Here is the files that you may want to copy to /var/opt/OV/conf/OpC and then customize

root@linux:/var/opt/OV/bin/instrumentation # ls -l *.cfg
-rwxr-xr-x. 1 root root 10305 Oct 21 09:05 act_mon.cfg
-rwxr-xr-x. 1 root root 1987 Oct 21 09:05 bond_mon.cfg
-rwxr-xr-x. 1 root root 4330 Oct 21 09:05 boot_mon.cfg
-rwxr-xr-x. 1 root root 3809 Oct 21 09:05 cron_mon.cfg
-rwxr-xr-x. 1 root root 9981 Oct 21 09:05 df_mon.cfg
-rwxr-xr-x. 1 root root 1484 Oct 21 09:05 dmsg_mon.cfg
-rwxr-xr-x. 1 root root 1324 Oct 21 09:05 hw_mon.cfg
-rwxr-xr-x. 1 root root 1493 Oct 21 09:05 kts_mon.cfg
-rwxr-xr-x. 1 root root 1404 Oct 21 09:05 loop_mon.cfg
-rwxr-xr-x. 1 root root 2017 Oct 21 09:05 lp_mon.cfg
-rwxr-xr-x. 1 root root 2150 Oct 21 09:05 md_mon.cfg
-rwxr-xr-x. 1 root root 2567 Oct 21 09:05 mp_mon.cfg
-rwxr-xr-x. 1 root root 8119 Oct 21 09:05 nfs_mon.cfg
-rwxr-xr-x. 1 root root 1607 Oct 21 09:05 nic_mon.cfg
-rwxr-xr-x. 1 root root 1786 Oct 21 09:05 ntp_mon.cfg
-rwxr-xr-x. 1 root root 10023 Oct 21 09:05 ps_mon.cfg
-rwxr-xr-x. 1 root root 4878 Oct 21 09:05 rc_mon.cfg
-rwxr-xr-x. 1 root root 1832 Oct 21 09:05 sc_mon.cfg
-rwxr-xr-x. 1 root root 3778 Oct 21 09:05 scsi_mon.cfg
-rwxr-xr-x. 1 root root 2919 Oct 21 09:05 sg_mon.cfg
-rwxr-xr-x. 1 root root 1956 Oct 21 09:05 sshd_mon.cfg
-rwxr-xr-x. 1 root root 1831 Oct 21 09:05 svcs_mon.cfg
-rwxr-xr-x. 1 root root 2860 Oct 21 09:05 swap_mon.cfg
-rwxr-xr-x. 1 root root 7925 Oct 21 09:05 UXMONbroker.cfg
-rwxr-xr-x. 1 root root 3947 Oct 21 09:05 UXMONmetrics.cfg
-rwxr-xr-x. 1 root root 3246 Oct 21 09:05 UXMONperf.cfg
-rwxr-xr-x. 1 root root 2966 Oct 21 09:05 uxmon_selfcheck.cfg
-rwxr-xr-x. 1 root root 2280 Oct 21 09:05 uxmonsyslog.cfg
-rwxr-xr-x. 1 root root 2273 Oct 21 09:05 vc_mon.cfg
-rwxr-xr-x. 1 root root 5479 Oct 21 09:05 vol_mon.cfg

act_mon.cfg

###############################################################################
# GD UX MON #
#@(#) $Id: act_mon.cfg 2180 2015-05-11 09:11:18Z baoliz $
#@(#) $Rev: 2180 $
#@(#) $Author: baoliz $
#@(#) $Date: 2015-05-11 17:11:18 +0800 (Mon, 11 May 2015) $
#@(#) $LastChangedBy: baoliz $
###############################################################################

#############################################################################
# File: act_mon.cfg
# Description: The File Activity Monitor Configuration file
# Package : GD UXMON (AROA PROJECT)
#############################################################################

################################################################################
#
# The intention of this script is to monitor the last modification time of a
# file, or to monitor its size. This is used to supervise other programs or
# scripts which have to write regularly to their logfile. If a program or a
# script doesn’t modify “its” file, there is probably something wrong with this process.
#
# If the configured interval is exceeded for the file which is intended to be
# monitored, or if the size is above or below the configured limit (depending
# on whether the size threshold has a modifier),
# a log-message is written
#
#

################################################################################
#
# Syntax:
# [REARM = TRUE|FALSE]
# [disable = yes|no]
# [interval = ]
# Filename threshold|MISSING severity schedule group
# ===========================================================================
# /dir/file1 15m WARNING 0000-2400 * MYGROUP
# /dir/file2 50s CRITICAL 0000-2400 * I
# /dir/file3 >100KB WARNING 0000-2400 * OTHERGROUP
# /dir 15n WARNING 0000-2400 *
# /dir/file MISSING
#
# Note wildcards are supported as well
# /dir/file1*4 5n WARNING
# /d*r/file1*4 15m WARNING
# /dir/prod/file1*4 >100KB WARNING
#
# rearm
#==============
# If set TRUE (or true), rearm function is enabled, default is disabled
#
# disable
#===============
# If set disable to YES (or yes), this module won’t run anytime
#
# interval
#===============
# If the module will allow to run after the interval minutes
#
# DEFAULTS
#===============
# If Severity not specified is assumed warning.
# If threshold is not qualified is assumed s (seconds)
# If GROUP not specified is assumed the group NONE
# If no qualifier is explicited (> or ” is assumed
#
# THRESHOLD|MISSING
#================
#
# The INTERVAL can be given in different units.Possible units for file age are:
# (no unit) => seconds
# s => seconds
# m => minutes
# h => hours
# d => days
# Possible units for file size are:
# KB => kilobytes
# MB => megabytes
# GB => gigabytes
# File count is configured with a small n
# n => File count
#
# In addition, file sizes may be preceded by the optional “>” or “” (if the file is larger than the threshold,
# a message will be sent).
#
# The file count will count the number of files in a directory(s). Note it
# will exclude directories within directories
#
# There is a special entry that can be used to monitor a directory based on a
# date. For example an application might output to a directory for a particular
# day and you need to check the number of files or that kind. By using
# the template (%FORMAT) the current date will be substituted e.g.
# /tmp/(%DDMMYYYY) monitors /tmp/26032006 . The date format depends on
# the template. The template can be formed with Y, M, D (year month day) and h m s
# hour, minute, second) (please, note M vs m). If you want to specify a time format
# with year of 2 digits, use YY , with 4 digits, YYYY.
# For instance, DDMMYYhhmmss is a full date timestamp like 230306152558
#
# MISSING
#===================
# The MISSING option is used to check if the file exists.
# If the argument MISSING is configured, and the file does not exist, it will trigger an alarm to OVO.
# If the MISSING doesn’t cofigure,no alarm triggered to OVO, only report in the LOGFILE.
#
#
# SEVERITY
#===================
# The SEVERITY can be one of the following:
# WARNING, MINOR, MAJOR, CRITICAL (case insensitive)
# If not explicited, it will be assumed warning.
# Please, be considerd with the severities, think twice prior to use CRITICAL, the most severe.
#
# SCHEDULE
#=====================
# You can define the time frame for each line/configuration giving an specific Schedule.
# This means that one file or configuration it will be only considered when the current time falls
# within the scheduled time configured
# The format is – , some examples are:
# 0000-2400 * The basic configuration means in any day in any moment
# 0900-1800 1-5 Means to check from 09:00 am to 18:00 pm from Monday to Friday.
# 0000-2400 6,0 Means at any hour only Saturday and Sunday
#
# ACTIONS
#================
# You can declare an ACTION, that will be triggered if the threshold is
# exceeded. The ACTION follow the syntax *ACTION
# Examples of allowed syntaxis:
# *ACTION rm -f /tmp/*.gz
#
# *ACTION gzip !FSNAME/*.log ; rm !FSNAME/*.txt
#
# Therefore, the ACTION can be in a different line or just following the
# filesystem declaration. (all in one line)
# Besides, you have some variables that will be replaced prior to trigger
# the execution:
# !GROUP (the group used)
# !MESSAGE (the same message that will be write in the logfile)
# !SEVERITY (The severity declared in this alarm)
#
#
#
# PACKAGE. Cluster Awareness
#=============================
# There is another directive , *PACKAGE pkgname, that can be used to inform to ACTMON that
# this resource is managed by a Cluster, and more specifically included in the package named
# pkgname
# The ACTMON , prior to test that file system, it will check if the cluster package is in fact
# running in this local node, if yes, it will process it as any other file system. If it’s not
# running in this node (therefore is running in another one), it will ignore this file system
#
# IPISLOCAL. IP address or FQHN
#=============================
# Check if IP address or FQHN is assigned to monitored node and if a corresponding interface is UP
#
# I
#=============================
# I is configured at the line end that means ignore the alarm even the file attribute breaches the threshold
#
# GROUPING
#==============================
# You can group the alarms, giving them the same GROUP. In that case
# only will be reported the MOST SEVERE ALARM and others will be masked by this one
# If you don’t set a group, is considered then the group NONE.
# Even although the message be masked by another more critical message
# in the same group, its action IT WILL BE EXECUTED. And, proper log message
# will be write.
#
#
# AUTORECOVERY. (TOTAL AUTORECOVERY)
#=====================================
# Each time an alarm happens, an action (if defined) is triggered, then a second
# check will be performed, so this monitoring is based on two phases:
# first, checks the alarms, and triggers the actions if any.
# second, evaluates the alarms again, and, only those who persist will be logged
# In that way, ACTION can help to automatize the maintenance and decrease the number of alarms.
#
#
# CMA SUPPORT
#========================================
# You can access to the EventType and EventTypeInstance using teh [ ] brackets statements
# to set which values are to be used by the following lines
# The syntax of such line is : [ OBJECT , EventType, EventTypeInstance ]
# And the Default values for all cases are NONE
# You can state only the object : [ OBJECT ]
# You can state object and EventType leave EventTypeInstace to default value [OBJECT ,EventType ]
# But you can never use more than three fields or less than 1
# Fields to be separated by commands and blank spaces not allowed
# [ OS, OS, SapApp ]
# process 1- warning
#
# NOTE: When a line has set a GROUP or OBJECT and this conflicts with the [ ] statement, the line field will be used
#
#
#
################################################################################
#
# Some examples more
#
# disable this module
# disable = yes

# this module allow to run after every 10 minutes
# interval = 10

#REARM = true

#/var/opt/OV/log/OpC/cl_mon.log 1h CRITICAL 0000-2400 *
#/var/opt/osit/log 10n
#/var/adm/syslog/syslog.log 3d warning 0800-1700 1-5 OPS
#/tmp/telelezing/(%DDMMYY) <2n warning MYGROUP
#/tmp/core MISSING
#
#############################################
# Make your CONFIGURATION FROM HERE #
#############################################

bond_mon.cfg

#############################################################################
#@ $Id: bond_mon.cfg 2132 2014-08-22 06:47:32Z zhaofeif $
#@ $Rev: 2197 $
#@ $Author: baoliz $
#@ $Date: 2015-05-17 18:16:07 +0800 (Sun, 17 May 2015) $
#@ $LastChangedBy: baoliz $
##############################################################################
#
# Syntax:
# [REARM = TRUE|FALSE]
# [disable = yes|no]
# [interval = ]
# exclude
#
# REARM
#===============
# If set TRUE (or true), rearm function is enabled, default is disabled
#
# disable
#===============
# If set disable to YES (or yes), this module won’t run anytime
#
# interval
#===============
# If the module will allow to run after the interval minutes
#
# exclude
#========================
# The “exclude ” syntax is used to force entries of the device name to be ignored.
#

############################################################################
# For example:

# disable this module
# disable = yes

# the mdmon will execute every 5 minutes.
# interval = 5

# exclude some device
# exclude bond0
# exclude bond1

#############################################################################
# end of bond_mon.cfg
############################################################################

boot_mon.cfg

###############################################################################
#@(#) $Id: boot_mon.cfg 2149 2015-03-03 08:45:34Z zhaofeif $
#@(#) $Rev: 2149 $
#@(#) $Author: zhaofeif $
#@(#) $Date: 2015-03-03 16:45:34 +0800 (Tue, 03 Mar 2015) $
#@(#) $LastChangedBy: zhaofeif $ #
# =========================================================================== #
# Copyright (c) 2006 Hewlett Packard – All Rights Reserved. #
# Author: Cesar Lombao Vazquez #
###############################################################################

#############################################################################
# File: boot_mon.cfg
# Description: The File Activity Monitor Configuration file
# Package : GD UXMON (AROA PROJECT)
#############################################################################

################################################################################
#
# The intention of this script is to monitor whether the system has rebooted within 1 day.
#
#
################################################################################
#
# Syntax:
#
# [REARM = TRUE|FALSE]
# [disable = yes|no]
# [interval = ]

# severity=xxx
# group=yyy
# typeinstance=ccccc
# eventtypeinstance=ttttt
#
# rearm
#===============
# If set TRUE (or true), rearm function is enabled, default is disabled
#
#===============
# disable
#===============
# If set disable to YES (or yes), this module won’t run anytime
#
# interval
#===============
# If the module will allow to run after the interval minutes
#
# WARNING MYGROUP
#
# DEFAULTS
#===============
# If Severity not specified is assumed warning.
# If GROUP not specified is assumed the group NONE
#
#
# GROUP
# ===================
# With GROUP it can be influenced in the alarm routing and ticketing interface, knowing that:
# IF the GROUP starts with B_ the alarm will reamin in the browser ONLY
# IF the GROUP starts with TT_ the alarm will be send to Ticketing systems (THIS IS THE DEFAULT BEHAVIOUR)
# IF the GROUP starts with N_ the alarm will be send to the Notification system
# IF the GROUP starts with TN_ the alarm will be sent both to Notif and TT
# IF the GROUP does not start with any of the above alarm will be sent to TroubleTicket ssystem (T_ )
#
# SEVERITY
#===================
# The SEVERITY can be one of the following:
# WARNING, MINOR, MAJOR, CRITICAL (case insensitive)
# If not explicited, it will be assumed warning.
# Please, be considerd with the severities, think twice prior to use CRITICAL, the most severe.
#
# CMA SUPPORT
#========================================
# You can access to the EventType and EventTypeInstance
#
#############################################################################
#
#
################################################################################
#
# Some examples more
#
# severity=warning
# group=MYGROUP
#
#############################################
# Make your CONFIGURATION FROM HERE #
#############################################
#REARM = true

disable = no

severity = major
group = BOOT

eventtype = NONE
eventtypeinstance = NONE

cron_mon.cfg

###############################################################################
#@(#) $Id: cron_mon.cfg 2149 2015-03-03 08:45:34Z zhaofeif $
#@(#) $Rev: 2149 $
#@(#) $Author: zhaofeif $
#@(#) $Date: 2015-03-03 16:45:34 +0800 (Tue, 03 Mar 2015) $
#@(#) $LastChangedBy: zhaofeif $
###############################################################################

#############################################################################
# File: cron_mon.cfg
# Description: The cron Monitor Configuration file
# Package : GD UXMON (AROA PROJECT)
#############################################################################

#############################################################################
#
# [REARM = TRUE|FALSE]
# [disable = yes|no]
# [interval = ]
#
#
#
#
# Commnand line triggered by the cron
# = warning|minor|major|critical (case insensitive)
# = hhmm-hhmm []
# = n[,] | * (is also posible a range like 1-5)
# where n represents day of a week starting with
# Sunday=0 and Saturday=6;
# * means all days
# (if you use 1,* or 3,*,4 alike is not allowed)
#
#
#
#
# DEFAULTS
#===============
# If Severity not specified is assumed warning.
# If GROUP not specified is assumed the group NONE
# If schedule not specified is assumed every day , at any time
#
# rearm
#===============
# If set TRUE (or true), rearm function is enabled, default is disabled
#
# disable
#===============
# If set disable to YES (or yes), this module won’t run anytime
#
# interval
#===============
# If the module will allow to run after the interval minutes
#
#
#
# GROUPING
#==============================
# You can group the alarms, giving them the same GROUP. In that case
# only will be reported the MOST SEVERE ALARM and others will be masked by this one
# If you don’t set a group, is considered then the group NONE.
# Even although the message be masked by another more critical message
# in the same group, its action IT WILL BE EXECUTED. And, proper log message
# will be write.
#
#
# AUTORECOVERY. TOTAL
#================================
# Due the nature of the cron, there is no autorecovery, therefore
# each time an alarm be ready to be triggered it will be.
#
#
# CMA SUPPORT
#========================================
# You can access to the EventType and EventTypeInstance using teh [ ] brackets statements
# to set which values are to be used by the following lines
# The syntax of such line is : [ OBJECT , EventType, EventTypeInstance ]
# And the Default values for all cases are NONE
# You can state only the object : [ OBJECT ]
# You can state object and EventType leave EventTypeInstace to default value [OBJECT ,EventType ]
# But you can never use more than three fields or less than 1
# Fields to be separated by commands and blank spaces not allowed
# [ OS, OS, CRON ]
#
# NOTE: When a line has set a GROUP or OBJECT and this conflicts with the [ ] statement, the line field will be used
#
#############################################################################
#################
### EXAMPLES #
#################
#REARM = true
#
#/usr/local/bin/myexecution warning 0000-2400 * MYGROUP
#/opt/tool/bin/mytool MYTOOL

#####################
# End of examples #
#####################

###############################
# Start your config from here #
###############################

#############################################################################
# end of cron_mon.cfg
#############################################################################

df_mon.cfg

###############################################################################
#@(#) $Id: df_mon.cfg 2201 2015-05-19 08:07:49Z baoliz $
#@(#) $Rev: 2201 $
#@(#) $Author: baoliz $
#@(#) $Date: 2015-05-19 16:07:49 +0800 (Tue, 19 May 2015) $
#@(#) $LastChangedBy: baoliz $
###############################################################################

#############################################################################
# File: df_mon.cfg
# Description: The Diskspace Monitor Configuration file
# Package : GD UXMON (AROA PROJECT)
#############################################################################

#############################################################################
#
# [REARM = TRUE|FALSE]
# [disable = yes|no]
# [interval = ]
# exclude
# [] [] [] [ ; GROUP ]
# [*ACTION action] [*PACKAGE pkgname] [*IPISLOCAL ] [*DURATION ]
#
# space utilization threshold
# inode utilization threshold
# = normal|warning|minor|major|critical (case insensitive)
# = hhmm-hhmm []
# = n[,] | * (is also posible a range like 1-5)
# where n represents day of a week starting with
# Sunday=0 and Saturday=6;
# * means all days
# (if you use 1,* or 3,*,4 alike is not allowed)
#
# Use ‘-‘ to skip threshold parameter specification.
# If parameter is not specified the checking of that value is skipped.
#
# Examples allowed:
# * 95 90 warning
# /opt/SAP* 95 warning
# /tmp – 90% ; MYGROUP
# /home/userx 50Mb – 0000-2400 0-6 ; USERS
# /opt 70 – major 0600-1800 1,2,3,4,5
# /var 75% – critical 0600-2200 *
# /var/opt/OV 5Gb ; OVO (here the severity is taken by default-> warning)
#
# rearm
#===============
# If set TRUE (or true), rearm function is enabled, default is disabled
#
# disable
#===============
# If set disable to YES (or yes), this module won’t run anytime
#
# interval
#===============
# If the module will allow to run after the interval minutes
#
# DEFAULTS
#===============
# If Severity not specified is assumed warning.
# If threshold is not qualified with % or Gb , or Mb, is assumed %
# If GROUP not specified is assumed the group NONE
#
# THRESHOLD
#================
# The Tresholds can be set specifying the percentage used (the default)
# or absolute values in Mb or Gb. Thresholds valid (only for disk space) are
# 75Mb 34Gb 34 10%
# In the case of 34 is assumed you want to mean 34%
#
# ACTIONS
#================
# You can declare an ACTION, that will be triggered if the threshold is
# exceeded. The ACTION follow the syntax *ACTION
# Examples of allowed syntaxis:
# /tmp 1Mb – warning ; OS *ACTION rm -f /tmp/*.gz
#
# /home/userx 1Mb – warning
# *ACTION gzip !FSNAME/*.log ; rm !FSNAME/*.txt
#
# Therefore, the ACTION can be in a different line or just following the
# filesystem declaration. (all in one line)
# Besides, you have some variables that will be replaced prior to trigger
# the execution:
# !FSNAME (filesystem name)
# !GROUP (the group used)
# !MESSAGE (the same message that will be write in the logfile)
# !REASON (SPACE or INODE, depending the reason that triggered the alarm)
# !THRESHOLD (The Threshold that has been exceeded)
# !CURRENT (The current value compared with the threshold)
# !SEVERITY (The severity declared in this alarm)
#
#
# PACKAGE. Cluster Awareness
#=============================
# There is another directive , *PACKAGE pkgname, that can be used to inform to DFMON that
# this resource is managed by a Cluster, and more specifically included in the package named
# pkgname
# The DFMON , prior to test that file system, it will check if the cluster package is in fact
# running in this local node, if yes, it will process it as any other file system. If it’s not
# running in this node (therefore is running in another one), it will ignore this file system
#
# IPISLOCAL. IP address or FQHN
#=============================
# Check if IP address or FQHN is assigned to monitored node and if a corresponding interface is UP

# DURATION
#=============================
# Ticket is triggered after duration minutes and ticket will be held within DURATION minutes, if DURATION is configured. .

# GROUPING
#==============================
# You can group the alarms, giving them the same GROUP. In that case
# only will be reported the MOST SEVERE ALARM and others will be masked by this one
# If you don’t set a group, is considered then the group NONE.
# Even although the message be masked by another more critical message
# in the same group, its action IT WILL BE EXECUTED. And, proper log message
# will be write.
#
#
# AUTORECOVERY. (TOTAL AUTORECOVERY)
#=====================================
# Each time an alarm happens, an action (if defined) is triggered, then a second
# check will be performed, so this monitoring is based on two phases:
# first, checks the alarms, and triggers the actions if any.
# second, evaluates the alarms again, and, only those who persist will be logged
# In that way, ACTION can help to automatize the maintenance and decrease the number of alarms.
#
#
#========================================
# Duplicated defination of one filesystem
# /tmp 50 50 warning
# /tmp 90 90 critical
# File system /tmp exceeds threshold 50% of disk space usage and 50% of inode usage will send alarm with severity warning
# and when exceeds threshold 90% of disk space usage and 90% of inode usage will send alarm with severity critical
#
# * 50 50 warning
# /tmp 90 90 warning
# Character * is special, all file systems’ threshold represent the 50% of disk space usage and the 50% of inode usage except /tmp,
# /tmp only alarm when exceeds threshold of 90% of disk space usage and 90% of inode usage.
#
# /var/tmp 100GB warning
# /var/tmp 90 90 warning
# Different types of threshold, both lines will be available, /var/tmp will send alarm whatever it has less than 100GB or
# exceeds threshold 90% of disk space usage and 90% of inode usage.
#
#
# EXCLUDE. Ignore filesystems
#=====================================
# you can set the directive Filesystem Exclude, for instance
# /tmp exclude
# /var/opt/SAP* exclude
#
# And these file systems will be ignored and therefore not checked and not executed any action
# However, you must note the order IS RELEVANT, for instance
# /tmp 1 1 warning
# /tmp exclude
# will cause the /tmp be ignored, but
# /tmp exclude
# /tmp 1 1 warning
# will make the /tmp be considered.
#
# A more complex example, lets imagine you have file systems like /var/opt/FS* that you want
# be checked, however, you know there some like /var/opt/FS*tmp not relevant for you, that you
# would prefer to ignore:
# /var/opt/FS* 1Gb – warning
# /var/opt/FS*tmp exclude
#
# SO BEWARE, if your last line is like :
# * exclude
# this will be the same like to have the df_mon.cfg empty , ALL WILL BE IGNORED
# CMA SUPPORT
#========================================
# You can access to the EventType and EventTypeInstance using teh [ ] brackets statements
# to set which values are to be used by the following lines
# The syntax of such line is : [ OBJECT , EventType, EventTypeInstance ]
# And the Default values for all cases are NONE
# You can state only the object : [ OBJECT ]
# You can state object and EventType leave EventTypeInstace to default value [OBJECT ,EventType ]
# But you can never use more than three fields or less than 1
# Fields to be separated by commands and blank spaces not allowed
# [ OS, OS, SapApp ]
# * 95 95 warning
#
# NOTE: When a line has set a GROUP or OBJECT and this conflicts with the [ ] statement, the line field will be used
#
#############################################################################
#################
### EXAMPLES #
#################

# disable this module
# disable = yes

# this module allow to run after every 10 minutes
# interval = 10

# Monitor all filesystems
#* 95 95 warning

# exclude the /tmp
#/tmp exclude

# Create different severities for different thresholds for the same filessytem
#/ 80 100 major
#/ 95 100 critical

# Set an action when the disk space is 99% (inodes are ignored)
#/tmp 99 – major *ACTION gzip /tmp/*.log /tmp/*.txt

# Use the GROUP option
#/usr 80 2 major ; FILESYS

# Set an absolute threshold, if there is less than 1Gb of disk free space, then WARNING
# with GROUP FILESYS, and then, execute an action that stores the warning message in a log
#/tmp 1Gb WARNING ; FILESYS
#*ACTION echo !MESSAGE > kk.log ; date >> kk.log

# Use a percent treshold an execute an action (note the syntax, is allowed all in one line)
#/home 99% 1 *ACTION echo !MESSAGE > kk.log ; date >> kk.log

# Another example of ACTION
#/tmp 12 10 *ACTION rm /tmp/*pdf

# Allowed, but really, really dangerous, if this is the last line is like disabling the whole mon
#* exclude

# Using the Cluster Awareness, in this case, ONLY is the package pkg3 is running in this
# node, the /tmp will be checked. And if threshold exceeded, then it will execute an acion
#/tmp 1 1 WARNING *PACKAGE pkg3
#*ACTION echo “hola” > kk.log

#####################
# End of examples #
#####################

###############################
# Start your config from here #
###############################
#REARM = true

* 95 95 warning
* 98 98 major

#############################################################################
# end of df_mon.cfg
#############################################################################

dmsg_mon.cfg

###############################################################################
#@(#) $Id: dmsg_mon.cfg 2132 2014-08-22 06:47:32Z zhaofeif $
#@(#) $Rev: 2132 $
#@(#) $Author: zhaofeif $
#@(#) $Date: 2014-08-22 14:47:32 +0800 (Fri, 22 Aug 2014) $
#@(#) $LastChangedBy: zhaofeif $
###############################################################################

###############################################################################
#
# File: dmsg_mon.
# [disable = yes|no]
# [interval = ]
# disable
#===============
# If set disable to YES (or yes), this module won’t run anytime
#
# interval
#===============
# If the module will allow to run after the interval minutes

# Description: strings listed here don’t generate an ITO message for dmesg
# Syntax: just list the strings, one line for each
# !!! all dmesg lines matching one of the listed strings
# are taken out of monitoring !!!
#
# Example:
#
# hardware path
#
# If the string “hardware path” is listed, all dmesg lines matching (containing)
# the string “hardware path” are ignored for monitoring purposes.
# Still, the dmesg history contains these lines, but no message is generated.
#
###############################################################################

###############################################################################
# End of dmesg_mon.cfg
###############################################################################

hw_mon.cfg

#############################################################################
#@ $Id: hw_mon.cfg 2149 2015-03-03 08:45:34Z zhaofeif $
#@ $Rev: 2149 $
#@ $Author: zhaofeif $
#@ $Date: 2015-03-03 16:45:34 +0800 (Tue, 03 Mar 2015) $
#@ $LastChangedBy: zhaofeif $
##############################################################################
#[REARM = TRUE|FALSE]
#[disable = yes|no]
#[interval = ]
#[ignore string]
#
# rearm
#===============
# If set TRUE (or true), rearm function is enabled, default is disabled
# disable
#===============
# If set disable to YES (or yes), this module won’t run anytime
#
# interval
#===============
# The module will allow to run after the interval minutes every time

# ignore string
#===============
# All the output got from command match the ignore string will not record to hw_mon.log that means this kind of hardware error will be ignored

# The below lines are default predefined strings for selection as ignore string which user can uncomment out if he/she need ignore the kind of error
# Please don’t modify the below predefined strings which just need the operation of comment or uncomment for you.

#REARM = true

#Power Supply Error
#FAN Error
#Thermal Sensor Error
#Memory Failed
#CPU Failed
#Physical Drive Failed
#Drive Array Accelerator Battery Failed

kts_mon.cfg

##################################################################################
#@ $Id: kts_mon.cfg 2149 2015-03-03 08:45:34Z zhaofeif $
#@ $Rev: 2149 $
#@ $Author: zhaofeif $
#@ $Date: 2015-03-03 16:45:34 +0800 (Tue, 03 Mar 2015) $
#@ $LastChangedBy: zhaofeif $
##################################################################################
#
# [REARM = TRUE|FALSE]
# [disable = yes|no]
# [interval = ]

# rearm
#===============
# If set TRUE (or true), rearm function is enabled, default is disabled
#
# disable
#===============
# If set disable to YES (or yes), this module won’t run anytime
#
# interval
#===============
# If the module will allow to run after the interval minutes
#
# PARAMETERS
# THRESH_NP=
# THRESH_NI=
# THRESH_NF=
# THRESH_NK=
#
# THRESH_NP states for the size of the kernel table for running processes
# THRESH_NI states for the size of the kernel table for inode
# THRESH_NF states for the size of the kernel table for opened files
# THRESH_NK states for the size of the kernel table nkthreads (only hpux)
# is a postive integer that states the percentage (please, don’t add the % value)
#
# Support
# Linux, solaris, HPUX supported
# but not all parameters are available
# Those not supported will be simply discarded
# Please, refer to documentation to know which ones are supported
#
#
#REARM = true

THRESH_NP=80
THRESH_NI=101
THRESH_NK=80
#THRESH_NF=70

loop_mon.cfg

###############################################################################
#@(#) $Id: loop_mon.cfg 2149 2015-03-03 08:45:34Z zhaofeif $
#@(#) $Rev: 2149 $
#@(#) $Author: zhaofeif $
#@(#) $Date: 2015-03-03 16:45:34 +0800 (Tue, 03 Mar 2015) $
#@(#) $LastChangedBy: zhaofeif $
# #############################################################################
#############################################################################
# Syntax:
# [REARM = TRUE|FALSE]
# “DISABLE =[yes|no]”
# [interval = ]

# CPU_THRESHOLD =
# TIME_THRESHOLD =
#
# “EXCEPT_PRC= ”
# “EXCEPT_PRC= ”
################################
# rearm
#===============
# If set TRUE (or true), rearm function is enabled, default is disabled
#
# ENABLE / DISABLE THIS MODULE
#===============
# If you configure
# DISABLE =yes
# loopmon will be disabled, else loopmon will be enabled. The default configuration is enabled

# interval
#===============
# If the module will allow to run after the interval minutes

##################################
# FILTERING PROCESSES
# If you configure:
# EXCEPT_PRC=processname1
# EXCEPT_PRC=processname2
# EXCEPT_PRC=processname3
# Which means the processes processname1, processname2, processname3 will be ignored.
##################3
#
# START YOUR CONFIG FROM HERE
#REARM = true

DISABLE = yes

lp_mon.cfg

###############################################################################
#@(#) $Id: lp_mon_aix_linux_solaris.cfg 2149 2015-03-03 08:45:34Z zhaofeif $
#@(#) $Rev: 2149 $
#@(#) $Author: zhaofeif $
#@(#) $Date: 2015-03-03 16:45:34 +0800 (Tue, 03 Mar 2015) $
#@(#) $LastChangedBy: zhaofeif $
###############################################################################

##############################For AIX and Solaris ####################################
#For AIX and Solaris
# Syntax:
# [REARM = TRUE|FALSE]
# [disable = yes|no]
# [interval = ]
#
# rearm
#===============
# If set TRUE (or true), rearm function is enabled, default is disabled
#
# disable
#===============
# If set disable to YES (or yes), this module won’t run anytime
#
# interval
#===============
# If the module will allow to run after the interval minutes
#
# lpsched_check=YES|NO
## [queue_length=] [disable_check=YES|NO] [severity] [;]
# exclude [,…]
#
# – lpsched_check – If “YES” check if printing system is available (qdaemon). If “NO”,don’t check it and the monitoring is disabled.
# – queue_length – Max number of pending requests
# – disable_check – Check if printer or spooling is disabled
# – severity. – It can be one out of:critical, major, minor warning
# – exclude – Avoid the printer checked
#
# Examples
# ——-
# LPSCHED_CHECK = YES critical TT_PRINTER
# * queue_length = 20 disable_check = YES major TT_PRINTER
#
# ——
# LPSCHED_CHECK = NO
#
# ——
# LPSCHED_CHECK = YES
# myprint disable_check = YES major LP ; 0800-1800 *
#
####################################################################################
#REARM = true

lpsched_check=NO
#* queue_length=30 disable_check=YES

####################################################################################
# end of lp_mon.cfg
####################################################################################

md_mon.cfg

#############################################################################
#@ $Id: md_mon.cfg 2132 2014-08-22 06:47:32Z zhaofeif $
#@ $Rev: 2175 $
#@ $Author: baoliz $
#@ $Date: 2015-04-22 01:30:55 +0800 (Wed, 22 Apr 2015) $
#@ $LastChangedBy: baoliz $
##############################################################################
#
# Syntax:
# [REARM = TRUE|FALSE]
# [disable = yes|no]
# [interval = ]
# exclude
#
# REARM
#===============
# If set TRUE (or true), rearm function is enabled, default is disabled
#
# disable
#===============
# If set disable to YES (or yes), this module won’t run anytime
#
# interval
#===============
# If the module will allow to run after the interval minutes
#
# exclude
#========================
# The “exclude ” syntax is used to force entries of the device name or UUID to be ignored.
#

############################################################################
# For example:

# disable this module
# disable = yes

# the mdmon will execute every 5 minutes.
# interval = 5

# Configurable timeout for hanging command ‘mdadm’, default is 120s
# cmd_timeout = 120

# exclude some device
# exclude md1
# exclude md2
# exclude 008ef942:540c0f64:ad58b352:a70017dd

#############################################################################
# end of md_mon.cfg
############################################################################

mp_mon.cfg

#############################################################################
#@ $Id: mp_mon.cfg 2132 2014-08-22 06:47:32Z zhaofeif $
#@ $Rev: 2175 $
#@ $Author: baoliz $
#@ $Date: 2015-04-22 01:30:55 +0800 (Wed, 22 Apr 2015) $
#@ $LastChangedBy: baoliz $
##############################################################################
#
# Syntax:
# [REARM = TRUE|FALSE]
# [disable = yes|no]
# [interval = ]
# [ignore_hba = yes|no]
# [ignore_san = yes|no]
# [ignore_alua = yes|no]
# exclude
#
# REARM
#===============
# If set TRUE (or true), rearm function is enabled, default is disabled
#
# disable
#===============
# If set disable to YES (or yes), this module won’t run anytime
#
# interval
#===============
# If the module will allow to run after the interval minutes
#
# exclude
#========================
# The “exclude ” syntax is used to force entries of the device name to be ignored.
#
# ignore_hba
#========================
# Default is no. If set yes, disable HBA redundancy check
#
# ignore_san
#========================
# Default is no. If set yes, disable SAN switch redundancy check
#
# ignore_alua
#========================
# Default is no. If set yes, disable ALUA redundancy check
#
############################################################################
# For example:

# disable this module
# disable = yes

# the mdmon will execute every 5 minutes.
# interval = 5

# disable HBA redundancy check
# ignore_hba = yes

# disable SAN switch redundancy check
# ignore_san = yes

# disable ALUA redundancy check
# ignore_alua = yes

# exclude some multipath device name
# exclude eva1_NA2log
# exclude eva1_sbd1

#############################################################################
# end of mp_mon.cfg
############################################################################

nfs_mon.cfg

###############################################################################
#@(#) $Id: nfs_mon.cfg 2149 2015-03-03 08:45:34Z zhaofeif $
#@(#) $Rev: 2149 $
#@(#) $Author: zhaofeif $
#@(#) $Date: 2015-03-03 16:45:34 +0800 (Tue, 03 Mar 2015) $
#@(#) $LastChangedBy: zhaofeif $
###############################################################################

#############################################################################
# File: nfs_mon.cfg
# Description: The Diskspace Monitor Configuration file
# Package : GD UXMON (AROA PROJECT)
#############################################################################

#############################################################################
#—————————–
# DESCRIPTION
# This monitoring will check those NFS fs that been found already mounted. The check
# will be done with a read test only. (df command) that will performed trough
# a forked child.
#
# ————————
# The configuration is per line based
# CONFIGURATION
# [REARM = TRUE|FALSE]
# [disable = yes|no]
# [interval = ]
# [GROUP]
# [GROUP , EventType]
# [GROUP , EventType, EventTypeInstance]
#
# exclude
# [*ACTION action]
#
# rearm
#===============
# If set TRUE (or true), rearm function is enabled, default is disabled
#
# disable
#===============
# If set disable to YES (or yes), this module won’t run anytime
#
# interval
#===============
# If the module will allow to run after the interval minutes
#
# FS File system
#===================
# Is the local file system where is expected the export nfs be mounted.
# If this does not exists, it will be ignored silently
#
# File system also support character * in it.
# *
# will expand * as all nfs file systems defined as auto mount in /etc/fstab(Hpux/Linux), /usr/sbin/lsfs(AIX) or /etc/vfstab(Solaris).
# *
# will check all nfs file systems’ utilization which already be mounted.
# /user/*
# will check file system which name begins with “/user/” .
#
#
# POLLING|POLLING,TIMEOUT|UTILIZATION
#================================
# POLLING|POLLING,TIMEOUT
# The format: $1 or $1,$2
# $1 is the number of times to wait until perform the check. For instance, if you know
# this script is triggered by the ito template each 15 minutes, and the value
# you set is 10, then, the automonter will be cheked (and therefore, mounted if it’s
# not mounted) each 15*10 minutes=150 minutes, approx.
# Please, don’t set this value too low.
#
# $2 is the number of seconds that child process timeout.
#
# UTILIZATION
# The format: x% or x(Mb|kb|Gb)
# x is the number of file system utilization, x% will check the used space and x(Mb|kb|Gb) will check the free space.
# x%, for example 10% that means if the utilization of the file system exceeds 10%, an alarm will generate to OVO.
# x(Mb|kb|Gb), for example, 20Mb that means if the free space of the file system is less than 20Mb, an alarm will trigger.
#
#
# EXCLUDE. Ignore filesystems
#=====================================
# you can set the directive Filesystem Exclude, for instance
# /tmp exclude
# /var/opt/SAP* exclude
#
# And these file systems will be ignored and therefore not checked and not executed any action
# However, you must note the order IS RELEVANT, for instance
# /tmp 1 warning
# /tmp exclude
# will cause the /tmp be ignored, but
# /tmp exclude
# /tmp 1 warning
# will make the /tmp be considered.
#
#
# SEVERITY
#===================
# The SEVERITY can be one of the following:
# WARNING, MINOR, MAJOR, CRITICAL (case insensitive)
# If not explicited, it will be assumed warning.
# Please, be considerd with the severities, think twice prior to use CRITICAL, the most severe.
#
# SCHEDULE
#=====================
# You can define the time frame for each line/configuration giving an specific Schedule.
# This means that one file or configuration it will be only considered when the current time falls
# within the scheduled time configured
# The format is – , some examples are:
# 0000-2400 * The basic configuration means in any day in any moment
# 0900-1800 1-5 Means to check from 09:00 am to 18:00 pm from Monday to Friday.
# 0000-2400 6,0 Means at any hour only Saturday and Sunday
#
#
# GROUPING
#==============================
# You can group the alarms, giving them the same GROUP. In that case
# only will be reported the MOST SEVERE ALARM and others will be masked by this one
# If you don’t set a group, is considered then the group NONE.
# Even although the message be masked by another more critical message
# in the same group, its action IT WILL BE EXECUTED. And, proper log message
# will be write.
#
# ACTIONS
#================
# You can declare an ACTION, that will be triggered if the threshold is
# exceeded. The ACTION follow the syntax *ACTION
# Examples of allowed syntaxis:
# /tmp 1 warning mygroup
# *ACTION mount /tmp /tmp
#
# /home/userx 20% warning
# *ACTION echo “!FSNAME” >> /tmp/nfs.log
#
# Therefore, the ACTION can be in a different line or just following the
# filesystem declaration. (all in one line)
# Besides, you have some variables that will be replaced prior to trigger
# the execution:
# !FSNAME (filesystem name)
# !GROUP (the group used)
# !MESSAGE (the same message that will be write in the logfile)
# !REASON (STAT or UTILIZATION, depending the reason that triggered the alarm)
# !THRESHOLD (The Threshold that has been exceeded)
# !CURRENT (The current value compared with the threshold)
# !SEVERITY (The severity declared in this alarm)
#
#
# General Considerations and Defaults
#=========================================
#
# If no line present, no NFS will be checked, so no messages at all
# Is highly recommeneded those FS managed by automonter have a big interval polling,
# no less than 20
# Anyway, is discouraged a polling interval less than 3
# If Group is not set, assumed the default NONE
# If severity is not set, assumed the default WARNING
#
#
# CMA SUPPORT
#========================================
# You can access to the EventType and EventTypeInstance using teh [ ] brackets statements
# to set which values are to be used by the following lines
# The syntax of such line is : [ OBJECT , EventType, EventTypeInstance ]
# And the Default values for all cases are NONE
# You can state only the object : [ OBJECT ]
# You can state object and EventType leave EventTypeInstace to default value [OBJECT ,EventType ]
# But you can never use more than three fields or less than 1
# Fields to be separated by commands and blank spaces not allowed
# [ OS, OS, SapApp ]
# * 95 95 warning
#
# NOTE: When a line has set a GROUP or OBJECT and this conflicts with the [ ] statement, the line field will be used
#
#EXAMPLES
#===========================
#REARM = true

# disable this module
# disable = yes

# this module allow to run after every 10 minutes
# interval = 10

# Examples
#
#/mnt/tmp 10 critical
#/mount/m1 20 minor 0000-2400 * MYGROUP
# * 10 major
#
# ,
#/mnh 8, 20 mygroup
#
#
#/user/baoliz 20% mygroup
#*ACTION rm /user/baoliz/*.log
#/user/baoliz 200Mb minor 0000-2400 * MYGROUP
#/user/* 50% mygroup
#/user/who exclude
#

nic_mon.cfg

############################################################################
# Description of parameters
# ——————————————————————-
#Syntax:
#
#[REARM = TRUE|FALSE]
#[disable = yes|no]
#[interval = ]
#
# rearm
#===============
# If set TRUE (or true), rearm function is enabled, default is disabled
#
# disable
#===============
# If set disable to YES (or yes), this module won’t run anytime
#
# interval
#===============
# If the module will allow to run after the interval minutes
# [msg_group = ] #Specific message group here.
# [ping_retry = ] #Default ping_retry value is 2 even without ping_retry setting, which means default timeout is 2*5 seconds.
# With ping_retry setting, timeout will be *5 seconds, make sure the number is more than 2.
#AutoDiscovery=ENABLED #To discover the Network Interfaces as well as to validate the network connections and routing table.
#AutoDiscovery=DISABLED #To stop auto-discovery and manually configure and monitor Network Interfaces
# #Specific Network Interface to monitor along with FQDN and severity
#*EXCLUDE_NIC / #Excluding some specific Network Interface(s) or Gateway(s) from monitoring
#*CLUSTER_NIC #Monitor cluster Network Interface(s).
#############################################################################
#REARM = true

AutoDiscovery=DISABLED
#############################################################################

ntp_mon.cfg

###############################################################################
#@(#) $Id: ntp_mon.cfg 2149 2015-03-03 08:45:34Z zhaofeif $
#@(#) $Rev: 2149 $
#@(#) $Author: zhaofeif $
#@(#) $Date: 2015-03-03 16:45:34 +0800 (Tue, 03 Mar 2015) $
#@(#) $LastChangedBy: zhaofeif $
###############################################################################

############################################
# NTP_MON.CFG
# DESCRIPTION
#——————-
# Monitoring the NTP Daemon
# You can configure the monitoring to watch over
# the offset reported by the ntpq -p command
#
# PARAMS DESCRIPTION
#——————————
# [REARM = TRUE|FALSE]
# If set TRUE (or true), rearm function is enabled, default is disabled
#
# “DISABLE =[yes|no]” : This is the switch for ntpmon running
# NTP_OFFSET_CRITICAL,NTP_OFFSET_WARNING set offset critical and warning threshold for active peer, devaut values are 500 and 250 in ms
# NTP_STRATUM_CRITICAL, NTP_STRATUM_WARNING set offset of stratum of peers which status are one of “*”, “o”, “+” or “#”, the default value are 16 and 10
# NTP_ONLINE_TIME , ntpmon will not check anything if process ntpd is not running more than NTP_ONLINE_TIME(minutes), default value is 10(min)
# ALARM_DELAY, ntpmon allow to delay triggering alarm by setting minutes.
#——————————
# PARAMS REQUIRED
#———————————–
#
# CONFIG FILE
#————————–
############################################
#
# EXAMPLE:
#
#
#################################################################
#
# Set your configuration from here
#REARM = TRUE

DISABLE = NO
NTP_OFFSET_CRITICAL 530
NTP_OFFSET_WARNING 230
NTP_STRATUM_CRITICAL 15
NTP_STRATUM_WARNING 12
NTP_ONLINE_TIME 3
#ALARM_DELAY 60

# Set your configuration from here

ps_mon.cfg

###############################################################################
#@(#) $Id: ps_mon.cfg 2194 2015-05-15 12:57:28Z baoliz $
#@(#) $Rev: 2194 $
#@(#) $Author: baoliz $
#@(#) $Date: 2015-05-15 20:57:28 +0800 (Fri, 15 May 2015) $
#@(#) $LastChangedBy: baoliz $
# #############################################################################

#############################################################################
# File: ps_mon.cfg
# Description: The Unix process Monitor Configuration file
# Package : RMM UXMON
#############################################################################

#############################################################################
# [REARM = TRUE|FALSE]
# [disable = yes|no]
# [interval = ]
# [ACTION_TIMEOUT = ]
# [ ] []
#
# [*PINFO ]
# [*PUSER ]
# [*ACTION ]
# [*PACKAGE ]
# [*IPISLOCAL ]
# [*ELAPSED ]
# [*PATH ]
# [*FILEEXISTS ]
# [*ARGS ]
# [*EXACT_ARGS ]
# [*WITHOUT_ARGS ]
# [*ZONE ]
# [*DURATION ]
#
# = n | n- | n-m
# n : exactly n instances
# n- : n or more instances
# n-m : n to m instances
#
# = – [,]
#
# = critical | major | minor | warning
#
# = Free Text without blanks Max 8 chars
# This text will be used in the ITO message to set the OBJECT ito message field
# so it’s posible to use it in order to define the ITO-OVSD mappings
# Also, is used for the message grouping. Only one message of a group will
# be reported, the one with highest severity, others will be masked (although
# it’s respective actions will be executed)
#
#
# Note 1: Some processes change names after they are invoked so be sure
# to use the name as listed by ps OS command
#
# rearm
#===============
# If set TRUE (or true), rearm function is enabled, default is disabled
#
# disable
#===============
# If set disable to YES (or yes), this module won’t run anytime
#
# interval
#===============
# If the module will allow to run after the interval minutes
#
# ACTION
#===================
# You can declare an ACTION, that will be triggered if the threshold is
# exceeded. The ACTION follow the syntax *ACTION
# Examples of allowed syntaxis:
# *ACTION ps -e -o pid !PID
#
# Therefore, the ACTION can be in a different line or just following the
# filesystem declaration. (all in one line)
# Besides, you have some variables that will be replaced prior to trigger
# the execution:
# !PROCESS (process name)
# !GROUP (the group used)
# !MESSAGE (the same message that will be write in the logfile)
# !REASON (SPACE or INODE, depending the reason that triggered the alarm)
# !THRESHOLD (The Threshold that has been exceeded)
# !CURRENT (The current value compared with the threshold)
# !SEVERITY (The severity declared in this alarm)
# !PID (The pid number)
#
#
# ACTION_TIMEOUT
#=======================
# TIMEOUT action process will be killed. Without specified, default is 15 minutes.
#
#
# PACKAGE. Cluster Awareness
#=============================
# There is another dirctive , *PACKAGE pkgname, that can be used to inform to PSMON that
# this resource is managed by a Cluster, and more specifically included in the package named
# pkgname
# The PSMON , prior to test that file system, it will check if the cluster package is in fact
# running in this local node, if yes, it will process it as any other file system. If it’s not
# running in this node (therefore is running in another one), it will ignore this file system

# IPISLOCAL. IP address or FQHN
#=============================
# Check if IP address or FQHN is assigned to monitored node and if a corresponding interface is UP

# DURATION
#=============================
# Ticket is triggered after duration minutes and ticket will be held within DURATION minutes, if DURATION is configured. .

# GROUPING
#====================
# You can group the alarms, giving them the same GROUP. In that case
# only will be reported the MOST SEVERE ALARM
# If you don’t set a group, is considered then the group NONE.
# Even although the message be masked by another more critical message
# in the same group, its action IT WILL BE EXECUTED. And, proper log message
# will be write.
#
# ACTION. AUTORECOVERY TOTAL
#==============================
# Each time an alarm happens, an action (if defined) is triggered.
# However, a second check will happen, so this monitoring is based on two phases
# first, checks the alarms, and triggers the actions if any.
# second, evaluates the alarms, and, only those who persist will be logged
# in that way, ACTION can help to automatize the maintenance and reduce the number of alarms.
#
# FILTER. PUSER
#=================
# PUSER : This directive helps to filter by the user owner (real user or effective user) of the process. If you set this
# only will be considered those processes with such uer name, for instance
# httpd warning 1-
# *PUSER webuser
#
# FILTER. PATH
#==================
# PATH: You can filter out for the PATH. If you set a path /usr/bin, for a process P
# if the system founds /opt/bin/P is ignored. It works in the same way than PUSER
# process warning 1-
# *PATH /usr/bin
#
# FILTER. FILEEXISTS
#==================
# FILEEXISTS: This is used to check whether the process binary file exists. if the binary file doesn’t exist, there will ignore the process checking without alarm.
#
# process warning 1-
# *FILEEXISTS /usr/bin/process
#
# FILTER. ARGS
#====================
# ARGS: A process can have arguments or switches, a way to discriminate between them
# is using this directive.
# *ARGS -d root
# *ARGS file=myfile.log
# *ARGS argu # “argu” can match, “argument” also can match
# *ARGS /.*/test.sh # wildcard .* can be used
#
# FILTER. EXACT_ARGS
#====================
# EXACT_ARGS: mostly like the directive ARGS, but if use EXACT_ARGS, there must be exactly match the arguments and
# any longer string that can substring this argument can’t match it any more, for example
# *EXACT_ARGS argu # “argu” can match, “argument” can’t match any longer
#
# FILTER. WITHOUT_ARGS
#====================
# WITHOUT_ARGS: A process can be running without arguments or switches, for example
#
# Xvnc major 0 SECURITY
# *WITHOUT_ARGS -localhost
#
# That means only 0 process Xvnc can be running without the argument -localhost, in another word, if Xvnc is running it must be with
# the argument -localhost
#
# FILTER. ZONE
#======================
# ZONE: In some operating systems exists zones and different spaces for running processes,
# as is the case of SOLARIS 10 and their ZONES. By default PSMON looks to all processes
# available, but, if you want to focus only in one specific ZONE, you can use this option
#
#
# ELAPSED TIME directive
#==========================
# ELAPSED : You can set an alarm to check how much time a process has been running
# in minutes, hours or days, for instance
# *ELAPSED 5m
# *ELAPSED 4d
# *ELAPSED 36h
# In case any instance of that process exceeds the threshold you will get an alarm
#
#
# RESOURCE CONSUMPTION. PINFO directive
#=======================================
# PINFO: You can monitor how much total CPU a process is taken, or how much
# memory (virtual memory) is taken. In the case of memory, note this value
# is platform dependant, and its meaning is the VSZ file of their ps command
# http 1-
# *PINFO 80 1900
#
# Note that the CPU means the total cpu , with all cpu’s averaged, so ,
# in case you have 4 cpu a value of 25 means 100% of one CPU. This is not
# exact, but it gives a good approximation.
#
# CMA SUPPORT
#========================================
# You can access to the EventType and EventTypeInstance using teh [ ] brackets statements
# to set which values are to be used by the following lines
# The syntax of such line is : [ OBJECT , EventType, EventTypeInstance ]
# And the Default values for all cases are NONE
# You can state only the object : [ OBJECT ]
# You can state object and EventType leave EventTypeInstace to default value [OBJECT ,EventType ]
# But you can never use more than three fields or less than 1
# Fields to be separated by commands and blank spaces not allowed
# [ OS, OS, SapApp ]
# process 1- warning
#
# NOTE: When a line has set a GROUP or OBJECT and this conflicts with the [ ] statement, the line field will be used
#############################################################################

#############################################################################
# Examples
# REARM = true
# disable this module
# disable = yes

# this module allow to run after every 10 minutes
# interval = 10

# Check that at least one httpd process is running, assign to group WEB, filter
# by user apache. And in case threshold be exceeded, exdecute the action.
# httpd 1- WEB
# *PUSER apache
# *ACTION echo !PROCESS > logactions.log
#
#

#####################
# End of examples #
#####################

###############################
# Start your config from here #
###############################

#############################################################################
# end of ps_mon.cfg
#############################################################################

rc_mon.cfg

#!/usr/bin/perl
##################################################################################
#@(#) $Id: rc_mon.cfg-all-other 2149 2015-03-03 08:45:34Z zhaofeif $
#@(#) $Rev: 2149 $
#@(#) $Author: zhaofeif $
#@(#) $Date: 2015-03-03 16:45:34 +0800 (Tue, 03 Mar 2015) $
#@(#) $LastChangedBy: zhaofeif $
##################################################################################
#
# Resource Monitoring configuration file
#__________________________________________
#
#
# In this file you can configure the UXMONrcmon giving the thresholds to the metrics
# you have defined in the metrics configuration file. In this way, setting these thresholds
# you can be warned with an OVO alarm when the metric value breaks such thresholds in excess
# or in defect.
#
# Syntax description
# [REARM = TRUE|FALSE]
# [disable = yes|no]
# [interval = ]
#
# rearm
#===============
# If set TRUE (or true), rearm function is enabled, default is disabled
#
# disable
#===============
# If set disable to YES (or yes), this module won’t run anytime
#
# interval
#===============
# If the module will allow to run after the interval minutes
#
#———————-
# You can use the [GROUP] label to define a default GROUP for the underling lines however note
# in this current release (UXMON 1.2) is useless. Just simply is there for next versions. by now it does
# harm to have it there but it will not do nothing.
#
# METRIC CATEGORY INSTANCE SEVERITY THRESHOLD APPLICATION OBJECT SCHEDULE NODEGROUP
# METRIC: between ” chars is the metric name defined in the Metrics configuration file. Case Sensitive.
# CATEGORY: Each metric must be within a category, that defines subsets of metrics. In this way we avoid name collision
# as two metrics with the same name can coexist as long as they belong to different Categories
# (as defined in the METRICS CONFIGURATION FILE)
# INSTANCE: A metric can measure several “instances” of one concept, for instance, disk space, each file system is an instance in this case
# Note that the instances must be returned by the execution of the metric defined in the METRICS CONFIGURATION FILE
# SEVERITY: Typical values: Critical, Major, Minor, Warning
# THRESHOLD: You can define here what is the edge that if crossed will cause an alarm. You can set > or 4.5 default default Sun-Sat@00:00-23:59 #NodeGroup: UX_AR_test
#”File System Total (MB)” [diskspace] * warning >100Mb default group Sun-Sat@0:00-23:59 #NodeGroup: UX_AR_test
#
# Note, these examples were give to illustrate the syntax, if you want to use you have to take care such Metrics and Categories be defined in the
# METRICS configuration file

#
# Threshold definition for kerneel parameters monitoring (not all are monitored in all paltforms !!!)
# For monitored parameters see the metrics definition file UXMONmetrics.cfg and comment out unnecessary lines below.
#
#”Kernel Parameters Check (%): NP, NI, NF, NK” [kernel] NP Major >80 default default Sun-Sat@0:00-23:59 #NodeGroup: ktsmon
#”Kernel Parameters Check (%): NP, NI, NF, NK” [kernel] NI Major >6 default default Sun-Sat@00:00-23:59 #NodeGroup: ktsmon
#”Kernel Parameters Check (%): NP, NI, NF, NK” [kernel] NF Major >6 default default Sun-Sat@00:00-23:59 #NodeGroup: ktsmon
#”Kernel Parameters Check (%): NP, NI, NF, NK” [kernel] NK Major >6 default default Sun-Sat@00:00-23:59 #NodeGroup: ktsmon

#
# Threshold definition for user quota monitoring
#
#”User Quota Check (%)” [quota] user1 Major >90 default default Sun-Sat@0:00-23:59 #NodeGroup: uq_mon
#”User Quota Check (%)” [quota] user2 Warning >80 default default Sun-Sat@0:00-23:59 #NodeGroup: uq_mon

#
# Threshold definition for monitoring of total swap space used (the keyword “total” is mandatory in configuration)
#
#”Total Swap Space Check (%)” [swap] total Major >95 default default Sun-Sat@00:00-23:59 #NodeGroup: swapmon

sc_mon.cfg

###############################################################################
#@(#) $Id: sc_mon.cfg 2162 2015-03-19 08:40:05Z zhaofeif $
#@(#) $Rev: 2162 $
#@(#) $Author: zhaofeif $
#@(#) $Date: 2015-03-19 16:40:05 +0800 (Thu, 19 Mar 2015) $
#@(#) $LastChangedBy: zhaofeif $
###############################################################################

#############################################################################
# File: sc_mon.cfg
#
#############################################################################
#
# configuration for SC monitoring
#
# Description of parameters
# —————————————————————————
# [REARM = TRUE|FALSE]
# [disable = yes|no]
# [interval = ]
#
# rearm
#===============
# If set TRUE (or true), rearm function is enabled, default is disabled
#
# disable
#===============
# If set disable to YES (or yes), this module won’t run anytime
#
# interval
#===============
# If the module will allow to run after the interval minutes
#
# RG[0]=XYZ Package name 1
# RG_NODE[0]=ABC Primary node on which the package must run
# Define as * will disable running on adoptive node check
# RG_SWTCH[0]=1 Set to 1 if Package_switching should be ENABLED
# Set to 0 if Package_switching must not be ENABLED
#
# numbers in [] represent a package
#
#
#############################################################################
# example configuration:
# REARM = TRUE
# RG[0]=sg_pack_one; RG_NODE[0]=sg_node_one; RG_SWTCH[0]=1
# RG[1]=sg_pack_two; RG_NODE[1]=sg_node_two; RG_SWTCH[1]=1
# RG[2]=sg_pack_three; RG_NODE[2]=*; RG_SWTCH[2]=1
#############################################################################
# end of sc_mon.cfg
#############################################################################

scsi_mon.cfg

###############################################################################
#@(#) $Id: scsi_mon.cfg 2162 2015-03-19 08:40:05Z zhaofeif $
#@(#) $Rev: 2162 $
#@(#) $Author: zhaofeif $
#@(#) $Date: 2015-03-19 16:40:05 +0800 (Thu, 19 Mar 2015) $
#@(#) $LastChangedBy: zhaofeif $
###############################################################################

#############################################################################
# File: scsi_mon.cfg
# Description: The multi path Monitor Configuration file
# Package : GD UXMON (AROA PROJECT)
#############################################################################

################################################################################
#
#
################################################################################
#
# Syntax:
#
# [REARM = TRUE|FALSE]
# [disable = yes|no]
# [interval = ]

# rearm
#===============
# If set TRUE (or true), rearm function is enabled, default is disabled
#
# disable
#===============
# If set disable to YES (or yes), this module won’t run anytime
#
# interval
#===============
# If the module will allow to run after the interval minutes
#
#1. EXCLUDE_DEVICES=
# default: is empty

#2. PROTOCOLS=
# default: PROTOCOLS=fibre_channel

#3. CHECK_UNOPEN_DEVICES=
# default: CHECK_UNOPEN_DEVICES=yes
# The state is from command “scsimgr get_info -D device”

#4. DISABLE_MULTIPATH_MONITORING=
# default: DISABLE_MULTIPATH_MONITORING=no
# If this is set to yes monitor should not be triggered at all.#

#5. CHECK_REDUNDANT=
# default: CHECK_REDUNDANT=no
# If this is set to yes will check redundant, otherwise will ignore.#

# EXCLUDE_DEVICES
# ==================
# if argument is provided with “*”, the disk check will take the argument as regular expression. eg(disk1* matches disk1,disk12,disk122) in this case only one argument is possible

# if argument(s) is provided without “*”, the disk check will excplicitly exclude that disk(s)
# if more than 1 argument are supplied, then “*” can’t be used. Arguments should be seperated by comma.
#
#
# PROTOCOLS
#===================
# supply the device type seperated by comma if more than 1 device type specified, otherwise write one device without a comma
#############################################################################
#
#
################################################################################
#
# examples
#
#EXCLUDE_DEVICES=disk4 ,disk6,disk7
#PROTOCOLS= parallel_scsi
#CHECK_UNOPEN_DEVICES= yes
#DISABLE_MULTIPATH_MONITORING=no
#
#
#############################################
# Make your CONFIGURATION FROM HERE #
#############################################
#REARM = TRUE
EXCLUDE_DEVICES=
PROTOCOLS= fibre_channel
CHECK_UNOPEN_DEVICES= no
DISABLE_MULTIPATH_MONITORING= no
CHECK_REDUNDANT=no

sg_mon.cfg

###############################################################################
#@(#) $Id: sg_mon.cfg 2162 2015-03-19 08:40:05Z zhaofeif $
#@(#) $Rev: 2162 $
#@(#) $Author: zhaofeif $
#@(#) $Date: 2015-03-19 16:40:05 +0800 (Thu, 19 Mar 2015) $
#@(#) $LastChangedBy: zhaofeif $
###############################################################################

#############################################################################
# File: sg_mon.cfg
# Description: Check service guard Package monitoring script
# Package : Concorde – UXSM
# Version: A.01.00
#
#############################################################################
#
# configuration for SG monitoring
# Script sg_mon.ksh
#
# Description of parameters
# —————————————————————————
# [REARM = TRUE|FALSE]
# [disable = yes|no]
# [interval = ]

# rearm
#===============
# If set TRUE (or true), rearm function is enabled, default is disabled
#
# disable
#===============
# If set disable to YES (or yes), this module won’t run anytime
#
# interval
#===============
#
# [DISABLE_CLUSTER_LOCK_CHECK = yes|no]
# Automatic checking of Cluster Lock (Lock Disk, Lock LUN, or Quorum server) supports for SG version after (and including) A.11.17,
# and customized QUORUM_SERVER specifications will be ignored.
# If set as YES (or yes), will disable automatic checking of Cluster Lock.
#
#================
# If the module will allow to run after the interval minutes

# PKG[0]=XYZ Package name 1
# PKG_NODE[0]=ABC Primary node on which the package must run
# Define as * will disable running on adoptive node check
# PKG_SWTCH[0]=1 Set to 1 if Package_switching should be ENABLED
# Set to 0 if Package_switching must not be ENABLED
#
# numbers in [] represent a package
#
# QUORUM_SERVER[0]=server_name Quorum server name
# QUORUM_NODE[0]=node_name node name in the cluster
#
# Global parameter:
# LAN_MON=1 (default) If LAN interfaces should be monitored (up/down).
# LAN_MON=0 If LAN interfaces should not be monitored.
# GROUP=NONE Default is NONE,In that case
# only will be reported the MOST SEVERE ALARM
# and others will be masked by this one
#############################################################################
# example configuration:
# REARM = TRUE
# PKG[0]=sg_pack_one; PKG_NODE[0]=sg_node_one; PKG_SWTCH[0]=1
# PKG[1]=sg_pack_two; PKG_NODE[1]=sg_node_two; PKG_SWTCH[1]=1
# PKG[2]=sg_pack_three; PKG_NODE[2]=*; PKG_SWTCH[2]=1
# QUORUM_SERVER[0]=server_name_one; QUORUM_NODE[0]=sg_node_name_one
# QUORUM_SERVER[1]=server_name_two; QUORUM_NODE[1]=sg_node_name_two
# LAN_MON=1
# GROUP=MYGROUP
#############################################################################
# end of sg_mon.cfg
#############################################################################

sshd_mon.cfg

###############################################################################
#@(#) $Id: sshd_mon.cfg 2162 2015-03-19 08:40:05Z zhaofeif $
#@(#) $Rev: 2162 $
#@(#) $Author: zhaofeif $
#@(#) $Date: 2015-03-19 16:40:05 +0800 (Thu, 19 Mar 2015) $
#@(#) $LastChangedBy: zhaofeif $
###############################################################################

#############################################################################
# File: sshd_mon.cfg
# Description: The sshd Monitor Configuration file
# Package : GD UXMON (AROA PROJECT)
#############################################################################
############################################################################
# Description of parameters
# ——————————————————————-
#Syntax:
#
#[REARM = TRUE|FALSE]
#[disable = yes|no]
#[interval = ]
#
# rearm
#===============
# If set TRUE (or true), rearm function is enabled, default is disabled
#
# disable
#===============
# If set disable to YES (or yes), this module won’t run anytime
#
# interval
#===============
# If the module will allow to run after the interval minutes
#
# [CUSTOM_SSHD_BIN_LIST = ]
# Default SSHD path is /opt/sshd/sbin/sshd, /usr/local/sbin/sshd, /usr/sbin/sshd, /opt/ssh/sbin/sshd, /usr/lib/ssh/sshd
# [CUSTOM_SSHD_PID_LIST = ]
# Default sshd.pid file path is /var/run/sshd.pid, /var/run/sshd.init.pid, /var/run/sshd-quest.pid, /usr/local/etc/sshd.pid, /var/openssh/sshd.pid,/etc/sshd.pid
# If sshd binary or sshd.pid file not in default list, define comma-separated path as following.
# Eg:
# CUSTOM_SSHD_BIN_LIST = /usr/mypath1/sshd, /usr/mypath2/sshd
# CUSTOM_SSHD_PID_LIST = /var/mypath/sshd.pid
#############################################################################
# REARM = TRUE

#############################################################################

svcs_mon.cfg

###############################################################################
# GD UX MON #
#@(#) $Id: svcs_mon.cfg 2162 2015-03-19 08:40:05Z zhaofeif $
#@(#) $Rev: 2162 $
#@(#) $Author: zhaofeif $
#@(#) $Date: 2012-07-25 18:54:50 +0800
#@(#) $LastChangedBy: zhaofeif $
###############################################################################

#############################################################################
# File: svcs_mon.cfg
# Description: The File Activity Monitor Configuration file
# Package : GD UXMON (AROA PROJECT)
#############################################################################

################################################################################
#
# The intention of this script is to monitor solaris service status
#
#

################################################################################
#
# Syntax:
# ——————————————————————-
#[REARM = TRUE|FALSE]
#[disable = yes|no]
#[interval = ]
#[EXCLUDE_SERVICE = ]
#
#
# rearm
#===============
# If set TRUE (or true), rearm function is enabled, default is disabled
#
# disable
#===============
# If set disable to YES (or yes), this module won’t run anytime
#
# interval
#===============
# If the module will allow to run after the interval minutes
#
#===============
# set specific services exclude, for instance
# EXCLUDE_SERVICE = /application/print/server
#############################################################################
# REARM = TRUE

#############################################################################

swap_mon.cfg

###############################################################################
#@(#) $Id: swap_mon.cfg 2162 2015-03-19 08:40:05Z zhaofeif $
#@(#) $Rev: 2162 $
#@(#) $Author: zhaofeif $
#@(#) $Date: 2015-03-19 16:40:05 +0800 (Thu, 19 Mar 2015) $
#@(#) $LastChangedBy: zhaofeif $
###############################################################################
#
# All lines which start with a hash-sign (#) will be ignored
# the whole config file is case-insensitive
#
# THERE ARE NO SYNTAX CHECKS SO MAKE SURE THAT YOUR CONFIGURATION
# IS CORRECT!!!
#
# Every config line has the following layout:
# total [ []]
#
# Every config line must start with “total” because every check is
# performed on the totally free space
#
# The percent used must be given as a positive integer, it must be
# inbetween 0 and 100. If the given percentage is exceeded, an alarm
# is raised.
#
# In the third column you have to configure a severity which is used for
# this alert. Possible severities are: warning, major, critical
#
# With the alert type you can configure which alarm will be raised. Possible
# values are:
# B -> Browser
# N -> Browser+Notification
# T -> Browser+Trouble Ticket
# NT -> Browser+Notification+Trouble Ticket
#
# The from-to gives the time of the day when the script shall run.
# The from and the to time are given as 4-digit-numbers in the 24h format
# So “all day long” would be “0000-2400” (in the configline without the quotes!)
# If you don’t configure a from-to time, the script will run all day long
#
# If you have configured the daytime on which the script shall run, you can also
# configure on which days the script will run. The days are given with crontab
# syntax. You can either give multiple days separated with commas from each other
# (e.g. “1,3,4” -> Monday, Wednesday, Thursday) or you can give span of days
# separated with a hyphen (e.g. “2-4” -> from Tuesday until Thursday).
# In this case the first number has always to be lower than the second one!!!
# As you could already see in the examples, the week starts with “0” for sunday
# and ends with “6” for saturday.
#
# You can configure multiple percent_used entries for the same day(s), the
# script will always raise the alert of the highest threshold that is exceeded
#
#[REARM = TRUE|FALSE]
# rearm
#===============
# If set TRUE (or true), rearm function is enabled, default is disabled
###############################################################################

################################################################################
# Example configuration
###############################################################################
#
#REARM = TRUE

#total percent_used severity Alert FROM-TO Days
total 95 major T 0000-2400 *

UXMONbroker.cfg

###############################################################################
#@(#) $Id: UXMONbroker.cfg.linux.ovo8 2177 2015-04-29 08:06:01Z zhaofeif $
#@(#) $Rev: 2177 $
#@(#) $Author: zhaofeif $
#@(#) $Date: 2015-04-29 16:06:01 +0800 (Wed, 29 Apr 2015) $
#@(#) $LastChangedBy: zhaofeif $
###############################################################################

#$UXMON_OVO_RELEASE = “02.01.03”;

############################
# OVO Agent information
$UXMON_OVO_BASE = “/var/opt/OV”;
$UXMON_OVO_TMP = $UXMON_OVO_BASE.”/tmp/OpC”;
$UXMON_OVO_CMDS = $UXMON_OVO_BASE.”/bin/instrumentation”;
$UXMON_OVO_DFT_CFG = $UXMON_OVO_CMDS;
$UXMON_OVO_LOG = $UXMON_OVO_BASE.”/log/OpC”;
$UXMON_OVO_CFG = $UXMON_OVO_BASE.”/conf/OpC”;

##################################################
# OS Commands and info
# PLATFORM DEPENDENCY
$UXMON_OS_HOSTNAME = hostname();
$UXMON_SG_CMVIEWCL = “/usr/local/cmcluster/bin/cmviewcl”;
$UXMON_VT_HAGRP = “/opt/VRTSvcs/bin/hagrp”;
$UXMON_CRON_LOG = “/var/spool/mail/root”;
$UXMON_SHELL = “/bin/bash”;
$UXMON_HACMP_HAGRP = “/usr/es/sbin/cluster/utilities/clRGinfo”;

$UXMON_PATH_SGMON = “/usr/local/cmcluster/bin:/opt/cmcluster/bin:/usr/sbin”;

################
# Perl runtime to be used internally
$UXMON_OVO_PERL = “/opt/OV/nonOV/perl/a/bin/perl”;

#######################
# Default Values
$UXMON_DFT_SEVERITY = “warning”;
$UXMON_DFT_GROUP = “NONE”;
$UXMON_DFT_EVENTTYPE = “NONE”;
$UXMON_DFT_EVENTINSTANCE = “NONE”;

$UXMON_SC_SCSTAT = “/usr/cluster/bin/scstat”;
$UXMON_MODULE_METRICS_FILE = “UXMONmetrics.cfg”;
$UXMON_MODULE_METRICS_PATH = “$UXMON_OVO_CFG/$UXMON_MODULE_METRICS_FILE”;

#############################33
# In hours, is the threshold to consider a module is inactive
$UXMON_MODULE_INACTIVE = 10;

################################
# The number of perl processes to consider something is wrong
$UXMON_MAX_PERL_INSTANCES = 100;

##########################
# TIMEOUT for OS commands. It will wait only those seconds, when this is timeout, it will trigger ‘got block’ alarm.
$UXMON_OS_TIMEOUT = 300 ;

##########################
# TIMEOUT for module running. how many times of INTERVAL running for timeout, it will trigger ‘running timeout’ alarm.
$UXMON_MODULE_TIMEOUT = 3;

#############################################################
$UXMON_MODULE_EXEC{dfmon} = “UXMONdfmon”;
$UXMON_MODULE_EXEC{psmon} = “UXMONpsmon”;
$UXMON_MODULE_EXEC{volmon} = “UXMONvolmon”;
$UXMON_MODULE_EXEC{cronmon} = “UXMONcronmon”;
$UXMON_MODULE_EXEC{actmon} = “UXMONactmon”;
$UXMON_MODULE_EXEC{ntpmon} = “UXMONntpmon”;
$UXMON_MODULE_EXEC{nfsmon} = “UXMONnfsmon”;
$UXMON_MODULE_EXEC{lpmon} = “UXMONlpmon”;
$UXMON_MODULE_EXEC{perfmon} = “UXMONperfmon”;
$UXMON_MODULE_EXEC{sshdmon} = “UXMONsshdmon”;
$UXMON_MODULE_EXEC{rcmon} = “UXMONrcmon”;
$UXMON_MODULE_EXEC{evm} = “UXMONevm”;
$UXMON_MODULE_EXEC{loopmon} = “UXMONloopmon”;
$UXMON_MODULE_EXEC{uxmon} = “UXMONuxmon”;
$UXMON_MODULE_EXEC{advfsmon} = “UXMONadvfsmon”;
$UXMON_MODULE_EXEC{dmesg} = “UXMONdmsg”;
$UXMON_MODULE_EXEC{bootmon} = “UXMONbootmon”;
$UXMON_MODULE_EXEC{scmon} = “UXMONscmon”;
$UXMON_MODULE_EXEC{sgmon} = “UXMONsgmon”;
$UXMON_MODULE_EXEC{vcmon} = “UXMONvcmon”;
$UXMON_MODULE_EXEC{ktsmon} = “UXMONktsmon”;
$UXMON_MODULE_EXEC{selfcheck} = “UXMONselfcheck”;
$UXMON_MODULE_EXEC{nicmon} = “UXMONnicmon”;
$UXMON_MODULE_EXEC{hwmon} = “UXMONhwmon”;
$UXMON_MODULE_EXEC{mdmon} = “UXMONmdmon”;
$UXMON_MODULE_EXEC{bondmon} = “UXMONbondmon”;
$UXMON_MODULE_EXEC{mpmon} = “UXMONmpmon”;
$UXMON_MODULE_EXEC{swapmon} = “UXMONswapmon”;

@UXMON_LIST_MODULES = keys (%UXMON_MODULE_EXEC);

##############################################################################################
# The complete execution command
foreach $k (@UXMON_LIST_MODULES)
{
$UXMON_MODULE_EXECPATH{$k} = catfile($UXMON_OVO_CMDS,$UXMON_MODULE_EXEC{$k});
}

##########################################################3
# Collect interface, only defined for these three modules
$UXMON_MODULE_INTERFACE{dfmon} = “UXMONcollectDFMON”;
$UXMON_MODULE_INTERFACE{psmon} = “UXMONcollectPSMON”;
$UXMON_MODULE_INTERFACE{actmon} = “UXMONcollectACTMON”;

#################################################
# The logfile
$UXMON_MODULE_LOGFILE{dfmon} = “df_mon.log”;
$UXMON_MODULE_LOGFILE{psmon} = “ps_mon.log”;
$UXMON_MODULE_LOGFILE{actmon} = “act_mon.log”;
$UXMON_MODULE_LOGFILE{volmon} = “vol_mon.log”;
$UXMON_MODULE_LOGFILE{cronmon} = “cron_mon.log”;
$UXMON_MODULE_LOGFILE{ntpmon} = “ntp_mon.log”;
$UXMON_MODULE_LOGFILE{lpmon} = “lp_mon.log”;
$UXMON_MODULE_LOGFILE{nfsmon} = “nfs_mon.log”;
$UXMON_MODULE_LOGFILE{perfmon} = “perf_mon.log”;
$UXMON_MODULE_LOGFILE{dmesg} = “dmsg_mon.hist”;
$UXMON_MODULE_LOGFILE{ktsmon} = “kts_mon.log”;
$UXMON_MODULE_LOGFILE{sshdmon} = “sshd_mon.log”;
$UXMON_MODULE_LOGFILE{rcmon} = “rc_mon.log”;
$UXMON_MODULE_LOGFILE{evm} = “evm_mon.log”;
$UXMON_MODULE_LOGFILE{loopmon} = “loop_mon.log”;
$UXMON_MODULE_LOGFILE{uxmon} = “uxmon.log”;
$UXMON_MODULE_LOGFILE{advfsmon} = “advfs_mon.log”;
$UXMON_MODULE_LOGFILE{dmesg} = “dmsg_mon.log”;
$UXMON_MODULE_LOGFILE{bootmon} = “boot_mon.log”;
$UXMON_MODULE_LOGFILE{scmon} = “sc_mon.log”;
$UXMON_MODULE_LOGFILE{sgmon} = “sg_mon.log”;
$UXMON_MODULE_LOGFILE{vcmon} = “vc_mon.log”;
$UXMON_MODULE_LOGFILE{selfcheck} = “uxmon.log”;
$UXMON_MODULE_LOGFILE{nicmon} = “nic_mon.log”;
$UXMON_MODULE_LOGFILE{hwmon} = “hw_mon.log”;
$UXMON_MODULE_LOGFILE{mdmon} = “md_mon.log”;
$UXMON_MODULE_LOGFILE{bondmon} = “bond_mon.log”;
$UXMON_MODULE_LOGFILE{mpmon} = “mp_mon.log”;
$UXMON_MODULE_LOGFILE{swapmon} = “swap_mon.log”;

#########################################################
# The complete LOGPATH
foreach $k (@UXMON_LIST_MODULES)
{
$UXMON_MODULE_LOGPATH{$k} = catfile($UXMON_OVO_LOG,$UXMON_MODULE_LOGFILE{$k});
}

################################################################
# The config file
$UXMON_MODULE_CFGFILE{dfmon} = “df_mon.cfg”;
$UXMON_MODULE_CFGFILE{psmon} = “ps_mon.cfg”;
$UXMON_MODULE_CFGFILE{actmon} = “act_mon.cfg”;
$UXMON_MODULE_CFGFILE{volmon} = “vol_mon.cfg”;
$UXMON_MODULE_CFGFILE{cronmon} = “cron_mon.cfg”;
$UXMON_MODULE_CFGFILE{ntpmon} = “ntp_mon.cfg”;
$UXMON_MODULE_CFGFILE{lpmon} = “lp_mon.cfg”;
$UXMON_MODULE_CFGFILE{nfsmon} = “nfs_mon.cfg”;
$UXMON_MODULE_CFGFILE{perfmon} = “perf_mon.cfg”;
$UXMON_MODULE_CFGFILE{ktsmon} = “kts_mon.cfg”;
$UXMON_MODULE_CFGFILE{sshdmon} = “sshd_mon.cfg”;
$UXMON_MODULE_CFGFILE{evm} = “evm_mon.cfg”;
$UXMON_MODULE_CFGFILE{rcmon} = “rc_mon.cfg”;
$UXMON_MODULE_CFGFILE{loopmon} = “loop_mon.cfg”;
$UXMON_MODULE_CFGFILE{uxmon} = “uxmon.cfg”;
$UXMON_MODULE_CFGFILE{advfsmon} = “advfs_mon.cfg”;
$UXMON_MODULE_CFGFILE{dmesg} = “dmsg_mon.cfg”;
$UXMON_MODULE_CFGFILE{bootmon} = “boot_mon.cfg”;
$UXMON_MODULE_CFGFILE{scmon} = “sc_mon.cfg”;
$UXMON_MODULE_CFGFILE{sgmon} = “sg_mon.cfg”;
$UXMON_MODULE_CFGFILE{vcmon} = “vc_mon.cfg”;
$UXMON_MODULE_CFGFILE{selfcheck} = “”;
$UXMON_MODULE_CFGFILE{nicmon} = “nic_mon.cfg”;
$UXMON_MODULE_CFGFILE{hwmon} = “hw_mon.cfg”;
$UXMON_MODULE_CFGFILE{mdmon} = “md_mon.cfg”;
$UXMON_MODULE_CFGFILE{bondmon} = “bond_mon.cfg”;
$UXMON_MODULE_CFGFILE{mpmon} = “mp_mon.cfg”;
$UXMON_MODULE_CFGFILE{swapmon} = “swap_mon.cfg”;

#########################################################
# The complete CFG PATH
foreach $k (@UXMON_LIST_MODULES)
{
$UXMON_MODULE_CFGPATH{$k} = catfile($UXMON_OVO_CFG,$UXMON_MODULE_CFGFILE{$k});
}

###############################################################################

#########################
# this line is mandatory
return 1;

UXMONmetrics.cfg

#!/usr/bin/perl
##################################################################################
#@(#) $Id: UXMONmetrics.cfg-linux 2132 2014-08-22 06:47:32Z zhaofeif $
#@(#) $Rev: 2132 $
#@(#) $Author: zhaofeif $
#@(#) $Date: 2014-08-22 14:47:32 +0800 (Fri, 22 Aug 2014) $
#@(#) $LastChangedBy: zhaofeif $
##################################################################################
#
# Resource Monitoring configuration file
#__________________________________________
#
#
# This is the configuration file where you can “build” the metrics to be used in the rc_mon.cfg
# in other words, each metric you use in rc_mon.cfg MUST HAVE its definition here if you want
# to use it, otherwise such line in the rc_mon.cfg will be ignored.
#
# The syntax to create a METRIC is the next one:
# SYNTAX
#————————-
# file:= categories
# | category categories
#
# category:= defcategory metrics closecategory
# metrics:= metric
# | metric metrics
# metric:= metricname command unnits anno_cmd closemetric
# metricname:=
# command:= command = TEXT
# units:= units = UNITS
# anno_cmd:= anno_cmd = TEXT
# closemtric:=
# closecategory:= end object
#
# Basically the idea is to define several categories with MetricCategory line. Within each Category the Metric name MUST BE UNIQUE to avoid
# collisions. Within each category you can define at least one metric.
# Each metric consist in a name, a command to be executed, a units definition an annotation command.
# The command to be exucted is the metric itself, and this command must extract the info precisely in
# a well defined format. See below Format of Metrics. In this way , the UXMONrcmon will execute the lines you define here
# and the output of such command will be parsed to find out if the thresholds set in rc_mon.cfg has been exceeded.
# The units is useful to define the format of what you are working with
#
# OUTUT FORMAT OF COMMAND
#—————————-
# The command metrics must return by standard output a numeric value for such metric, decimal dots are allowed but not text. Only numbers.
# Note that in case you define a metric that takes info from several instances (see rc_mon.cfg) then the output must be one line per instance:
# INSTANCE1 VALUE
# INSTANCE2 VALUE
# ..and so on
# for example
# /var/opt 15
# /var/tmp 20
# …

##
## Some examples
##——————–
#MetricCategory = diskspace
#
#command = df -m|awk ‘{ if ($1 !~/Filesystem/ && $3>=0) { printf(“%s %.2f\n”, $NF,$(NF-3));} }’
#units = MB
#anno_cmd = df -m
#
#end object

##MetricCategory = Processor
##
## command = vmstat 2 4 | awk ‘ { getline;getline;getline;getline;getline; printf (“CPU %d\n”,$13); }’
## anno_cmd = vmstat 2 4
##
##end object
#
##
## Metric definition for kernel parameters monitoring`
##
#MetricCategory = kernel
#
#command = tail -1 /proc/sys/fs/file-nr | /bin/awk ‘{printf(“NF %.2f\n”,$2*100/$3);}’
#units = %
#anno_cmd = tail -1 /proc/sys/fs/file-nr
#
#end object
#
##
## Metric definition for user quota monitoring on all filesystem
##
#MetricCategory = quota
#
##command = repquota -v | awk ‘{ if ($4 ~ /[[:digit:]+]/) {printf(“%s %.2f\n”, $1, 100*$3/$4);} }’
#command = repquota -v -a | awk ‘{ if ($4 ~ /[[:digit:]+]/) {printf(“%s %.2f\n”, $1, 100*$3/$4);} }’
#units = %
#anno_cmd = repquota -v -a
#
#end object
#
##
## Metric definition for swap monitoring (total swap space used is monitored)
##
#MetricCategory = swap
#
#command = /usr/bin/free -b | grep Swap | awk ‘{printf(“total %.0f\n”, $3*100/$2);}’
#units = %
#anno_cmd = /usr/bin/free -b
#
#end object

UXMONperf.cfg

###############################################################################
#@(#) $Id: UXMONperf.cfg 2178 2015-05-08 03:08:02Z zhaofeif $
#@(#) $Rev: 2178 $
#@(#) $Author: zhaofeif $
#@(#) $Date: 2015-05-08 11:08:02 +0800 (Fri, 08 May 2015) $
#@(#) $LastChangedBy: zhaofeif $
###############################################################################

ALARM GBL_SWAP_SPACE_UTIL > 90 FOR 10 MINUTES
START EXEC “echo ‘PERFMON: critical Message: GBL_SWAP_SPACE_USED_UTIL total exceeds 90%’ >> /var/opt/OV/log/OpC/perf_mon.log”
REPEAT EVERY 15 MINUTES
EXEC “echo ‘PERFMON: critical Message: GBL_SWAP_SPACE_USED_UTIL total exceeds 90%’ >> /var/opt/OV/log/OpC/perf_mon.log”
END EXEC ” echo ‘GBL_SWAP_SPACE_USED_UTIL > 90% ENDED’ >> /var/opt/OV/log/OpC/perf_mon.log”

ALARM GBL_CPU_TOTAL_UTIL > 98 FOR 5 MINUTES
START EXEC “echo ‘PERFMON: critical Message: GBL_CPU_TOTAL_UTIL total exceeds threshold 98%’ >> /var/opt/OV/log/OpC/perf_mon.log”
REPEAT EVERY 15 MINUTES
EXEC “echo ‘PERFMON: critical Message: GBL_CPU_TOTAL_UTIL total exceeds threshold 98%’ >> /var/opt/OV/log/OpC/perf_mon.log”
END EXEC ” echo ‘GBL_CPU_SYS_MODE_UTIL > 98% ENDED’ >> /var/opt/OV/log/OpC/perf_mon.log”

ALARM GBL_CPU_TOTAL_UTIL > 85 FOR 15 MINUTES
START EXEC “echo ‘PERFMON: warning Message: GBL_CPU_TOTAL_UTIL total exceeds threshold 85%’ >> /var/opt/OV/log/OpC/perf_mon.log”
REPEAT EVERY 30 MINUTES
EXEC “echo ‘PERFMON: warning Message: GBL_CPU_TOTAL_UTIL total exceeds threshold 85%’ >> /var/opt/OV/log/OpC/perf_mon.log”
END EXEC ” echo ‘GBL_CPU_SYS_MODE_UTIL > 85% ENDED’ >> /var/opt/OV/log/OpC/perf_mon.log”

# ALM 18812, enhancement for memory
ALARM GBL_MEM_UTIL > 98 FOR 5 MINUTES
START EXEC “echo ‘PERFMON: critical Message: GBL_MEM_UTIL total exceeds threshold 98%’ >> /var/opt/OV/log/OpC/perf_mon.log”
REPEAT EVERY 15 MINUTES
EXEC “echo ‘PERFMON: critical Message: GBL_MEM_UTIL total exceeds threshold 98%’ >> /var/opt/OV/log/OpC/perf_mon.log”
END EXEC ” echo ‘GBL_MEM_UTIL > 98% ENDED’ >> /var/opt/OV/log/OpC/perf_mon.log”

ALARM GBL_MEM_UTIL > 85 FOR 15 MINUTES
START EXEC “echo ‘PERFMON: warning Message: GBL_MEM_UTIL total exceeds threshold 85%’ >> /var/opt/OV/log/OpC/perf_mon.log”
REPEAT EVERY 30 MINUTES
EXEC “echo ‘PERFMON: warning Message: GBL_MEM_UTIL total exceeds threshold 85%’ >> /var/opt/OV/log/OpC/perf_mon.log”
END EXEC ” echo ‘GBL_MEM_UTIL > 85% ENDED’ >> /var/opt/OV/log/OpC/perf_mon.log”

ALARM GBL_MEM_PAGEOUT_RATE > 98 FOR 5 MINUTES
START EXEC “echo ‘PERFMON: critical Message: GBL_MEM_PAGEOUT_RATE total exceeds threshold 98%’ >> /var/opt/OV/log/OpC/perf_mon.log”
REPEAT EVERY 15 MINUTES
EXEC “echo ‘PERFMON: critical Message: GBL_MEM_PAGEOUT_RATE total exceeds threshold 98%’ >> /var/opt/OV/log/OpC/perf_mon.log”
END EXEC ” echo ‘GBL_MEM_PAGEOUT_RATE > 98% ENDED’ >> /var/opt/OV/log/OpC/perf_mon.log”

ALARM GBL_MEM_PAGEOUT_RATE > 85 FOR 15 MINUTES
START EXEC “echo ‘PERFMON: warning Message: GBL_MEM_PAGEOUT_RATE total exceeds threshold 85%’ >> /var/opt/OV/log/OpC/perf_mon.log”
REPEAT EVERY 30 MINUTES
EXEC “echo ‘PERFMON: warning Message: GBL_MEM_PAGEOUT_RATE total exceeds threshold 85%’ >> /var/opt/OV/log/OpC/perf_mon.log”
END EXEC ” echo ‘GBL_MEM_PAGEOUT_RATE > 85% ENDED’ >> /var/opt/OV/log/OpC/perf_mon.log”

uxmon_selfcheck.cfg

###############################################################################
#@ $Id: uxmon_selfcheck.cfg 2152 2015-03-03 09:11:56Z zhaofeif $
#@ $Rev: 2152 $
#@ $Author: zhaofeif $
#@ $Date: 2015-03-03 17:11:56 +0800 (Tue, 03 Mar 2015) $
#@ $LastChangedBy: zhaofeif $
###############################################################################

#############################################################################
# File: uxmon_selfcheck.cfg
#
#############################################################################
#
# Syntax:
# [REARM = TRUE|FALSE]
#==============
# If set TRUE (or true), rearm function is enabled, default is disabled
#
# solution = uxmon
# [check_enable = yes|no]
# Filename threshold severity schedule group
# ===========================================================================
# /dir/file1.log 15m WARNING 0000-2400 * MYGROUP
# /dir/file2.log 1d CRITICAL 0000-2400 * OS
#
#
# check_enable
#===============
# If set check_enable to YES (or yes), selfcheck will check all the log files. otherwise it will ignore all log files
#
# DEFAULTS
#===============
# If Severity not specified is assumed warning.
# If threshold is not qualified is assumed s (seconds)
# If GROUP not specified is assumed the group NONE
# If no qualifier is explicited (> or ” is assumed
#
# THRESHOLD|MISSING
#================
#
# The INTERVAL can be given in different units.Possible units for file age are:
# (no unit) => seconds
# s => seconds
# m => minutes
# h => hours
# d => days
# CMA SUPPORT
#========================================
# You can access to the EventType and EventTypeInstance using teh [ ] brackets statements
# to set which values are to be used by the following lines
# The syntax of such line is : [ OBJECT , EventType, EventTypeInstance ]
# And the Default values for all cases are NONE
# You can state only the object : [ OBJECT ]
# You can state object and EventType leave EventTypeInstace to default value [OBJECT ,EventType ]
# But you can never use more than three fields or less than 1
# Fields to be separated by commands and blank spaces not allowed
# [ OS, OS, SapApp ]

solution = uxmon
check_enable = no
/var/opt/OV/log/OpC/df_mon.log 1d warning 0000-2400 * OS
/var/opt/OV/log/OpC/act_mon.log 1d warning 0000-2400 * OS
/var/opt/OV/log/OpC/ps_mon.log 1d warning 0000-2400 * OS

#############################################################################
# end of uxmon_selfcheck.cfg
#############################################################################

uxmonsyslog.cfg

###############################################################################
#@ $Id: uxmon_selfcheck.cfg 2152 2015-03-03 09:11:56Z zhaofeif $
#@ $Rev: 2152 $
#@ $Author: zhaofeif $
#@ $Date: 2015-03-03 17:11:56 +0800 (Tue, 03 Mar 2015) $
#@ $LastChangedBy: zhaofeif $
###############################################################################

#############################################################################
# File: uxmon_selfcheck.cfg
#
#############################################################################
#
# Syntax:
# [REARM = TRUE|FALSE]
#==============
# If set TRUE (or true), rearm function is enabled, default is disabled
#
# solution = uxmon
# [check_enable = yes|no]
# Filename threshold severity schedule group
# ===========================================================================
# /dir/file1.log 15m WARNING 0000-2400 * MYGROUP
# /dir/file2.log 1d CRITICAL 0000-2400 * OS
#
#
# check_enable
#===============
# If set check_enable to YES (or yes), selfcheck will check all the log files. otherwise it will ignore all log files
#
# DEFAULTS
#===============
# If Severity not specified is assumed warning.
# If threshold is not qualified is assumed s (seconds)
# If GROUP not specified is assumed the group NONE
# If no qualifier is explicited (> or ” is assumed
#
# THRESHOLD|MISSING
#================
#
# The INTERVAL can be given in different units.Possible units for file age are:
# (no unit) => seconds
# s => seconds
# m => minutes
# h => hours
# d => days
# CMA SUPPORT
#========================================
# You can access to the EventType and EventTypeInstance using teh [ ] brackets statements
# to set which values are to be used by the following lines
# The syntax of such line is : [ OBJECT , EventType, EventTypeInstance ]
# And the Default values for all cases are NONE
# You can state only the object : [ OBJECT ]
# You can state object and EventType leave EventTypeInstace to default value [OBJECT ,EventType ]
# But you can never use more than three fields or less than 1
# Fields to be separated by commands and blank spaces not allowed
# [ OS, OS, SapApp ]

solution = uxmon
check_enable = no
/var/opt/OV/log/OpC/df_mon.log 1d warning 0000-2400 * OS
/var/opt/OV/log/OpC/act_mon.log 1d warning 0000-2400 * OS
/var/opt/OV/log/OpC/ps_mon.log 1d warning 0000-2400 * OS

#############################################################################
# end of uxmon_selfcheck.cfg
#############################################################################

root@cavaas05:/var/opt/OV/bin/instrumentation # cat uxmonsyslog.cfg
#!/usr/bin/perl
###############################################################################
#@(#) $Id: uxmonsyslog.cfg 2214 2015-06-09 02:20:55Z zhaofeif $
#@(#) $Rev: 2214 $
#@(#) $Author: zhaofeif $
#@(#) $Date: 2015-06-09 10:20:55 +0800 (Tue, 09 Jun 2015) $
#@(#) $LastChangedBy: zhaofeif $
###############################################################################
# [REARM = TRUE|FALSE]
# [disable = yes|no]
# [interval = ]
#
# REARM
#===============
# If set TRUE (or true), rearm function is enabled, default is disabled
#
# disable
#===============
# If set disable to YES (or yes), this module won’t run anytime
#
# interval
#===============
# If the module will allow to run after the interval minutes

####################
DEFAULT_SEVERITY=WARNING
#Define default severity, can be WARNING, MINOR, MAJOR, CRITICAL
#if not defined, default severity will be WARNING

################
# ErrorClassList
# [WARNING|MINOR|MAJOR|CRITICAL] If not define, use default severity
# [H|S|O|U]:[PERM|TEMP|PERF|PEND|UNKN|INFO] can define error_class:error_type
# H -> Hardware S -> Software O -> errlogger command messages U -> Unknown
# It specfies the classes of errors that can generate an ITO message
#

ERRORCLASSLIST = H
#ERRORCLASSLIST = CRITICAL H:PERM, H:TEMP, S
#ERRORCLASSLIST = S,O,U

##################
# Identifier filter
# You can specify identifier filters, that will cause such events
# be ignored
# See errpt -t for full list
# you can set as many lines ID_FILTER as you wish, if you provide more than one ID in each line
# separate them with comma
# ID_FILTER = AA8AB241, AA8AB242
# ID_FILTER = AA8AB423

###################
# Force Include
# You can force to include specific Identifiers even when such
# belong to a class list that is not explicitely inclyded in ERRORCLASSLIST
# The syntax is like ID_FILTER
# ID_INCLUDE = [WARNING|MINOR|MAJOR|CRITICAL] AA8AB241
# If severity not define, use default severity

#ID_INCLUDE = MAJOR BFE4C025
###################
#AUTOACTION=ERROR_ID::comand
#If the command returns error it will be reported, if not it exits silently
#

vc_mon.cfg

###############################################################################
#@ $Id: vc_mon.cfg 2162 2015-03-19 08:40:05Z zhaofeif $
#@ $Rev: 2162 $
#@ $Author: zhaofeif $
#@ $Date: 2015-03-19 16:40:05 +0800 (Thu, 19 Mar 2015) $
#@ $LastChangedBy: zhaofeif $
###############################################################################

#############################################################################
# File: vc_mon.cfg
#
#############################################################################
#
# configuration for VC monitoring
#
# Description of parameters
# —————————————————————————
# [REARM = TRUE|FALSE]
# [disable = yes|no]
# [interval = ]
# [msg_group = ]
#
# rearm
#===============
# If set TRUE (or true), rearm function is enabled, default is disabled
#
# disable
#===============
# If set disable to YES (or yes), this module won’t run anytime
#
# interval
#===============
# If the module will allow to run after the interval minutes
#
# msg_group
#===============
# msg_group is the alert type you can configure which alarm will be raised. Possible
# values are:
# B -> Browser
# N -> Browser+Notification
# TT -> Browser+Trouble Ticket
# NT -> Browser+Notification+Trouble Ticket
# V -> for ACF

# RG[0]=XYZ Package name 1
# RG_NODE[0]=ABC Primary node on which the package must run
# Define as * will disable running on adoptive node check
# Define as *ALL will treat as parallel resource group
# RG_SWTCH[0]=1 Set to 1 if Package_switching should be ENABLED
# Set to 0 if Package_switching must not be ENABLED
#
# numbers in [] represent a package
#
#
#############################################################################
# example configuration:
# REARM = TRUE
# msg_group = V_ACF
# RG[0]=vc_pack_one; RG_NODE[0]=vc_node_one; RG_SWTCH[0]=1
# RG[1]=vc_pack_two; RG_NODE[1]=vc_node_two; RG_SWTCH[1]=1
# RG[2]=vc_pack_three; RG_NODE[2]=*; RG_SWTCH[2]=1
# RG[3]=vc_pack_three; RG_NODE[3]=*ALL; RG_SWTCH[3]=1
#############################################################################
# end of vc_mon.cfg
#############################################################################

vol_mon.cfg

#############################################################################
#@ $Id: vol_mon.cfg 2214 2015-06-09 02:20:55Z zhaofeif $
#@ $Rev: 2214 $
#@ $Author: zhaofeif $
#@ $Date: 2015-06-09 10:20:55 +0800 (Tue, 09 Jun 2015) $
#@ $LastChangedBy: zhaofeif $
##############################################################################
#
# Syntax:
# [REARM = TRUE|FALSE]
# [disable = yes|no]
# [interval = ]
# [Disable_Lv_No_Check = yes|no]
# [exclude_lv_no_check ]
#
# [*PACKAGE pkgname]
# [*IPISLOCAL ]
# or
# exclude []
# = hhmm-hhmm []
# = n[,] | * (is also posible a range like 1-5)
# where n represents day of a week starting with
# Sunday=0 and Saturday=6;
# * means all days
# (if you use 1,* or 3,*,4 alike is not allowed)
# exclude_from_stale_extend_check
#
# rearm
#===============
# If set TRUE (or true), rearm function is enabled, default is disabled
#
# disable
#===============
# If set disable to YES (or yes), this module won’t run anytime
#
# interval
#===============
# If the module will allow to run after the interval minutes
#
# Disable_Lv_No_Check
#===============
# If set disable to YES (or yes), will disable Open Lv and Cur Lv equal number check
# The “exclude_lv_no_check ” syntax is used to disable Open Lv and Cur Lv equal number check of specific volume group.
#
#
#
#======================
# This configuration file for volume monitor is optional. It may be used
# to specify file systems which should be mounted but don’t appear in the
# file /etc/fstab (for HP-UX and Linux)(e.g. ServiceGuard file systems) or /etc/vfstab
# (for Solaris) and /usr/sbin/lsfs (for Aix). The configuration file
# consists of one-line entries each specifying a separate filesystem. In addition, volmon
# not only monitors if the file system is mounted to the specified mount point, but also
# checks the status of logical and physical volumes.
#
# Blank lines and comment lines beginning with a “#” are ignored. Also,
# extra fields after the filesystem entry on the same line are ignored.
# This is useful for specifying the disk space monitoring configuration file
# (df_mon.cfg) as the configuration file for volume monitor.
#
# *PACKAGE. Cluster Awareness
#=============================
# There is another directive , *PACKAGE pkgname, that can be used to inform to VOLMON that
# this resource is managed by a Cluster, and more specifically included in the package named
# pkgname
# The VOLMON , prior to test that file system, it will check if the cluster package is in fact
# running in this local node, if yes, it will process it as any other file system. If it’s not
# running in this node (therefore is running in another one), it will ignore this filesystem
# about the mounted check
#
# IPISLOCAL. IP address or FQHN
#=============================
# Check if IP address or FQHN is assigned to monitored node and if a corresponding interface is UP
#
# exclude
#========================
# The “exclude ” syntax is used to force entries in /etc/fstab (for instance in HP-UX)
# to be ignored. /etc/fstab is intended for listing permanent filesystems
# only, but in some cases temporary filesystems (not usually mounted) are
# also listed. In this case, the temporary filesystems should be listed
# here with the “exclude” option so that vol_mon will not report on them.
#
# exclude_from_stale_extend_check
#======================================================
# The “exclude_from_stale_extend_check ” syntax is used to
# ignore logical file system’s stale extend check. Once you configured the exist Logical file system

############################################################################
# For example:
# REARM = TRUE
# disable this module
# disable = yes

# the volmon will execute every 5 minutes.
# interval = 5

# exclude_from_stale_extend_check /dev/vg00/lvol1
# exclude_from_stale_extend_check /dev/vg00/lvol2

# then volmon will do not check /dev/vg00/lvol1 and /dev/vg00/lvol1 about stale extend,
# certainly there will have no alarm report about /dev/vg00/lvol1 and /dev/vg00/lvol1 stale extend.

#############################################################################
# end of vol_mon.cfg
############################################################################

• HPOM