# In this file all global settings for HotSaNIC are defined.
#
# Currently supported operating systems are:
#
# Linux
# fully featured for any Linux system, based on Kernel 2.4.x
# 2.2.x based systems may encounter some incompatibilities
#
# OpenBSD
# FreeBSD
# NetBSD
# at the moment a lot of work has to be done to get the system
# completely running under BSD based systems. Currently supported
# are the following modules:
#
# |FreeBSD |OpenBSD |NetBSD
# ----------+---------------+---------------+-----------
# apcusv |untested |untested |untested
# apps |yes |should work |yes
# diskio |no |no |yes
# dnet |yes |should work |should work
# networks |no |no |no
# part |yes |yes |yes
# ping |yes |untested |yes
# sensors |yes(1) |no |untested
# shoutcast |should work |should work |should work
# system |yes |untested |yes
# traffic |yes |should work |yes
# worms |should work |should work |should work
#
# (1) using the xmbmon utility ver 2.0 or later
# http://www.nt.phys.kyushu-u.ac.jp/shimizu/download/
# (can be compiled without X support!!!)
#
#
# solaris
# same (if not more) amount of work has to be done on Solaris. The
# current state for this %&%@"$&&%$ OS looks as follows:
#
# apcusv yes
# apps should work
# diskio no
# dnet should work
# networks no
# part no
# ping should work
# sensors no
# shoutcast should work
# system yes
# traffic no
# worms should work


#####################################################################
# #
# Then let's configure some pathes... #
# #
#####################################################################

# path to the HotSaNIC main-directory
# this has to be a directory !
#
# DAEMONDIR="/home/daemon/HotSaNIC"
#
DAEMONDIR="/usr/local/HotSaNIC"

# path to the "rrdtool" binary
# this has to be a directory !
#
# BINPATH="/usr/local/rrdtool-1.0.33/bin"
#
BINPATH="/usr/local/rrdtool/bin"

# set LOGDIR to the directory where logfiles shall be created
# LOGDIR="$DAEMONDIR/var/log/"
#
VARDIR="$DAEMONDIR/var/"

# set LOGDIR to the directory where logfiles shall be created
# LOGDIR="$DAEMONDIR/var/log/"
#
LOGDIR="$DAEMONDIR/var/log/"

# path to the pid-file for the daemon
# PIDFILE="$DAEMONDIR/log/rrdtimer.pid"
#
PIDFILE="$DAEMONDIR/var/run/rrdtimer.pid"



#####################################################################
# #
# Here are some global parameters #
# #
#####################################################################

# if DIAGRGAMLOG is set to "all" then all diagrams will be logged.
# anything else will log only the last run of diagram script.
# when logfiles reach LOGSIZE they will get rotated.
# LOGBACKUPS old logfiles will be kept as backups
#
DIAGRAMLOG="last"
LOGSIZE="200000"
LOGBACKUPS="5"

# level of debugging (-1 .. 5)
# -1 means no debugging information at all
#
DEBUGLEVEL="-1"

# module-scan timebase (seconds)
# After this time the daemon re-scans for available modules.
#
STIME="120"

# scheduling timings in milliseconds
# this configures the time between the sampling signals given to the
# module daemons
#
SCHEDULE_MIN="100"
SCHEDULE_MAX="200"

# modules listed here (space separated) will be executed
# to use all availabe mods you may enter
# RUN="*"
#
RUN="diskio networks part system traffic"



#####################################################################
# #
# These settings affect the diagram generation #
# #
#####################################################################

# web-directory for all graphs
# this directory must be writeable for the rrdgraph tool
# because each plugin will create its own subdir here.
#
WEBDIR="/home/www/htdocs/stat/"

# Sizes of all output-graphics in pixels
#
WIDTH="600"
HEIGHT="200"

# the output-format of the generated images may be either "gif" or "png"
#
IMAGEFORMAT="gif"

# modules listed here (space separated) will be shown on webpage
# to use all availabe mods you may enter
# SHOW="*"
#
SHOW="diskio networks part system traffic"

# in which order shall the modules appear on the webpage
# unlisted mods will be added in alphabetical order
#
ORDER="traffic system part ping dnet sensors"

# diagram-rebuild timebase (minutes).
# Usually 15 min. should do fine, but if you think your system
# is too busy, just increase the timebase as you like.
# Values up to about 45 make sense since the lowest-scale graph
# covers 60 minutes of data sampled.
#
DTIME="15"

# diagram-convert timebase (hours)
# After this time the weekly diagrams are being converted to
# the smaller pictures on the main page.
#
CTIME="24"

# This setting controlss how the images will be converted
# to thumbnails
#
# Value Behaviour
#
# "ImgMgck" Call ImageMagick's "convert" to create thumbnails
#
# "I::M" Use the Image::Magick module
#
# "HTML" Don't convert at all, but use the HTML image resize
# tag instead. More data has to be transfered using
# this method, but you won't need additional software.
#
CONVERTMETHOD="ImgMgck"

# path to the "convert" binary from ImageMagick package
# this has to be the full path to the binary !
#
# CONVERTPATH="/usr/X11R6/bin/convert"
#
CONVERTPATH="/usr/bin/convert"

# How much shall the thumbnails be scaled compared to the originals.
# Default is 20%.
#
THUMBSIZE="20%"

# refresh time for graphs
# The browser automatically reloads the detailed statistics after
# this timespan.
#
# If you want to disable the auto-refresh, just set the variable to 0
#
REFRESH="300"



#####################################################################
# #
# Helper applications #
# #
#####################################################################

# configure the pathes of some additional applications which may be
# needed by HotSaNIC
#

# configure the full pathes to snmpwalk and snmpget binaries here.
# These may be needed to get data from remote machines.
#
# SNMPWALK="/usr/local/bin/snmpwalk"
# SNMPGET="/usr/local/bin/snmpget"
SNMPBULKWALK="not configured"