This is a automatically generated configuration
file based on the current olsrd configuration of this node.
#
# Configuration file for olsr.org - pre-0.9.7-git_a24e20a-hash_3d83b56712d547acaa693fc988197192
# automatically generated by olsrd-cnf parser v. 0.1.2
#
# OLSR.org routing daemon config file
# This file contains ALL available options and explanations about them
#
# Lines starting with a # are discarded
#
#### ATTENTION for IPv6 users ####
# Because of limitations in the parser IPv6 addresses must NOT
# begin with a ":", so please add a "0" as a prefix.
###########################
### Basic configuration ###
###########################
# keep this settings at the beginning of your first configuration file
# Debug level (0-9)
# If set to 0 the daemon runs in the background, unless "NoFork" is set to true
# (default is 1)
DebugLevel 0
# IP version to use (4 or 6)
# (default is 4)
# IpVersion 4
#################################
### OLSRd agent configuration ###
#################################
# this parameters control the settings of the routing agent which are not
# related to the OLSR protocol and it's extensions
# Clear the screen each time the internal state changes
# (default is yes)
# ClearScreen yes
# Should olsrd keep on running even if there are
# no interfaces available? This is a good idea
# for a PCMCIA/USB hotswap environment.
# (default is yes)
# AllowNoInt yes
# LockFile
# The lockfile is used to prevent multiple OLSR instances running at the same
# time.
# (Linux/BSD default is "/var/run/olsrd-ipv(4/6).lock")
# (Win32 default is "[configfile]-ipv(4/6).lock")
# LockFile "/var/run/olsrd-ipv4.lock"
# Polling rate for OLSR sockets in seconds (float).
# (default is 0.05)
Pollrate 0.10
# Interval to poll network interfaces for configuration changes (in seconds).
# Linux systems can detect interface statechange via netlink sockets.
# (default is 2.5)
# NicChgsPollInt 2.5
# TOS(type of service) value for the IP header of control traffic.
# (default is 192)
# TosValue 192
# FIBMetric controls the metric value of the host-routes OLSRd sets.
# - "flat" means that the metric value is always 2 (or as configured
# with FIBMetricDefault). This is the preferred value because it helps
# the linux kernel routing to clean up older routes
# - "correct" use the hopcount as the metric value.
# - "approx" use the hopcount as the metric value too, but does only update the
# hopcount if the nexthop changes too
# (default is "flat")
# FIBMetric "flat"
# Default FIB metric.
# The kernel FIB does not need to know the metric of a route.
# This saves us from enqueuing/dequeueing hopcount only changes.
# (default is 2)
# FIBMetricDefault 2
#######################################
### Linux specific OLSRd extensions ###
#######################################
# these parameters are only working on linux at the moment, but might become
# useful on BSD in the future
# SrcIpRoutes tells OLSRd to set the Src flag of host routes to the originator-ip
# of the node. In addition to this an additional localhost device is created
# to make sure the returning traffic can be received.
# (default is "no")
# SrcIpRoutes no
# Specify the proto tag to be used for routes olsr inserts into kernel
# currently only implemented for linux
# valid values under linux are 1 .. 254
# 1 gets remapped by olsrd to 0 UNSPECIFIED (1 is reserved for ICMP redirects)
# 2 KERNEL routes (not very wise to use)
# 3 BOOT (should in fact not be used by routing daemons)
# 4 STATIC
# 8 .. 15 various routing daemons (gated, zebra, bird, & co)
# (default is 0 which gets replaced by an OS-specific default value;
# 3 (BOOT) under linux (for backward compatibility)
# RtProto 0
# Specifies the routing Table olsr uses
# RtTable is for host routes, RtTableDefault for the route to the default
# internet gateway (2 in case of IPv6+NIIT) and RtTableTunnel is for
# routes to the ipip tunnels, valid values are 1 to 254
# There is a special parameter "auto" (choose default below)
# (with smartgw: default is 254/223/224)
# (without smartgw: default is 254/254/254, linux main table)
# RtTable auto
# RtTableDefault auto
# RtTableTunnel auto
# Specifies the policy rule priorities for the three routing tables and
# a special rule for smartgateway routing (see README-Olsr-Extensions)
# Priorities can only be set if three different routing tables are set.
# if set the values must obey to condition
# RtTablePriority less than RtTableDefaultOlsrPriority
# less than RtTableTunnelPriority less than RtTableDefaultPriority
# There are two special parameters, "auto" (choose fitting to SmartGW
# mode) and "none" (do not set policy rule)
# (with smartgw: default is none/32776/32786/32796)
# (without smartgw: default is auto/auto /auto /auto )
# RtTablePriority auto
# RtTableDefaultOlsrPriority auto
# RtTableTunnelPriority auto
# RtTableDefaultPriority auto
# Activates (in IPv6 mode) the automatic use of NIIT
# (see README-Olsr-Extensions)
# (default is "no" in IPv4 mode, "yes" in IPv6 mode)
# UseNiit no
# Activates the smartgateway ipip tunnel feature.
# See README-Olsr-Extensions for a description of smartgateways.
# (default is "no")
# SmartGateway no
# Signals that the server tunnel must always be removed on shutdown,
# irrespective of the interface up/down state during startup.
# (default is "no")
# SmartGatewayAlwaysRemoveServerTunnel no
# Determines the maximum number of gateways that can be in use at any given
# time. This setting is used to mitigate the effects of breaking connections
# (due to the selection of a new gateway) on a dynamic network.
# (default is 1)
# SmartGatewayUseCount 1
# Determines the take-down percentage for a non-current smart gateway tunnel.
# If the cost of the current smart gateway tunnel is less than this percentage
# of the cost of the non-current smart gateway tunnel, then the non-current smart
# gateway tunnel is taken down because it is then presumed to be 'too expensive'.
# This setting is only relevant when SmartGatewayUseCount is larger than 1;
# a value of 0 will result in the tunnels not being taken down proactively.
# (default is 25)
# SmartGatewayTakeDownPercentage 25
# Determines the olsrd instance id, which is needed for proper cleanup
# of multi-gateway iptables and ip rules when running multiple olsrd
# instances on a node. This setting MUST be configured when the
# multi-gateway mode is enabled and must be unique between the olsrd
# instances running on the node. It may not contain whitespace and may
# not be empty.
# (default is )
# SmartGatewayInstanceId
# Determines the policy routing script that is executed during startup and
# shutdown of olsrd. The script is only executed when SmartGatewayUseCount
# is set to a value larger than 1. The script must setup policy routing
# rules such that multi-gateway mode works. A sample script is included.
# (default is )
# SmartGatewayPolicyRoutingScript
# Determines the egress interfaces that are part of the multi-gateway setup and
# therefore only relevant when SmartGatewayUseCount is larger than 1 (in which
# case it must be explicitly set).
# (default is not set)
# SmartGatewayEgressInterfaces ""
# SmartGatewayEgressFile declares the file that contains the bandwidth
# parameters of the egress interfaces declared by SmartGatewayEgressInterfaces.
# Every line in the file declares bandwidth parameters of an egress interface,
# with the format:
# # this is a comment
# interface=upstream,downstream,pathcost,network/prefix,gateway
# Only the upstream and downstream fields are mandatory, the other fields are
# optional. An empty field signifies that its default should be used.
# The field defaults are:
# upstream = 0 (Kbps)
# downstream = 0 (Kbps)
# pathcost = 0 (dimensionless, 1024 is equivalent to 1 hop)
# network/prefix = no default / not set
# - network is an IP address
# - prefix is a number in the range [0, 24] for IPv4
# and in the range [0, 128] for IPv6
# gateway = no default / not set (IP address)
# (default is /var/run/olsrd-sgw-egress.conf)
# SmartGatewayEgressFile "/var/run/olsrd-sgw-egress.conf"
# Determines the period (in milliseconds) on which the SmartGatewayEgressFile
# is checked for changes and processed if changed.
# (default is 5000)
# SmartGatewayEgressFilePeriod 5000
# Declares the file that is written by olsrd to contain the status of the smart
# gateways and is only relevant when SmartGatewayUseCount is larger than 1.
# (default is )
# SmartGatewayStatusFile
# Determines the routing tables offset for multi-gateway policy routing tables
# See the policy routing script for an explanation.
# (default is 90)
# SmartGatewayTablesOffset 90
# Determines the policy routing rules offset for multi-gateway policy routing
# rules. See the policy routing script for an explanation.
# (default is 0, which indicates that the rules and tables should be aligned and
# puts this value at SmartGatewayTablesOffset - # egress interfaces -
# # olsr interfaces)
# SmartGatewayRulesOffset 0
# Allows the selection of a smartgateway with NAT (only for IPv4)
# (default is "yes")
# SmartGatewayAllowNAT yes
# Determines the period (in milliseconds) on which a new smart gateway
# selection is performed.
# (default is 10000 milliseconds)
# SmartGatewayPeriod 10000
# Determines the number of times the link state database must be stable
# before a new smart gateway is selected.
# (default is 6)
# SmartGatewayStableCount 6
# When another gateway than the current one has a cost of less than the cost
# of the current gateway multiplied by SmartGatewayThreshold then the smart
# gateway is switched to the other gateway. The unit is percentage.
# (default is 0)
# SmartGatewayThreshold 0
# The weighing factor for the gateway uplink bandwidth (exit link, uplink).
# See README-Olsr-Extensions for a description of smart gateways.
# (default is 1)
# SmartGatewayWeightExitLinkUp 1
# The weighing factor for the gateway downlink bandwidth (exit link, downlink).
# See README-Olsr-Extensions for a description of smart gateways.
# (default is 1)
# SmartGatewayWeightExitLinkDown 1
# The weighing factor for the ETX costs.
# See README-Olsr-Extensions for a description of smart gateways.
# (default is 1)
# SmartGatewayWeightEtx 1
# The divider for the ETX costs.
# See README-Olsr-Extensions for a description of smart gateways.
# (default is 0)
# SmartGatewayDividerEtx 0
# When a node advertises the maximum bandwidth and its ETX
# is below the value of this setting then the resulting gateway
# costs are equal to the ETX, otherwise the normal calculation
# of the gateway costs applies.
# (default is 2560)
# SmartGatewayMaxCostMaxEtx 2560
# Defines what kind of Uplink this node will publish as a
# smartgateway. The existence of the uplink is detected by
# a route to 0.0.0.0/0, ::ffff:0:0/96 and/or 2000::/3.
# possible values are "none", "ipv4", "ipv6", "both"
# (default is "both")
# SmartGatewayUplink "both"
# Specifies if the local ipv4 uplink use NAT
# (default is "yes")
# SmartGatewayUplinkNAT yes
# Specifies the speed of the uplink in kilobit/s.
# First parameter is upstream, second parameter is downstream
# (default is 128/1024)
# SmartGatewaySpeed 128 1024
# Specifies the EXTERNAL ipv6 prefix of the uplink. A prefix
# length of more than 64 is not allowed.
# Only relevant when running in IPv6 mode.
# (default is 0::/0)
# SmartGatewayPrefix ::/0
##############################
### OLSR protocol settings ###
##############################
# For testing purposes it may be nice to use another port for olsrd
# for using another port than the IANA assigned one
# for a production network, there should be a good reason!!
# valid values are integers greater than 1, please be careful with
# using reserved port numbers
# (default is 698, the IANA assigned olsr-port)
# OlsrPort 698
# Sets the main IP (originator ip) of the router. This IP will NEVER
# change during the uptime of olsrd.
# (default is 0.0.0.0, which triggers usage of the IP of the first interface)
MainIp 193.238.159.247
# The fixed willingness to use (0-7)
# If not set willingness will be calculated
# dynamically based on battery/power status
# (default is 3)
# Willingness 3
# HNA (Host network association) allows the OLSR to announce
# additional IPs or IP subnets to the net that are reachable
# through this node.
# Syntax for HNA4 is "network-address network-mask"
# Syntax for HNA6 is "network-address prefix-length"
# (default is no HNA)
Hna4
{
193.238.156.126/255.255.255.255
193.238.156.123/255.255.255.255
}
Hna6
{
# Internet gateway
# 0:: 0
# specific small networks reachable through this node
# fec0:2200:106:0:0:0:0:0 48
}
# Hysteresis for link sensing (only for hopcount metric)
# Hysteresis adds more robustness to the link sensing
# but delays neighbor registration.
# (default is no)
# UseHysteresis no
# Hysteresis parameters (only for hopcount metric)
# Do not alter these unless you know what you are doing!
# Set to auto by default. Allowed values are floating point
# values in the interval 0,1
# THR_LOW must always be lower than THR_HIGH!!
# (default is 0.50/0.80/0.30)
# HystScaling 0.50
# HystThrHigh 0.80
# HystThrLow 0.30
# TC redundancy
# Specifies how much neighbor info should be sent in
# TC messages. Because of a design problem in the 0.5.x
# dijkstra implementation this value must be set to 2.
# 2 - send all neighbors
# (default is 2)
# TcRedundancy 2
# MPR coverage specifies how many MPRs a node should
# try select to reach every 2 hop neighbor. Because of
# a design problem in the 0.5.x dijkstra algorithm this
# value should be set to 7.
# (default is 7)
MprCoverage 5
################################
### OLSR protocol extensions ###
################################
# Link quality level switch between hopcount and
# cost-based (mostly ETX) routing. Because of
# a design problem in the 0.5.x dijkstra algorithm this
# value should not be set to 1.
# 0 = do not use link quality
# 2 = use link quality for MPR selection and routing
# (default is 2)
# LinkQualityLevel 2
# Link quality algorithm (only for lq level 2)
# (see README-Olsr-Extensions)
# - "etx_float", a floating point ETX with exponential aging
# - "etx_fpm", same as ext_float, but with integer arithmetic
# - "etx_ff" (ETX freifunk), an etx variant which use all OLSR
# traffic (instead of only hellos) for ETX calculation
# - "etx_ffeth", an incompatible variant of etx_ff that allows
# ethernet links with ETX 0.1.
# (default is "etx_ff")
# LinkQualityAlgorithm "etx_ff"
# Link quality aging factor (only for lq level 2)
# Tuning parameter for etx_float and etx_fpm, smaller values
# mean slower changes of ETX value. (allowed values are
# between 0.01 and 1.0)
# (default is 0.05)
# LinkQualityAging 0.05
# Fisheye mechanism for TCs (0 meansoff, 1 means on)
# (default is 1)
# LinkQualityFishEye 1
#
# NatThreshold
#
# (currently this is only in the freifunk firmware)
# If the NAT-Endpoint (the preferred 0/0 HNA emitting node)
# is to be changed, the ETX value of the current 0/0 is
# multiplied with the NatThreshold value before being
# compared to the new one.
# The parameter can be a value between 0.1 and 1.0, but
# should be close to 1.0 if changed.
# WARNING: This parameter should not be used together with
# the etx_ffeth metric !!
# (default is 1.0)
# NatThreshold 1.0
#############################################################
### Configuration of the IPC to the windows GUI interface ###
#############################################################
IpcConnect
{
# Determines how many simultaneously
# IPC connections that will be allowed
# Setting this to 0 disables IPC
# MaxConnections 0
# By default only 127.0.0.1 is allowed
# to connect. Here allowed hosts and networks can
# be added
Host 127.0.0.1
}
#####################################
### Example plugin configurations ###
#####################################
# Olsrd plugins to load
# This must be the absolute path to the file
# or the loader will use the following scheme:
# - Try the paths in the LD_LIBRARY_PATH
# environment variable.
# - The list of libraries cached in /etc/ld.so.cache
# - /lib, followed by /usr/lib
#
# Check whether a plugin is available for your operating system.
# Each plugin should have a README file in it's lib subfolder.
LoadPlugin "olsrd_httpinfo.so.0.1" {
PlParam "net" "0.0.0.0 0.0.0.0"
PlParam "port" "8080"
}
LoadPlugin "olsrd_watchdog.so.0.1" {
PlParam "interval" "5"
PlParam "file" "/tmp/olsrd.watchdog"
}
#############################################
### OLSRD default interface configuration ###
#############################################
# the default interface section can have the same values as the following
# interface configuration. It will allow you so set common options for all
# interfaces.
InterfaceDefaults
{
Ip4Broadcast 255.255.255.255
HelloInterval 4.0
HelloValidityTime 100.0
TcInterval 3.0
MidInterval 30.0
MidValidityTime 500.0
HnaInterval 30.0
HnaValidityTime 500.0
}
######################################
### OLSRd Interfaces configuration ###
######################################
# Multiple interfaces can be specified for a single configuration block, format:
# Interface "" ""
#
# Multiple configuration blocks can be specified.
Interface "eth0"
{
# Interface Mode is used to prevent unnecessary
# packet forwarding on switched ethernet interfaces
# valid Modes are "mesh" and "ether"
# (default is "mesh")
# Mode "mesh"
# IPv4 broadcast address for outgoing OLSR packets.
# One useful example would be 255.255.255.255
# The second useful value would be to
# specify the peer address of an ptp-tunnel.
# another name of this parameter is "IPv4Multicast"
# (default is 0.0.0.0, which triggers the usage of the
# interface broadcast IP)
Ip4Broadcast 255.255.255.255
# IPv6 multicast address
# (default is ff02::6d, the manet-router linklocal multicast)
# IPv6Multicast ff02::6d
# IPv4 src address for outgoing OLSR packages
# (default is 0.0.0.0, which triggers usage of the interface IP)
# IPv4Src 0.0.0.0
# IPv6 src prefix. OLSRd will choose one of the interface IPs
# which matches the prefix of this parameter.
# (default is 0::/0, which triggers the usage
# of a not-linklocal interface IP)
# IPv6Src ::/0
# Emission intervals in seconds.
# If not defined, Freifunk network defaults are used.
# (defaults: Hello = 2.0/20.0, TC = 5.0/300.0,
# MID = 5.0/300.0, HNA = 5.0/300.0)
HelloInterval 4.0
HelloValidityTime 100.0
TcInterval 3.0
# TcValidityTime 300.0
MidInterval 30.0
MidValidityTime 500.0
HnaInterval 30.0
HnaValidityTime 500.0
# When multiple links exist between hosts
# the weight of interface is used to determine
# the link to use. Normally the weight is
# automatically calculated by olsrd based
# on the characteristics of the interface,
# but here you can specify a fixed value.
# Olsrd will choose links with the lowest value.
# Note:
# Interface weight is used only when LinkQualityLevel is set to 0.
# For any other value of LinkQualityLevel, the interface ETX
# value is used instead.
# Weight 0
# If a certain route should be preferred
# or ignored by the mesh, the Link Quality
# value of a node can be multiplied with a factor
# entered here. In the example the route
# using 192.168.0.1 would rather be ignored.
# A multiplier of 0.5 will result in a small
# (bad) LinkQuality value and a high (bad)
# ETX value.
# Note:
# Link quality multiplier is used only when
# LinkQualityLevel is greater than 0.
# example 1: reduce LQ to 192.168.0.1 by half
# LinkQualityMult 192.168.0.1 0.5
# example 2: reduce LQ to all nodes on this interface by 20%
# LinkQualityMult default 0.8
}
Interface "eth1"
{
Ip4Broadcast 255.255.255.255
HelloInterval 4.0
HelloValidityTime 100.0
TcInterval 3.0
MidInterval 30.0
MidValidityTime 500.0
HnaInterval 30.0
HnaValidityTime 500.0
}
Interface "eth2"
{
Ip4Broadcast 255.255.255.255
HelloInterval 4.0
HelloValidityTime 100.0
TcInterval 3.0
MidInterval 30.0
MidValidityTime 500.0
HnaInterval 30.0
HnaValidityTime 500.0
}
Interface "eth3"
{
Ip4Broadcast 255.255.255.255
HelloInterval 4.0
HelloValidityTime 100.0
TcInterval 3.0
MidInterval 30.0
MidValidityTime 500.0
HnaInterval 30.0
HnaValidityTime 500.0
}
Interface "eth4"
{
Ip4Broadcast 255.255.255.255
HelloInterval 4.0
HelloValidityTime 100.0
TcInterval 3.0
MidInterval 30.0
MidValidityTime 500.0
HnaInterval 30.0
HnaValidityTime 500.0
}
Interface "eth5"
{
Ip4Broadcast 255.255.255.255
HelloInterval 4.0
HelloValidityTime 100.0
TcInterval 3.0
MidInterval 30.0
MidValidityTime 500.0
HnaInterval 30.0
HnaValidityTime 500.0
}
# END AUTOGENERATED CONFIG
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