257 lines
8.7 KiB
Plaintext
257 lines
8.7 KiB
Plaintext
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--[[
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gluon site.conf example
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This file contains the Munich freifunk site.conf which was adopted from the original freifunk suite used in Luebeck.
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There are comments added to most switches to explain the usage of gluon.
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This is lua code now, not perl anymore.
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Happy compiling!
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]]
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{
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--[[ Community settings
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hostname_prefix: Nodename prefix
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freifunk-abcdef123456 (hex-part is generated from node's MAC address)
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site_name: Name of your community
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site_code: Shortcode of your community
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]]
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hostname_prefix = 'freifunk',
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site_name = 'Freifunk München',
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site_code = 'ffrgb-bat14',
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opkg_repo = 'http://openwrt.draic.info/barrier_breaker/14.07/%S/packages',
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--[[ General network settings
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prefix4: IPv4 range of your community
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prefix6: IPv6 range of your community
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is also required for radvd ]]
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prefix4 = '10.80.0.0/16',
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prefix6 = 'fdef:ffc0:4fff::/64',
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--[[ NTP settings
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Synchronize the time of the nodes
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timezone: Timezone of your community
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http://wiki.openwrt.org/doc/uci/system#time.zones
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ntp_servers: List of NTP-Servers to query. You can use any public and/or your private NTP-Servers of your community.
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http://www.pool.ntp.org/zone/de ]]
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timezone = 'CET-1CEST,M3.5.0,M10.5.0/3',
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ntp_servers = {'1.ntp.services.ffm','3.ntp.services.ffm'},
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--[[ Wireless settings
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regdom: IEEE 802.11 Regulatory Domain
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http://en.wikipedia.org/wiki/IEEE_802.11#Regulatory_domains_and_legal_compliance
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wifi24: Wifi settings for 2.4 GHz frequency devices
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wifi5: Wifi settings for 5 GHz frequency devices
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sub
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ssid: Wifi name shown to the user (We recommend %site_code%.freifunk.net)
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channel: Wifi channel to use
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htmode: Specifies the channel width in 802.11n and 802.11ac mode, possible values are:
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HT20 (single 20MHz channel),
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HT40- (2x 20MHz channels, primary/control channel is upper, secondary channel is below)
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HT40+ (2x 20MHz channels, primary/control channel is lower, secondary channel is above).
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VHT20 / VHT40 / VHT80 / VHT160 (channel width in 802.11ac, extra channels are picked according to the specification)
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http://wiki.openwrt.org/doc/uci/wireless#common.options (-> htmode)
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mesh_ssid: SSID of the mesh-interface, an ugly SSID prevent clients from connecting (We recommend not to change this)
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mesh_bssid: BSSID of the mesh-interface
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mesh_mcast_rate: multicast rate of the mesh-interface ]]
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regdom = 'DE',
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wifi24 = {
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ssid = 'regensburg.freifunk.net',
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channel = 1,
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htmode = 'HT40+',
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mesh_ssid = 'mesh.ffmuc',
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mesh_bssid = '02:0E:8E:1E:61:17', --[[ from https://muenchen.freifunk.net/wiki/Knoten#B.A.T.M.A.N._Advanced ]]
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mesh_mcast_rate = 12000,
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},
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wifi5 = {
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ssid = 'regensburg.freifunk.net',
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channel = 44,
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htmode = 'HT40+',
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mesh_ssid = 'mesh.ffmuc',
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mesh_bssid = '02:0E:8E:1E:61:17',
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mesh_mcast_rate = 12000,
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},
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--[[ Next-Node
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next_node: Howto reach the node you are currently connected to
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The node will always be reachable at that address, and it's the same on all nodes. Because next_node packets are redirected within the node itself, there will be no conflicts.
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sub
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ip4: IPv4 Address to use
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ip6: IPv6 Address to use
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mac: MAC Address to use
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(TODO: What is the purpose of this MAC-Address here?) ]]
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next_node = {
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ip4 = '10.80.0.1',
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ip6 = 'fdef:ffc0:4fff::1',
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mac = '16:41:95:40:f7:dc',
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},
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--[[ Gateway settings
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fastd_mesh_vpn: fastd vpn settings
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https://projects.universe-factory.net/projects/fastd/wiki/User_manual
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sub
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methods: encryption algorithms to use
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https://projects.universe-factory.net/projects/fastd/wiki/Methods
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When multiple method statements are given, the first one has the highest preference.
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mtu: package size
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backbone: fastd vpn gateways of your community
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sub
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limit: Number of gateways each node connects to
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On startup, each node tries to connect to every gateway, and then chooses the number of 'limit' fastest gateways it could reach
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peers: Gateways
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sub sub
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key: public fastd key of your gateway
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https://github.com/tcatm/ecdsautils
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remotes: List of fastd configuration strings to connect to your gateway server ]]
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fastd_mesh_vpn = {
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methods = {'salsa2012+umac', 'salsa2012+gmac'},
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mtu = 1426,
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backbone = {
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limit = 2,
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peers = {
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vpn_gw01 = { --[[ VPN Server von Ole (netcap) ]]
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key = '0ac59c349980993c99e74e1c5242c39cdd7282fbab0b9575b35762993df510f3',
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remotes = {'ipv4 "37.120.168.150" port 10000'},
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},
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vpn_gw04 = { --[[ VPN Server von mephisto ]]
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key = '40ebfaf04da006d9150d3d8adeaab0dfa62ca645b416403537cb009bbf2125b5',
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remotes = {'ipv4 "213.166.225.3" port 10000'},
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},
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},
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},
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},
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--[[ gluon autoupdater section
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a how-to can be found here: http://gluon.readthedocs.org/en/latest/features/autoupdater.html
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enable: 0, 1
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branch: stable, beta, experimental
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name: name of the branch
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mirrors: comma separated ipv6 based mirror-servers to access the firmware image
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good_signatures: number of at leased good signatures signed by the authors of the firmware
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pubkeys: public keys of the authors of the firmware image ]]
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autoupdater = {
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enabled = 1,
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branch = 'stable',
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branches = {
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stable = {
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name = 'stable',
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mirrors = {
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'http://[fdef:ffc0:4fff::14]/firmware/stable/sysupgrade/',
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},
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probability = 0.08,
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good_signatures = 1,
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pubkeys = {
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'4d6b1a8e2ecfdb59469c38c3659916dd6046cd5270ddd31c3319b21c508eaa07', -- mephisto
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},
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},
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experimental = {
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name = 'experimental',
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mirrors = {
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'http://[fdef:ffc0:4fff::14]/firmware/experimental/sysupgrade/',
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},
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probability = 0.1,
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good_signatures = 1,
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pubkeys = {
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'4d6b1a8e2ecfdb59469c38c3659916dd6046cd5270ddd31c3319b21c508eaa07', -- mephisto
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},
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},
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},
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},
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--[[ Simple TC settings to limit the bandwidth of the vpn-uplink
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mesh_vpn:
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sub
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ifname: name of the interface/bridge
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enabled: default-value
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limit_egress: default-value
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limit_ingress: default-value ]]
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simple_tc = {
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mesh_vpn = {
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ifname = 'mesh-vpn',
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enabled = false,
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limit_egress = 200,
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limit_ingress = 3000,
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},
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},
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--[[ Config Mode settings
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Text shown on local website on node while in config mode (after initial flashing or after a long press and hold on the primary button and reboot). You can use html here.
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msg_welcome: Welcome message shown at startup
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msg_pubkey: Instructions for the user how your community handles the key exchange
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only shown if VPN setting is selected
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msg_reboot: Message shown when configuration is finished while the node is rebooting.
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Variables
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Within the text given here you can use variables which are
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replaced when the respective website is delivered to the user.
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Variables must be used in the format <%=NAME%>. See msg_pubkey for an example.
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hostname: hostname of the node
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pubkey: fastd public key of the node
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sysconfig.primary_mac the primary mac of the node, also found printed beneath the device
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... other sysconfig.* variables: config_ifname, lan_ifname, wan_ifname ]]
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config_mode = {
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msg_welcome = [[
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Willkommen zum Einrichtungsassistenten für deinen neuen Münchner
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Freifunk-Knoten. Fülle das folgende Formular deinen Vorstellungen
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entsprechend aus und sende es ab.
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]],
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msg_pubkey = [[
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<p>
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Dies ist der öffentliche Schlüssel deines Freifunk-Knotens. Erst nachdem
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er auf den Servern des Münchener Freifunk-Projektes eingetragen wurde,
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kann sich dein Knoten mit dem Münchner Mesh-VPN verbinden.
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</p>
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<p>
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Um deinen Knoten einzutragen, öffne in einem Browser deiner Wahl bitte <a href="http://key.freifunk-muenchen.de/?key=<%=pubkey%>&name=<%=hostname%>&mac=<%=sysconfig.primary_mac%>" target="_blank">Keyformular</a>, fülle das Formular aus und schicke es ab.
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</p>
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<p>Informationen für das Formular:
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<ul>
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<li>Knotenname: <%=hostname%></li>
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<li>MAC-Adresse: <%=sysconfig.primary_mac%></li>
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<li>Key: <%=pubkey%></li>
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</ul>
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</p>
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<p>
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Sollte das Formular nicht verfügbar sein, sende bitte eine Mail an <a href="mailto:mail@dreessen.de">Ole</a> oder <a href="mailto:Frnk@bk.ru">frnk</a>.
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</p>
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]],
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msg_reboot = [[
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<p>
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Dein Knoten startet gerade neu und wird anschließend versuchen,
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sich mit anderen Freifunk-Knoten in seiner Nähe zu
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verbinden. Weitere Informationen zur
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Münchner Freifunk-Community findest du auf
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<a href="http://freifunk-muenchen.de/">unserer Webseite</a>.
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</p>
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<p>
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Viel Spaß mit deinem Knoten und der Erkundung von Freifunk!
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</p>
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]],
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},
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}
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-- vim: set ft=lua:ts=2:sw=2:et
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