snmp-graph.properties

#########################################################################
## G E N E R A L   R E P O R T I N G   S E T T I N G S
#########################################################################

command.prefix=${install.rrdtool.bin} graph - --imgformat PNG --font DEFAULT:7 --font TITLE:10 --start {startTime} --end {endTime}

#the command used to get the RRD info
info.command=${install.rrdtool.bin} info

#The default graph for KSC node and domain reports
default.report=mib2.HCbits

#the output type of the image, should correspond to the type we
#specified in the command.prefix variable
output.mime=image/png

# include.directory is a directory which will be checked for files with 
# names matching *.properties.  If it is a relative path (e.g. contains no path
# delimiters), it is relative to the directory this file is in.
# Each of those properties files will then be read and the graphs defined in
# them added to the list of prefabricated graphs that are available.
# Each of these included files can contain either a single graph, or multiple graphs.
# If it includes multiple graphs, use the same format as this file, e.g.
# a "reports" property listing the graph ids, and each graph is defined with 
# a set of 'report.<graphname>.<key>' properties
# If it includes just a single graph, you may use a short format.  In this format,
# an additional property "report.id" defines the internal "name" of the graph, and 
# all the other properties no longer require the graph name in the key. 
# For example, such a single-graph file would look like this:
#
#report.id=mib2.bits
#report.name=Bits In/Out
#report.columns=ifInOctets,ifOutOctets
#report.type=interfaceSnmp
#report.command=--title="Bits In/Out" \
# --vertical-label="Bits per second" \
# <rest of graph definition>
#
# Graphs in the include directory that have the same id as one in this root file
# will replace/override the one in this file.  
include.directory=snmp-graph.properties.d

#The minimum interval, in milliseconds, between rescans of the directory
#specified by include.directory, looking for new .properties files
# Defaults to 300000 (5 minutes) so as not to be hitting disk too often.
#include.directory.rescan=300000

#########################################################################
## P R E F A B   R E P O R T S
#########################################################################

# In order to get a report (defined below) to be automatically generated
# its name must be included in the "reports" variable.

# NOTE: Because of the large format of the netsnmp.memStats report it
#       has been placed before netsnmp.cpuStats so that it looks better.
#
# NOTE: Because of the large format of the netsnmp.cpuStats report, it
#       has been placed last so that it looks better. Everything else
#       should be in alphabetical order.

# NOTE: Only OpenNMS internal graph definitions. Please create for 
#       customized graphs in snmp-graph.properties.d dedicated property
#       files
reports=onms.queued.updates, onms.queued.pending, \
onms.pollerd.activeThreads, onms.pollerd.completedRatio

# values available to prefab reports:
# {rrd1}, {rrd2}, {rrd3}, ...  must match the datasources exactly
# {startTime}, {endTime}
# any external values specified per report

###
## !!! Third party support or customized graphs in separate file in
##     snmp-graph.properties.d folder
###

###
## OpenNMS Queued
###
report.onms.queued.updates.name=OpenNMS Queued Updates
report.onms.queued.updates.columns=ONMSQueUpdates
report.onms.queued.updates.type=interfaceSnmp
report.onms.queued.updates.command=--title="OpenNMS Queued Updates" \
 --vertical-label="Updates per second" \
 DEF:updates={rrd1}:ONMSQueUpdates:AVERAGE \
 LINE1:updates#0000ff:"Completed Updates" \
 GPRINT:updates:AVERAGE:" Avg  \\: %8.2lf %s" \
 GPRINT:updates:MIN:"Min  \\: %8.2lf %s" \
 GPRINT:updates:MAX:"Max  \\: %8.2lf %s\\n"

report.onms.queued.pending.name=OpenNMS Queued Updates
report.onms.queued.pending.columns=ONMSQueOpsPend
report.onms.queued.pending.type=interfaceSnmp
report.onms.queued.pending.command=--title="OpenNMS Queued Operations Pending" \
 --vertical-label="Operations" \
 DEF:pending={rrd1}:ONMSQueOpsPend:AVERAGE \
 LINE1:pending#0000ff:"Total Pending" \
 GPRINT:pending:AVERAGE:" Avg  \\: %8.2lf %s" \
 GPRINT:pending:MIN:"Min  \\: %8.2lf %s" \
 GPRINT:pending:MAX:"Max  \\: %8.2lf %s\\n"

report.onms.pollerd.activeThreads.name=OpenNMS Poller Threads Active
report.onms.pollerd.activeThreads.columns=ONMSPollerThreadAct
report.onms.pollerd.activeThreads.type=interfaceSnmp
report.onms.pollerd.activeThreads.command=--title="OpenNMS Pollerd Threads Active" \
 --vertical-label="Threads" \
 DEF:active={rrd1}:ONMSPollerThreadAct:AVERAGE \
 LINE1:active#0000ff:"Total Active" \
 GPRINT:active:AVERAGE:" Avg  \\: %8.2lf %s" \
 GPRINT:active:MIN:"Min  \\: %8.2lf %s" \
 GPRINT:active:MAX:"Max  \\: %8.2lf %s\\n"

report.onms.pollerd.completedRatio.name=OpenNMS Poller Task Completion Ratio
report.onms.pollerd.completedRatio.columns=ONMSPollerTasksTot,ONMSPollerTasksCpt
report.onms.pollerd.completedRatio.type=interfaceSnmp
report.onms.pollerd.completedRatio.command=--title="OpenNMS Pollerd Task Completion" \
 --vertical-label="Percent" \
 --lower-limit=0 --upper-limit=100 --units-exponent=0 \
 DEF:total={rrd1}:ONMSPollerTasksTot:AVERAGE \
 DEF:completed={rrd2}:ONMSPollerTasksCpt:AVERAGE \
 CDEF:percent=completed,total,/,100,* \
 LINE1:percent#0000ff:"Completion Ratio" \
 GPRINT:percent:AVERAGE:" Avg  \\: %8.2lf %s" \
 GPRINT:percent:MIN:"Min  \\: %8.2lf %s" \
 GPRINT:percent:MAX:"Max  \\: %8.2lf %s\\n"

## EOF