Hallo zusammen.
Ich bin noch relativ neu dabei und experimetiere noch viel. Leider habe ich dabei ein Problem mit meiner WLAN-Karte und WPA-PSK gehabt und nun durch deinstallieren von ndiswrapper und den entsprechenden Windowstreibern gelöst! Natürlich indem ich die entsprechenden Linuxtreiber über Yast installiert habe.
Problem ist nur seitdem startet bzw. erkennt das System die Karte nicht beim Booten, sondern immer erst wenn ich über Yast -> Netzwekgeräte -> Netzwerkeinstellungen aufrufe. Direkt nach dem Aufruf erkennt er die WLAN-Karte und KNetwork beginnt sich zu verbinden. Ich habe folgendes versucht aber WLAN wird einfach nicht mehr mit Systemstart gestartet, wer kann mir helfen?
Yast -> Netzwekgeräte -> Netzwerkeinstellungen => Gerätaktivierung bei Systemstart
Auch das manuelle eintragen unter Yast -> Editor für Systemkonfiguration -> Hardware -> Network -> STARTMODE = auto
sowie Yast -> Editor für Systemkonfiguration -> Hardware -> Network -> WIRELLES_AP = off
Ein zusätzliches Startscript in /etc/init.d wollte ich vermeiden, da zuvor die WLAN-Karte auch mit Systemstart erkannt wurde.
in dmesg taucht auch garnicht mehr die WLAN-Erkennung auf. Auch keine Fehlermeldung oder ähnliches. So als ob er plötzlich einfach bei Systemstart nicht mehr nachschaut.
System Opensuse 11, KDE 4.1, Laptop Acer Aspire 9802 AWKMi
Es muss wohl der Befehl in /etc/init.d fehlen, welcher WLAN-Karten einrichtet. Das erschrekende folgende Dateien sind vorhanden:
Wobei /etc/init.d/network wie folgt aussieht:
und /etc/sysconfig/network/ifcfg-wlan0
Falls noch Informationen fehlen bitte einfach bescheid sagen, nicht vergessen bin relativ neu
Gruß Markus und Danke !
Ich bin noch relativ neu dabei und experimetiere noch viel. Leider habe ich dabei ein Problem mit meiner WLAN-Karte und WPA-PSK gehabt und nun durch deinstallieren von ndiswrapper und den entsprechenden Windowstreibern gelöst! Natürlich indem ich die entsprechenden Linuxtreiber über Yast installiert habe.
Problem ist nur seitdem startet bzw. erkennt das System die Karte nicht beim Booten, sondern immer erst wenn ich über Yast -> Netzwekgeräte -> Netzwerkeinstellungen aufrufe. Direkt nach dem Aufruf erkennt er die WLAN-Karte und KNetwork beginnt sich zu verbinden. Ich habe folgendes versucht aber WLAN wird einfach nicht mehr mit Systemstart gestartet, wer kann mir helfen?
Yast -> Netzwekgeräte -> Netzwerkeinstellungen => Gerätaktivierung bei Systemstart
Auch das manuelle eintragen unter Yast -> Editor für Systemkonfiguration -> Hardware -> Network -> STARTMODE = auto
sowie Yast -> Editor für Systemkonfiguration -> Hardware -> Network -> WIRELLES_AP = off
Ein zusätzliches Startscript in /etc/init.d wollte ich vermeiden, da zuvor die WLAN-Karte auch mit Systemstart erkannt wurde.
in dmesg taucht auch garnicht mehr die WLAN-Erkennung auf. Auch keine Fehlermeldung oder ähnliches. So als ob er plötzlich einfach bei Systemstart nicht mehr nachschaut.
System Opensuse 11, KDE 4.1, Laptop Acer Aspire 9802 AWKMi
Es muss wohl der Befehl in /etc/init.d fehlen, welcher WLAN-Karten einrichtet. Das erschrekende folgende Dateien sind vorhanden:
/etc/init.d/network
/etc/init.d/rc2.d/K17network
/etc/init.d/rc2.d/S05network
/etc/init.d/rc3.d/K17network
/etc/init.d/rc3.d/S05network
/etc/init.d/rc5.d/K17network
/etc/init.d/rc5.d/S05network
/etc/networks
/etc/sysconfig/network
/etc/sysconfig/network/config
/etc/sysconfig/network/dhcp
/etc/sysconfig/network/ifcfg-eth0
/etc/sysconfig/network/ifcfg-lo
/etc/sysconfig/network/ifcfg.template
/etc/sysconfig/network/ifcfg-wlan0
/etc/sysconfig/network/if-down.d
/etc/sysconfig/network/if-down.d/50-ntp
/etc/sysconfig/network/ifroute-lo
/etc/sysconfig/network/if-up.d
/etc/sysconfig/network/if-up.d/50-ntp
/etc/sysconfig/network/if-up.d/SuSEfirewall2
/etc/sysconfig/network/providers
/etc/sysconfig/network/scripts
/etc/sysconfig/network/scripts/50-ntp
/etc/sysconfig/network/scripts/convert_for_getconfig
/etc/sysconfig/network/scripts/convert_persistent_name_rules
/etc/sysconfig/network/scripts/create-ifservices-directory
/etc/sysconfig/network/scripts/dhcpcd-hook
/etc/sysconfig/network/scripts/drop-hotplug-symlink.sh
/etc/sysconfig/network/scripts/extradebug
/etc/sysconfig/network/scripts/functions
/etc/sysconfig/network/scripts/functions.common
/etc/sysconfig/network/scripts/hwdesc2iface
/etc/sysconfig/network/scripts/ifdown-802.1q
/etc/sysconfig/network/scripts/ifdown-autoip
/etc/sysconfig/network/scripts/ifdown-bridge
/etc/sysconfig/network/scripts/ifdown-connection
/etc/sysconfig/network/scripts/ifdown-ppp
/etc/sysconfig/network/scripts/ifdown-route
/etc/sysconfig/network/scripts/ifdown-services
/etc/sysconfig/network/scripts/ifdown-wireless
/etc/sysconfig/network/scripts/ifplugd-selectif
/etc/sysconfig/network/scripts/ifstatus-802.1q
/etc/sysconfig/network/scripts/ifstatus-autoip
/etc/sysconfig/network/scripts/ifstatus-bridge
/etc/sysconfig/network/scripts/ifstatus-connection
/etc/sysconfig/network/scripts/ifstatus-ppp
/etc/sysconfig/network/scripts/ifstatus-route
/etc/sysconfig/network/scripts/ifstatus-services
/etc/sysconfig/network/scripts/ifstatus-wireless
/etc/sysconfig/network/scripts/ifup-802.1q
/etc/sysconfig/network/scripts/ifup-autoip
/etc/sysconfig/network/scripts/ifup-bridge
/etc/sysconfig/network/scripts/ifup-ppp
/etc/sysconfig/network/scripts/ifup-route
/etc/sysconfig/network/scripts/ifup-services
/etc/sysconfig/network/scripts/ifup-skel
/etc/sysconfig/network/scripts/ifup-wireless
/etc/sysconfig/network/scripts/oldnet2new.sh
/etc/sysconfig/network/scripts/SuSEfirewall2
/etc/udev/rules.d/77-network.rules
Wobei /etc/init.d/network wie folgt aussieht:
Code:
#!/bin/bash
#
# Network interface configuration
#
# Copyright (c) 2001-2002 SuSE Linux AG, Nuernberg, Germany.
# This program is free software; you can redistribute it and/or modify it under
# the terms of the GNU General Public License as published by the Free Software
# Foundation; either version 2 of the License, or (at your option) any later
# version.
#
# This program is distributed in the hope that it will be useful, but WITHOUT
# ANY WARRANTY; without even the implied warranty of MERCHANTABILITY or FITNESS
# FOR A PARTICULAR PURPOSE. See the GNU General Public License for more
# details.
#
# You should have received a copy of the GNU General Public License along with
# this program; if not, write to the Free Software Foundation, Inc., 59 Temple
# Place, Suite 330, Boston, MA 02111-1307 USA
#
# Author: Michal Svec <msvec@suse.cz>
# Christian Zoz <zoz@suse.de>
# Mads Martin J�rgensen <mmj@suse.de>
#
# $Id: network 1661 2008-05-22 06:42:23Z mt $
#
# /etc/init.d/network
#
### BEGIN INIT INFO
# Provides: network
# Required-Start: $local_fs dbus haldaemon
# Should-Start: isdn SuSEfirewall2_init
# Required-Stop:
# Should-Stop:
# Default-Start: 2 3 5
# Default-Stop:
# Short-Description: Configure the network
# Description: Configure the network interfaces and set up routing
### END INIT INFO
. /etc/rc.status
rc_reset
cd /etc/sysconfig/network
test -f ./config && . ./config
if ! . scripts/functions 2>/dev/null; then
echo -n "Network: file /etc/sysconfig/network/scripts/functions is missing."
rc_failed
rc_status -v
rc_exit
fi
# . scripts/extradebug
# Only use ifup option 'onboot' if booting or changing runlevel
# Therefore we check if we were called from init
if [ -n "$INIT_VERSION" ] ; then
MODE=onboot
fi
######################################################################
# Commandline parsing
#
SCRIPTNAME=${0##*/}
debug $*
ACTION=$1
shift
if [ "$1" != "-o" ] ; then INTERFACE=$1; shift; fi
if [ -n "$1" -a "$1" != "-o" ] ; then CONFIG=$INTERFACE; INTERFACE=$1; shift; fi
test "$1" = "-o" && shift
OPTIONS=$@
while [ $# -gt 0 ]; do
case $1 in
boot|onboot) MODE=onboot ;;
hotplug) MODE=hotplug ;;
manual) MODE=manual ;;
check) CHECK=check ;;
quiet) be_quiet_has_gone ;;
debug) DEBUG=yes ;;
type*) TYPE=${1#type=} ;;
fake) FAKE=echo ;;
skip*) SKIP=${1#skip=} ;;
nm) NETWORKMANAGER=yes ;;
netcontrol) NETWORKMANAGER=no ;;
*) mesg "Unknown option $1"
mesg "options: {[on]boot,hotplug,check,debug,type=<typelist>,fake}"
exit 1 ;;
esac
shift
done
# Source functions.common again, because values of DEBUG and BE_QUIET might
# have changed. These variable will be evaluated while sourcing the file.
test -f scripts/functions.common \
&& . scripts/functions.common \
|| exit $R_INTERNAL
######################################################################
# Start NetworkManager if wanted
#
# Some variables and functions are defined in
# /etc/sysconfig/network/scripts/functions
# because they are also used in ifup
#
if [ ! -x "$NETWORKMANAGER_BIN" -a "$NETWORKMANAGER" == yes ] ; then
err_mesg "NetworkManager is not installed, thus using NetControl." \
"Please set" \
"\n/etc/sysconfig/network/config:NetworkManager=no" \
"or install NetworkManager."
NETWORKMANAGER=no
fi
check_firewall() {
test "$MODE" = onboot && return -1
test "$FIREWALL" != yes && return -2
/sbin/SuSEfirewall2 -q status &>/dev/null || return -3
return 0
}
lock_firewall() {
check_firewall || return $?
/sbin/SuSEfirewall2 bootlock
}
reload_firewall() {
check_firewall || return $?
/sbin/SuSEfirewall2 --bootunlock start
}
start_nm_online() {
test -x "$NM_ONLINE_BIN" || return 0
if [ "$NM_ONLINE_TIMEOUT" == 0 ] ; then
# mesg "If service network should wait until connection is established"
# mesg "then set /etc/sysconfig/network/config:NM_ONLINE_TIMEOUT"
return 0
fi
local rc_startmode="${stat}${attn}waiting${norm}"
$NM_ONLINE_BIN --exit --timeout $NM_ONLINE_TIMEOUT
case $? in
0) rc_status -v ;;
1) echo -e "$rc_startmode" 1>&2 ;;
*) rc_status -v ;;
esac
}
cd "$OLDPWD"
case "$ACTION" in
start)
if [ "$NETWORKMANAGER" == yes ] ; then
if nm_running; then
mesg_n "NetworkManager already running"
rc_status -v
elif netcontrol_running; then
mesg "'NetControl' is active but" \
"configuration says 'NetworkManager'."
mesg_n "Call $SCRIPTNAME restart instead".
rc_failed 7
rc_status -v
else
mesg_n "Starting the NetworkManager"
$FAKE startproc $NETWORKMANAGER_BIN
rc_status -v
start_nm_online
fi
rc_exit
else
if nm_running; then
mesg "'NetworkManager' is active but configuration" \
"says 'NetControl'."
mesg_n "Call $SCRIPTNAME restart instead".
rc_failed 7
rc_status -v
rc_exit
fi
fi
# else fall through to NetControl
;;
stop)
if nm_running; then
mesg_n "Shutting down the NetworkManager"
$FAKE killproc -TERM $NETWORKMANAGER_BIN
rc_status -v
fi
# else fall through to NetControl
;;
try-restart)
$0 status >/dev/null && \
$0 restart $CONFIG $INTERFACE ${OPTIONS:+-o $OPTIONS}
rc_status
rc_exit
;;
restart|force-reload)
$0 stop $CONFIG $INTERFACE ${OPTIONS:+-o $OPTIONS}
$0 start $CONFIG $INTERFACE ${OPTIONS:+-o $OPTIONS}
rc_status
rc_exit
;;
stop-all-dhcp-clients)
if nm_running; then
mesg "$ACTION not avaliable when running NetworkManager"
exit 1
fi
lock_firewall
DHCP_INTERFACES=$(dhcp-interfaces)
for IFACE in $DHCP_INTERFACES; do
$0 stop $IFACE ${OPTIONS:+-o $OPTIONS}
done
rc_status
reload_firewall
rc_exit
;;
restart-all-dhcp-clients)
if nm_running; then
mesg "$ACTION not avaliable when running NetworkManager"
exit 1
fi
lock_firewall
DHCP_INTERFACES=$(dhcp-interfaces)
for IFACE in $DHCP_INTERFACES; do
$0 stop $IFACE ${OPTIONS:+-o $OPTIONS}
done
for IFACE in $DHCP_INTERFACES; do
$0 start $IFACE ${OPTIONS:+-o $OPTIONS}
done
rc_status
reload_firewall
rc_exit
;;
reload)
# NetworkManager does not support reload (2005.01.15).
# If configuration and running system do not match exec restart.
# Fall through if NetControl is confiured and NM not active.
if [ "$NETWORKMANAGER" == yes ] ; then
if netcontrol_running; then
mesg "Changing Network Control System. Calling $0 restart"
exec $0 restart $CONFIG $INTERFACE ${OPTIONS:+-o $OPTIONS}
else
# NetworkManager doesn't support signaling --> restarting
exec $0 restart $CONFIG $INTERFACE ${OPTIONS:+-o $OPTIONS}
fi
else
if nm_running; then
mesg "Changing Network Control System. Calling $0 restart"
shift
exec $0 restart $*
fi
fi
;;
status)
if [ "$NETWORKMANAGER" == yes ] ; then
mesg_n "Checking for the NetworkManager: "
nm_running
rc_status -v
NM_STATUS=$?
if netcontrol_running; then
mesg "NetControl System is active as well." \
"Check your config or restart network."
else
rc_exit
fi
else
if nm_running; then
mesg "NetworkManager is active even though not configured." \
"\nCheck your config or restart network."
fi
fi
;;
*)
echo "Usage: $0 <action> [<config>] [<interface>] [-o <options>]"
echo " actions: start|stop|status|reload|force-reload|try-restart"
echo " restart|stop-all-dhcp-clients|restart-all-dhcp-clients"
echo " options: [on]boot,hotplug,manual,check,debug,fake,nm,netcontrol"
echo " type=<typelist>,skip=<skiplist>"
echo " typelist: space seperated list of interface types"
echo " skiplist: space seperated list of interfaces to skip for 'start'"
if [ "$NETWORKMANAGER" == yes ] ; then
echo
echo "Note:"
echo " <config>, <interface> and options [on]boot,hotplug,manual" \
"have no effect"
echo " if service network is controlled by NetworkManager."
fi
exit 1
;;
esac
cd /etc/sysconfig/network
######################################################################
if [ "$MODE" = onboot -a "$ACTION" = start ] ; then
rm -f ${RUN_FILES_BASE}/if-*
rm -f ${RUN_FILES_BASE}/ifup-*
rm -Rf ${RUN_FILES_BASE}/tmp
rm -f ${RUN_FILES_BASE}/route-stack-* 2>/dev/null
fi
mkdir -p ${RUN_FILES_BASE}/tmp
# This has to happen early; don't move that into start section below!!!
# (Writing NETWORK_RUNFILE means that service network is started. And only if
# service network was started interfaces will be set up via hotplug. And it must
# be started before checking which interfaces are already available and might
# still have to be set up because the were registered to early. Bug 39005)
if [ "$ACTION" = start ] ; then
IFS=. read a b < /proc/uptime
echo "$a" > $NETWORK_RUNFILE
fi
if [ -n "$TYPE" ] ; then
type_filter() {
for i in $*; do
for t in $TYPE; do
case $i in
# $t*) echo -n "$i "; continue 2;;
$t*) echo $i; continue 2;;
esac
done
done
echo
}
else
LO=lo
type_filter() {
echo $*
}
fi
######################################################################
# Get interfaces to handle
#
# Seperate this interfaces into several sets, not all mutually exclisive;
# none of them may contain lo, because it will always handled separately
#
# AVAILABLE_IFACES are all interfaces from /sys/class/net
# these have to be shut down when stopping
#
# PHYSICAL_IFACES are interfaces to present physical devices, they will be
# derived from AVAILABLE_IFACES
#
# BONDING_IFACES are bonding interfaces derived from ifcfg-* files
#
# VLAN_IFACES are vlan (802.1q) interfaces derived from ifcfg-* files
#
# DIALUP_IFACES are modemX, dslX, etc., they are derived from ifcfg-* files
#
# BRIDGE_IFACES are bridge interfaces derived from ifcfg-* files
#
# TUNNEL_IFACES are interfaces that do not fit into PHYSICAL, BONDING,
# VLAN, DIALUP or BRIDGE and are as well derived from
# ifcfg-* files
#
# The PHYSICAL, BONDING, DIALUP, TUNNEL and BRIDGE interfaces sets are
# mutually exclusive. Their union contains AVAILABLE and MANDATORY and
# all of them have to be set up when starting.
#
# The MANDATORY_IFACES must be up and well configured for success.
# At first sort into BONDING, DIALUP, TUNNEL and BRIDGE interface sets.
while IFS=- read a b; do
case "$b" in
""|*~|*.old|*.rpmnew|*.rpmsave|*.scpmbackup)
continue
;;
esac
b=`type_filter $b`
case "`get_iface_type_from_config $b`" in
lo|eth|tr|wlan|irda|ip6tnl|mip6mnha)
continue
;;
bond)
BONDING_IFACES="$BONDING_IFACES $b"
;;
vlan)
VLAN_IFACES="$VLAN_IFACES $b"
;;
*ppp|dsl|modem|isdn)
DIALUP_IFACES="$DIALUP_IFACES $b"
;;
ipip|sit|gre)
TUNNEL_IFACES="$TUNNEL_IFACES $b"
;;
bridge)
BRIDGE_IFACES="$BRIDGE_IFACES $b"
;;
*)
err_mesg "$b has unknown interface type. Please file a bug report."
;;
esac
done < <(ls -1d /etc/sysconfig/network/ifcfg-*)
# Now get all available interfaces drop lo and separate them into physical and
# not physical. Then get AVAILABLE_IFACES sorted to shutdown the not physical
# first.
# Interfaces may be renamed by udev after they are registered. In some cases
# this may take some time. Therefore we check a 'renamed' flag if an interface
# is ready to be set up. If an it is not ready now, it will be set up via
# udev/ifup (because network is started now). We will just have to wait for it
# later in the start section if it is considered mandatory (see next section).
for a in $(type_filter `ls -A /sys/class/net/`); do
test -d /sys/class/net/$a || continue
case "`get_iface_type $a`" in
eth|tr|wlan)
STAMPFILE=$STAMPFILE_STUB`cat /sys/class/net/$a/ifindex`
if [ "$MODE" == onboot -a "$ACTION" == start ] ; then
if [ ! -e "$STAMPFILE" ] ; then
continue
fi
fi
;;
lo|wlan_aux)
continue
;;
esac
for b in $BONDING_IFACES $VLAN_IFACES $DIALUP_IFACES $TUNNEL_IFACES $BRIDGE_IFACES; do
if [ "$a" = "$b" ] ; then
NOT_PHYSICAL_IFACES="$NOT_PHYSICAL_IFACES $a"
continue 2
fi
done
case $a in
sit*)
NOT_PHYSICAL_IFACES="$NOT_PHYSICAL_IFACES $a"
continue 2
;;
esac
PHYSICAL_IFACES="$PHYSICAL_IFACES $a"
done
AVAILABLE_IFACES="$NOT_PHYSICAL_IFACES $PHYSICAL_IFACES"
# mandatory interfaces may be specified in /etc/sysconfig/network/config
# If $MANDATORY_DEVICES is empty we take all PHYSICAL_IFACES, which are
# configured with STARMODE=auto, as mandatory
if [ -z "$MANDATORY_DEVICES" ] ; then
# take all configurations except these
# - which seem to be backup files
# - which have STARTMODE != onboot/auto
# - which are dialup or tunnel interfaces
# - which serve as slave interfaces for bonding, vlan or tunnels
while IFS=- read a b; do
case "$b" in
""|*~|*.old|*.rpmnew|*.rpmsave|*.scpmbackup|lo)
continue
;;
esac
case "`get_startmode $b`" in
on|boot|onboot|auto|ifplugd) : ;;
*) continue ;;
esac
for d in $DIALUP_IFACES; do
if [ "$b" = "$d" ] ; then
continue 2
fi
done
for d in $BONDING_IFACES $VLAN_IFACES $TUNNEL_IFACES $BRIDGE_IFACES; do
if [ "$b" = "$d" ] ; then
slaves="`get_slaves $b`"
test $? = 0 || continue 2
for s in $slaves ; do
for v in $SLAVE_IFACES $BONDING_IFACES \
$VLAN_IFACES $DIALUP_IFACES \
$TUNNEL_IFACES $BRIDGE_IFACES ; do
[ "$v" = "$s" ] && continue 2
done
SLAVE_IFACES="$SLAVE_IFACES $s"
done
continue 2
fi
done
MANDATORY_DEVICES="$MANDATORY_DEVICES $b"
done < <(ls -1d /etc/sysconfig/network/ifcfg-*)
if [ -n "$MANDATORY_DEVICES" \
-a "$MODE" != onboot \
-a "$ACTION" = start ] ; then
echo "Hint: you may set mandatory devices in" \
"/etc/sysconfig/network/config"
fi
for s in $SLAVE_IFACES ; do
for m in $MANDATORY_DEVICES ; do
[ "$m" = "$s" ] && continue 2
done
MANDATORY_SLAVES="$MANDATORY_SLAVES $s"
done
fi
MANDATORY_DEVICES="$MANDATORY_DEVICES __NSC__ $MANDATORY_SLAVES"
# Check for mandatory devices only when booting
test "$MODE" = onboot || MANDATORY_DEVICES=""
debug "CONFIG = $CONFIG"
debug "INTERFACE = $INTERFACE"
debug "AVAILABLE_IFACES = $AVAILABLE_IFACES"
debug "PHYSICAL_IFACES = $PHYSICAL_IFACES"
debug "BONDING_IFACES = $BONDING_IFACES"
debug "VLAN_IFACES = $VLAN_IFACES"
debug "DIALUP_IFACES = $DIALUP_IFACES"
debug "TUNNEL_IFACES = $TUNNEL_IFACES"
debug "BRIDGE_IFACES = $BRIDGE_IFACES"
debug "SLAVE_IFACES = $SLAVE_IFACES"
debug "MANDATORY_DEVICES = $MANDATORY_DEVICES"
debug "SKIP = $SKIP"
status() {
local M IFACE
# declare -i R=0 F=0
declare -i F=0
if [ "$1" = "-m" ]; then
M=yes
shift
fi
for IFACE in $@; do
$FAKE ifstatus $CONFIG $IFACE -o rc $CHECK $MODE
RET=$?
debug && printf " %-9s returned %s\n" $IFACE $RET
case $RET in
$R_SUCCESS|$R_BUSY)
# : $((R++))
rc_failed 0
rc_status -v1
;;
$R_DHCP_BG)
if [ -f "$NETWORK_RUNFILE" -a "$M" = yes ] ; then
: $((F++))
fi
rc_startmode="${esc}[1A${stat}${attn}waiting${norm}"
echo -e "$rc_startmode" 1>&2
;;
$R_INACTIVE|$R_NOTCONFIGURED)
rc_failed 3
rc_status -v1
;;
$R_NOCONFIG)
if [ -f "$NETWORK_RUNFILE" -a "$M" = yes ] ; then
: $((F++))
rc_failed 1
else
rc_failed 3
fi
rc_status -v1
;;
*)
if [ -f "$NETWORK_RUNFILE" ] ; then
test "$M" = yes && : $((F++))
rc_failed 1
else
rc_failed 3
fi
rc_status -v1
;;
esac
rc_reset
done
test "$F" -gt 0 && return 1
# test "$R" = 0 && return 3
return 0
}
rc_reset
declare -i FAILED=0
if [ "$NETWORKMANAGER" == yes -a ${NM_STATUS:-0} -ne 0 ] ; then
FAILED=1
fi
case "$ACTION" in
start)
echo Setting up network interfaces:
lock_firewall
/sbin/ifstatus $LO &>/dev/null && unset $LO;
for IFACE in ${INTERFACE:- $LO
$PHYSICAL_IFACES }; do
for SI in $SKIP; do
test "$IFACE" = "$SI" && continue 2
done
$FAKE ifup $CONFIG $IFACE -o rc $MODE
RET=$?
debug && printf " %-9s returned %s\n" $IFACE $RET
case "$RET" in
$R_SUCCESS)
SUCCESS_IFACES="$SUCCESS_IFACES $IFACE"
rc_status -v1
;;
$R_DHCP_BG)
startmode=waiting
rc_startmode="${esc}[1A${stat}${attn}$startmode${norm}"
echo -en "$rc_startmode" 1>&2
echo
;;
$R_NOCONFIG)
rc_failed 6
rc_status -v1
;;
$R_NOTCONFIGURED|$R_INACTIVE)
SUCCESS_IFACES="$SUCCESS_IFACES $IFACE"
rc_failed 5
rc_status -v1
;;
*)
rc_failed 7
rc_status -v1
;;
esac
rc_reset
done
# Wait $WAIT_FOR_INTERFACES seconds after interface setup started for
# hotplug interfaces to become available
NEWLINE=no
while true; do
debug ... still waiting for hotplug devices:
debug SUCCESS_IFACES=$SUCCESS_IFACES
debug MANDATORY_DEVICES=$MANDATORY_DEVICES
TMP=$MANDATORY_DEVICES
MANDATORY_DEVICES=
STATUS_CHECK=yes
for D in $TMP; do
if [ "$D" = "__NSC__" ] ; then
STATUS_CHECK=no
MANDATORY_DEVICES="$MANDATORY_DEVICES $D"
continue
fi
IFACE=$D
if [ ! -d /sys/class/net/$IFACE ] ; then
MANDATORY_DEVICES="$MANDATORY_DEVICES $D"
continue
fi
for S in $SUCCESS_IFACES; do
test "$IFACE" = "$S" && continue 2
done
if [ "$STATUS_CHECK" = no ] ; then
echo
NEWLINE=no
continue
fi
IFACE="`type_filter $IFACE`"
test -z "$IFACE" && continue
status -m $IFACE &>/dev/null
RET=$?
if [ $RET = 0 ] ; then
SUCCESS_IFACES="$SUCCESS_IFACES $IFACE"
if [ "$NEWLINE" = yes ] ; then
echo
NEWLINE=no
fi
status -m $IFACE
continue
fi
MANDATORY_DEVICES="$MANDATORY_DEVICES $D"
done
# If only the seperator remains we are done and thus remove it
test "`echo $MANDATORY_DEVICES`" = __NSC__ && MANDATORY_DEVICES=
IFS=. read a b < /proc/uptime
TTWAIT=$(($a - `cat $NETWORK_RUNFILE`))
test $TTWAIT -gt $((WAIT_FOR_INTERFACES)) \
-o -z "$MANDATORY_DEVICES" && break
debug "Time to wait: $((WAIT_FOR_INTERFACES - TTWAIT))"
if [ "$NEWLINE" != yes ] ; then
echo "Waiting for mandatory devices: $MANDATORY_DEVICES"
fi
echo -n "$((WAIT_FOR_INTERFACES - TTWAIT)) "
NEWLINE=yes
sleep 1
done
if [ "$NEWLINE" = yes ] ; then
echo
fi
for D in $MANDATORY_DEVICES; do
# Don't check the seperator
test "$D" = __NSC__ && continue
IFACE=$D
if [ -d /sys/class/net/$IFACE ] ; then
status -m $IFACE && continue
printf " %-9s interface could not be set up until now\n" $IFACE
else
printf " %-35s No interface found\n" $D
fi
rc_failed
rc_status -v1
: $((FAILED++))
done
debug ... final
debug SUCCESS_IFACES=$SUCCESS_IFACES
debug MANDATORY_DEVICES=$MANDATORY_DEVICES
debug FAILED=$FAILED
if [ -z "$INTERFACE" ] ; then
for IFACE in $BONDING_IFACES $VLAN_IFACES $DIALUP_IFACES $TUNNEL_IFACES $BRIDGE_IFACES ; do
for SI in $SKIP; do
test "$IFACE" = "$SI" && continue 2
done
$FAKE ifup $CONFIG $IFACE -o rc $MODE
RET=$?
debug && printf " %-9s returned %s\n" $IFACE $RET
case "$RET" in
$R_SUCCESS)
SUCCESS_IFACES="$SUCCESS_IFACES $IFACE"
rc_status -v1
;;
$R_DHCP_BG)
startmode=waiting
rc_startmode="${esc}[1A${stat}${attn}$startmode${norm}"
echo -en "$rc_startmode" 1>&2
echo
;;
$R_NOCONFIG)
rc_failed 6
rc_status -v1
: $((FAILED++))
;;
$R_NOTCONFIGURED|$R_INACTIVE)
SUCCESS_IFACES="$SUCCESS_IFACES $IFACE"
rc_failed 5
rc_status -v1
;;
*)
rc_failed 7
rc_status -v1
: $((FAILED++))
;;
esac
rc_reset
done
fi
rc_reset
if [ -z "$INTERFACE" ] ; then
$FAKE ifup-route noiface -o rc $MODE
rc_status
test $FAILED -gt 0 && rc_failed 7
echo -n "Setting up service network . . . . . . . . . . . . . . . ."
rc_status -v
fi
reload_firewall
;;
stop)
echo Shutting down network interfaces:
if [ -z "$INTERFACE" ] ; then
$FAKE ifdown-route noiface -o rc $MODE
fi
DONE_IFACES=""
for IFACE in ${INTERFACE:-$BRIDGE_IFACES $TUNNEL_IFACES $DIALUP_IFACES $VLAN_IFACES $PHYSICAL_IFACES $BONDING_IFACES $AVAILABLE_IFACES} ; do
test -d /sys/class/net/$IFACE || continue
for I in $DONE_IFACES ; do
test "x$I" = "x$IFACE" && continue 2
done
# printf " %-9s " $IFACE
$FAKE ifdown $CONFIG $IFACE -o rc $MODE
RET=$?
debug && printf " %-9s returned %s\n" $IFACE $RET
rc_failed $RET
case "$RET" in
$R_NODEV|$R_NOTCONFIGURED|$R_INACTIVE)
rc_failed 5
rc_status -v1 ;;
*)
rc_status -v1 ;;
esac
DONE_IFACES="$DONE_IFACES $IFACE"
rc_reset
done
if [ -z "$INTERFACE" -a -z "$TYPE" ] ; then
# At last stop any remaining dhcp client
$FAKE ifdown-dhcp all -o rc
rc_status
rm -f $RUN_FILES_BASE/if-*
rm -f $RUN_FILES_BASE/config-*
# rm -f $STAMPFILE_STUB*
rm -f $NETWORK_RUNFILE
echo -n "Shutting down service network . . . . . . . . . . . . . . ."
rc_status -v
fi
;;
reload)
if ! $0 status &>/dev/null; then
echo -n service network not active
rc_failed 7
rc_status -v
rc_exit
fi
if [ -z "$INTERFACE" -a routes -nt $NETWORK_RUNFILE ] ; then
$FAKE ifdown-route noiface -o rc $MODE
fi
UP2DATE_IFACES=lo
for IFACE in ${INTERFACE:-$AVAILABLE_IFACES} ; do
# ifprobe checks if iface configuration changed
if ifprobe $IFACE ; then
UP2DATE_IFACES="$UP2DATE_IFACES $IFACE"
continue
fi
$FAKE ifdown $CONFIG $IFACE -o rc $MODE
RET=$?
debug && printf " %-9s returned %s\n" $IFACE $RET
rc_failed $RET
case "$RET" in
$R_NODEV|$R_NOTCONFIGURED|$R_INACTIVE)
rc_failed 5
rc_status -v1 ;;
*)
rc_status -v1 ;;
esac
rc_reset
done
# And we we start all interfaces to catch also new virtual interfaces
cd "$OLDPWD" # we went to /etc/sysconfig/network, so we have to go back.
$0 start $CONFIG $INTERFACE -o $OPTIONS skip="$UP2DATE_IFACES"
rc_status
;;
status)
if [ -z "$INTERFACE" ] ; then
for D in $LO $MANDATORY_DEVICES; do
test "$D" = __NSC__ && continue
IFACE=$D
if [ ! -d /sys/class/net/$IFACE ] ; then
printf " %-35s No interface found\n" $D
: $((FAILED++))
continue
fi
MANDATORY_IFACES="$MANDATORY_IFACES `type_filter $IFACE`"
done
debug getting MANDATORY_IFACES: FAILED=$FAILED
for IFACE in $AVAILABLE_IFACES $BONDING_IFACES $VLAN_IFACES $DIALUP_IFACES $TUNNEL_IFACES $BRIDGE_IFACES ; do
for MI in $MANDATORY_IFACES $TOCHECK_IFACES; do
test "$IFACE" = "$MI" && continue 2
done
TOCHECK_IFACES="$TOCHECK_IFACES $IFACE"
done
debug MANDATORY_DEVICES=$MANDATORY_DEVICES
debug MANDATORY_IFACES=$MANDATORY_IFACES
debug TOCHECK_IFACES=$TOCHECK_IFACES
if [ -n "$TOCHECK_IFACES" ] ; then
echo Checking optional network interfaces:
status $TOCHECK_IFACES
fi
if [ -n "$MANDATORY_IFACES" ] ; then
echo Checking mandatory network interfaces:
status -m $MANDATORY_IFACES
test $? != 0 && : $((FAILED++))
debug checking MANDATORY_IFACES: FAILED=$FAILED
else
echo No interfaces declared as mandatory
fi
$FAKE ifstatus-route noiface -o rc $MODE
rc_status
test $FAILED -gt 0 && rc_failed 1
else
status $INTERFACE
rc_status
fi
if [ ! -f $NETWORK_RUNFILE ] ; then
rc_failed 3 # unused
fi
echo -n "Checking service network . . . . . . . . . . . . . . . . ."
rc_status -v
;;
esac
rc_exitund /etc/sysconfig/network/ifcfg-wlan0
Code:
BOOTPROTO='dhcp'
BROADCAST=''
ETHTOOL_OPTIONS=''
IPADDR=''
MTU=''
NAME='PRO/Wireless 3945ABG Network Connection'
NETMASK=''
NETWORK=''
REMOTE_IPADDR=''
STARTMODE='auto'
USERCONTROL='yes'
WIRELESS_AP='off'
WIRELESS_AUTH_MODE='psk'
WIRELESS_BITRATE='auto'
WIRELESS_CA_CERT=''
WIRELESS_CHANNEL=''
WIRELESS_CLIENT_CERT=''
WIRELESS_CLIENT_KEY=''
WIRELESS_CLIENT_KEY_PASSWORD=''
WIRELESS_DEFAULT_KEY='0'
WIRELESS_EAP_AUTH=''
WIRELESS_EAP_MODE=''
WIRELESS_ESSID='Arcor'
WIRELESS_FREQUENCY=''
WIRELESS_KEY=''
WIRELESS_KEY_0=''
WIRELESS_KEY_1=''
WIRELESS_KEY_2=''
WIRELESS_KEY_3=''
WIRELESS_KEY_LENGTH='128'
WIRELESS_MODE='Managed'
WIRELESS_NICK=''
WIRELESS_NWID=''
WIRELESS_PEAP_VERSION=''
WIRELESS_POWER='yes'
WIRELESS_WPA_ANONID=''
WIRELESS_WPA_IDENTITY=''
WIRELESS_WPA_PASSWORD=''
WIRELESS_WPA_PSK='GEHEIM'Falls noch Informationen fehlen bitte einfach bescheid sagen, nicht vergessen bin relativ neu
Gruß Markus und Danke !
