Benutzer:Peerco
Aus FunkFeuer Wiki
Version vom 23. März 2011, 22:33 Uhr von Peerco (Diskussion | Beiträge)
Inhaltsverzeichnis
Nodes
- Wagramer Strasse 23 (Alte Donau)
- Hornstein und Neufeld/a.d.L
- wurde von 14.Gruschaplatz (gru3 & gru3ost) in die 22.Wagrammerstr. umgezogen
- Hochmuthgasse 5 (Rennbahnweg)
- ho5
Servers
(wenn nur via orange.at erreichbar)
Hardware
- WRAP Wireless Router Application Platform
Software
- Nullsoft (Streaming|S as in Soft) Video
- The Winamp TV - NSV - NullSoft Video Streaming Resource
- MPeX.net - MP3 Software, Downloads, Hardware, Anleitungen, Winamp
- Qemu Manager
- Windows Mobile OLSR Daemon
- OLSR for Windows 2000 and Pocket PC
- Gentoo Network Appliance (GNAP)
Docs
- OpenWrt Buildroot
- OpenWrt in QEMU
- Talk:Using QEMU on Windows
- Qemu Manager Download
- QEMU on Windows
- C:\qemu-0.9.0-windows>qemu.exe -L . -hda openwrt-x86-ext2.image -net tap,ifname=TAP -net nic
OpenVPN tunnel
- http://ipkg.funkfeuer.at/autoupdate/freifunk-openwrt-autoupdate-1.7.4.8-0xff-markit-full.trx
- http://ipkg.funkfeuer.at/ipkg/1.6/0xff-openvpn-webif_1.5.3_mipsel.ipk
leider ließ sich http://ipkg.funkfeuer.at/ipkg/1.7/0xff-openvpn-webif_1.7.1_mipsel.ipk nicht installieren
ipkg remove tcpdump
ipkg remove freifunk-tcpdump
ipkg install freifunk-tcpdump
root@gru3ost:~# cat /etc/init.d/S42openvpn [..] #create OpenVPN config cat>$CONFIG_DIR/$VPN_IF.conf<<EOM dev $VPN_IF proto $ff_openvpn_proto remote $ff_openvpn_host port $ff_openvpn_port ifconfig $ff_openvpn_ip $ff_openvpn_netmask route-up /etc/openvpn/openvpn-webif-route-up.sh up /etc/openvpn/openvpn-webif-if-up.sh down /etc/openvpn/openvpn-webif-if-down.sh up-restart
comp-lzo script-security 2
verb 3 EOM [..]
root@gru3ost:~# cat /etc/init.d/S45firewall
[..]
ins_nat() {
LANNAT=
case $WIFIDEV in "");;*)case $LANDEV in "");;*)if ! in_range $LANADR/$LA
NPRE;then
use_nat
# Setup alias and dest nat for an ethernet DMZ PC, e.g.
# 172.31.255.254 on WLAN -> DMZ PC which has 192.168.1.2
# Also add to olsrd.conf: "HNA4 172.31.255.254 255.255.255.255"
IFS=\;
devnum=0
for dmz in $(nvram get ff_dmz); do
src=${dmz%[:,]*}
dst=${dmz#*[:,]}
ip addr add dev $WIFIDEV $src/32 label $WIFIDEV:$devnum
iptables -t nat -I PREROUTING -d $src -j DNAT --to $dst
iptables -I FORWARD -s ! $LANNET/$LANPRE -d $dst -j ACCE
PT
iptables -I FORWARD -s $dst -d ! $LANNET/$LANPRE -j ACCE
PT
iptables -I OUTPUT -o lo -s $src -d $src -j ACCEPT
iptables -I INPUT -i lo -s $src -j ACCEPT
devnum=$(( $devnum + 1 ))
done
unset IFS
case $LANADR in "")
LANNAT=192.168.0.0/16
;;*)
LANNAT=$LANNET/$LANPRE
;;esac
iptables -t nat -I POSTROUTING -o $WIFIDEV -s $LANNAT -d ! $LANN
AT -j MASQUERADE
iptables -t nat -I POSTROUTING -o tap0 -s $LANNAT -d ! $LANNAT -
j MASQUERADE
fi;;esac;;esac
# Mask packets from these WLAN DHCP clients, so they can do
# inet w/o OLSR unless HNA4 is to be used to accomplish this
case $(nvram get ff_wldhcp_hna4) in 1);;*)
ff_wldhcp=$(nvram get ff_wldhcp)
case $ff_wldhcp in "");;*)
use_nat
IFS=\;
for wldhcp in $ff_wldhcp; do
iptables -t nat -I POSTROUTING -s ${wldhcp%[:,]*
} -j MASQUERADE
done
unset IFS
;;esac
;;esac
case $WANDEV in "");;*)if in_range $WANADR/$WANPRE;then
case $LANNAT in "");;*)
iptables -t nat -I POSTROUTING -o $WANDEV -s $LANNAT -d
! $LANNAT -j MASQUERADE
;;esac
else
use_nat
iptables -t nat -I POSTROUTING -o $WANDEV -j MASQUERADE
fi;;esac
}
[..]
WRAP & ALIX
Fonera
- Freischalten Channel 13
- Version von FreiFunk (Sven Ola) wien unter Fonera mit OLSR beschrieben ist
- Kamikaze, da funkzioniert das nicht so wie bei der Freifunk Firmware von Sven Ola. Hier ist für die Freischaltung nur ein Eintrag im /etc/config/wireless unter config 'wifi-device' und zwar option 'country' '276' notwendig.
bei mir sieht es so aus
cat /etc/config/wireless
config 'wifi-device' 'wifi0'
option 'type' 'atheros'
option 'distance' '15000'
option 'diversity' '0'
option 'country' '276'
option 'channel' '13'
config 'wifi-iface'
option 'device' 'wifi0'
option 'network' 'wlan'
option 'mode' 'adhoc'
option 'mcast_rate' '5500'
option 'encryption' 'none'
option 'rate' '5500'
option 'ssid' 'v13.freiesnetz.www.funkfeuer.at'
option 'bssid' '26:A7:D4:E4:4F:4D'
Misc
linksys
Legaler Grenzwert: 20 dBm = 100 mW
Kabel/Stecker-Verlust: 3 dB
Antennengewinn: 8.5 dBi
Ergebnis: 58 qdBm = 28 mW
eth1 unknown transmit-power information.
Current Tx-Power:14 dBm (25 mW)
Legaler Grenzwert: 20 dBm = 100 mW
Kabel/Stecker-Verlust: 3 dB
Antennengewinn: 6 dBi
Ergebnis: 68 qdBm = 50 mW
eth1 unknown transmit-power information.
Current Tx-Power:17 dBm (50 mW)
fonera
ath0 8 available transmit-powers :
0 dBm (1 mW)
4 dBm (2 mW)
6 dBm (3 mW)
8 dBm (6 mW)
10 dBm (10 mW)
12 dBm (15 mW)
14 dBm (25 mW)
16 dBm (39 mW)
Current Tx-Power:16 dBm (39 mW)
leistung allgemein
0 dBm = 1 mW = 1 qdBm (24 dBi Antenne -5 dB Kabel/Stecker) 1 dBm = 1 mW = 4 qdBm (24 dBi Antenne -5 dB Kabel/Stecker) 2 dBm = 2 mW = 8 qdBm 3 dBm = 2 mW = 12 qdBm (20 dBi Antenne -3 dB Kabel/Stecker) 4 dBm = 3 mW = 16 qdBm 5 dBm = 3 mW = 20 qdBm 6 dBm = 4 mW = 24 qdBm 7 dBm = 5 mW = 28 qdBm 8 dBm = 6 mW = 32 qdBm 9 dBm = 8 mW = 36 qdBm 10 dBm = 10 mW = 40 qdBm 11 dBm = 13 mW = 44 qdBm 12 dBm = 16 mW = 48 qdBm 13 dBm = 20 mW = 52 qdBm 14 dBm = 25 mW = 56 qdBm 15 dBm = 32 mW = 60 qdBm (8 dBi Antenne -3 dB Kabel/Stecker) 16 dBm = 40 mW = 64 qdBm 17 dBm = 50 mW = 68 qdBm (4 dBi Antenne -1 dB Kabel/Stecker) 18 dBm = 63 mW = 72 qdBm 19 dBm = 79 mW = 76 qdBm 20 dBm = 100 mW = 80 qdBm (0 dBi Antenne -0 dB Kabel/Stecker) 21 dBm = 126 mW = 84 qdBm 22 dBm = 158 mW = 88 qdBm 23 dBm = 200 mW = 92 qdBm 24 dBm = 251 mW = 96 qdBm
Notizen
gru3 - Gruschaplatz 3 - alte GPS 48.19457925291452;16.283304691314697 frontend 48 11 41 16 17 0 gru3ost - Gruschaplatz 3 - alte GPS 48.194548857439884;16.28334492444992 frontend 48 11 40 16 17 1
wag23 - Wagramerstrasse 23/1 - GPS 48.23561590674427;16.42226256430149 frontend 48 14 8.25 16 25 19.96 wag23ost - Wagramerstrasse 23/1 - GPS 48.23552077360733;16.42235577106476 frontend 48 14 7.7 16 25 20.6
