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monitor-utils/nagios/check-netapp-ng.pl
Michal Svamberg e81a221289 Add performance data and optimize SNMP queries
Add performance read/write bytes to disks and FCP or ISCSI
in FCPOPS and ISCSIOPS check.

Now is nagioscache files with only necessary values
(for FCPOPS only FCP values, no NFS or CIFS or ISCSI).

On all *OPS check store value to global variable when
writing to nagioscache file. Now getting value only once,
this output is precisely and using less SNMP queries.
2015-05-31 11:58:50 +02:00

973 lines
36 KiB
Perl
Executable File

#!/usr/bin/perl
#####################################
#####################################
### ______ _ =) ###
### | ___ \ | | ###
### | |_/ / __ _ _ __ | | ###
### | / / _` || '_ \ | | ###
### | |\ \| (_| || | | || |____ ###
### \_| \_|\__,_||_| |_|\_____/ ###
#####################################
#####################################
#####################################
## Original version written by
## ran.leibman@gmail.com
## Additionial checks code written
## by laurent.dufour@havas.com
##
## 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|...
##
#####################################
#####################################
use strict;
use POSIX;
use lib "/usr/lib/nagios/libexec";
use lib "/usr/lib/nagios/plugins";
use utils qw($TIMEOUT %ERRORS);
use Net::SNMP;
use File::Basename;
use Getopt::Long;
Getopt::Long::Configure('bundling');
my $stat = 0;
my $msg;
my $perf;
my $script_name = "check-netapp-ng.pl";
my $script_version = 1.2;
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";
# 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";
# 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',
);
### Functions
###############
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)
-e <vol1[,vol2[,...]]> Exclude volumes from snap check (SNAPSHOT)
-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)
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)
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
$script_name -H netapp.mydomain -C public -T GLOBALSTATUS
CRIT: GLOBALSTATUS nonCritical 4 Disk on adapter 1a, shelf 1, bay 9, failed. | globalstatus=4
EOU
exit($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'} = 1;
$opt{'timeout'} = 5;
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",
);
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("$opt{'vol'} format is /vol/volname/ or 'aggregate_name' !");
}
}
if($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
# Starting Alaram
alarm($TIMEOUT);
# 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\%";
### 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("$$r_vol_tbl{$key}" eq "$opt{'vol'}") {
my @tmp_arr = split(/\./, $key);
my $oid = pop(@tmp_arr);
my $used = "";
if ($opt{'version'} eq '2c') {
$used = _get_oid_value($snmp_session,"$snmp_netapp_volume_id_table_df64_used.$oid");
}
else {
my $used_high = _get_oid_value($snmp_session,"$snmp_netapp_volume_id_table_df_used_high.$oid");
my $used_low = _get_oid_value($snmp_session,"$snmp_netapp_volume_id_table_df_used_low.$oid");
$used = _ulong64($used_high, $used_low);
}
my $used_prec = _get_oid_value($snmp_session,"$snmp_netapp_volume_id_table_df_used_prec.$oid");
($msg,$stat) = _clac_err_stat($used_prec,$opt{'check_type'},$opt{'warn'},$opt{'crit'});
$perf = "$$r_vol_tbl{$key}=$used\k";
}
}
if ($msg =~ /^$/) {
$stat = $ERRORS{'WARNING'};
$msg = "WARN: Missing volume path or aggregate name '$opt{'vol'}' !";
}
### 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
{ $perf = "shelf=1"; }
}
### Syntax Error ###
} else {
FSyntaxError("$opt{'check_type'} invalid parameter !");
}
print "$msg | $perf\n";
exit($stat);