# [global] target
# This target is mandatory
# The directives of this target are:
# rrdtool = /path/to/rrdtool - full path to rrdtool
# rrddir = /path/to/rrddir - full path to a writeable dir, where
# 	              rrd files and logs will be created
# graphdir = /path/to/public_html - full path to a writeable dir,
#	              where png and html will be created
# template = /path/to/template_dir - full path to a directory
#	  	      containing template files
# imgformat = the image format. You may choose:
#		PNG - Portable Network Graphics
#		GIF - Graphics Interchange Format
# 		iGIF - Interlaced GIF
#		GD - Boutell GD
# Defaults: You can define default configurations in the global
# target, but, for this to work, it must be the first target always.
# If [global] is after another target, default configurations
# will not work as expected.

[global]
rrdtool = %%PREFIX%%/bin/rrdtool
rrddir = %%PREFIX%%/var/ifgraph
graphdir = %%PREFIX%%/ifgraph/htdocs
template = %%PREFIX%%/ifgraph/templates/en
imgformat=PNG
# those are the default configurations, should be
# overriden in each target

host = your.main.router.com
community = public
port =161
max=100M
dimension=550x200
colors=back#000000,font#FFFFFF,shadea#212121,canvas#232323,mgrid#FF0000,out#FFFFFF
options=noerror
hbeat=600
retry=2
timeout=5


# [target] targets
# Define the name of the target inside the [ ] and
# the options bellow it
# These configurations will override default configurations.

# AN example of an interface* target
# MANDATORY - The name of the target
[router]

# HOST - The host/ip of the SNMP agent
host=router.mynetwork.com

# COMMUNITY - The SNMPv1 community name of the agent
# this program needs only a ro community
community=public

# PORT - The agents UDP port
port=161

# INTERFACE - The number of the interface in the MIB-II tree
# OBS: YOU MUST DEFINE THIS FOR EACH TARGET.
# There is no default for interface
interface=2

# INTERFACE_NAME, INTERFACE_MAC, INTERFACE_IP
# let's try to find it by it's name, OR by it's mac
# OR by it's ip
# interface_name = eth0
# interface_ip = 150.162.82.1
# interface_mac = 0x00e04c3909d1


# MAX - The maximum bandwidth of the interface
# Define this correctly, so ifgraph can avoid
# spikes in graphics. Use k for kilobits, m
# for megabits and G for gigabits
# For assimetric lines, define IN/OUT:
# 512k/128k - 512k will be IN MAX and 128k
# will be considered the OUT MAX
max=10M

# DIMENSION - Dimension of the graphic (WIDTHxHEIGHT)
dimension=550x200

# TITLE - The graphic main title
title=In/Out data for Interface 2 of router

# COLORS - The colors that will be used in the graphic. You define it
# this way:
# colors = TYPE#XXXXXX, TYPE2#XXXXXX...
# where #XXXXXX is the hexadecimal of the desired color and
# TYPE is one of the following:
#   back, canvas, shadea, shadeb, grid, mgrid, font, frame, arrow, in, out	
colors=back#000000,font#FFFFFF,shadea#212121,canvas#232323,mgrid#FF0000,out#FFFFFF

# OPTIONS - Some other options. Define it separated by commas.
# options=noerror,invert,nolegend,rigid
# noerror - graphics for this target wont show errors
# invert - in will became out and vice-versa
# nolegend - graphics will have no legend at all
# rigid - will fix the top of the graph in the value
# noinfo - makegraph.pl will not collect SNMP data for this target
# bytes - makegraph.pl will create graphics in bytes/second
# bits - makegraph.pl will create graphics in bits/second
# defined by max
options=noerror

# YLEGEND - ylegend is the legend that is shown in the left side
# of the graphic
ylegend=kbits per second

# LEGENDS - The legends that will be show
# for the in/out data
legends=kbits entering our network,kbits leaving our network

# SHORTLEGEND - a shortlegend for the data you
# are graphing
shortlegend=kbits/sec

# HBEAT - heartbeat is the amount of time whitout getting data
# before rrdtool plotting 0 in the graphics.
# The higher, the less 0 in graphics when agent is not reached
hbeat=600

# RETRY - How much times ifgraph.pl/makegraph.pl will query the snmp agent on target
# for data
retry=2

# TIMEOUT - How long (in seconds) ifgraph.pl/makegraph.pl will wait for an agent response
timeout=5

# STEP - the period that data will be fed into the RRD
step = 300

# PERIODS - The periods of time that you want to show in your graphics.
# OBS: It must conform to the specifications of RRDTool, see
# more about it at http://www.rrdtool.org
periods = -1day, -1week, -1month, -1year

# An example of an OID target
# PLEASE READ THE DOCUMENTATION
[Memory]
host = some.host.com
community = my-private-community
port=161

# OID - if you want to fetch an OID data
# from yuor snmp agent then you must set an
# oids directive. You can define many oids, just separating
# them with commas
# Ex.:
oids = 1.3.6.1.4.1.2021.4.4.0,1.3.6.1.4.1.2021.4.6.0

# OIDDEFS - the oid colors and definitions. For each
# oid defined in the oids directive, you must set
# one definition here. The format is: 
# (LINE1|LINE2|LINE3|AREA|STACK)(#RRGGBB|$color name)
oiddefs = AREA#AA00CC,LINE3#00CC00

# LEGENDS - the oids legends, separated by commas
legends = Real Memory, Swap Memory

# SHORTLEGEND - the shortlegend that describes the
# variables you are getting. If the data to be
# plotted represents a percentage, you should define
# here as %% (yes, two %) so rrdtool can work.
shortlegend=%%
 
# MAX - For OID targets, define MAX/MAX/MAX/MAX... for
# each oid in the OID directive
max=512M/256M

# KILO - how many is one kilo (1k)?
kilo= 1024


# An example of a command target
# PLEASE READ THE DOCUMENTATION
[OpenFiles]

# The command that will be executed
# IT MUST return one value per line,
command = netstat -m | grep "mbuf.*in use" | cut -d "/" -f 1

# LEGENDS - the command outputs legends, separated by commas
legends = Mbufers in Use, Mbuf Clusters in Use

# SHORTLEGEND - the shortlegend that describes the
# variables you are getting. If the data to be
# plotted represents a percentage, you should define
# here as %% (yes, two %) so rrdtool can work.
shortlegend=mbufs

# MAX - For OID targets, define MAX/MAX/MAX/MAX... for
# each command output
max=16384/4096

# KILO - how many is one kilo (1k)?
kilo= 1024