##----------------------------------------------------------------------------- ## fli4l __FLI4LVER__ - configuration for package "muninnode" ## ## P L E A S E R E A D T H E D O C U M E N T A T I O N ! ## ## B I T T E U N B E D I N G T D I E D O K U M E N T A T I O N L E S E N ! ## ##----------------------------------------------------------------------------- ## Creation: 31.12.2008 - Siegfried Schmidt (schmidt@shivasoft.de) ## Last Update: $Id$ ## ## Copyright (c) 2008-2012 - Siegfried Schmidt ## Copyright (c) 2012-2016 - fli4l-Team ## ## This program is free software; you can redistribute it and/or modify ## it under the terms of the GNU General Public License as published by ## the Free Software Foundation; either version 2 of the License, or ## (at your option) any later version. ##----------------------------------------------------------------------------- #------------------------------------------------------------------------------ # Optional package: MUNINNODE #------------------------------------------------------------------------------ OPT_MUNINNODE='no' # install munin-node: yes or no MUNINNODE_PORT='4949' # munin-node port, see also PF_INPUT_x in base. # Standard plugins MUNINNODE_DF='yes' # filesystem usage (in %) MUNINNODE_DFABS='yes' # filesystem usage (in Bytes) MUNINNODE_CPU='yes' # CPU usage MUNINNODE_IF='yes' # network traffic (one graph per device) MUNINNODE_IFERR='yes' # network errors MUNINNODE_LOAD='yes' # load average MUNINNODE_MEM='yes' # memory usage MUNINNODE_PROC='yes' # number of processes MUNINNODE_SWAP='no' # swap in/out MUNINNODE_NETSTAT='yes' # netstat MUNINNODE_UPTIME='yes' # uptime MUNINNODE_INT='yes' # interrupts & context switches MUNINNODE_IRQ='yes' # individual interrupts MUNINNODE_ALIX='no' # cpu- and mainboard sensors Alix-2d3 etc. # (require OPT_HWSUPP) #------------------------------------------------------------------------------ # User defined network traffic graphs #------------------------------------------------------------------------------ MUNINNODE_IFUSER_N='0' # traffic graphs MUNINNODE_IFUSER_1_CAPTION='Ethernet traffic' # graph title MUNINNODE_IFUSER_1_DEVICE_N='3' # number of devices MUNINNODE_IFUSER_1_DEVICE_1='eth0' # device name MUNINNODE_IFUSER_1_CAPTION_1='LAN' # device caption MUNINNODE_IFUSER_1_DEVICE_2='eth1' MUNINNODE_IFUSER_1_CAPTION_2='DMZ' MUNINNODE_IFUSER_1_DEVICE_3='eth2' MUNINNODE_IFUSER_1_CAPTION_3='WAN' MUNINNODE_IFUSER_2_CAPTION='VPN traffic' MUNINNODE_IFUSER_2_DEVICE_N='4' MUNINNODE_IFUSER_2_DEVICE_1='tun0' MUNINNODE_IFUSER_2_CAPTION_1='NN1 mobile' MUNINNODE_IFUSER_2_DEVICE_2='tun1' MUNINNODE_IFUSER_2_CAPTION_2='NN2 mobile' MUNINNODE_IFUSER_2_DEVICE_3='tun2' MUNINNODE_IFUSER_2_CAPTION_3='NN3 mobile' MUNINNODE_IFUSER_2_DEVICE_4='tun3' MUNINNODE_IFUSER_2_CAPTION_4='NN4 home' #------------------------------------------------------------------------------ # AVR-NET-IO analog und digitalports (Pollin BestNr 810 058) #------------------------------------------------------------------------------ MUNINNODE_AVRNET_N='0' #MUNINNODE_AVRNET_1_CAPTION='Rack sensors' # graph 1: graph title #MUNINNODE_AVRNET_1_LABEL='Celsius' # y-axis #MUNINNODE_AVRNET_1_HOST='192.168.200.230' # hostname or ip #MUNINNODE_AVRNET_1_NETPORT='50290' # default port #MUNINNODE_AVRNET_1_CHANNEL_N='3' # number of channels #MUNINNODE_AVRNET_1_CHANNEL_1_PORT='ADC 1' # 'PORT x' or 'ADC x' #MUNINNODE_AVRNET_1_CHANNEL_1_CAPTION='Rack bottom' # channelname #MUNINNODE_AVRNET_1_CHANNEL_1_INPUTOFFSET='463' #MUNINNODE_AVRNET_1_CHANNEL_1_GAIN='2.229' #MUNINNODE_AVRNET_1_CHANNEL_1_PLOTOFFSET='21.2' #MUNINNODE_AVRNET_1_CHANNEL_2_PORT='ADC 2' #MUNINNODE_AVRNET_1_CHANNEL_2_CAPTION='Rack top' #MUNINNODE_AVRNET_1_CHANNEL_2_INPUTOFFSET='463' #MUNINNODE_AVRNET_1_CHANNEL_2_GAIN='2.229' #MUNINNODE_AVRNET_1_CHANNEL_2_PLOTOFFSET='21.2' #MUNINNODE_AVRNET_1_CHANNEL_3_PORT='PORT 1' #MUNINNODE_AVRNET_1_CHANNEL_3_CAPTION='Door open' #MUNINNODE_AVRNET_1_CHANNEL_3_INPUTOFFSET='0' #MUNINNODE_AVRNET_1_CHANNEL_3_GAIN='10' #MUNINNODE_AVRNET_1_CHANNEL_3_PLOTOFFSET='0'