# This is the configuration for your GNUnet node.
# Put this file in ~/.gnunet/gnunet.conf and you 
# should be fine.
# For any other location, you must tell every
# GNUnet application that you start where this file is.
# (option -c FILENAME).
#
# After any change in this file, you MUST manually
# restart your gnunet-node.
#
#
#
#
#################################################
# Usually you should only have to set the first 
# line, which gives the root-directory of the 
# GNUnet tree. Make sure there is some space left
# in that directory. :-)
# If you are not installing as root, ~/.gnunet
# may be a good choice.
GNUNET_HOME	= ~/.gnunet
# For root, choose this:
# GNUNET_HOME     = /var/GNUnet



############################################
# Network configuration
############################################
[NETWORK]

# For which interfaces should we do accounting?
# GNUnet will evaluate the total traffic (not only
# the GNUnet related traffic) and adjust its bandwidth
# usage accordingly. You can currently only specify
# a single interface. GNUnet will also use this interface
# to determine the IP to use. Typical values
# are eth0, ppp0, eth1, wlan0, etc.
# 'ifconfig' will tell you what you have.
# Never use 'lo', that just won't work.
INTERFACES      = ppp0

# Set if GNUnet fails to determine your IP.
# GNUnet first tries to determine your IP 
# by looking at the IP that matches the
# interface that is given with the option
# INTERFACES. Mind that at the moment only
# a single interface is supported.
#
# If this fails, GNUnet will try to do a
# DNS lookup on your HOSTNAME, which may
# also fail, in particular if you are on
# dialup. 
# 
# If both options are not viable for you, 
# you can specify an IP in this configuration
# file.
# This may be required if
# you have multiple interfaces (currently GNUnet can
# only work on one of them) or if you are behind
# a router/gateway that performs network address
# translation (NAT). In the latter case, set this
# IP to the *external* IP of the router (!) and 
# make sure that the router forwards incoming UDP
# packets on the GNUnet port (default: 2086) to
# the dedicated GNUnet server in the local network.
# This NAT configuration has not been tested!
#
# The default value (127.0.0.1) will NOT work!
# If you do not know what all this means, try
# without!
IP  	= flolp.dynodns.net

# Bandwidth limitation.
# GNUnet can determine your current bandwidth
# usage and throttle in times of heavy other load.
# This number is supposed to specify your total
# bandwidth available in bytes per second.
MAXNETBPSTOTAL	= 3000

# The maximum load (in %)  below which the node
# still decides to participate in GNUnet,
# percentage of MAXNET.
MAXNETLOAD	= 70

# To which port does GNUnet bind? Default is 2086
# and there is usually no reasno to change that.
PORT		= 2086

# If this host is connected to two networks, a private
# which is not reachable from the Internet and that
# contains GNUnet clients and to a public network,
# typically the Internet (and is this host is
# thus in the position of a router, typically
# doing NAT), then this option should be set to 'NO'. 
# It prevents the node from forwarding HELOs 
# other than its own. If you do not know what the
# above is about, just keep it set to YES (which
# is also the default when the option is not
# given).
NETWORK_HELO_EXCHANGE = YES

# With this option, you can specify which networks
# you do NOT want to connect to. Usually you will
# want to filter loopback (127.0.0.1, misconfigured
# GNUnet hosts), virtual private networks,
# [add a class C network here], 192.168.0.0, 172.16.0.0
# and 10.0.0.0 (RFC 1918). The format is IP/NETMASK where
# the IP is specified in dotted-decimal and the
# netmask either in CIDR notation (/16) or
# in dotted decimal (255.255.0.0). Several
# entries must be separated by a semicolon,
# spaces are not allowed. 
# Notice that if your host is on a private network
# like the above, you will have to configure your
# NAT to allow incoming requests and you will want
# to modify this option.
# The idea behind this option is not to discriminate
# against NAT users but to ensure that hosts only attempt
# to connect to machines that they have a chance to actually
# reach.
# Of course, you could also use it against known
# adversaries that have a small IP range at their
# disposal  :-)
#
# Example (and default):
# 127.0.0.1/8;192.168.0.0/16;10.0.0.0/255.0.0.0;
#BLACKLIST = 127.0.0.1/8;192.168.0.0/16;10.0.0.0/255.0.0.0;

# With this option, you can specify which networks are
# trusted enough to connect as clients to the TCP port.
# This is useful if you run gnunetd on one host of your
# network and want to allow all other hosts to use this
# node as their server. 
# By default, this is set to 'loopback only'. The
# format is the same as for the BLACKLIST.
TRUSTED = 127.0.0.1/8;192.168.2.0/24;

# GNUnet can automatically update the hostlist from the
# web. While GNUnet internally communicates which hosts
# are online, it is typically a good idea to get a fresh
# hostlist whenever gnunetd starts from the WEB. By
# setting this option, you can specify from which server
# gnunetd should try to download the hostlist. The
# default should be fine for now.
HOSTLISTURL = http://www.ovmj.org/GNUnet/download/hostlist

################################################
# Options relevant for filesharing.
################################################
[FILESHARING]

# Should we participate in content migration?
# If you say yes here, GNUnet will migrate content
# to your server, and you will not be able to control
# what data is stored on your machine.
# This option has advantages and disadvantages. 
#
# If you activate it, you can claim for *all* the
# non-indexed (-i to gnunet-insert) content that
# you did not know what it was even if an adversary
# takes control of your machine. 
#
# If you do not activate it, it is obvious that you
# have knowledge of all the content that is hosted
# on your machine and thus can be considered
# liable for it.
#
# So if you think that the legal system in your country
# has gone postal, you may want to set it to "NO" and
# make sure that the content you put on your machine
# does not get you into too much trouble if an adversary
# takes control of your machine.
# If you think that you're safe if you host content
# that you don't know anything about (like an ISP)
# or that you don't have to fear prosecution no-matter-what,
# turn it to YES, which will also improve GNUnet's 
# performance and thereby your results. 
#
# Note that as long as the adversary is not really powerful
# (e.g. can not take control of your machine), GNUnet's
# build-in anonymity mechanisms should protect you from
# being singled out easily.
#
# The default is "NO" to ensure that really nobody gets
# into trouble for not reading the docs. You're encouraged
# to set it to "YES", though. The 'YES' must be all-caps!
ACTIVEMIGRATION = YES

# How long should gnunet-search try to get an answer
# to a query before timing out (in seconds).
# Default is 3000s, which should be enough for pretty
# much anything. Use 0 for no timeout.
SEARCHTIMEOUT   = 3000

# Specify which additional extractor libraries should
# be used. gnunet-insert uses libextractor to
# extract keywords from files. libextractor can
# be dynamically extended to handle additional
# file formats. If you want to use more than the
# default set of extractors, specify additional
# extractor libraries here.
# The format is [[-]LIBRARYNAME[:[-]LIBRARYNAME]*]
# The default is to use filenames and to break
# larger words at spaces (and underscores, etc.).
# This should be just fine for most people. The
# - before a library name indicates that this 
# should be executed last and makes only sense
# for the split-library.
EXTRACTORS = libextractor_filename.so:-libextractor_split.so

####################################################
# Section defining where GNUnet should put its files.
####################################################
[FILES]

# In this section you specify how many resources
# GNUnet is allowed to use. GNUnet may exceed the limits
# by a small margin (network & CPU are hard to control
# directly), but should do a reasonable job to keep
# the average around these values

# How much disk space (MB). This number does not count
# the space for the hostkey (1k), the database 
# or the files shared using on-demand encoding.
# For every on-demand encoded file, GNUnet *requires* at
# least 2% of the filesize for directly shared files.
# Thus if you share 10 GB, you must set this value to
# at least 200 MB. (Furthermore, you'll need a database
# of 512 MB [reconfigure!], yielding approximately 11 GB total).
# 
# GNUnet will gather content from the network if the current
# space-consumption is below the number given here.
# Attention: GNUnet does NOT look for the actual space consumption
# on the drive. GNUnet is unconcerned with space for inodes and 
# incomplete blocks. On ext2, the space for these structures can
# be typically up to about 4-times more than the actual data.
# Read the FAQ on how to avoid this.
DISKQUOTA 	= 2048

# Where to store the private key. Keep this file
# top-secret, do not share with other nodes!
HOSTKEY		= $GNUNET_HOME/.hostkey

# Where to store the database?
# This file is (by default) 256 MB big!
# You can change the size in src/include/config.h
# This makes only sense if you share significantly 
# less than 256 MB of files or significantly more than
# 4 GB (these numbers include on-demand shared files)
DATABASE        = $GNUNET_HOME/database

# The age-file is a file that stores an int
# which is used to determine the relative
# age of files in the database. It is always very small.
AGEFILE         = $GNUNET_HOME/database.age


# Where to store the list of on-demand shared files?
# This file contains filenames of files that are shared
# and encrypted for Gnunet on-the-fly such that you can
# still keep accessing them. The files should not change
# in content.
# You should NEVER edit this filelist directly but use
# the insertfile tool to add files to the list.
# Currently, there is no way to remove files from the list, 
# except deleting the DATABASE, COLLISION and FILELIST files
# and re-inserting all files.
FILELIST        = $GNUNET_HOME/database.list

# Where to store the list of collisions?
# This is an extention-file that will not be large
# if your database file has an appropriate size
# (see src/include/config.h)
COLLISION	= $GNUNET_HOME/collisions

# Where to store data. Got some empty partition? :)
# This directory can be shared between multiple
# nodes, but keep in mind that each node will 
# want to write to it. See the Gnunet-FAQ for formatting a
# dedicated partition optimally.
CONTENTDIR	= $GNUNET_HOME/data/content/

# Where to store the credit for all hosts?
# Should not be shared with other nodes, but contains
# no 'secret' data either. Malicious hosts should NOT
# be able to WRITE to it.
CREDITDIR	= $GNUNET_HOME/data/credit/

# this directory should be made available periodically
# --- it contains information how to join Gnunet that is
#      in no way private to the local node.
# This directory can be shared between nodes AND should
# be put on a public web-server (if possible).
# You should find a list of known hosts under
# http://gecko.cs.purdue.edu/gnunet/hosts/, you can copy
# those files into this directory.
HOSTS   	= $GNUNET_HOME/data/hosts/





#########################################
# Options for the GNUnet server, gnunetd
#########################################
[GNUNETD]

LOGFILE = /var/log/gnunet/gnunet.log
LOGLEVEL=6
PIDFILE = /home/chris/.gnunet/gnunet.pid

# How many hours is the current IP valid?
# (Gnunet will sign HELO messages with this
# expiration timeline. If you are on dialup,
# 1 (for 1 hour) is suggested. If you are
# on DSL or other permanent connections with
# fixed IP, set to values [24-2400]. Default
# is 240 (10 days)
HELOEXPIRES     = 1

# The total number of nodes with which the current node
# will maintain a session-key for. Must be a power of 2,
# Set rather high as it doesn't cost much; this is NOT
# Gnutella...
MAXNODES	=  128

# Which CPU load can be tolerated (total, GNUnet
# will adapt if the load goes up due to other
# processes). 
# A value of 50 means that once your 1 minute-load average
# goes over 50% non-idle, GNUnet will start dropping packets
# until it goes under that threshold again.
MAXLOAD		= 150