores + $number_of_additional_values_in_use;
|
|
for(my $i_core = 0; $i_core < $number_of_cores; $i_core++) {
|
|
my $value_name = "cpu" . $n_cpu . "_val" . $i_core;
|
|
push(@def_sensor_average, "DEF:" . $value_name . "=$rrd:en" . $e . "_" . $value_name . ":AVERAGE");
|
|
if($n_cpu != 0 || $i_core != 0) {
|
|
$cdef_sensor_allvalues .= ",";
|
|
}
|
|
$cdef_sensor_allvalues .= $value_name . ($gap_on_all_nan ? ",UN,0,1,IF" : "");
|
|
}
|
|
for(my $i_add = 0; $i_add < $number_of_additional_values_in_use; $i_add++) {
|
|
my $value_name = "cpu" . $n_cpu . "_" . $i_add . "add";
|
|
push(@def_sensor_average, "DEF:" . $value_name . "=$rrd:en" . $e . "_" . $value_name . ":AVERAGE");
|
|
$cdef_sensor_allvalues .= ",";
|
|
$cdef_sensor_allvalues .= $value_name . ($gap_on_all_nan ? ",UN,0,1,IF" : "");
|
|
}
|
|
}
|
|
$cdef_sensor_allvalues .= ",+" x ($sum_of_values-1);
|
|
if ($gap_on_all_nan) {
|
|
$cdef_sensor_allvalues .= ",0,GT,1,UNKN,IF";
|
|
}
|
|
my $y_axis_title = "Watt";
|
|
my $large_plot = 1;
|
|
my $plot_title = $config->{graphs}->{'_amdenergy1'};
|
|
if(defined($amdenergy->{desc}) && defined($amdenergy->{desc}->{$k})) {
|
|
$plot_title = $amdenergy->{desc}->{$k};
|
|
}
|
|
$pic = $rrd{$version}->("$IMG_DIR" . $IMG[$e * $plots_per_list_item + $n_plot],
|
|
"--title=$plot_title ($tf->{nwhen}$tf->{twhen})",
|
|
"--start=-$tf->{nwhen}$tf->{twhen}",
|
|
"--imgformat=$imgfmt_uc",
|
|
"--vertical-label=" . $y_axis_title,
|
|
"--width=$width",
|
|
"--height=$height",
|
|
@extra,
|
|
@riglim,
|
|
$global_zoom,
|
|
@{$cgi->{version12}},
|
|
$large_plot ? () : @{$cgi->{version12_small}},
|
|
@{$colors->{graph_colors}},
|
|
@def_sensor_average,
|
|
$cdef_sensor_allvalues,
|
|
@CDEF,
|
|
@tmp);
|
|
$err = RRDs::error;
|
|
push(@output, "ERROR: while graphing $IMG_DIR" . $IMG[$e * $plots_per_list_item + $n_plot] . ": $err\n") if $err;
|
|
if(lc($config->{enable_zoom}) eq "y") {
|
|
($width, $height) = split('x', $config->{graph_size}->{zoom});
|
|
$picz = $rrd{$version}->("$IMG_DIR" . $IMGz[$e * $plots_per_list_item + $n_plot],
|
|
"--title=$plot_title ($tf->{nwhen}$tf->{twhen})",
|
|
"--start=-$tf->{nwhen}$tf->{twhen}",
|
|
"--imgformat=$imgfmt_uc",
|
|
"--vertical-label=" . $y_axis_title,
|
|
"--width=$width",
|
|
"--height=$height",
|
|
@full_size_mode,
|
|
@extra,
|
|
@riglim,
|
|
$global_zoom,
|
|
@{$cgi->{version12}},
|
|
$large_plot ? () : @{$cgi->{version12_small}},
|
|
@{$colors->{graph_colors}},
|
|
@def_sensor_average,
|
|
$cdef_sensor_allvalues,
|
|
@CDEF,
|
|
@tmpz);
|
|
$err = RRDs::error;
|
|
push(@output, "ERROR: while graphing $IMG_DIR" . $IMGz[$e * $plots_per_list_item + $n_plot] . ": $err\n") if $err;
|
|
}
|
|
$e2 = $e + $n_plot + 1;
|
|
if($title || ($silent =~ /imagetag/ && $graph =~ /amdenergy$e2/)) {
|
|
if(lc($config->{enable_zoom}) eq "y") {
|
|
if(lc($config->{disable_javascript_void}) eq "y") {
|
|
push(@output, " " . picz_a_element(config => $config, IMGz => $IMGz[$e * $plots_per_list_item + $n_plot], IMG => $IMG[$e * $plots_per_list_item + $n_plot]) . "\n");
|
|
} else {
|
|
if($version eq "new") {
|
|
$picz_width = $picz->{image_width} * $zoom;
|
|
$picz_height = $picz->{image_height} * $zoom;
|
|
} else {
|
|
$picz_width = $width + 115;
|
|
$picz_height = $height + 100;
|
|
}
|
|
push(@output, " " . picz_js_a_element(width => $picz_width, height => $picz_height, config => $config, IMGz => $IMGz[$e * $plots_per_list_item + $n_plot], IMG => $IMG[$e * $plots_per_list_item + $n_plot]) . "\n");
|
|
}
|
|
} else {
|
|
push(@output, " " . img_element(config => $config, IMG => $IMG[$e * $plots_per_list_item + $n_plot]) . "\n");
|
|
}
|
|
}
|
|
$e++;
|
|
}
|
|
if($title) {
|
|
push(@output, " </td>\n");
|
|
push(@output, " </tr>\n");
|
|
push(@output, main::graph_footer());
|
|
}
|
|
push(@output, " <br>\n");
|
|
return @output;
|
|
}
|
|
|
|
1;
|