Monitoring
/
monitor-utils
mirror of https://github.com/ranl/monitor-utils.git
1
0
Fork 0
Code Issues Releases Wiki Activity
monitor-utils/nagios/check-netapp-ng.pl

1181 lines
43 KiB
Perl
Executable File
Raw Blame History

#!/usr/bin/perl
#####################################
#####################################
### ______ _ =) ###
### | ___ \ | | ###
### | |_/ / __ _ _ __ | | ###
### | / / _` || '_ \ | | ###
### | |\ \| (_| || | | || |____ ###
### \_| \_|\__,_||_| |_|\_____/ ###
#####################################
#####################################
#####################################
## Original version written by
## ran.leibman@gmail.com
## Additionial checks code written
## by laurent.dufour@havas.com
## updated by X. Franco & A. Rigaud
## 20160211 : Added FSSTATUS/SNAPSHOTAGE
##
## the following parameters has
## been tested against a
## FAS2220
## FAS2240
## FAS3220
## FA2050, NetApp Release 7.3.1.1
## IBM System Storage N6240, Data ONTAP Release 8.1.4P4
##
## DISKSUMMARY|HA|CIFSSESSIONS|
## AUTOSUPPORTSTATUS|NFSOPS|
## CIFSOPS|SHELFINFO|...
##
##
##
## CLARIFICATION FOR TIMEOUTS
## There are multiples timeouts we depend on
##
## Perl plugins timeout (utils.pm)--- > $TIMEOUT --- > originally 15 sec --> recommandation to raise it to 180
##
## Net::SNMP timeout --- > Used in Net::SNMP->session --- > originally 5 sec --> recommandation to raise it to 60
## Beware that the max value 60 seconds. If set above you get the error message "Can't create snmp session"
##
## Do not forget that in nagios you need to increase service_check_timeout to a value above $TIMEOUT_PLUGINS
## Nagios service check timeout (nagios.cfg) --- > service_check_timeout=240 --- > originally 30 sec
##
####################################################################################################################################################
####################################################################################################################################################
use strict;
use POSIX;
use lib "/usr/lib/nagios/libexec";
use lib "/usr/lib/nagios/plugins";
use lib "/usr/lib64/nagios/libexec";
use lib "/usr/lib64/nagios/plugins";
use utils qw($TIMEOUT %ERRORS);
use Net::SNMP;
use File::Basename;
use Getopt::Long;
use Time::Local;
use IPC::Cmd qw(run_forked);
Getopt::Long::Configure('bundling');
my $TIMEOUT_PLUGINS=$TIMEOUT;
my $stat = 0;
my $msg;
my $perf;
my $script_name = basename($0);
my $script_version = 1.3.1;
my $counterFilePath="/tmp";
my $counterFile;
my %opt;
my $elapsedtime = 1;
my %ERRORS = (
'OK' => '0',
'WARNING' => '1',
'CRITICAL' => '2',
'UNKNOWN' => '3',
);
# default return value is UNKNOWN
my $state = "UNKNOWN";
my $answer = "";
# time this script was run
my $runtime = time();
my $key;
our %snmpIndexes;
# file related variables
my $fileRuntime;
my $fileHostUptime;
my $fileNfsOps;
my $fileCifsOps;
my $fileIscsiOps;
my $fileIscsi64ReadBytes;
my $fileIscsi64WriteBytes;
my $fileFcpOps;
my $fileFcp64ReadBytes;
my $fileFcp64WriteBytes;
my $fileDisk64ReadBytes;
my $fileDisk64WriteBytes;
# performance variables from SNMP
my $total_nfs_ops;
my $total_cifs_ops;
my $total_disk_read;
my $total_disk_write;
my $blocks_iscsi_ops;
my $blocks_iscsi_read;
my $blocks_iscsi_write;
my $blocks_fcp_ops;
my $blocks_fcp_read;
my $blocks_fcp_write;
my $snmpHostUptime;
### SNMP OIDs
### You can browse at http://www.oidview.com/mibs/789/NETAPP-MIB.html
###############
my $snmpSysUpTime = '.1.3.6.1.2.1.1.3.0';
my $snmpFailedFanCount = '.1.3.6.1.4.1.789.1.2.4.2.0';
my $snmpFailPowerSupplyCount = '.1.3.6.1.4.1.789.1.2.4.4.0';
my $snmpcpuBusyTimePerCent = '.1.3.6.1.4.1.789.1.2.1.3.0';
my $snmpenvOverTemperature = '.1.3.6.1.4.1.789.1.2.4.1.0';
my $snmpnvramBatteryStatus = '.1.3.6.1.4.1.789.1.2.5.1.0';
my $snmpFailedDiskCount = '.1.3.6.1.4.1.789.1.6.4.7.0';
my $snmpUpTime = '.1.3.6.1.2.1.1.3.0';
my $snmpCacheAge = '.1.3.6.1.4.1.789.1.2.2.23.0';
my $snmpGlobalStatus = '.1.3.6.1.4.1.789.1.2.2.4.0';
my $snmpGlobalStatus_text = '.1.3.6.1.4.1.789.1.2.2.25.0';
my $snmpNdmpSessions = '.1.3.6.1.4.1.789.1.10.2.0';
my $snmpCifsSessions = '.1.3.6.1.4.1.789.1.7.2.12.0';
my $snmpAutoSupportStatus = '.1.3.6.1.4.1.789.1.2.7.1.0';
my $snmpAutoSupportStatus_text = '.1.3.6.1.4.1.789.1.2.7.2.0';
my $snmp_netapp_disksummary = '.1.3.6.1.4.1.789.1.6.4';
my $snmp_netapp_disksummary_diskTotalCount = '.1.3.6.1.4.1.789.1.6.4.1.0';
my $snmp_netapp_disksummary_diskActiveCount = '.1.3.6.1.4.1.789.1.6.4.2.0';
my $snmp_netapp_disksummary_diskFailedCount = '.1.3.6.1.4.1.789.1.6.4.7.0';
my $snmp_netapp_disksummary_diskSpareCount = '.1.3.6.1.4.1.789.1.6.4.8.0';
my $snmp_netapp_disksummary_diskReconstructingCount = '.1.3.6.1.4.1.789.1.6.4.3.0';
my $snmp_netapp_disksummary_diskFailedMessage = '.1.3.6.1.4.1.789.1.6.4.10.0';
my $snmp_netapp_cf = '.1.3.6.1.4.1.789.1.2.3';
my $snmp_netapp_cfSettings = '.1.3.6.1.4.1.789.1.2.3.1.0';
my $snmp_netapp_cfState = '.1.3.6.1.4.1.789.1.2.3.2.0';
my $snmp_netapp_cfCannotTakeoverCause = '.1.3.6.1.4.1.789.1.2.3.3.0';
my $snmp_netapp_cfPartnerStatus = '.1.3.6.1.4.1.789.1.2.3.4.0';
my $snmp_netapp_cfPartnerName = '.1.3.6.1.4.1.789.1.2.3.6.0';
my $snmp_netapp_cfInterconnectStatus = '.1.3.6.1.4.1.789.1.2.3.8.0';
my $snmpfilesysvolTable = '.1.3.6.1.4.1.789.1.5.8';
my $snmpfilesysvolTablevolEntryOptions = "$snmpfilesysvolTable.1.7";
my $snmpfilesysvolTablevolEntryvolName = "$snmpfilesysvolTable.1.2";
my $snmp_netapp_volume_id_table_df = ".1.3.6.1.4.1.789.1.5.4.1";
my $snmp_netapp_volume_id_table_df_name = "$snmp_netapp_volume_id_table_df.2";
my $snmp_netapp_volume_id_table_df_total = "$snmp_netapp_volume_id_table_df.3";
my $snmp_netapp_volume_id_table_df_used = "$snmp_netapp_volume_id_table_df.4";
my $snmp_netapp_volume_id_table_df_free = "$snmp_netapp_volume_id_table_df.5";
my $snmp_netapp_volume_id_table_df_used_prec = "$snmp_netapp_volume_id_table_df.6";
my $snmp_netapp_volume_id_table_df_used_high = "$snmp_netapp_volume_id_table_df.16";
my $snmp_netapp_volume_id_table_df_used_low = "$snmp_netapp_volume_id_table_df.17";
my $snmpfsOverallStatus = '1.3.6.1.4.1.789.1.5.7.1.0';
my $snmpfsOverallStatus_text = '1.3.6.1.4.1.789.1.5.7.2.0';
# 64bit values for SNMP v2c
my $snmp_netapp_volume_id_table_df64_total = "$snmp_netapp_volume_id_table_df.29";
my $snmp_netapp_volume_id_table_df64_used = "$snmp_netapp_volume_id_table_df.30";
my $snmp_netapp_volume_id_table_df64_free = "$snmp_netapp_volume_id_table_df.31";
my $snmp_netapp_enclNumber = '.1.3.6.1.4.1.789.1.21.1.1';
my $snmpEnclTable = '.1.3.6.1.4.1.789.1.21.1.2.1';
my $snmpEnclTableIndex = "$snmpEnclTable.1";
my $snmpEnclTableState = "$snmpEnclTable.2";
my $snmpEnclTableShelfAddr = "$snmpEnclTable.3";
my $snmpEnclTableProductID = "$snmpEnclTable.5";
my $snmpEnclTableProductVendor = "$snmpEnclTable.6";
my $snmpEnclTableProductModel = "$snmpEnclTable.7";
my $snmpEnclTableProductRevision = "$snmpEnclTable.8";
my $snmpEnclTableProductSerial = "$snmpEnclTable.9";
my $snmpEnclTablePsFailed = "$snmpEnclTable.15";
my $snmpEnclTableFanFailed = "$snmpEnclTable.18";
my $snmpEnclTableTempOverFail = "$snmpEnclTable.21";
my $snmpEnclTableTempOverWarn = "$snmpEnclTable.22";
my $snmpEnclTableTempUnderFail = "$snmpEnclTable.23";
my $snmpEnclTableTempUnderWarn = "$snmpEnclTable.24";
my $snmpEnclTableCurrentTemp = "$snmpEnclTable.25";
my $snmpEnclTableElectronicFailed = "$snmpEnclTable.33";
my $snmpEnclTableVoltOverFail = "$snmpEnclTable.36";
my $snmpEnclTableVoltOverWarn = "$snmpEnclTable.37";
my $snmpEnclTableVoltUnderFail = "$snmpEnclTable.38";
my $snmpEnclTableVoltUnderWarn = "$snmpEnclTable.39";
my $snmp_netapp_misc = '1.3.6.1.4.1.789.1.2.2';
my $snmp_netapp_miscHighNfsOps = "$snmp_netapp_misc.5.0";
my $snmp_netapp_miscLowNfsOps = "$snmp_netapp_misc.6.0";
my $snmp_netapp_miscHighCifsOps = "$snmp_netapp_misc.7.0";
my $snmp_netapp_miscLowCifsOps = "$snmp_netapp_misc.8.0";
my $snmp_netapp_misc64DiskReadBytes = "$snmp_netapp_misc.32.0";
my $snmp_netapp_misc64DiskWriteBytes = "$snmp_netapp_misc.33.0";
my $snmp_netapp_blocks = '.1.3.6.1.4.1.789.1.17';
my $snmp_netapp_blocks_iscsi64Ops = "$snmp_netapp_blocks.24.0";
my $snmp_netapp_blocks_iscsi64ReadBytes = "$snmp_netapp_blocks.22.0";
my $snmp_netapp_blocks_iscsi64WriteBytes = "$snmp_netapp_blocks.23.0";
my $snmp_netapp_blocks_fcp64Ops = "$snmp_netapp_blocks.25.0";
my $snmp_netapp_blocks_fcp64ReadBytes = "$snmp_netapp_blocks.20.0";
my $snmp_netapp_blocks_fcp64WriteBytes = "$snmp_netapp_blocks.21.0";
### SNAPSHOT OIDs
### You can browse at http://www.oidview.com/mibs/789/NETWORK-APPLIANCE-MIB.html
###############
my $snmp_filesys_snapshot_slVTable_slVEntry = '.1.3.6.1.4.1.789.1.5.5.2.1';
my $snmp_filesys_snapshot_slVTable_slVEntry_index = "$snmp_filesys_snapshot_slVTable_slVEntry.1";
my $snmp_filesys_snapshot_slVTable_slVEntry_number = "$snmp_filesys_snapshot_slVTable_slVEntry.8";
my $snmp_filesys_snapshot_slVTable_slVEntry_Vname = "$snmp_filesys_snapshot_slVTable_slVEntry.9";
# SNMP Status Codes
my %nvramBatteryStatus = (
1 => 'ok',
2 => 'partially discharged',
3 => 'fully discharged',
4 => 'not present',
5 => 'near end of life',
6 => 'at end of life',
7 => 'unknown',
);
my %GlobalStatusIndex = (
1 => 'other',
2 => 'unknown',
3 => 'ok',
4 => 'nonCritical',
5 => 'critical',
6 => 'nonRecoverable',
);
my %AutoSupportStatusIndex = (
1 => 'ok',
2 => 'smtpFailure',
3 => 'postFailure',
4 => 'smtpPostFailure',
5 => 'unknown',
);
my %cfSettingsIndex = (
1 => 'notConfigured',
2 => 'enabled',
3 => 'disabled',
4 => 'takeoverByPartnerDisabled',
5 => 'thisNodeDead',
);
my %cfStateIndex = (
1 => 'dead',
2 => 'canTakeover',
3 => 'cannotTakeover',
4 => 'takeover',
);
my %cfCannotTakeoverCauseIndex = (
1 => 'ok',
2 => 'unknownReason',
3 => 'disabledByOperator',
4 => 'interconnectOffline',
5 => 'disabledByPartner',
6 => 'takeoverFailed',
7 => 'mailboxDegraded',
8 => 'partnerMailboxUninitialised',
9 => 'mailboxVersionMismatch',
10 => 'nvramSizeMismatch',
11 => 'kernelVersionMismatch',
12 => 'partnerBootingUp',
13 => 'partnerPerformingRevert',
14 => 'performingRevert',
15 => 'partnerRequestedTakeover',
16 => 'alreadyInTakenoverMode',
17 => 'nvramLogUnsynchronized',
18 => 'backupMailboxProblems',
);
my %cfPartnerStatusIndex = (
1 => 'maybeDown',
2 => 'ok',
3 => 'dead',
);
my %cfInterconnectStatusIndex = (
1 => 'notPresent',
2 => 'down',
3 => 'partialFailure',
4 => 'up',
);
my %EcnlStatusIndex = (
1 => 'initializing',
2 => 'transitioning',
3 => 'active',
4 => 'inactive',
5 => 'reconfiguring',
6 => 'nonexistent',
);
my %fsOverallStatusIndex = (
1 => 'ok',
2 => 'Nearly Full',
3 => 'Full',
);
### Functions
###############
sub uniq(@) {
my @array = @_;
my @unique = ();
my %seen = ();
foreach my $elem ( @array ) {
next if $seen{ $elem }++;
push @unique, $elem;
}
return @unique;
}
sub _create_session(@) {
my ($server, $comm, $version, $timeout) = @_;
my ($sess, $err) = Net::SNMP->session( -hostname => $server, -version => $version, -community => $comm, -timeout => $timeout);
if (!defined($sess)) {
print "Can't create SNMP session to $server\n";
exit(1);
}
return $sess;
}
sub FSyntaxError($) {
my $err = shift;
print <<EOU;
$err
This is $script_name in version $script_version.
Syntax:
-H <IP_or_Hostname> Ip/Dns Name of the Filer
-C <community_name> SNMP Community Name for read
-V <1|2c> SNMP version (default 1), some checks run only 2c
-T <check_type> Type of check, see bellow
-t <seconds> Timeout to SNMP session in seconds (default 5)
-w <number> Warning Value (default 500)
-c <number> Critical Value (default 500)
-v <vol_path|aggr_name> Volume Name in format /vol/volname
or aggregate name (not available in 7.x ONTAP)
For available values use any word, such as \'-v whatever\'
-e <vol1[,vol2[,...]]> Exclude volumes from snap check (SNAPSHOT/SNAPSHOTAGE)
-I Inform only, return OK every time (ignore -w and -c values)
-h This help
Available check types:
TEMP - Temperature
FAN - Fan Fail
PS - Power Supply Fail
CPULOAD - CPU Load (-w -c)
NVRAM - NVram Battery Status
DISKUSED - Usage Percentage of volume or aggregate (-w -c -v)
SNAPSHOT - Snapshot Config (-e volname,volname2,volname3)
SNAPSHOTAGE - Check the age of volume snapshot which are older than x days (-w -c -v -e)
SHELF - Shelf Health
SHELFINFO - Shelf Model & Temperature Information
NFSOPS - Nfs Ops per seconds (-w -c)
CIFSOPS - Cifs Ops per seconds (-w -c)
ISCSIOPS - iSCSI Ops per seconds, collect read/write performance data, using SNMPv2c (-w -c)
FCPOPS - FibreChannel Ops per seconds, collect read/write performance data, using SNMPv2c (-w -c)
NDMPSESSIONS - Number of ndmp sessions (-w -c)
CIFSSESSIONS - Number of cifs sessions (-w -c)
GLOBALSTATUS - Global Status of the filer
AUTOSUPPORTSTATUS - Auto Support Status of the filer
HA - High Availability
DISKSUMMARY - Status of disks
FAILEDDISK - Number of failed disks
UPTIME - Only show\'s uptime
CACHEAGE - Cache Age (-w -c)
FSSTATUS - Overall file system health
Examples:
$script_name -H netapp.mydomain -C public -T UPTIME
UPTIME: 2 days, 23:03:21.09 | uptime=255801s
$script_name -H netapp.mydomain -C public -T DISKUSED -v /vol/data/ -w 90 -c 95 -V 2c
OK: DISKUSED 79% | /vol/data/=8104595240k
$script_name -H netapp.mydomain -C public -T GLOBALSTATUS
CRIT: GLOBALSTATUS nonCritical 4 Disk on adapter 1a, shelf 1, bay 9, failed. | globalstatus=4
$script_name -H netapp.mydomain -C public -T DISKUSED -v wtf
WARN: Unknown volume path or aggregate name 'wtf'. Available values: aggr_p1a_sas2_mirror /vol/vol0/ /vol/esx/ /vol/xen_a/
EOU
exit($ERRORS{'UNKNOWN'});
}
sub _get_oid_value(@) {
my $sess = shift;
my $local_oid = shift;
my $r_return = $sess->get_request(-varbindlist => [$local_oid]);
return($r_return->{$local_oid});
}
sub _clac_generic_err_stat(@) {
my $value = shift;
my $value_type = shift;
my $tmp_warn = shift;
my $tmp_crit = shift;
my $scale = shift;
my $r_msg;
my $r_stat;
if($opt{'inform'} or ($value <= $tmp_warn)) {
$r_stat = $ERRORS{'OK'};
$r_msg = "OK: $value_type $value $scale";
} elsif($value > $tmp_warn and $value < $tmp_crit) {
$r_stat = $ERRORS{'WARNING'};
$r_msg = "WARN: $value_type $value $scale";
} elsif($value >= $tmp_crit) {
$r_stat = $ERRORS{'CRITICAL'};
$r_msg = "CRIT: $value_type $value $scale";
}
return($r_msg,$r_stat);
}
sub _clac_err_stat(@) {
my $value = shift;
my $value_type = shift;
my $tmp_warn = shift;
my $tmp_crit = shift;
my $r_msg;
my $r_stat;
if($value <= $tmp_warn) {
$r_stat = $ERRORS{'OK'};
$r_msg = "OK: $value_type $value%";
} elsif($value > $tmp_warn and $value < $tmp_crit) {
$r_stat = $ERRORS{'WARNING'};
$r_msg = "WARN: $value_type $value%";
} elsif($value >= $tmp_crit) {
$r_stat = $ERRORS{'CRITICAL'};
$r_msg = "CRIT: $value_type $value%";
}
return($r_msg,$r_stat);
}
sub _clac_absolute_err_stat(@) {
my $value = shift;
my $value_type = shift;
my $tmp_warn = shift;
my $tmp_crit = shift;
my $r_msg;
my $r_stat;
($r_msg,$r_stat) = _clac_generic_err_stat($value,$value_type,$tmp_warn,$tmp_crit,"");
return($r_msg,$r_stat);
}
sub _clac_minutes_err_stat(@) {
my $value = shift;
my $value_type = shift;
my $tmp_warn = shift;
my $tmp_crit = shift;
my $r_msg;
my $r_stat;
($r_msg,$r_stat) = _clac_generic_err_stat($value,$value_type,$tmp_warn,$tmp_crit,"minutes");
return($r_msg,$r_stat);
}
sub _ulong64(@) {
my $high = shift;
my $low = shift;
if ($low < 0) {
$low = $low & 0x00000000FFFFFFFF;
$low = $low | 0x0000000080000000;
}
if ($high < 0) {
$high = $high & 0x00000000FFFFFFFF;
$high = $high | 0x0000000080000000;
}
return ($high<<32)|$low;
}
### Gather input from user
#############################
$opt{'crit'} = 500;
$opt{'warn'} = 500;
$opt{'version'} = 2;
$opt{'timeout'} = 60;
$TIMEOUT_PLUGINS = 180 ;
my $result = GetOptions(\%opt,
'filer|H=s',
'community|C=s',
'version|V=s',
'check_type|T=s',
'warn|w=i',
'crit|c=i',
'vol|v=s',
'exclude|e=s',
'inform|I',
'timeout|t=i',
"help|h",
);
if ( $opt{'timeout'} > 60)
{
#Set timeout for plugin to the parameter received via command line, but set snmp timeout to the max (60 seconds) if CLI timeout is above 60 seconds
$TIMEOUT_PLUGINS=$opt{'timeout'};
$opt{'timeout'}=60;
} else
{
$TIMEOUT_PLUGINS=$opt{'timeout'};
}
FSyntaxError("") if defined $opt{'help'};
FSyntaxError("Missing -H") unless defined $opt{'filer'};
FSyntaxError("Missing -C") unless defined $opt{'community'};
FSyntaxError("Missing -T") unless defined $opt{'check_type'};
if($opt{'vol'}) {
if ( !( ($opt{'vol'} =~ m#^/vol/.*$#) or ($opt{'vol'} =~ m#^[^/]*$#) ) ) {
FSyntaxError("$opt{'vol'} format is '/vol/volname' or 'aggregate_name'! For listing available names use any text such as '-v whatever'.");
}
}
if($opt{'crit'} and $opt{'warn'}) {
if($opt{'warn'} > $opt{'crit'}) {
FSyntaxError("Warning can't be larger then Critical: $opt{'warn'} > $opt{'crit'}");
}
}
if( ($opt{'check_type'} eq 'ISCSIOPS') or ($opt{'check_type'} eq 'FCPOPS') ) {
$opt{'version'} = '2c';
}
if (!defined($counterFilePath)) {
$state = "UNKNOWN";
$answer = "Filepath must be specified";
print "$state: $answer\n";
exit $ERRORS{$state};
} # end check for filepath
# Just in case of problems, let's not hang Nagios
# with "Return code of 142 is out of bounds", instead we set the message "No response in time"
$SIG{'ALRM'} = sub {
print ("CRITICAL: No response in time\n");
exit $ERRORS{"CRITICAL"};
};
# Starting Alarm
alarm($TIMEOUT_PLUGINS);
# Establish SNMP Session
our $snmp_session = _create_session($opt{'filer'},$opt{'community'},$opt{'version'},$opt{'timeout'});
# setup counterFile now that we have host IP and check type
$counterFile = $counterFilePath."/".$opt{'filer'}.".check-netapp-ng.$opt{'check_type'}.nagioscache";
# READ AND UPDATE CACHE FOR SPECIFIC TESTS FROM FILE
if (("$opt{'check_type'}" eq "CIFSOPS") or ("$opt{'check_type'}" eq "NFSOPS") or ("$opt{'check_type'}" eq "ISCSIOPS") or ("$opt{'check_type'}" eq "FCPOPS")) {
$snmpHostUptime = _get_oid_value($snmp_session,$snmpSysUpTime);
# READ CACHE DATA FROM FILE IF IT EXISTS
if (-e $counterFile) {
open(FILE, "$counterFile");
chomp($fileRuntime = <FILE>);
chomp($fileHostUptime = <FILE>);
chomp($fileNfsOps = <FILE>) if $opt{'check_type'} eq 'NFSOPS';
chomp($fileCifsOps = <FILE>) if $opt{'check_type'} eq 'CIFSOPS';
if ($opt{'check_type'} eq 'ISCSIOPS') {
chomp($fileIscsiOps = <FILE>);
chomp($fileIscsi64ReadBytes = <FILE>);
chomp($fileIscsi64WriteBytes = <FILE>);
}
if ($opt{'check_type'} eq 'FCPOPS') {
chomp($fileFcpOps = <FILE>);
chomp($fileFcp64ReadBytes = <FILE>);
chomp($fileFcp64WriteBytes = <FILE>);
}
if ( ($opt{'check_type'} eq 'ISCSIOPS') or ($opt{'check_type'} eq 'FCPOPS') ) {
chomp($fileDisk64ReadBytes = <FILE>);
chomp($fileDisk64WriteBytes = <FILE>);
}
close(FILE);
} # end if file exists
# POPULATE CACHE DATA TO FILE
if ((-w $counterFile) || (-w dirname($counterFile))) {
open(FILE, ">$counterFile");
print FILE "$runtime\n";
print FILE "$snmpHostUptime\n";
if ($opt{'check_type'} eq 'NFSOPS') {
my $low_nfs_ops = _get_oid_value($snmp_session,$snmp_netapp_miscLowNfsOps);
my $high_nfs_ops = _get_oid_value($snmp_session,$snmp_netapp_miscHighNfsOps);
$total_nfs_ops = _ulong64($high_nfs_ops, $low_nfs_ops);
print FILE "$total_nfs_ops\n";
}
if ($opt{'check_type'} eq 'CIFSOPS') {
my $low_cifs_ops = _get_oid_value($snmp_session,$snmp_netapp_miscLowCifsOps);
my $high_cifs_ops = _get_oid_value($snmp_session,$snmp_netapp_miscHighCifsOps);
$total_cifs_ops = _ulong64($high_cifs_ops, $low_cifs_ops);
print FILE "$total_cifs_ops\n";
}
if ($opt{'check_type'} eq 'ISCSIOPS') {
$blocks_iscsi_ops = _get_oid_value($snmp_session,$snmp_netapp_blocks_iscsi64Ops);
$blocks_iscsi_read = _get_oid_value($snmp_session,$snmp_netapp_blocks_iscsi64ReadBytes);
$blocks_iscsi_write = _get_oid_value($snmp_session,$snmp_netapp_blocks_iscsi64WriteBytes);
print FILE "$blocks_iscsi_ops\n$blocks_iscsi_read\n$blocks_iscsi_write\n";
}
if ($opt{'check_type'} eq 'FCPOPS') {
$blocks_fcp_ops = _get_oid_value($snmp_session,$snmp_netapp_blocks_fcp64Ops);
$blocks_fcp_read = _get_oid_value($snmp_session,$snmp_netapp_blocks_fcp64ReadBytes);
$blocks_fcp_write = _get_oid_value($snmp_session,$snmp_netapp_blocks_fcp64WriteBytes);
print FILE "$blocks_fcp_ops\n$blocks_fcp_read\n$blocks_fcp_write\n";
}
if ( ($opt{'check_type'} eq 'ISCSIOPS') or ($opt{'check_type'} eq 'FCPOPS') ) {
$total_disk_read = _get_oid_value($snmp_session,$snmp_netapp_misc64DiskReadBytes);
$total_disk_write = _get_oid_value($snmp_session,$snmp_netapp_misc64DiskWriteBytes);
print FILE "$total_disk_read\n$total_disk_write\n";
}
close(FILE);
} else {
$state = "WARNING";
$answer = "file $counterFile is not writable\n";
print ("$state: $answer\n");
exit $ERRORS{$state};
} # end if file is writable
# check to see if we pulled data from the cache file or not
if ( (!defined($fileRuntime)) ) {
$state = "OK";
$answer = "never cached - caching\n";
print "$state: $answer\n";
exit $ERRORS{$state};
} # end if cache file didn't exist
# check host's uptime to see if it goes backward
if ($fileHostUptime > $snmpHostUptime) {
$state = "WARNING";
$answer = "uptime goes backward - recaching data\n";
print "$state: $answer\n";
exit $ERRORS{$state};
} # end if host uptime goes backward
$elapsedtime=$runtime-$fileRuntime;
if ($elapsedtime<1){ $elapsedtime=1; }
} # end populate cache only for *OPS tests
#print "fileHostUptime : ".$fileHostUptime."\n";
#print "snmpeHostUptime : ".$snmpHostUptime."\n";
#print "elapsedTime : ".$elapsedtime."\n";
### Temperature ###
if("$opt{'check_type'}" eq "TEMP") {
my $check = _get_oid_value($snmp_session,$snmpenvOverTemperature);
if($check == 1) {
$stat = $ERRORS{'OK'};
$msg = "OK: $opt{'check_type'} is ok";
} else {
$stat = $ERRORS{'CRITICAL'};
$msg = "CRIT: Over $opt{'check_type'} !";
}
$perf = "overtemperature=$check";
### Fan ###
} elsif("$opt{'check_type'}" eq "FAN") {
my $check = _get_oid_value($snmp_session,$snmpFailedFanCount);
if($check == 0) {
$stat = $ERRORS{'OK'};
$msg = "OK: $opt{'check_type'} $check";
} else {
$stat = $ERRORS{'CRITICAL'};
$msg = "CRIT: $opt{'check_type'} $check !";
}
$perf = "failedfans=$check";
### PS ###
} elsif("$opt{'check_type'}" eq "PS") {
my $check = _get_oid_value($snmp_session,$snmpFailPowerSupplyCount);
if($check == 0) {
$stat = $ERRORS{'OK'};
$msg = "OK: $opt{'check_type'} Fail $check";
} else {
$stat = $ERRORS{'CRITICAL'};
$msg = "CRIT: $opt{'check_type'} Fail $check !";
}
$perf = "failedpowersupplies=$check";
### CPULOAD ###
} elsif("$opt{'check_type'}" eq "CPULOAD") {
my $check = _get_oid_value($snmp_session,$snmpcpuBusyTimePerCent);
($msg,$stat) = _clac_err_stat($check,$opt{'check_type'},$opt{'warn'},$opt{'crit'});
$perf = "cpuload=$check\%;$opt{'warn'};$opt{'crit'};;";
### NFSOPS ###
} elsif("$opt{'check_type'}" eq "NFSOPS") {
my $nfsops_per_seconds=floor ( ($total_nfs_ops-$fileNfsOps)/$elapsedtime );
my $check=$nfsops_per_seconds;
($msg,$stat) = _clac_absolute_err_stat($check,$opt{'check_type'},$opt{'warn'},$opt{'crit'});
$perf = "nfsops=$check";
### CIFSOPS ###
} elsif("$opt{'check_type'}" eq "CIFSOPS") {
my $cifsops_per_seconds=floor ( ($total_cifs_ops-$fileCifsOps)/$elapsedtime );
my $check=$cifsops_per_seconds;
($msg,$stat) = _clac_absolute_err_stat($check,$opt{'check_type'},$opt{'warn'},$opt{'crit'});
$perf = "cifsops=$check";
### ISCSIOPS ###
} elsif("$opt{'check_type'}" eq "ISCSIOPS") {
my $iscsiops_per_seconds=floor ( ($blocks_iscsi_ops-$fileIscsiOps)/$elapsedtime );
my $iscsiread_per_seconds=floor ( ($blocks_iscsi_read-$fileIscsi64ReadBytes)/$elapsedtime );
my $iscsiwrite_per_seconds=floor ( ($blocks_iscsi_write-$fileIscsi64WriteBytes)/$elapsedtime );
my $diskread_per_seconds=floor ( ($total_disk_read-$fileDisk64ReadBytes)/$elapsedtime );
my $diskwrite_per_seconds=floor ( ($total_disk_write-$fileDisk64WriteBytes)/$elapsedtime );
my $check=$iscsiops_per_seconds;
($msg,$stat) = _clac_absolute_err_stat($check,$opt{'check_type'},$opt{'warn'},$opt{'crit'});
$msg = "$msg ops/s (iscsi read=$iscsiread_per_seconds B/s, iscsi write=$iscsiwrite_per_seconds B/s, disk read=$diskread_per_seconds B/s, disk write=$diskwrite_per_seconds B/s)";
$perf = "iscsiops=$check iscsiread=$iscsiread_per_seconds iscsiwrite=$iscsiwrite_per_seconds diskread=$diskread_per_seconds diskwrite=$diskwrite_per_seconds";
### FCPOPS ###
} elsif("$opt{'check_type'}" eq "FCPOPS") {
my $fcpops_per_seconds=floor ( ($blocks_fcp_ops-$fileFcpOps)/$elapsedtime );
my $fcpread_per_seconds=floor ( ($blocks_fcp_read-$fileFcp64ReadBytes)/$elapsedtime );
my $fcpwrite_per_seconds=floor ( ($blocks_fcp_write-$fileFcp64WriteBytes)/$elapsedtime );
my $diskread_per_seconds=floor ( ($total_disk_read-$fileDisk64ReadBytes)/$elapsedtime );
my $diskwrite_per_seconds=floor ( ($total_disk_write-$fileDisk64WriteBytes)/$elapsedtime );
my $check=$fcpops_per_seconds;
($msg,$stat) = _clac_absolute_err_stat($check,$opt{'check_type'},$opt{'warn'},$opt{'crit'});
$msg = "$msg ops/s (fcp read=$fcpread_per_seconds B/s, fcp write=$fcpwrite_per_seconds B/s, disk read=$diskread_per_seconds B/s, disk write=$diskwrite_per_seconds B/s)";
$perf = "fcpops=$check fcpread=$fcpread_per_seconds fcpwrite=$fcpwrite_per_seconds diskread=$diskread_per_seconds diskwrite=$diskwrite_per_seconds";
### NVRAM ###
} elsif("$opt{'check_type'}" eq "NVRAM") {
my $check = _get_oid_value($snmp_session,$snmpnvramBatteryStatus);
if($check == 1) {
$stat = $ERRORS{'OK'};
$msg = "OK: $opt{'check_type'} $nvramBatteryStatus{$check}";
} else {
$stat = $ERRORS{'CRITICAL'};
$msg = "CRIT: $opt{'check_type'} $nvramBatteryStatus{$check}";
}
$perf = "nvrambatterystatus=$check";
### DISKUSED ###
} elsif("$opt{'check_type'}" eq "DISKUSED") {
FSyntaxError("Missing -v") unless defined $opt{'vol'};
my $r_vol_tbl = $snmp_session->get_table($snmp_netapp_volume_id_table_df_name);
foreach my $key ( keys %$r_vol_tbl) {
if("$$r_vol_tbl{$key}" eq "$opt{'vol'}") {
my @tmp_arr = split(/\./, $key);
my $oid = pop(@tmp_arr);
my $used = "";
my $capacity = "";
if ($opt{'version'} eq '2c') {
$used = _get_oid_value($snmp_session,"$snmp_netapp_volume_id_table_df64_used.$oid");
$capacity = _get_oid_value($snmp_session,"$snmp_netapp_volume_id_table_df64_total.$oid");
}
else {
my $used_high = _get_oid_value($snmp_session,"$snmp_netapp_volume_id_table_df_used_high.$oid");
my $used_low = _get_oid_value($snmp_session,"$snmp_netapp_volume_id_table_df_used_low.$oid");
$used = _ulong64($used_high, $used_low);
}
my $used_prec = _get_oid_value($snmp_session,"$snmp_netapp_volume_id_table_df_used_prec.$oid");
($msg,$stat) = _clac_err_stat($used_prec,"$opt{'check_type'} $opt{'vol'}",$opt{'warn'},$opt{'crit'});
# https://nagios-plugins.org/doc/guidelines.html
# 'label'=value[UOM];[warn];[crit];[min];[max]
$perf = "$$r_vol_tbl{$key}=$used\KB;" .floor($capacity*$opt{'warn'}/100) .";" .floor($capacity*$opt{'crit'}/100) .";;$capacity";
$perf .= " $$r_vol_tbl{$key}:perc=$used_prec\%;" .floor($opt{'warn'}) .";" .floor($opt{'crit'}) .";;100";
}
}
if ($msg =~ /^$/) {
$stat = $ERRORS{'WARNING'};
$msg = "WARN: Unknown volume path or aggregate name '$opt{'vol'}'. Available values:";
foreach my $key (sort keys %$r_vol_tbl) {
next if ( !( ($$r_vol_tbl{$key} =~ m#^/vol/.*$#) or ($$r_vol_tbl{$key} =~ m#^[^/]*$#) ) );
$msg .= " $$r_vol_tbl{$key}"
}
}
### SNAPSHOTAGE ###
} elsif("$opt{'check_type'}" eq "SNAPSHOTAGE") {
my @exc_list = split(',',$opt{'exclude'});
my @vol_list;
my @vol_id;
my @vol_err_ok;
my @vol_err_war;
my @vol_err_cri;
my $loc_mon=(localtime(time()))[4]+1;
my $loc_year=(localtime(time()))[5]+1900;
my $loc_time = time();
my $badcount = 0;
my $r_snap_tbl = $snmp_session->get_table($snmp_filesys_snapshot_slVTable_slVEntry);
my $r_vol_tbl = $snmp_session->get_table($snmp_filesys_snapshot_slVTable_slVEntry_number);
foreach my $key ( keys %$r_vol_tbl) {
my @tmp_oid = split(/\./, $key);
my $nb_col = scalar @tmp_oid;
push(@vol_list,"$tmp_oid[$nb_col-2]");
}
@vol_id = uniq(@vol_list);
foreach my $vol_id (@vol_id) {
my $Snap_year;
my $key_tmp = "$snmp_filesys_snapshot_slVTable_slVEntry_number.$vol_id.1";
my $Nb_Snap = "$$r_vol_tbl{$key_tmp}";
my $key_tmp = "$snmp_filesys_snapshot_slVTable_slVEntry.9.$vol_id.$Nb_Snap";
my $Vol_Name = "$$r_snap_tbl{$key_tmp}";
my $key_tmp = "$snmp_filesys_snapshot_slVTable_slVEntry.2.$vol_id.$Nb_Snap";
my $Snap_mon = "$$r_snap_tbl{$key_tmp}";
my $key_tmp = "$snmp_filesys_snapshot_slVTable_slVEntry.3.$vol_id.$Nb_Snap";
my $Snap_day = "$$r_snap_tbl{$key_tmp}";
my $key_tmp = "$snmp_filesys_snapshot_slVTable_slVEntry.4.$vol_id.$Nb_Snap";
my $Snap_hour = "$$r_snap_tbl{$key_tmp}";
my $key_tmp = "$snmp_filesys_snapshot_slVTable_slVEntry.5.$vol_id.$Nb_Snap";
my $Snap_min = "$$r_snap_tbl{$key_tmp}";
if ( $loc_mon >= $Snap_mon ) {
$Snap_year = $loc_year;
} else {
$Snap_year = $loc_year-1;
}
my $Snap_time = timelocal(0,$Snap_min,$Snap_hour,$Snap_day,$Snap_mon-1,$Snap_year);
my $Snap_delta = sprintf("%.2f", ($loc_time-$Snap_time)/86400);
#print "Localtime : ".localtime($loc_time)." \n";
#print "Localtime : ".localtime($Snap_time)." \n";
#print "Vol_id=$vol_id Nb_Snap=$Nb_Snap Vol_Name=$Vol_Name Snap_mon=$Snap_mon Snap_day=$Snap_day Snap_hour=$Snap_hour Snap_min=$Snap_min localtime=$loc_time snap_time=$Snap_time Snap_delta=$Snap_delta War=$opt{'warn'} Crit=$opt{'crit'}\n";
if (defined $opt{'vol'}) {
if ($opt{'vol'} eq "/vol/$Vol_Name/") {
if($Snap_delta > $opt{'warn'} and $Snap_delta < $opt{'crit'}) {
push(@vol_err_war, "/vol/".$Vol_Name."/ : ".$Snap_delta."");
} elsif($Snap_delta >= $opt{'crit'}) {
push(@vol_err_cri, "/vol/".$Vol_Name."/ : ".$Snap_delta."");
} else {
push(@vol_err_ok, "/vol/".$Vol_Name."/ : ".$Snap_delta."");
}
}
} elsif (defined $opt{'exclude'}) {
my $volcheck = 0;
foreach my $exvol (@exc_list) {
if ($exvol eq "/vol/$Vol_Name/") {
$volcheck++;
#print "Exclude\n";
}
}
if($volcheck == 0) {
if($Snap_delta > $opt{'warn'} and $Snap_delta < $opt{'crit'}) {
push(@vol_err_war, "/vol/".$Vol_Name."/ : ".$Snap_delta."");
} elsif($Snap_delta >= $opt{'crit'}) {
push(@vol_err_cri, "/vol/".$Vol_Name."/ : ".$Snap_delta."");
} else {
push(@vol_err_ok, "/vol/".$Vol_Name."/ : ".$Snap_delta."");
}
}
} else {
if($Snap_delta > $opt{'warn'} and $Snap_delta < $opt{'crit'}) {
push(@vol_err_war, "/vol/".$Vol_Name."/ : ".$Snap_delta."");
} elsif($Snap_delta >= $opt{'crit'}) {
push(@vol_err_cri, "/vol/".$Vol_Name."/ : ".$Snap_delta."");
} else {
push(@vol_err_ok, "/vol/".$Vol_Name."/ : ".$Snap_delta."");
}
}
}
my $err_ok = $#vol_err_ok + 1;
my $err_war = $#vol_err_war + 1;
my $err_cri = $#vol_err_cri + 1;
$badcount += ($err_war+$err_cri);
if (($err_cri == 0) && ($err_war == 0) && ($err_ok != 0)) {
$stat = $ERRORS{'OK'};
$msg = "OK: $opt{'check_type'} @vol_err_ok ";
} elsif ($err_cri != 0) {
$stat = $ERRORS{'CRITICAL'};
$msg = "CRIT : $opt{'check_type'} $badcount outdated snapshots found, @vol_err_cri days old (> $opt{'crit'} d)";
} elsif ($err_war != 0) {
$stat = $ERRORS{'WARNING'};
$msg = "WARN: $opt{'check_type'} $badcount outdated snapshots found, @vol_err_war days old (> $opt{'warn'} d)";
} elsif (defined $opt{'vol'}) {
$err_war = 1;
$stat = $ERRORS{'WARNING'};
$msg = "WARN: $opt{'check_type'} Unknown volume path name '$opt{'vol'}'. example \"/vol/vol0/\"";
} else {
$stat = $ERRORS{'UNKNOWN'};
$msg = "UNKNOW Errors";
}
$perf = "outdated_snapshots=$badcount";
### SNAPSHOT ###
} elsif("$opt{'check_type'}" eq "SNAPSHOT") {
my @exc_list = split(',',$opt{'exclude'});
my @vol_err;
my $r_vol_tbl = $snmp_session->get_table($snmpfilesysvolTablevolEntryvolName);
foreach my $key ( keys %$r_vol_tbl) {
my @tmp_arr = split(/\./, $key);
my $oid = pop(@tmp_arr);
my $vol_tmp = "$$r_vol_tbl{$key}";
my $volopt = _get_oid_value($snmp_session,"$snmpfilesysvolTablevolEntryOptions.$oid");
if($volopt !~ /nosnap=off/) {
my $volcheck = 0;
foreach my $exvol (@exc_list) {
if($exvol eq $vol_tmp) {
$volcheck++;
last;
}
}
if($volcheck == 0) {
push(@vol_err,"$vol_tmp");
}
}
}
my $err_count = $#vol_err + 1;
if($err_count == 0) {
$stat = $ERRORS{'OK'};
$msg = "OK: $opt{'check_type'} all ok";
} else {
$stat = $ERRORS{'CRITICAL'};
$msg = "CRIT: $opt{'check_type'} @vol_err not configured";
}
$perf = "snapoff=$err_count";
### FAILEDDISK ###
} elsif("$opt{'check_type'}" eq "FAILEDDISK") {
my $check = _get_oid_value($snmp_session,$snmpFailedDiskCount);
if($check == 0) {
$stat = $ERRORS{'OK'};
$msg = "OK: $opt{'check_type'} $check";
} else {
$stat = $ERRORS{'CRITICAL'};
$msg = "CRIT: $opt{'check_type'} $check";
}
$perf = "faileddisks=$check";
### DISKSUMMARY ###
} elsif("$opt{'check_type'}" eq "DISKSUMMARY") {
my $diskTotal = _get_oid_value($snmp_session,$snmp_netapp_disksummary_diskTotalCount);
my $diskActive = _get_oid_value($snmp_session,$snmp_netapp_disksummary_diskActiveCount);
my $diskFailed = _get_oid_value($snmp_session,$snmp_netapp_disksummary_diskFailedCount);
my $diskReconstructing = _get_oid_value($snmp_session,$snmp_netapp_disksummary_diskReconstructingCount);
my $diskSpare = _get_oid_value($snmp_session,$snmp_netapp_disksummary_diskSpareCount);
my $diskMessage = _get_oid_value($snmp_session,$snmp_netapp_disksummary_diskFailedMessage);
my $check=$diskFailed;
if($check == 0) {
$stat = $ERRORS{'OK'};
$msg = "OK: $opt{'check_type'} (".$diskMessage.") Disk Summary : Total->".$diskTotal." Active->".$diskActive." Spare->".$diskSpare." Failed ->".$diskFailed. " Reconstructing ->".$diskReconstructing;
} elsif ($diskSpare>0) {
$stat = $ERRORS{'WARNING'};
$msg = "WARN: $opt{'check_type'} (".$diskMessage.") Disk Summary : Total->".$diskTotal." Active->".$diskActive." Spare->".$diskSpare." Failed ->".$diskFailed. " Reconstructing ->".$diskReconstructing;
} else {
$stat = $ERRORS{'CRITICAL'};
$msg = "CRIT: $opt{'check_type'} (".$diskMessage.") Disk Summary : Total->".$diskTotal." Active->".$diskActive." Spare->".$diskSpare." Failed ->".$diskFailed. " Reconstructing ->".$diskReconstructing;
}
$perf = "faileddisks=$check total=$diskTotal active=$diskActive spare=$diskSpare reconstructing=$diskReconstructing";
### HA ###
} elsif("$opt{'check_type'}" eq "HA") {
my $cfSettings = _get_oid_value($snmp_session,$snmp_netapp_cfSettings);
my $cfState = _get_oid_value($snmp_session,$snmp_netapp_cfState);
my $cfCannotTakeoverCause = _get_oid_value($snmp_session,$snmp_netapp_cfCannotTakeoverCause);
my $cfPartnerStatus = _get_oid_value($snmp_session,$snmp_netapp_cfPartnerStatus);
my $cfPartnerName = _get_oid_value($snmp_session,$snmp_netapp_cfPartnerName);
my $cfInterconnectStatus = _get_oid_value($snmp_session,$snmp_netapp_cfInterconnectStatus);
my $check=$cfSettings;
if($cfSettings == 2) {
if ( ($cfPartnerStatus != 2) or ($cfState != 2) or ($cfInterconnectStatus != 4) ) {
$stat = $ERRORS{'CRITICAL'};
$msg = "CRIT: $opt{'check_type'} HA Summary : Settings->".$cfSettingsIndex{$cfSettings}." State->".$cfStateIndex{$cfState}." Cannot Takeover Cause->".$cfCannotTakeoverCauseIndex{$cfCannotTakeoverCause}." Partner->".$cfPartnerName." Partner Status ->".$cfPartnerStatusIndex{$cfPartnerStatus}." Interconnection State->".$cfInterconnectStatusIndex{$cfInterconnectStatus};
} else {
$stat = $ERRORS{'OK'};
$msg = "OK: $opt{'check_type'} HA Summary : Settings->".$cfSettingsIndex{$cfSettings}." State->".$cfStateIndex{$cfState}." Partner->".$cfPartnerName." Partner Status ->".$cfPartnerStatusIndex{$cfPartnerStatus}." Interconnection State->".$cfInterconnectStatusIndex{$cfInterconnectStatus};
}
} elsif ( ($cfSettings == 3) or ($cfSettings == 1) ) {
$stat = $ERRORS{'OK'};
$msg = "OK: $opt{'check_type'} HA Summary : Settings ->".$cfSettingsIndex{$cfSettings};
} else {
$stat = $ERRORS{'CRITICAL'};
$msg = "CRIT: $opt{'check_type'} HA Summary : Settings->".$cfSettingsIndex{$cfSettings}." State->".$cfStateIndex{$cfState}." Partner->".$cfPartnerName." Partner Status ->".$cfPartnerStatusIndex{$cfPartnerStatus}." Interconnection State->".$cfInterconnectStatusIndex{$cfInterconnectStatus};
}
$perf = "hasettings=$check";
### UPTIME ###
} elsif("$opt{'check_type'}" eq "UPTIME") {
my $check = _get_oid_value($snmp_session,$snmpUpTime);
$msg = "$opt{'check_type'}: $check";
$check =~ m/^\s*(\d+)\s+days,\s+(\d+):(\d+):(\d+).*$/;
$perf = "uptime=" . ($1*86400 + $2*3600 + $3*60 + $4) . "s";
### CACHEAGE ###
} elsif("$opt{'check_type'}" eq "CACHEAGE") {
my $check = _get_oid_value($snmp_session,$snmpCacheAge);
($msg,$stat) = _clac_minutes_err_stat($check,$opt{'check_type'},$opt{'warn'},$opt{'crit'});
$perf = "cache_age=$check";
### GLOBALSTATUS ###
} elsif("$opt{'check_type'}" eq "GLOBALSTATUS") {
my $check = _get_oid_value($snmp_session,$snmpGlobalStatus);
my $global_stat_txt = _get_oid_value($snmp_session,$snmpGlobalStatus_text);
if($check == 3) {
$stat = $ERRORS{'OK'};
$msg = "OK: $opt{'check_type'} $GlobalStatusIndex{$check} $check $global_stat_txt";
} else {
$stat = $ERRORS{'CRITICAL'};
$msg = "CRIT: $opt{'check_type'} $GlobalStatusIndex{$check} $check $global_stat_txt";
}
$perf = "globalstatus=$check";
### AUTOSUPPORTSTATUS ###
} elsif("$opt{'check_type'}" eq "AUTOSUPPORTSTATUS") {
my $check = _get_oid_value($snmp_session,$snmpAutoSupportStatus);
my $autosupport_stat_txt = _get_oid_value($snmp_session,$snmpAutoSupportStatus_text);
if($check == 1) {
$stat = $ERRORS{'OK'};
$msg = "OK: $opt{'check_type'} $AutoSupportStatusIndex{$check} $check $autosupport_stat_txt";
} else {
$stat = $ERRORS{'CRITICAL'};
$msg = "CRIT: $opt{'check_type'} $AutoSupportStatusIndex{$check} $check $autosupport_stat_txt";
}
$perf = "autosupportstatus=$check";
### NDMPSESSIONS ###
} elsif("$opt{'check_type'}" eq "NDMPSESSIONS") {
my $check = _get_oid_value($snmp_session,$snmpNdmpSessions);
($msg,$stat) = _clac_absolute_err_stat($check,$opt{'check_type'},$opt{'warn'},$opt{'crit'});
$perf = "ndmpsess=$check";
### CIFSSESSIONS ###
} elsif("$opt{'check_type'}" eq "CIFSSESSIONS") {
my $check = _get_oid_value($snmp_session,$snmpCifsSessions);
($msg,$stat) = _clac_absolute_err_stat($check,$opt{'check_type'},$opt{'warn'},$opt{'crit'});
$perf = "cifssess=$check";
### SHELF ###
} elsif ( ("$opt{'check_type'}" eq "SHELF") or ("$opt{'check_type'}" eq "SHELFINFO") ) {
my @errs;
my $r_shelf = $snmp_session->get_table($snmpEnclTableIndex);
my $perf_temp = "";
foreach my $key ( sort keys %$r_shelf) {
my @tmp_arr = split(/\./, $key);
my $oid = pop(@tmp_arr);
my %shelf;
my @shelf_err;
my $addr = _get_oid_value($snmp_session,"$snmpEnclTableShelfAddr.$oid");
my $shelf_state = _get_oid_value($snmp_session,"$snmpEnclTableState.$oid");
if($shelf_state != 3) {
push(@shelf_err,"$addr state $EcnlStatusIndex{$shelf_state},");
}
if ("$opt{'check_type'}" eq "SHELFINFO") {
my $shelf_temp = _get_oid_value($snmp_session,"$snmpEnclTableCurrentTemp.$oid");
my @current_temp = split(/\,/, $shelf_temp );
$shelf{'ShelfNumber'} = $oid;
$shelf{'CurrentTemp'} = shift(@current_temp);
$shelf{'ProductID'} = _get_oid_value($snmp_session,"$snmpEnclTableProductID.$oid");
$shelf{'ProductVendor'} = _get_oid_value($snmp_session,"$snmpEnclTableProductVendor.$oid");
$shelf{'ProductModel'} = _get_oid_value($snmp_session,"$snmpEnclTableProductModel.$oid");
$shelf{'ProductRevision'} = _get_oid_value($snmp_session,"$snmpEnclTableProductRevision.$oid");
$shelf{'ProductSerial'} = _get_oid_value($snmp_session,"$snmpEnclTableProductSerial.$oid");
} else {
$shelf{'PsFail'} = _get_oid_value($snmp_session,"$snmpEnclTablePsFailed.$oid");
$shelf{'FanFail'} = _get_oid_value($snmp_session,"$snmpEnclTableFanFailed.$oid");
$shelf{'ElectFail'} = _get_oid_value($snmp_session,"$snmpEnclTableElectronicFailed.$oid");
$shelf{'TempOverFail'} = _get_oid_value($snmp_session,"$snmpEnclTableTempOverFail.$oid");
$shelf{'TempOver'} = _get_oid_value($snmp_session,"$snmpEnclTableTempOverWarn.$oid");
$shelf{'TempUnderFail'} = _get_oid_value($snmp_session,"$snmpEnclTableTempUnderFail.$oid");
$shelf{'TempUnderWarn'} = _get_oid_value($snmp_session,"$snmpEnclTableTempUnderWarn.$oid");
$shelf{'VoltOverFail'} = _get_oid_value($snmp_session,"$snmpEnclTableVoltOverFail.$oid");
$shelf{'VoltOverWarn'} = _get_oid_value($snmp_session,"$snmpEnclTableVoltOverWarn.$oid");
$shelf{'VoltUnderFail'} = _get_oid_value($snmp_session,"$snmpEnclTableVoltUnderFail.$oid");
$shelf{'VoltUnderWarn'} = _get_oid_value($snmp_session,"$snmpEnclTableVoltUnderWarn.$oid");
}
foreach my $subkey ( keys %shelf) {
if ( ($shelf{$subkey} ne "") and ($shelf{$subkey} ne "noSuchInstance") ) {
if ( "$subkey" eq "CurrentTemp" ) {
$shelf{$subkey} =~ m/^([0-9]+)C.*$/;
$perf_temp = "$perf_temp, temp_$shelf{'ShelfNumber'}=$1";
}
}
#else { print "$subkey->"; print "None "; }
if ("$opt{'check_type'}" eq "SHELF") {
if(($shelf{$subkey} ne "") and ($shelf{$subkey} ne "noSuchInstance")) { push(@shelf_err,"$addr $subkey,") }
}
}
#{ print "\n"; }
#if ("$opt{'check_type'}" eq "SHELF") { print "\n"; }
if($#shelf_err != -1) {
push(@errs,@shelf_err)
}
}
if($#errs == -1) {
$stat = $ERRORS{'OK'};
$msg = "OK: $opt{'check_type'} ok";
if ("$opt{'check_type'}" eq "SHELFINFO")
{ $perf = "shelfinfo=0$perf_temp"; }
else
{ $perf = "shelf=0"; }
} else {
$stat = $ERRORS{'CRITICAL'};
$msg = "CRIT: $opt{'check_type'} Errors -";
foreach(@errs) {
$msg = "$msg $_";
}
if ("$opt{'check_type'}" eq "SHELFINFO")
{ $perf = "shelfinfo=1$perf_temp"; }
else
{ $perf = "shelf=1"; }
}
### FSSTATUS ###
} elsif("$opt{'check_type'}" eq "FSSTATUS") {
my $check = _get_oid_value($snmp_session,$snmpfsOverallStatus);
my $global_stat_txt = _get_oid_value($snmp_session,$snmpfsOverallStatus_text);
if($check == 1) {
$stat = $ERRORS{'OK'};
$msg = "OK: $opt{'check_type'} $fsOverallStatusIndex{$check} $check $global_stat_txt";
}elsif($check == 2) {
$stat = $ERRORS{'WARNING'};
$msg = "WARN: $opt{'check_type'} $fsOverallStatusIndex{$check} $check $global_stat_txt";
} else {
$stat = $ERRORS{'CRITICAL'};
$msg = "CRIT: $opt{'check_type'} $fsOverallStatusIndex{$check} $check $global_stat_txt";
}
$perf = "fsstatus=$check";
### Syntax Error ###
} else {
FSyntaxError("$opt{'check_type'} invalid parameter !");
}
$msg =~ s/\n//g;
$perf ? print "$msg | $perf\n" : print "$msg\n";
exit($stat);
Reference in New Issue View Git Blame Copy Permalink