ich hatte es mal am laufen...aber seit dem ich einmal komplett formatiert habe, will es irgendwie nicht laufen....
das passiert wenn ich es über die konsole starten will
markuman@ubuntu:~ $ gtk-gnutella 05/03/30 21:28:22 (WARNING): Detected amount of physical RAM: 516608 KB 05/03/30 21:28:22 (WARNING): [hosts] retrieving from "/home/markuman/.gtk-gnutella/hosts.orig" instead 05/03/30 21:28:22 (WARNING): [hosts] retrieving from "/home/markuman/.gtk-gnutella/ultras.orig" instead 05/03/30 21:28:22 (WARNING): [whitelist] unable to retrieve: no alternate locations known 05/03/30 21:28:22 (WARNING): [hostile IP addresses] trying to load from alternate locations... 05/03/30 21:28:22 (WARNING): [hostile IP addresses] retrieving from "/usr/share/gtk-gnutella/hostiles.txt" instead 05/03/30 21:28:22 (WARNING): file_info_retrieve_binary(): could not find trailer in /home/markuman/.bashrc 05/03/30 21:28:22 (WARNING): file_info_retrieve_binary(): could not find trailer in /home/markuman/.bash_profile 05/03/30 21:28:22 (WARNING): file_info_retrieve_binary(): could not find trailer in /home/markuman/.Xauthority 05/03/30 21:28:22 (WARNING): file_info_retrieve_binary(): could not find trailer in /home/markuman/.xsession-errors 05/03/30 21:28:22 (WARNING): file_info_retrieve_binary(): could not find trailer in /home/markuman/.dmrc 05/03/30 21:28:22 (WARNING): file_info_retrieve_binary(): could not find trailer in /home/markuman/.esd_auth 05/03/30 21:28:22 (WARNING): file_info_retrieve_binary(): could not find trailer in /home/markuman/.ICEauthority 05/03/30 21:28:22 (WARNING): file_info_retrieve_binary(): could not find trailer in /home/markuman/.gtkrc-1.2-gnome2 05/03/30 21:28:22 (WARNING): file_info_retrieve_binary(): could not find trailer in /home/markuman/.recently-used 05/03/30 21:28:22 (WARNING): file_info_retrieve_binary(): could not find trailer in /home/markuman/.bash_history 05/03/30 21:28:22 (WARNING): file_info_retrieve_binary(): could not find trailer in /home/markuman/.fonts.cache-1 05/03/30 21:28:22 (WARNING): file_info_retrieve_binary(): could not find trailer in /home/markuman/skript_maerz2005.pdf 05/03/30 21:28:22 (WARNING): file_info_retrieve_binary(): could not find trailer in /home/markuman/FragenOhneAntworten.mp3 05/03/30 21:28:22 (WARNING): file_info_retrieve_binary(): could not find trailer in /home/markuman/weblog_de.zip 05/03/30 21:28:22 (WARNING): file_info_retrieve_binary(): could not find trailer in /home/markuman/wordpress-1.5-strayhorn.tar.gz 05/03/30 21:28:22 (WARNING): file_info_retrieve_binary(): could not find trailer in /home/markuman/phpsqlitecms.zip 05/03/30 21:28:22 (WARNING): file_info_retrieve_binary(): could not find trailer in /home/markuman/forum.zip 05/03/30 21:28:22 (WARNING): file_info_retrieve_binary(): could not find trailer in /home/markuman/weblog.php~ 05/03/30 21:28:22 (WARNING): file_info_retrieve_binary(): could not find trailer in /home/markuman/scheisse *** ANCIENT VERSION DETECTED! *** Sorry, this program is too ancient to run without an explicit user action: please edit the file /home/markuman/.gtk-gnutella/config_gnet and set the variable "ancient_version_force" to "gtk-gnutella/0.93.3 (25/01/2004; GTK1; Linux 2.6.8.1-3-386 i686)". You will then be able to run this version forever, but please consider upgrading, as Gnutella is an evolving network, where ancient versions are less performant, if not harmful! *** EXITING *** Gdk-CRITICAL **: file gdkwindow.c: line 1581 (gdk_window_get_root_origin): assertion `window != NULL' failed. Gdk-CRITICAL **: file gdkwindow.c: line 1390 (gdk_window_get_size): assertion `window != NULL' failed. 05/03/30 21:28:22 (WARNING): exit() while still reading the hosts file, caught hosts not saved! 05/03/30 21:28:22 (WARNING): exit() while still reading the ultrahosts file, caught hosts not saved ! 05/03/30 21:28:22 (WARNING): destroyed zone (16-byte blocks) still holds 2 entries 05/03/30 21:28:22 (WARNING): adns_do_transfer: EOF (read) markuman@ubuntu:~ $
hab keine ahnung was das sein könnte und wie man es beheben könnte!....
wer ne idee?
jetz steht da noch was von der config datei - da hab ich beim letzten mal nichts geändert, und da lief es...
so sieht sie aus
# # Gtk-Gnutella 0.93.3 stable (25/01/2004) by Olrick & Co. # http://gtk-gnutella.sourceforge.net/ # # # Description of contents # # Try to keep at least this number of connections to other servents of the # same kind as we are (normal or ultra nodes). This should be smaller than # the maximum amount of connections to allow incoming connections. #up_connections = 3 # When in ultrapeer mode, try to keep at least this number of connections # to normal servents. This should be smaller than the maximum amount of # connections to allow incoming connections. #normal_connections = 0 # Don't allow more than this number of connections to other servents. As # a rule of thumb you should reserve 512 b/s bandwidth per connection. # Never use up all your bandwidth, leave a little space for TCP/IP # overhead. It's not advisable that you set this to a value larger than # 20. #max_connections = 12 # Don't start more than this number of parallel downloads. Others will # remain in the queue waiting for a download slot. #max_simultaneous_downloads = 100 # Don't make more connections than given here to a single host to download # a file. Be nice to others, and leave it at the default value (1). #max_simultaneous_host_downloads = 1 # Don't allow more than this number of uploads in total. This also defines # the amount of PARQ queues that will be used. You should at least set it # to 2. #max_simultaneous_uploads = 4 # Don't upload more than this number of files in parallel to a single host #max_uploads_ip = 1 # Local IP address last determined #local_ip = "0.0.0.0" # When the current IP address was determined current_ip_stamp = 1111833484 # Average uptime with the same IP address #average_ip_uptime = 0 # Average servent uptime, in seconds #average_servent_uptime = 0 # Local port gtk-gnutella is listening on. Your ISP may block or choke # traffic on port 6346 so it would be a good idea to change it to # something in the range of 1024-65535. Don't forget to update your # firewall port forwarding / opening, as necessary. Note that by default, # the port 6346 is not used to guard against undue censorship. #listen_port = 8436 # Use this IP address as source address if 'force local ip' is activated #forced_local_ip = "0.0.0.0" # The connection bandwidth reported to other hosts. This is the speed at # which you can upload things to others. #connection_speed = 0 # Whether the connection bandwidth reported to other hosts should be # computed based on the current average upload speed. The reported speed # is the available speed for a new upload, not the theoretical maximum # configured: it is the average bandwidth (or the max configured bandwidth # if no traffic yet) divided by the number of upload slots. When it is ON # (recommended setting), the hardwired connection speed is not used. #compute_connection_speed = TRUE # Return at most this number of results to a query, using as many query # hit packets as necessary. To avoid network flooding, keep this to a # reasonable value. #limit_search_results = 50 # Unless this percentage or more of the upload bandwidth is used, allow # additional upload slots #upload_bandwith_min_percentage = 70 # Number of seconds before a download connect attempt times out #download_connecting_timeout = 30 # Number of seconds before a push request times out #download_push_sent_timeout = 60 # Number of seconds before a download times out if no data is received #download_connected_timeout = 60 # Minimum number of seconds to wait on auto-retry timeouts #download_retry_timeout_min = 20 # Maximum number of seconds to wait on auto-retry timeouts #download_retry_timeout_max = 120 # Maximum number of attempts to download a file not counting HTTP busy # indications #download_max_retries = 50 # Delay in seconds before retrying after a connection timed out #download_retry_timeout_delay = 1200 # Delay in seconds before retrying after getting a 'busy' response from a # host #download_retry_busy_delay = 60 # Delay in seconds before retrying after getting a 'connection refused' # response from a host #download_retry_refused_delay = 1800 # Delay in seconds before retrying after a retry stopped (timed out, # connection reset by peer, etc...) #download_retry_stopped = 15 # Amount of bytes to overlap when resuming a download. It should be at # least 64 bytes for safe resuming, otherwise gtk-gnutella will not accept # to resume a file for which we had no SHA1 known, after a server gives # one back. #download_overlap_range = 512 # Number of seconds before an upload times out if no connection can be # established during a push. It is also the maximum amount of time we # wait to get the whole HTTP request. #upload_connecting_timeout = 60 # Number of seconds after which an upload times out if no data is # transmitted #upload_connected_timeout = 180 # Amount of seconds to wait before a search is issued again to see if new # results are available. Be very careful with this parameter, and do not # set it too low or you will damage the Gnutella network. A delay of half # an hour is fine. #search_reissue_timeout = 3600 # Maximum ratio of file descriptors reserved for banning. For instance, if # your OS gives you 350 file descriptors, a ratio of 10 will reserve at # most 35 file descriptors. You should ensure you have around 100 file # descriptors for efficient banning. #ban_ratio_fds = 25 # Maximum number of file descriptors reserved for banning #ban_max_fds = 100 # Number of seconds an incoming connection has to start sending out its # request #incoming_connecting_timeout = 30 # Number of seconds before a Gnet connect attempt times out if no # connection can be established #node_connecting_timeout = 30 # Number of seconds before a Gnet connection times out if no data is # transmitted #node_connected_timeout = 180 # Maximum size of the sendqueue for the nodes (in bytes). Must be at least # 150% of the maximum message size #node_sendqueue_size = 98304 # Maximum number of seconds a node can remain in transmit flow control # before being kicked out. #node_tx_flowc_timeout = 180 # Maximum percentage of time over 5 minutes that our node can remain in # flow control remotely before dropping the connection. This only works # with nodes that will send us an hops-flow message when they are # flow-controlling us. #node_rx_flowc_ratio = 70 # Maximum TTL we allow in messages we broadcast. If a message comes in # with a TTL greater than that, it will be trimmed down to that value. On # Gnutella, the standard is TTL=7, so you cannot set a value lower than # that. #max_ttl = 10 # The TTL we use in messages we generate. The default on Gnutella is # TTL=7. If you set it to too large a value, you run the risk of being # trimmed down by fellow gtk-gnutella nodes, or kicked out by some other # servent. #my_ttl = 7 # Maximum hard TTL limit (hops + TTL) on messages we relay. This should # be greater than the standard TTL=7, because it is also applied to # routed-back messages (query hits) that could be re-routed in case a # connection is lost. Standard broadcasted messages have their TTL # limited by the maximum TTL you configure, and that limit should be much # lower than the value of this parameter. #hard_ttl_limit = 15 # For development use: debug level #dbg = 0 # Debug level for code shared between gui and core #lib_debug = 0 # For development use: track properties #track_props = 0 # For development use: don't add new hosts to the hostcatcher #stop_host_get = FALSE # Enable bandwidth limitation for incoming HTTP traffic #bandwidth_input_limit = FALSE # Enable bandwidth limitation for outgoing HTTP traffic #bandwidth_output_limit = FALSE # Enable bandwidth limitation for incoming Gnet traffic #bandwidth_ginput_limit = FALSE # Enable bandwidth limitation for incoming Gnet leaf traffic #bandwidth_glinput_limit = FALSE # Enable bandwidth limitation for outgoing Gnet traffic #bandwidth_goutput_limit = FALSE # Enable bandwidth limitation for outgoing Gnet leaf traffic #bandwidth_gloutput_limit = FALSE # Enable dynamic upload slots allocation #upload_bandwith_usage_enabled = FALSE # Allow HTTP and Gnutella to grab whatever bandwidth the other is not # using. If FALSE, unused bandwidth is lost. #bw_allow_stealing = TRUE # Auto clear completed downloads #auto_clear_completed_downloads = FALSE # Auto clear failed downloads (HTTP error, failure to resume, write error, # etc...). #auto_clear_failed_downloads = FALSE # Auto clear unavailable downloads (connection timeout, push route lost, # etc...). #auto_clear_unavailable_downloads = TRUE # Remove downloaded files from the search result #search_remove_downloaded = FALSE # Enable to use [forced_local_ip] as local ip #force_local_ip = FALSE # Try to connect to local networks first #use_netmasks = FALSE # Check this button if you want to use GTK-Gnutella on your Local Area # Network. RFC1918 will be ignored. #allow_private_network_connection = FALSE # Check this button if you want GTK-Gnutella to use IP TOS to # differentiate interactive, normal and bulk data. This is probably a good # idea in most cases, and can particularly help with badly misconfigured # hosts, LANs, and ISPs. #use_ip_tos = FALSE # Remove files of aborted downloads from disk #download_delete_aborted = TRUE # Use username and password to authenticate to proxy #proxy_auth = FALSE # Username for proxy #socks_user = "username" # Password for proxy #socks_pass = "password" # IP address of the proxy #proxy_ip = "0.0.0.0" # Port the proxy is listening on #proxy_port = 0 # Protocol the proxy uses #proxy_protocol = 0 # Maximum number of hosts in the regular node catcher #max_hosts_cached = 20480 # Maximum number of hosts in the ultra node catcher #max_ultra_hosts_cached = 20480 # Amount of tolerable messages above hard TTL limit per node. See also # MAX_HIGH_TTL_RADIUS #max_high_ttl_msg = 10 # Hop radius for counting high TTL limit messages (# hops lower than...) # See also MAX_HIGH_TTL_MSG #max_high_ttl_radius = 2 # Bandwidth limit for incoming HTTP traffic in bytes/sec #input_bandwidth = 8192 # Bandwidth limit for outgoing HTTP traffic in bytes/sec #output_bandwidth = 8192 # Bandwidth limit for incoming gNet traffic in bytes/sec #input_gnet_bandwidth = 8192 # Bandwidth limit for outgoing gNet traffic in bytes/sec #output_gnet_bandwidth = 8192 # Bandwidth limit for incoming gNet leaf traffic in bytes/sec. When # running as an ultra node, this bandwidth is stolen from the regular HTTP # traffic if the shaper for leaves is enabled. #input_gnet_leaf_bandwidth = 3072 # Bandwidth limit for outgoing gNet leaf traffic in bytes/sec. When # running as an ultra node, this bandwidth is stolen from the regular HTTP # traffic, if the shaper for leaves is enabled. #output_gnet_leaf_bandwidth = 2048 # Maximum size of search queries messages we forward to others (in bytes) #search_queries_forward_size = 256 # Maximum size of search queries messages we allow, otherwise close the # connection (in bytes) #search_queries_kick_size = 1024 # Maximum size of search answers messages we forward to others (in bytes) #search_answers_forward_size = 65536 # Maximum size of search answers messages we allow, otherwise close the # connection (in bytes) #search_answers_kick_size = 65536 # Maximum size of unknown messages we allow, otherwise close the # connection (in bytes) #other_messages_kick_size = 40960 # Random factor for the hops field in search packets we send between 0 and # 3 inclusive) #hops_random_factor = 0 # Whether or not to send push requests. If you are firewalled, # gtk-gnutella will never send push requests anyway. If you don't let # gtk-gnutella send pushes, it will not show search results that would # require a push. #send_pushes = TRUE # Minimum amount of dup messages to enable kicking, per node (also see # [min_dup_ratio]) #min_dup_msg = 5 # Minimum ratio of dups on received messages, per node (between 0.00 and # 100.00) (also see [min_dup_msg]) Note: the value is stored between 0 # (0.0) and 10000 (100.0) in the config file #min_dup_ratio = 150 # Only files with the given extensions will be shared. The special --all-- # extension matches all files, even if they don't have any extension. Use # with care. #shared_files_extensions = "aac;asf;avi;bin;bz2;cue;deb;divx;doc;flc;fli;gif;gz;ifo;iso;it;jpeg;jpg;mjpg;mod;mov;mpa;mpg;mpeg;mpega;mp4;mp3;mp2;mp1:mpv;nes;ogg;ogm;qt;png;ps;pdf;ram;rm;rar;rpm;rom;s3m;smc;smd;stm;tar;tgz;torrent;txt;vob;voc;vqf;wav;wma;wmv;xm;xvid;zip" # Ignore symbolically linked directories when scanning files to share. #scan_ignore_symlink_dirs = FALSE # Ignore symbolically linked regular files when scanning files to share. #scan_ignore_symlink_regfiles = FALSE # Store incomplete files in this directory store_downloading_files_to = "/home/markuman" # Move complete files to this directory. If this is set to the SAME # directory as the incomplete or corrupted files, files will be renamed # with a trailing .OK move_downloading_files_to = "/home/markuman" # Move corrupted, downloaded files to this directory. If this is set to # the SAME directory as the incomplete or completed files, files will be # renamed with a trailing .BAD move_corrupted_files_to = "/home/markuman" # Directories which contain shared files #shared_dirs = "" # List of networks considered local. This is a list of IP addresses, # separated by ';'. The IP address can be given out fully, as in # 192.168.0.1, or be optionally followed by '/' and a network mask prefix # length. For instance, 192.168.0.1/24 would represent the whole # 192.168.0.* network. #local_netmasks = "" # Global Unique IDentifier of this node guid = "304f805dc8be5b02ff1b9c4ff3ad0903" # Whether or not to use swarming (recommended = YES) #use_swarming = TRUE # Whether or not to launch competing downloads when swarming and there are # many sources available with a few chunks left. #use_aggressive_swarming = TRUE # Minimum chunk size when swarming. This is only a hint as gtk-gnutella # will download less if you only have a few bytes to get for a file... #dl_minchunksize = 524288 # Maximum chunk size when swarming #dl_maxchunksize = 10485760 # Whether or not to automatically queue search results that match a file # in the download queue #auto_download_identical = TRUE # Whether or not to automatically feed the download mesh with data # gathered from the query hits that flow through our node. This looks for # new entries for files we are sharing or already have in our mesh. #auto_feed_download_mesh = TRUE # When enabled, SHA1s must match. Otherwise, name and size will be # sufficient #strict_sha1_matching = TRUE # Use fuzzy file name matching (recommended = NO; only rely on SHA1 # matching to be safe) #use_fuzzy_matching = FALSE # Fuzziness threshold for filename matching (higher = stricter). A value # of 100 means the filenames must be 100% identical. A value of 0 means # any two filenames will always be considered to be identical. The # minimum is 50%. #fuzzy_threshold = 70 # Whether gtk-gnutella thinks we're currently firewalled #is_firewalled = TRUE # Remove unnecessary ballast from query string before processing or # forwarding them. Reduces traffic at the cost of little CPU time #gnet_compact_query = TRUE # Also use sources that don't provide a SHA1 value for the first chunk of # a file. This dramatically reduces the 'No URN on server' messages, but # may result in overlap problems later if the first chunk was actually # from a different file. Use with caution. #download_optimistic_start = FALSE # If active, only compressed incoming connections are allowed after the # minimum number of connections has been established. Always allows for # one non-compressed connection. #prefer_compressed_gnet = TRUE # If deactivated, only uploads and downloads will continue. All gNet # connections are disabled/terminated. #online_mode = TRUE # Whether gtk-gnutella should make sure the server confirms the URN of the # file we're requesting when it is known locally and a traditional request # by name is used (i.e. gtk-gnutella is not issuing a /uri-res/N2R? # request). When set, it supersedes the optimistic first chunk setting. #download_require_urn = FALSE # Whether gtk-gnutella should make sure the server gives us back a # non-empty identifying token. #download_require_server_name = TRUE # Maximum amount of Ultrapeers we should connect to as a leaf. #max_ultrapeers = 3 # Maximum amount of leaves we can accept. To be promoted Ultra, you # should reserve 32 bytes of bandwidth per leaf. #max_leaves = 80 # What to do with files that will be ignored for downloading. #search_handle_ignored_files = 0 # The peer mode you want to operate as for gtk-gnutella. When auto is # selected, gtk-gnutella will start as a leaf node and may be promoted to # an ultra node if bandwidth and uptime permits, provided that you are not # firewalled. #configured_peermode = 3 # Whether gtk-gnutella should serve partial files whilst they are still # incompletely downloaded. Recommended for network's health unless you # already share many files, in which case it does no harm to leave it in, # but will not matter as much. #pfsp_server = TRUE # When partial file sharing (PFSP) is enabled, gtk-gnutella will strive to # download chunks in a random order, to maximize the spreading of the file # in the network. However, this makes auditing (file type, pre-viewing, # etc...) of the file impossible. This field sets the size in bytes of the # first chunk of data that should be continuously downloaded at the # beginning of the file. Don't set it too large. #pfsp_first_chunk = 524288 # Whether to apply a fuzzy filter on download mesh entries. The purpose # of this filtering is to remove entries whose names are too different to # be sensibly part of the same mesh. When activated, your mesh will # probably be more consistent at the cost of extra CPU time, and at the # cost of losing some valid entries in the process. #fuzzy_filter_dmesh = FALSE # Whether the clock of this host is kept accurate via NTP. When you enable # this, the computed clock skew is ignored. #host_runs_ntp = FALSE # The signed clock skew of this host compared to absolute time. Adding # this skew to the host clock should give the true time. #clock_skew = 0 # Whether gtk-gnutella should keep track of the IP of unstable servents it # encounters, preventing further connections attempts to/from them. #node_monitor_unstable_ip = TRUE # Whether gtk-gnutella should determine the servent types (as identified # by their vendor string) that are unstable, preventing further # connections to/from them. This only works when gtk-gnutella already # keeps track of unstable IP addresses. #node_monitor_unstable_servents = FALSE # Whether gtk-gnutella should automatically remove the file whenever it # gets a resuming mismatch and retry from scratch. Until Tiger Tree Hashes # are widespread, this is the easiest option. #dl_remove_file_on_mismatch = FALSE # The amount of bytes which gtk-gnutella will strip off the already # downloaded bytes after a resuming mismatch, in the hope that only this # amount was corrupted, preventing proper resuming. Most of the time, a # resuming mismatch indicates bad data on the server, but if the already # downloaded data is bad then backing out some of it may allow us to # recover from the problem. #dl_mismatch_backout = 50000 # The hostname of the server that can be used by downloaders to find the # IP address via a DNS resolution. If you have a dynamic IP address # coupled with a dynamic DNS service, then this is valuable to # downloaders: they may find your node even after a few rotations of your # IP address. #server_hostname = "" # Whether gtk-gnutella should advertise the hostname of your server to # downloaders and in query hits. #give_server_hostname = FALSE # Percentage of the number of connections we should reserve for # gtk-gnutella nodes. #reserve_gtkg_nodes = 20 # Maximum percentage of slots a vendor can occupy #unique_nodes = 60 # Size of the RX socket buffer to be used for downloads, in kbytes. If you # wish to avoid Gnutella downloads using up all your bandwidth, set it to # a low value (default is 8K, which is fine). If you don't mind sucking up # all the available bandwidth, increasing your connection latency, set it # to a greater value. Remember: the smaller the value, the more you will # be able to precisely control the incoming rate. #download_rx_size = 8 # Size of the RX socket buffer to be used for nodes, in kbytes. The lower # the value, the faster the remote end will flow-control at the TCP/IP # level if you don't read quickly enough, which would be the case if you # limit the incoming bandwidth. #node_rx_size = 4 # Last time at which we performed the ultrapeer requirement checks. #node_last_ultra_check = 0 # Whether we meet the sufficient average uptime requirement to become an # Ultra node. #up_req_avg_servent_uptime = FALSE # Whether we meet the sufficient average IP address uptime requirement to # become an Ultra node. #up_req_avg_ip_uptime = FALSE # Whether we meet the sufficient node uptime requirement to become an # Ultra node. #up_req_node_uptime = FALSE # Whether we meet the non-firewalled requirement to become an Ultra node. #up_req_not_firewalled = FALSE # Whether we meet the amount of file descriptor requirement to become an # Ultra node. #up_req_enough_fd = FALSE # Whether we meet the memory requirements to become an Ultra node. #up_req_enough_mem = FALSE # Whether we meet the bandwidth requirements to become an Ultra node. #up_req_enough_bw = FALSE # Size of the search queue holding the locally generated queries before # they are sent on a given connection. When full, the oldest query is # dropped without being sent. Set it so that it is slightly larger than # the amount of opened searches. #search_queue_size = 256 # Minimum amount of seconds between two consecutive queries sent to a # given connection (for locally generated queries only!). The larger the # value, the less negative impact it has on the network. #search_queue_spacing = 10 # Whether connection to gtk-gnutella via the 'shell' control interface # should be allowed. #enable_shell = FALSE # Amount of seconds to leave 'dead' entries around so that they can still # be displayed by the GUI along with the termination status. #entry_removal_timeout = 5 # Whether gtk-gnutella should actively monitor query strings by TTL and # hop count and drop duplicates. Only applies when not running as a leaf # node, and only for queries with hop count > 0, i.e. not from our # immediate neighbour. Dropped queries will be accounted for in the # 'Message throttle' counter. #node_watch_similar_queries = TRUE # Half the duration during which gtk-gnutella should remember the recently # relayed queries by TTL and hop count. The default value of 5 should be # just fine, but you can experiment with different settings if you want. # The higher it is set, the more likely you are to drop legitimate # queries, so be careful. #node_queries_half_life = 5 # The minimum amount of seconds to enforce between two identical queries # coming from leaf nodes. If the requery happens before the amount # specified, it is dropped and accounted for in the 'Message throttle' # counter. Too frequent requeries are harmful for the network, yet we # must allow some amount of requerying given the dynamic nature of # Gnutella connections. You can't disable this checking, but you can # lower the constraint significantly. Deviations from the default of 1700 # have exponential effects on the network traffic. #node_requery_threshold = 1700 # This property must be set to the current version number of gtk-gnutella # in order to allow it to run when it is ancient #ancient_version_force = "" ### End of configuration file ###
vielleicht könnte es noch von nützten sein - ich gehe über ein router ins internet....also ich brauch (hab auch) nur netzwerk konfigurieren und ich bin online...
wer ne idee?