version 1.18, 2006/12/02 02:15:17 |
version 1.37, 2009/11/10 23:41:12 |
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#!/usr/bin/perl -T |
#!/usr/bin/perl -T |
# $RedRiver: check_hw_sensors,v 1.17 2006/10/25 23:30:23 andrew Exp $ |
# $RedRiver: check_hw_sensors,v 1.36 2009/11/10 23:26:13 andrew Exp $ |
######################################################################## |
######################################################################## |
# check_hw_sensors *** A nagios check for OpenBSD hw.sensors |
# check_hw_sensors *** A nagios check for OpenBSD sysctl hw.sensors |
# |
# |
# 2006.05.01 #*#*# andrew fresh <andrew@mad-techies.org> |
# 2006.05.01 #*#*# andrew fresh <andrew@afresh1.com> |
######################################################################## |
######################################################################## |
# TODO: |
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# Really need real documentation. |
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######################################################################## |
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use strict; |
use strict; |
use warnings; |
use warnings; |
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%ENV = (); |
local %ENV = (); |
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use constant NAGIOS_OUTPUT => 1; |
my $NAGIOS_OUTPUT = 1; |
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my $LICENSE = <<'EOL'; |
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Copyright (c) 2009 Andrew Fresh <andrew@afresh1.com> |
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Permission to use, copy, modify, and distribute this software for any |
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purpose with or without fee is hereby granted, provided that the above |
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copyright notice and this permission notice appear in all copies. |
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THE SOFTWARE IS PROVIDED "AS IS" AND THE AUTHOR DISCLAIMS ALL WARRANTIES |
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WITH REGARD TO THIS SOFTWARE INCLUDING ALL IMPLIED WARRANTIES OF |
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MERCHANTABILITY AND FITNESS. IN NO EVENT SHALL THE AUTHOR BE LIABLE FOR |
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ANY SPECIAL, DIRECT, INDIRECT, OR CONSEQUENTIAL DAMAGES OR ANY DAMAGES |
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WHATSOEVER RESULTING FROM LOSS OF USE, DATA OR PROFITS, WHETHER IN AN |
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ACTION OF CONTRACT, NEGLIGENCE OR OTHER TORTIOUS ACTION, ARISING OUT OF |
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OR IN CONNECTION WITH THE USE OR PERFORMANCE OF THIS SOFTWARE. |
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EOL |
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use POSIX; |
use POSIX; |
use lib "/usr/local/libexec/nagios"; |
use Config; |
use utils qw($TIMEOUT %ERRORS &print_revision &support); |
use lib '/usr/local/libexec/nagios'; |
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use utils qw($TIMEOUT %ERRORS &support); |
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use Getopt::Long; |
use Getopt::Long; |
Getopt::Long::Configure('bundling'); |
Getopt::Long::Configure('bundling'); |
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my $PROGNAME = "check_hw_sensors"; |
my $PROGNAME = 'check_hw_sensors'; |
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my $SYSCTL = '/sbin/sysctl'; |
my $SYSCTL = '/sbin/sysctl'; |
my $GETCAP = '/usr/bin/getcap'; |
my $GETCAP = '/usr/bin/getcap'; |
my $BASE = 'hw.sensors'; |
my $BASE = 'hw.sensors'; |
my $DEFAULT_CONFIG = '/etc/sensorsd.conf'; |
my $DEFAULT_CONFIG = '/etc/sensorsd.conf'; |
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my $OSVer = $Config{'osvers'} || 0; |
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my $state = 'UNKNOWN'; # tells whether the it is warning, critical, or OK |
my $state = 'UNKNOWN'; # tells whether the it is warning, critical, or OK |
my %states; # This stores the count of states; |
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my $filename; |
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my $ignore_status; |
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my $sensor; |
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my $warning; |
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my $critical; |
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my $opt_h; |
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my $opt_V; |
my $opt_V; |
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my $opt_h; |
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my $IGNORE_STATUS; |
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my $FILENAME; |
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my $SENSOR; |
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my $WARNING; |
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my $CRITICAL; |
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my $CHECK_SENSOR = $BASE; |
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my %CHECKS; |
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my %SENSORS; |
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#Option checking |
#Option checking |
my $status = GetOptions( |
my $getopt_status = GetOptions( |
"version|V" => \$opt_V, |
'version|V' => \$opt_V, |
"filename|f:s" => \$filename, |
'help|h' => \$opt_h, |
"ignore-status|i" => \$ignore_status, |
'ignore-status|i' => \$IGNORE_STATUS, |
"sensor|s=s" => \$sensor, |
'filename|f:s' => \$FILENAME, |
"warning|w=s" => \$warning, |
'sensor|s=s' => \$SENSOR, |
"critical|c=s" => \$critical, |
'warning|w=s' => \$WARNING, |
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'critical|c=s' => \$CRITICAL, |
); |
); |
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if ( $getopt_status == 0 ) { |
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print_help(); |
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exit $ERRORS{'OK'}; |
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} |
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if ($opt_V) { |
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print_revision( $PROGNAME, '$Revision$ ' ); |
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exit $ERRORS{'OK'}; |
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} |
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if ($opt_h) { |
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print_help(); |
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exit $ERRORS{'OK'}; |
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} |
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# set the default this way so it only happens if someone typed -f or --filename |
# set the default this way so it only happens if someone typed -f or --filename |
$filename = $DEFAULT_CONFIG if (defined $filename && $filename eq ''); |
$FILENAME = $DEFAULT_CONFIG if ( defined $FILENAME && $FILENAME eq q{} ); |
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# Stuff is output in this file by print_sensor() |
# Stuff is output in this file by print_sensor() |
# http://www.openbsd.org/cgi-bin/cvsweb/src/sbin/sysctl/sysctl.c |
# http://www.openbsd.org/cgi-bin/cvsweb/src/sbin/sysctl/sysctl.c |
my @Type_Map = ( |
my @TYPE_MAP = ( |
{ |
{ type => 'temp', |
type => 'temp', |
regex => qr/\sdegC$/xms, |
regex => qr/\sdegC$/, |
}, |
}, |
{ type => 'fanrpm', |
{ |
regex => qr/\sRPM$/xms, |
type => 'fanrpm', |
}, |
regex => qr/\sRPM$/, |
{ type => 'volts_dc', |
}, |
regex => qr/\sV\sDC$/xms, |
{ |
}, |
type => 'volts_dc', |
{ type => 'amps', |
regex => qr/\sV\sDC$/, |
regex => qr/\sA$/xms, |
}, |
}, |
{ |
{ type => 'watthour', |
type => 'amps', |
regex => qr/\sWh$/xms, |
regex => qr/\sA$/, |
}, |
}, |
{ type => 'amphour', |
{ |
regex => qr/\sAh$/xms, |
type => 'watthour', |
}, |
regex => qr/\sWh$/, |
{ type => 'indicator', |
}, |
regex => qr/^(On|Off)$/xms, |
{ |
}, |
type => 'amphour', |
{ type => 'integer', |
regex => qr/\sAh$/, |
regex => qr/\sraw$/xms, |
}, |
}, |
{ |
{ type => 'percent', |
type => 'indicator', |
regex => qr/\s\%$/xms, |
regex => qr/^(On|Off)$/, |
}, |
}, |
{ type => 'lux', |
{ |
regex => qr/\slx$/xms, |
type => 'integer', |
}, |
regex => qr/\sraw$/, |
{ type => 'drive', |
}, |
regex => qr/^drive\s/xms, |
{ |
}, |
type => 'lux', |
{ type => 'timedelta', |
regex => qr/\slx$/, |
regex => qr/\ssecs$/xms, |
}, |
}, |
{ |
); |
type => 'drive', |
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regex => qr/^drive\s/, |
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}, |
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{ |
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type => 'timedelta', |
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regex => qr/\ssecs$/, |
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}, |
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); |
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if ($status == 0) { |
my $CHECK_SENSOR = $BASE; |
print_help() ; |
my %CHECKS; |
exit $ERRORS{'OK'}; |
if ( defined $SENSOR ) { |
} |
if ( $SENSOR !~ /^$BASE/xms ) { |
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$SENSOR = join q{.}, $BASE, $SENSOR; |
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} |
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$CHECK_SENSOR = $SENSOR; |
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if ($opt_V) { |
$CHECKS{$SENSOR}{'warn'} = $WARNING if $WARNING; |
print_revision($PROGNAME,'$Revision$ '); |
$CHECKS{$SENSOR}{'crit'} = $CRITICAL if $CRITICAL; |
exit $ERRORS{'OK'}; |
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} |
} |
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elsif ( defined $FILENAME ) { |
unless ( |
%CHECKS = read_file($FILENAME); |
( |
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defined $filename || |
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(not defined $ignore_status) || |
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(defined $sensor && ($warning || $critical)) |
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) && |
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( (!defined $filename) || (!defined $sensor) ) |
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) { |
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print_help(); |
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exit $ERRORS{'OK'}; |
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} |
} |
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my @SENSORS = read_sensors($CHECK_SENSOR); |
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my %STATES = check_sensors( \@SENSORS, \%CHECKS, |
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{ IGNORE_STATUS => $IGNORE_STATUS } ); |
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if (defined $sensor) { |
my $have_results = 0; |
if ($sensor !~ /^$BASE/) { |
$state = 'OK'; |
$sensor = $BASE . '.' . $sensor; |
foreach |
} |
my $error ( reverse sort { $ERRORS{$a} <=> $ERRORS{$b} } keys %ERRORS ) |
$CHECK_SENSOR = $sensor; |
{ |
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if ( exists $STATES{$error} ) { |
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$have_results++; |
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$state = $error if $ERRORS{$state} < $ERRORS{$error}; |
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$CHECKS{$sensor}{'warn'} = $warning if defined $warning; |
if ($NAGIOS_OUTPUT) { |
$CHECKS{$sensor}{'crit'} = $critical if defined $critical; |
print $error . ' (' . scalar( @{ $STATES{$error} } ) . ')'; |
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if ( $error ne 'OK' ) { |
} elsif (defined $filename) { |
print '<br>'; |
%CHECKS = parse_file($filename); |
print map { s/\s+//xms; " - $_<br>" } @{ $STATES{$error} }; |
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} |
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} |
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else { |
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print $error . ' (' . scalar( @{ $STATES{$error} } ) . "):\n"; |
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foreach ( @{ $STATES{$error} } ) { |
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print " $_\n"; |
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} |
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} |
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} |
} |
} |
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if ( $have_results == 0 ) { |
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print "No results found\n"; |
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} |
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exit $ERRORS{$state}; |
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open my $sysctl, "-|", $SYSCTL, $CHECK_SENSOR |
sub read_sensors { |
or die "Couldn't open sysctl: $!"; |
my ($sensor) = @_; |
while (<$sysctl>) { |
my @S; |
#while (<>) { |
open my $sysctl, '-|', $SYSCTL, $sensor |
chomp; |
or die "Couldn't open sysctl: $!\n"; |
my ($id, $output) = split /=/; |
while (<$sysctl>) { |
my @o = split /,\s*/, $output; |
chomp; |
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push @S, parse_sensor($_); |
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} |
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## no critic 'die' |
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close $sysctl |
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or die $! |
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? "Error closing sysctl pipe: $!\n" |
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: "Exit status $? from sysctl\n"; |
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my ($type, $source, $descr, $data, $status); |
return @S; |
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} |
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$source = $o[0]; |
sub parse_sensor { |
$descr = $o[1]; |
my ($sensor) = @_; |
$type = $o[-2] if @o >= 4; |
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$data = $o[-1]; |
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$status = $o[2] if ($type && @o == 5) || @o == 4; |
my ( $id, $output ) = split /=/xms, $sensor; |
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my @s = split /\./xms, $id; |
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my @o = split /,\s*/xms, $output; |
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unless ($type) { |
my ( $type, $source, $descr, $data, $status ); |
foreach my $t (@Type_Map) { |
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if ($data =~ /$t->{'regex'}/) { |
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$type = $t->{'type'}; |
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last; |
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} |
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} |
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} |
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$type ||= 'unknown'; |
$source = $o[0]; |
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$descr = $o[1]; |
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$SENSORS{$id} = { |
if ( $OSVer >= 4.1 ) { |
id => $id, |
$data = $o[0]; |
output => $output, |
if ( $data =~ s/\s+\((.*)\).*$//xms ) { |
source => $source, |
$descr = $1; |
description => $descr, |
} |
status => $status, |
$status = $o[1]; |
type => $type, |
( $source, $type ) = $id =~ /([^\.]+)\.([^\.]+?)\d+$/xms; |
data => $data, |
} |
}; |
elsif ( $OSVer >= 4.0 ) { |
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$data = $o[2]; |
} |
$status = $o[3]; |
close $sysctl; |
foreach my $t (@TYPE_MAP) { |
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if ( $data =~ /$t->{'regex'}/xms ) { |
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$type = $t->{'type'}; |
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last; |
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} |
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} |
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} |
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else { |
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$data = $o[-1]; |
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$status = $o[2] if @o == 5; |
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$type = $o[-2]; |
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} |
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sub as_if_numeric { |
$type ||= 'unknown'; |
my $_a = $a; |
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my $_b = $b; |
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$_a =~ s/\D//g; |
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$_b =~ s/\D//g; |
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$_a <=> $_b; |
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} |
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foreach my $s (sort as_if_numeric keys %SENSORS) { |
return { |
my ($r, $data); |
id => $id, |
if (exists $CHECKS{$s}) { |
output => $output, |
$r = check_sensor($SENSORS{$s}, $CHECKS{$s}); |
source => $source, |
$data = $s . '=' . $SENSORS{$s}{'output'}; |
description => $descr, |
} elsif (not $ignore_status) { |
status => $status, |
$r = check_sensor($SENSORS{$s}); |
type => $type, |
$data = $s . '=' . $SENSORS{$s}{'output'}; |
data => $data, |
} else { |
}; |
# ignore this sensor |
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} |
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next unless defined $r; |
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push @{ $states{ $r } }, $data; |
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} |
} |
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$state = 'OK'; |
sub read_file { |
my $have_results = 0; |
my $filename = shift; |
foreach my $error (sort { $ERRORS{$a} <=> $ERRORS{$b} } keys %ERRORS) { |
my %contents; |
if (exists $states{$error}) { |
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$have_results++; |
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$state = $error; |
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} |
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} |
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foreach my $error (sort { $ERRORS{$b} <=> $ERRORS{$a} } keys %ERRORS) { |
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if (exists $states{$error}) { |
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if (NAGIOS_OUTPUT) { |
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print "$error (" . scalar(@{ $states{ $error } }) . ")"; |
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unless ($error eq 'OK') { |
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print '<br>'; |
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print map {" - $_<br>"} @{ $states{ $error } }; |
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} |
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} else { |
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print "$error (" . scalar(@{ $states{ $error } }) . "):\n"; |
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foreach (@{ $states{ $error } }) { |
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print " $_\n"; |
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} |
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} |
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} |
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} |
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if ($have_results == 0) { |
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print "No results found\n"; |
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} |
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exit $ERRORS{$state}; |
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die "file '$filename' does not exist.\n" unless -e $filename; |
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sub parse_file { |
open my $fh, '-|', $GETCAP, '-a', '-f', $filename |
my $filename = shift; |
or die "Couldn't open '$GETCAP -a -f $filename': $!\n"; |
my %contents; |
while (<$fh>) { |
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chomp; |
die "file '$filename' does not exist." unless -e $filename; |
my ( $s, @c ) = split /\:/xms; |
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$contents{$s} = parse_line(@c); |
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} |
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## no critic 'die' |
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close $fh |
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or die $! |
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? "Error closing getcap pipe: $!\n" |
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: "Exit status $? from getcap\n"; |
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open my $fh, '-|', $GETCAP, '-a', '-f', $filename |
return %contents; |
or die "Couldn't open FILE '$GETCAP -a -f $filename': $!"; |
} |
LINE: while (<$fh>) { |
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chomp; |
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my ($key, @c) = split /\:/; |
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foreach (@c) { |
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my ($k, $v) = split /\=/; |
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if (lc($k) eq 'ignore') { |
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$contents{$key}{'IGNORE'} = 1; |
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} elsif (lc($k) eq 'status') { |
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$contents{$key}{'STATUS'} = 1; |
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} else { |
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$contents{$key}{$k} = $v; |
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} |
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} |
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} |
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close $fh; |
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return %contents; |
sub parse_line { |
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my (@c) = @_; |
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my %c; |
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foreach (@c) { |
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my ( $k, $v ) = split /\=/xms; |
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if ( lc($k) eq 'ignore' ) { $c{'IGNORE'} = 1; } |
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elsif ( lc($k) eq 'status' ) { $c{'STATUS'} = 1; } |
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else { $c{$k} = $v; } |
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} |
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return \%c; |
} |
} |
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sub parse_check { |
sub parse_check { |
my $type = shift; |
my $check = shift; |
my $check = shift; |
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return undef unless $check; |
return unless $check; |
return undef if $check->{'STATUS'}; |
return 'STATUS' if $check->{'STATUS'}; |
return 'IGNORE' if $check->{'IGNORE'}; |
return 'IGNORE' if $check->{'IGNORE'}; |
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foreach my $code ('crit', 'warn') { |
foreach my $code ( 'crit', 'warn' ) { |
if (defined $check->{$code} && $check->{$code} =~ /:/) { |
if ( defined $check->{$code} && $check->{$code} =~ /:/xms ) { |
if (my ($low, $high) = split /:/, $check->{$code}) { |
if ( my ( $low, $high ) = split /:/xms, $check->{$code} ) { |
$check->{$code . '.low'} = $low; |
$check->{ $code . '.low' } = $low if length $low; |
$check->{$code . '.high'} = $high; |
$check->{ $code . '.high' } = $high if length $high; |
} |
} |
delete $check->{$code}; |
delete $check->{$code}; |
} |
} |
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foreach my $severity ('low', 'high') { |
foreach my $direction ( 'low', 'high' ) { |
if (defined $check->{$severity}) { |
my $c = $code . '.' . $direction; |
$check->{ $code . '.' . $severity } = $check->{$severity} |
if ( defined $check->{$direction} ) { |
unless defined $check->{ $code . '.' . $severity }; |
$check->{$c} ||= $check->{$direction}; |
} |
} |
} |
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no warnings 'uninitialized'; |
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$check->{$code} = [ split /,\s*/, $check->{$code} ]; |
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} |
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return $check; |
if ( defined $check->{$c} ) { |
} |
my $old = $check->{$c}; |
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$check->{$c} =~ s/[^\d\.]//gxms; |
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if ( !length $check->{$c} ) { |
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warn "INVALID CHECK ($old)\n"; |
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delete $check->{$c}; |
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} |
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} |
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} |
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sub check_sensor { |
if ( defined $check->{$code} ) { |
my $sensor = shift; |
$check->{$code} = [ split /,\s*/xms, $check->{$code} ]; |
my $check = shift; |
} |
my $result = 'UNKNOWN'; |
else { |
my %errors = ( |
$check->{$code} = []; |
'warn' => 'WARNING', |
} |
'crit' => 'CRITICAL', |
} |
); |
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return $result unless ref $sensor eq 'HASH'; |
return $check; |
$check = parse_check($sensor->{'type'}, $check) if $check; |
} |
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unless ($check) { |
sub check_sensors { |
if ($sensor->{'status'}) { |
my ( $S, $C, $O ) = @_; |
# It looks like doing this should be safe, from |
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# src/sbin/sysctl/sysctl.c |
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$result = $sensor->{'status'} |
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} else { |
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return undef; |
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} |
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return $result; |
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} |
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return undef if $check eq 'IGNORE'; |
my %states; |
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foreach my $sensor ( @{$S} ) { |
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my ( $r, $data ); |
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if ( exists $C->{ $sensor->{id} } ) { |
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$r = check_sensor( $sensor, $C->{ $sensor->{id} } ); |
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$data = $sensor->{id} . '=' . $sensor->{output}; |
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} |
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elsif ( $sensor->{status} && !$O->{IGNORE_STATUS} ) { |
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$r = check_sensor( $sensor, { STATUS => 1 } ); |
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$data = $sensor->{id} . '=' . $sensor->{output}; |
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} |
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else { |
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$result = 'OK'; |
# ignore this sensor, theoretically you could do the check and |
foreach my $code ('warn', 'crit') { |
# that would show unknown sensors. |
if ( |
} |
$sensor->{'type'} eq 'volts_dc' || |
if ( defined $r ) { |
$sensor->{'type'} eq 'fanrpm' || |
push @{ $states{$r} }, $data; |
$sensor->{'type'} eq 'raw' |
} |
) { |
} |
my $data = $sensor->{'data'}; |
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$data =~ s/[^\d\.]//g; |
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unless (length $data) { |
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warn "INVALID DATA ($sensor->{'data'}) for '$sensor->{'id'}'"; |
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next; |
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} |
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|
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if ( |
return %states; |
defined $check->{$code . ".low"} || |
} |
defined $check->{$code . ".high"} |
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) { |
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if (defined $check->{$code . ".low"}) { |
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my $c = $check->{$code . ".low"}; |
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$c =~ s/[^\d\.]//g; |
|
|
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unless (length $c) { |
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warn "INVALID CHECK (" . $check->{$code . ".low"} . |
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") for '$sensor->{'id'}:$code.low'"; |
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next; |
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} |
|
|
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$result = $errors{$code} |
sub check_sensor { |
if ($c >= $data); |
my ( $sensor, $check ) = @_; |
} |
my $result = 'UNKNOWN'; |
if (defined $check->{$code . ".high"}) { |
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my $c = $check->{$code . ".high"}; |
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$c =~ s/[^\d\.]//g; |
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unless (length $c) { |
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warn "INVALID CHECK (" . $check->{$code . ".high"} . |
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") for '$sensor->{'id'}:$code.high'"; |
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next; |
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} |
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|
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$result = $errors{$code} |
return $result unless ref $sensor eq 'HASH'; |
if ($c <= $data); |
$check = parse_check($check) if $check; |
} |
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} elsif (@{ $check->{$code} }) { |
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my $matched = 0; |
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foreach my $c (@{ $check->{$code} }) { |
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$c =~ s/[^\d\.]//g; |
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unless (length $c) { |
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warn "INVALID CHECK (" . $c . |
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") for '$sensor->{'id'}:$code'"; |
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next; |
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} |
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|
|
if ($c eq $data) { |
if ( !$check ) { return $result; } |
$matched = 1; |
elsif ( $check eq 'STATUS' ) { |
last; |
|
} |
|
} |
|
$result = $errors{$code} unless $matched; |
|
} |
|
|
|
} elsif ($sensor->{'type'} eq 'temp') { |
# It looks like returning $sensor->{status} should be safe, from |
my ($degC, $degF) = split /\//, $sensor->{'data'}; |
# src/sbin/sysctl/sysctl.c |
$degC =~ s/[^\d\.]//g; |
return ( $sensor->{'status'} || $result ); |
$degF ||= $degC * 9 / 5 + 32; |
} |
$degF =~ s/[^\d\.]//g; |
elsif ( $check eq 'IGNORE' ) { return; } |
if ( |
|
defined $check->{$code . ".low"} || |
|
defined $check->{$code . ".high"} |
|
) { |
|
if (defined $check->{$code . ".low"}) { |
|
my $c = $check->{$code . ".low"}; |
|
my $data = $degC; |
|
|
|
$data = $degF if ($c =~ /F/i); |
my $type = $sensor->{'type'}; |
unless (length $data) { |
if (grep { $type eq $_ } |
warn "INVALID DATA (" . $sensor->{'data'} . |
qw( |
") for '$sensor->{'id'}'"; |
fan fanrpm |
next; |
volt volts_dc |
} |
amps watthour amphour |
|
integer raw percent |
|
lux temp timedelta |
|
) |
|
) |
|
{ |
|
$result = check_sensor_numeric( $sensor->{'data'}, $check ); |
|
} |
|
elsif ( grep { $type eq $_ } qw( drive indicator ) ) { |
|
my $data = $sensor->{'data'}; |
|
$data =~ s/^drive\s+//xms; |
|
$result = check_sensor_list( $data, $check ); |
|
} |
|
else { |
|
warn 'Unknown Sensor Type: ', $sensor->{'id'}, '=', $type, "\n"; |
|
} |
|
|
$c =~ s/[^\d\.]//g; |
return $result; |
unless (length $c) { |
} |
warn "INVALID CHECK (" . $check->{$code . ".low"} . |
|
") for '$sensor->{'id'}':$code.low"; |
|
next; |
|
} |
|
|
|
$result = $errors{$code} |
sub check_sensor_numeric { |
if ($c >= $data); |
my ( $data, $check ) = @_; |
} |
|
if (defined $check->{$code . ".high"}) { |
|
my $c = $check->{$code . ".high"}; |
|
|
|
my $data = $degC; |
my $result = 'UNKNOWN'; |
$data = $degF if ($c =~ /F/i); |
my %errors = ( |
unless (length $data) { |
'warn' => 'WARNING', |
warn "INVALID DATA (" . $sensor->{'data'} . |
'crit' => 'CRITICAL', |
") for '$sensor->{'id'}'"; |
); |
next; |
|
} |
|
|
|
$c =~ s/[^\d\.]//g; |
$data =~ s/[^\d\.]//gxms; |
unless (length $c) { |
if ( !length $data ) { |
warn "INVALID CHECK (" . $check->{$code . ".high"} . |
warn "INVALID DATA ($data)\n"; |
") for '$sensor->{'id'}:$code.high'"; |
return $result; |
next; |
} |
} |
|
|
|
$result = $errors{$code} |
foreach my $code ( 'warn', 'crit' ) { |
if ($c <= $data); |
if ( defined $check->{ $code . '.low' } |
} |
|| defined $check->{ $code . '.high' } ) |
} elsif (@{ $check->{$code} }) { |
{ |
|
if (( defined $check->{ $code . '.low' } |
|
&& $check->{ $code . '.low' } >= $data |
|
) |
|
|| ( defined $check->{ $code . '.high' } |
|
&& $check->{ $code . '.high' } <= $data ) |
|
) |
|
{ |
|
$result = $errors{$code}; |
|
} |
|
$result = 'OK' if $result eq 'UNKNOWN'; |
|
} |
|
elsif ( @{ $check->{$code} } ) { |
|
my $matched = 0; |
|
NUMERIC_CHECK: foreach ( @{ $check->{$code} } ) { |
|
my $c = $_; |
|
$c =~ s/[^\d\.]//gxms; |
|
if ( !length $c ) { |
|
warn "INVALID CHECK ($_) for '$code'\n"; |
|
next; |
|
} |
|
|
my $matched = 0; |
if ( $c eq $data ) { |
foreach my $c (@{ $check->{$code} }) { |
$matched = 1; |
my $data = $degC; |
last NUMERIC_CHECK; |
|
} |
|
} |
|
if ($matched) { |
|
$result = 'OK' if $result eq 'UNKNOWN'; |
|
} |
|
else { |
|
$result = $errors{$code}; |
|
} |
|
} |
|
} |
|
|
$data = $degF if ($c =~ /F/i); |
return $result; |
unless (length $data) { |
} |
warn "INVALID DATA (" . $sensor->{'data'} . |
|
") for '$sensor->{'id'}'"; |
|
next; |
|
} |
|
|
|
$c =~ s/[^\d\.]//g; |
sub check_sensor_list { |
unless (length $c) { |
my ( $data, $check ) = @_; |
warn "INVALID CHECK (" . $c . |
|
") for '$sensor->{'id'}':$code"; |
|
next; |
|
} |
|
|
|
if ($c eq $data) { |
my $result = 'UNKNOWN'; |
$matched = 1; |
my %errors = ( |
last; |
'warn' => 'WARNING', |
} |
'crit' => 'CRITICAL', |
} |
); |
$result = $errors{$code} unless $matched; |
|
} |
|
|
|
} elsif ( |
foreach my $code ( 'warn', 'crit' ) { |
$sensor->{'type'} eq 'drive' || |
if ( @{ $check->{$code} } ) { |
$sensor->{'type'} eq 'indicator' |
my $matched = 0; |
) { |
LIST_CHECK: foreach ( @{ $check->{$code} } ) { |
$sensor->{'type'} =~ s/^drive\s+//; |
if ( $_ eq $data ) { |
if (@{ $check->{$code} }) { |
$matched = 1; |
my $matched = 0; |
last LIST_CHECK; |
foreach (@{ $check->{$code} }) { |
} |
if ($_ eq $sensor->{'data'}) { |
} |
$matched = 1; |
if ($matched) { |
last; |
$result = 'OK' if $result eq 'UNKNOWN'; |
} |
} |
} |
else { |
$result = $errors{$code} unless $matched; |
$result = $errors{$code}; |
} |
} |
|
} |
|
} |
|
|
} else { |
return $result; |
$result = 'UNKNOWN'; |
|
} |
|
|
|
} |
|
|
|
return $result; |
|
} |
} |
|
|
sub print_help { |
sub print_help { |
print <<EOL; |
print <<"EOL"; |
$PROGNAME plugin for Nagios monitors sysctl hw.sensors on OpenBSD |
$PROGNAME - monitors sysctl hw.sensors on OpenBSD |
$PROGNAME [-i] (-f [<FILENAME>]|(-s <hw.sensors id> [-w limit] [-c limit])) |
$PROGNAME [-i] [-f [<FILENAME>]|(-s <hw.sensors id> [-w limit] [-c limit])] |
|
|
Usage: |
Usage: |
-i, --ignore-status |
-i, --ignore-status |
Don't check the status of sensors that report it. |
Don't automatically check the status of sensors that report it. |
-f, --filename=FILE |
-f, --filename=FILE |
FILE to load checks from (defaults to /etc/sensorsd.conf) |
FILE to load checks from (defaults to /etc/sensorsd.conf) |
-s, --sensor=ID |
-s, --sensor=ID |
ID of a single sensor. "-s 0" means hw.sensors.0. |
ID of a single sensor. "-s kate0.temp0" means hw.sensors.kate0.temp0 |
|
Overrides --filename. |
-w, --warning=RANGE or single ENTRY |
-w, --warning=RANGE or single ENTRY |
Exit with WARNING status if outside of RANGE or if != ENTRY |
Exit with WARNING status if outside of RANGE or if != ENTRY |
-c, --critical=RANGE or single ENTRY |
-c, --critical=RANGE or single ENTRY |
|
|
|
|
FILE is in the same format as sensorsd.conf(5) plus some additional |
FILE is in the same format as sensorsd.conf(5) plus some additional |
entries. These additional entries in the file are ignored by |
entries. These additional entries in the file are ignored by |
sensorsd(8). |
sensorsd(8). This means you can use the same config file for $PROGNAME |
|
as well as sensorsd(8). |
|
|
$PROGNAME understands the following entries: |
$PROGNAME understands the following entries: |
|
|
|
|
An ENTRY depends on the type. The descriptions in sensorsd.conf(5) |
An ENTRY depends on the type. The descriptions in sensorsd.conf(5) |
can be used when appropriate, or you can use the following: |
can be used when appropriate, or you can use the following: |
|
|
volts_dc, fanrpm or raw - Anything that includes digits. |
fanrpm, volts_dc, amps, watthour, amphour, integer (raw), percent, |
Both the value of the check and the value of the sensor |
lux, temp or timedelta - Anything that includes digits. Both the |
response that are not either a digit or period are stripped |
value of the check and the value of the sensor response that are not |
and then the two resultant values are compared. |
either a digit or period are stripped and then the two resultant |
|
values are compared. |
|
|
temp - Can be as above, but if the entry has an F in it, |
|
it compares farenheit, otherwise it uses celcius. |
|
|
|
indicator or drive - does a case sensitive match of each |
indicator or drive - does a case sensitive match of each |
entry in the comma separated list and if it does not match |
entry in the comma separated list and if it does not match |
any of the entries, it matches the status. |
any of the entries, it sets the status. |
|
|
The entries 'crit' or 'warn' (or the -c or -w on the command line) |
The entries 'crit' or 'warn' (or the -c or -w on the command line) |
may be a RANGE or a comma separated list of acceptable values. |
may be a RANGE or a comma separated list of acceptable values. |
|
|
|
|
A RANGE is a low ENTRY and a high ENTRY separated by a colon (:). |
A RANGE is a low ENTRY and a high ENTRY separated by a colon (:). |
It can also be low: or :high with the other side left blank to only |
It can also be low: or :high with the other side left blank to only |
make the single check.. |
make the single check. |
|
|
An entry marked "ignore" will cause that sensor to be skipped. |
An entry marked "ignore" will cause that sensor to be skipped. |
Generally used with state checking of all sensors to ignore sensors you |
Generally used with state checking of all sensors to ignore sensors you |
|
|
|
|
EOL |
EOL |
|
|
print_revision($PROGNAME, '$Revision$'); |
print_revision( $PROGNAME, '$Revision$' ); |
|
|
|
print $LICENSE; |
|
|
|
return; |
|
} |
|
|
|
sub print_revision { |
|
my ( $prog, $rev ) = @_; |
|
$rev =~ s/^\D+([\d\.]+)\D+$/v$1/xms; |
|
|
|
print "$prog $rev\n"; |
|
|
|
return; |
} |
} |
|
|