Attachment 217033 Details for Bug 335486

rcnetwork.log from Peter

rcnetwork.log (text/x-log), 132.18 KB, created by Peter Küppers on 2008-05-20 19:44:33 UTC

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Creator: Peter Küppers

Created: 2008-05-20 19:44:33 UTC

Size: 132.18 KB

patch

obsolete

>
>cd /etc/sysconfig/network
>+ cd /etc/sysconfig/network
>test -f ./config && . ./config
>+ test -f ./config
>+ . ./config
>## Path:	Network/General
>## Description:	Set some general network configuration
>## Type:	string("","-","+")
>## Default:	"+"
>## ServiceRestart: network
>#
># DEFAULT_BROADCAST is used when no individual BROADCAST is set. It can get one
># of the following values:
># ""  : don't set a broadcast address
># "-" : use IPADDR with all host bits deleted
># "+" : use IPADDR with all host bits set
>DEFAULT_BROADCAST="+"
>++ DEFAULT_BROADCAST=+
>
>## Type:	yesno
>## Default:	yes
># sometimes we want some script to be executed after an interface has been
># brought up, or before an interface is taken down. 
># default dir is /etc/sysconfig/network/if-up.d for POST_UP and
># /etc/sysconfig/network/if-down.d for PRE_DOWN
># Note: if you use NetworkManager then down scripts will be called after the
># interface is down and not before.
>GLOBAL_POST_UP_EXEC="yes"
>++ GLOBAL_POST_UP_EXEC=yes
>GLOBAL_PRE_DOWN_EXEC="yes"
>++ GLOBAL_PRE_DOWN_EXEC=yes
>
>## Type:        yesno
>## Default:     no
># If ifup should check if an ip address is already in use, set this to yes.
># Make sure that packet sockets (CONFIG_PACKET) are supported in the kernel,
># since this feature uses arping, which depends on that.
># Also be aware that this takes one second per interface; consider that when
># setting up a lot of interfaces. 
>CHECK_DUPLICATE_IP="no"
>++ CHECK_DUPLICATE_IP=no
>
>## Type:        yesno
>## Default:     no
># Switch on/off debug messages for all network configuration stuff. If set to no
># most scripts can enable it locally with "-o debug".
>DEBUG="no"
>++ DEBUG=no
>
>## Type:        yesno
>## Default:     yes
># All error and info messages from network and hardware configuration scripts go
># to stderr. Most tools that call sysconfig scripts (udev, rcnetwork, scpm,
># YaST) catch these messages and can log them. So some messages appear twice in
># syslog. If you don't like that, then set USE_SYSLOG=no.
>USE_SYSLOG="yes"
>++ USE_SYSLOG=yes
>
>## Type:        yesno
>## Default:     yes
># There are some services (ppp, ippp, dhcp-client, pcmcia, hotplug) that have to
># change the /etc/resolv.conf dynamically at certain times.  E.g. if ppp/ippp
># establishes a connection and is supplied by the peer with a list of
># nameservers. Or pcmcia needs to set the correct nameserver for the choosen
># configuration scheme. If you don't like these services to change
># /etc/resolv.conf at all, then set this variable to "no".
># If unsure, leave it at the default (which is "yes").
>#
>MODIFY_RESOLV_CONF_DYNAMICALLY="yes"
>++ MODIFY_RESOLV_CONF_DYNAMICALLY=yes
>
>## Type:        yesno
>## Default:     no
># Like MODIFY_RESOLV_CONF_DYNAMICALLY, except it modifies
># /etc/named.d/forwarders.conf instead of resolv.conf.
># If unsure, leave it at the default (which is "no").
>#
>MODIFY_NAMED_CONF_DYNAMICALLY="no"
>++ MODIFY_NAMED_CONF_DYNAMICALLY=no
>
>## Type:        string
>## Default:     ""
># If you need a special nameserver that should always be prepended to the list
># of dynamically changed nameservers, you may add it here.
>#
>MODIFY_RESOLV_CONF_STATIC_DNS=""
>++ MODIFY_RESOLV_CONF_STATIC_DNS=
>
># Handling of network connections
># ^^^^^^^^^^^^^^^^^^^^^^^^^^^^^^^
># These features are designed for the convenience of the experienced
># user. If you encounter problems you don't understand then switch
># them off. That is the default.
># Please do not complain if you get troubles. But if you want help to
># make them smarter write to <http://www.suse.de/feedback>.
>
>## Type:	yesno
>## Default:	no
>#
># If you are interested in the connections and nfs mounts that use a
># network interface, you can set CONNECTION_SHOW_WHEN_IFSTATUS="yes".
># Then you will see them with 'ifstatus <interface>' (or 'ifstatus
># <config>')
># This one _should_ never harm ;)
>#
>CONNECTION_SHOW_WHEN_IFSTATUS="no"
>++ CONNECTION_SHOW_WHEN_IFSTATUS=no
>
>## Type:	yesno
>## Default:	no
>#
># If an interface should be set down only if there are no active
># connections, then use CONNECTION_CHECK_BEFORE_IFDOWN="yes"
>#
>CONNECTION_CHECK_BEFORE_IFDOWN="no"
>++ CONNECTION_CHECK_BEFORE_IFDOWN=no
>
>## Type:	yesno
>## Default:	no
>#
># If these connetions (without the nfs mounts) should be closed when
># shutting down an interface, set CONNECTION_CLOSE_BEFORE_IFDOWN="yes".
># WARNING: Be aware that this may terminate applications which need
># one of these connections!
>#
>CONNECTION_CLOSE_BEFORE_IFDOWN="no"
>++ CONNECTION_CLOSE_BEFORE_IFDOWN=no
>
>## Type:	yesno
>## Default:	no
>#
># If you are a mobile laptop user and like even nfs mounts to be
># closed when you leave your current workplace, then set
># CONNECTION_UMOUNT_NFS_BEFORE_IFDOWN="yes". This does only work
># if CONNECTION_CLOSE_BEFORE_IFDOWN="yes", too.
># WARNING: Be aware that this may terminate applications which use
># these nfs mounts as working directory. Be very carefull if your home
># is mounted via nfs!!!
># WARNING: This may even lead to hanging ifdown processes if there are
># processes that could not be terminated. If you are using
># hotpluggable devices (pcmcia, usb, firewire), first shut them down
># before unplugging!
>#
>CONNECTION_UMOUNT_NFS_BEFORE_IFDOWN="no"
>++ CONNECTION_UMOUNT_NFS_BEFORE_IFDOWN=no
>
>## Type:	yesno
>## Default:	no
>#
># If terminating processes that use a connection or nfs mount is not
># enough, then they can be killed after an unsuccesfull termination.
># If you want that set CONNECTION_SEND_KILL_SIGNAL="yes"
>#
>CONNECTION_SEND_KILL_SIGNAL="no"
>++ CONNECTION_SEND_KILL_SIGNAL=no
>
>## Type:        string
>## Default:     ""
>#
># Here you may specify which interfaces have to be up and configured properly
># after 'rcnetwork start'. rcconfig will return 'failed' if any of these
># interfaces is not up. You may use interface names as well but better use
># hardware descriptions of the devices (eth-id-<macaddress> or eth-bus-...  See
># man ifup for 'hardware description'). The network start script will wait for
># these interfaces, but not longer as set in WAIT_FOR_INTERFACES.
># You need not to add dialup or tunnel interfaces here, only physical devices.
># The interface 'lo' is always considered to be mandatory and can be omitted.
>#
># If this variable is empty, rcnetwork tries to derive the list of mandatory
># devices automatically from the list of existing configurations. Configurations
># with names bus-pcmcia or bus-usb or with STARTMODE=hotplug are skipped. (try
># '/etc/init.d/rc5.d/S*network start -o debug fake | grep MANDAT')
>MANDATORY_DEVICES=""
>++ MANDATORY_DEVICES=
>
>## Type:	integer
>## Default:	20
>#
># Some interfaces need some time to come up or come asynchronously via hotplug.
># WAIT_FOR_INTERFACES is a global wait for all mandatory interfaces in
># seconds. If empty no wait occurs.
>#
>WAIT_FOR_INTERFACES="20"
>++ WAIT_FOR_INTERFACES=20
>
>## Type:	yesno
>## Default:	yes
>#
># With this variable you can determine if the SuSEfirewall when enabled
># should get started when network interfaces are started.
>FIREWALL="yes"
>++ FIREWALL=yes
>
>## Type:        string
>## Default:     "eth*[0-9]|tr*[0-9]|wlan[0-9]|ath[0-9]"
>#
># Automatically add a linklocal route to the matching interfaces.
># This string is used in a bash "case" statement, so it may contain
># '*', '[', ']'  and '|' meta-characters.
>#
>LINKLOCAL_INTERFACES="eth*[0-9]|tr*[0-9]|wlan[0-9]|ath[0-9]"
>++ LINKLOCAL_INTERFACES='eth*[0-9]|tr*[0-9]|wlan[0-9]|ath[0-9]'
>
>## Type:        string
>## Default:     "-f -I"
>#
># Set default options for ifplugd. You may also set them in an ifcfg-* file
># individually. Have a look at 'man ifplug' for details. We let ifplugd set the
># interface UP when starting, because there are many interfaces where link beat
># cannot be detected otherwise. If you want the interface to stay down then add
># the option '-a'. If you like ifplugd to beep on cable (un)plug, remove '-b'.
>#
>IFPLUGD_OPTIONS="-f -I -b"
>++ IFPLUGD_OPTIONS='-f -I -b'
>
>## Type:        yesno
>## Default:     no
>#
># Instead of the usual network setup (now called 'NetControl') you may also use
># 'NetworkManager' to control your interfaces.
>#
># NetControl is what you were used to in SUSE Linux up to now. It has a wide
># range of configurations means for setting up any number of different virtual
># and real interfaces. It should be used if you:
># - want a static network setup
># - have many interfaces
># - need VLAN, bonding, bridging, multiple IP addresses
># - must restrict network control to root
># It may also switch interfaces automatically, but lacks a usable GUI for normal
># users.
>#
># NetworkManager lets the user control interfaces and switches automatically if
># network interfaces lose/gain physical connection. It should be used if you:
># - move between networks frequently
># - want a GUI for network control
># Especially on mobile computers that use mainly one wired and one wireless
># interface NetworkManager will please you.
>#
># If you are used to SCPM then you might probably stay with NetControl. But at
># least try NetworkManager, because it can replace SCPM in some usage scenarios.
># 
>NETWORKMANAGER="no"
>++ NETWORKMANAGER=no
>
>## Type:	int
>## Default:	0
>#
># When using NetworkManager you may define a timeout to wait for NetworkManager
># to connect.  Other network services may require the system to have a valid
># network setup in order to succeed.
># 
># This variable has no effect if NETWORKMANAGER=no
>#
>NM_ONLINE_TIMEOUT="0"
>++ NM_ONLINE_TIMEOUT=0
> 
>## Type:        yesno
>## Default:     yes
>#
># When using NetworkManager you may want to trigger special actions when an
># interface comes up. NetworkManagerDispatcher is a daemon that listens to
># dbus-messages that tell that an interface is up/down and triggers whatever
># you like. Read more about it in the manpage to NetworkManagerDispatcher.
>#
># This variable has no effect if NETWORKMANAGER=no
>#
>NM_DISPATCHER="yes"
>++ NM_DISPATCHER=yes
>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/functions
>
># . scripts/extradebug
>
># Only use ifup option 'onboot' if booting or changing runlevel
># Therefore we check if we were called from init
>if [ -n "$INIT_VERSION" ] ; then
>	MODE=onboot
>fi
>+ '[' -n sysvinit-2.86 ']'
>+ MODE=onboot
>
>######################################################################
># Commandline parsing
>#
>SCRIPTNAME=${0##*/}
>+ SCRIPTNAME=network
>debug $*
>+ debug stop
>+ test -n stop
>+ info_mesg stop
>+ :
>+ test no == yes
>ACTION=$1
>+ ACTION=stop
>shift
>+ shift
>if [ "$1" != "-o" ] ; then INTERFACE=$1; shift; fi
>+ '[' '' '!=' -o ']'
>+ INTERFACE=
>+ shift
>if [ -n "$1" -a "$1" != "-o" ] ; then CONFIG=$INTERFACE; INTERFACE=$1; shift; fi
>+ '[' -n '' -a '' '!=' -o ']'
>test "$1" = "-o" && shift
>+ test '' = -o
>OPTIONS=$@
>+ 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
>+ '[' 0 -gt 0 ']'
># 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
>+ test -f scripts/functions.common
>+ . scripts/functions.common
>#!/bin/bash
>
># Network interface configuration
>#
># Copyright (c) 2002-2003 SuSE Linux AG Nuernberg, Germany.
># All rights reserved.
>#
># 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
>#
># Authors: Michal Svec <msvec@suse.cz>
>#          Mads Martin Joergensen <mmj@suse.de>
>#
># $Id: functions.common 1547 2007-04-26 13:06:15Z zoz $
>#
>
># RUN_FILES_BASE contains the path to the configuration data cache.
># It __must__ __not__ contain a trailing slash.
>RUN_FILES_BASE=/dev/shm/sysconfig
>++ RUN_FILES_BASE=/dev/shm/sysconfig
>test -d $RUN_FILES_BASE || mkdir -p $RUN_FILES_BASE
>++ test -d /dev/shm/sysconfig
>
>#####################################################################
># Returnvalues
>#
># I don't know currently, if all this returnvalues are necessary. Probably some
># of them will be removed. The values 0-7 should be very similar to the LSB
># return values for init scripts
>R_SUCCESS=0        # interface has been set up
>++ R_SUCCESS=0
>R_ERROR=1          # any unspecified error
>++ R_ERROR=1
>R_USAGE=2          # wrong usage
>++ R_USAGE=2
>R_NOTIMPL=3        # feature not implemented
>++ R_NOTIMPL=3
>R_NOTALLOWED=4     # insufficient privilege
>++ R_NOTALLOWED=4
>
>R_NODEV=7          # the given interface does not exist
>++ R_NODEV=7
>R_NOTCONFIGURED=5  # the bootmode does not match the current mode
>++ R_NOTCONFIGURED=5
>R_INACTIVE=5       # the interface is not up and it should not
>++ R_INACTIVE=5
>R_NOTRUNNING=7     # the interface is not up but it should be up
>++ R_NOTRUNNING=7
>
>R_NOCONFIG=9       # we could not find a matching configuration file
>++ R_NOCONFIG=9
>R_BUSY=10          # the interface is busy and should not be shut down.
>++ R_BUSY=10
>                   # It will be used for 'ifstatus ... -o stop' or ifdown ... -o
>                   # check' or whatever we use for the check if a interface can
>                   # be shut down savely.
>R_LOCKED=11        # ifup/down is currently running on this hwdesc
>++ R_LOCKED=11
>R_DHCP_BG=12       # dhcp client is running in bg, but no address up to now
>++ R_DHCP_BG=12
>                   # or setting up firewall is still in progress
>R_INTERNAL=$R_ERROR      # internal error, e.g. no config or missing scripts
>++ R_INTERNAL=1
>R_NOT_UP2DATE=13   # returned from ifprobe if configuration has changed
>++ R_NOT_UP2DATE=13
>R_PROPERTY_NOT_SET=14    # some property of the iface could not be set.
>++ R_PROPERTY_NOT_SET=14
>R_NO_IFPLUGD=15    # ifplugd is not running despite configured
>++ R_NO_IFPLUGD=15
>
>export PATH=/sbin:/usr/sbin:/bin:/usr/bin:/etc/sysconfig/network/scripts
>++ export PATH=/sbin:/usr/sbin:/bin:/usr/bin:/etc/sysconfig/network/scripts
>++ PATH=/sbin:/usr/sbin:/bin:/usr/bin:/etc/sysconfig/network/scripts
>
>LOGGER=/bin/logger
>++ LOGGER=/bin/logger
>
>be_quiet_has_gone() {
>	mesg "Option 'quiet' has gone. Redirect output instead"
>}
>
>logerror () {
>	err_mesg "$*"
>}
>
>message () {
>	mesg "$*"
>}
>
>message_n () {
>	mesg_n "$*"
>}
>
>debug () {
>	test -n "$*" && info_mesg "$*"
>	test "$DEBUG" == "yes"
>}
>
>message_if_not_run_from_rc () {
>	if [ "$RUN_FROM_RC" = "yes" ]; then
>		debug "$*"
>	else
>		message "$*"
>	fi
>	return 0
>}
>
>reverse () {
>	local X=$1
>	test -z "$X" && return
>	shift
>	reverse $*
>	echo $X
>}
>
>########################################################################
># output functions
>#
># This defines a set of new output functions. One for each syslog level.
># Currently we use only {err,info,debug}_mesg(), but other level may be added
># easily. These functions should replace the old functions logerror(), message()
># and debug()
>#
># IMPORTANT: Wanted LOG_LEVEL has to be set _before_ this file is sourced.
>
># If your script is called from udev and you did not set DEFAULT_LOG_LEVEL we
># use the udev loglevel. Else an unset LOG_LEVEL will be set to 3 (err).
>LOG_LEVEL=${LOG_LEVEL:-$DEFAULT_LOG_LEVEL}
>++ LOG_LEVEL=3
>LOG_LEVEL=${LOG_LEVEL:-$UDEV_LOG}
>++ LOG_LEVEL=3
>LOG_LEVEL=${LOG_LEVEL:-3}
>++ LOG_LEVEL=3
># Also respect variable DEBUG for backward compliance
>test "$DEBUG" == yes && LOG_LEVEL=7
>++ test no == yes
>SCRIPTNAME=${SCRIPTNAME:-${0##*/}}
>++ SCRIPTNAME=network
>
># DONT_USE_SYSLOG=yes will be set in ifstatus to overwrite USE_SYSLOG. This is
># a workaround for bug 261350.
>test "$DONT_USE_SYSLOG" == yes && USE_SYSLOG=no
>++ test '' == yes
>
>if [ "$USE_SYSLOG" != yes ] ; then
>	mesg() {
>		echo -e "$@" # >&2
>	}
>	mesg_n() {
>		echo -ne "$@" # >&2
>	}
>else
>	mesg() {
>		echo -e "$@" # >&2
>		echo -e "$@" | logger -t "$SCRIPTNAME"
>	}
>	mesg_n() {
>		echo -ne "$@"  # >&2
>		echo -e "$@" | logger -t "$SCRIPTNAME"
>	}
>fi
>++ '[' yes '!=' yes ']'
>
># This loop defines one *_mesg() function per loglevel, which does nothing,
># writes to stderr or writes to syslog and stderr depending of the settings of
># LOG_LEVEL and USE_SYSLOG.
># Currently we define only err_mesg(), info_mesg() and debug_mesg(). If you need
># *_mesg functions for other levels, just add the name (instead of the "#") in
># the right order and set 'nl' to the number of the lowest level you use.
># Syslog levels are: emerg alert crit err warning notice info debug
># See what it does with:
>#    USE_SYSLOG=<yes|no> LOG_LEVEL=<0-7> . functions.common
>#    type err_mesg info_mesg debug_mesg
># nl=0
># for level in emerg "#" crit err warning "#" info debug; do
>nl=3
>++ nl=3
>for level in err "#" "#" info debug; do
>	eval ${level}_mesg \{ :\; \}
>	eval ${level}_mesg_n \{ :\; \}
>	test "$((nl))" -gt "$LOG_LEVEL" && : $((nl++)) && continue
>	if [ "$USE_SYSLOG" != yes ] ; then
>		eval ${level}_mesg \{ echo -e \"\$\@\" 1\>\&2\; \}
>		eval ${level}_mesg_n \{ echo -ne \"\$\@\" 1\>\&2\; \}
>	else
>		eval ${level}_mesg \{ echo -e \"\$\@\" 1\>\&2\; \
>			echo -e \"\$\@\" \
>			\| logger -p $nl -t \"$SCRIPTNAME\" \; \}
>		eval ${level}_mesg_n \{ echo -ne \"\$\@\" 1\>\&2\; \
>			echo -e \"\$\@\" \
>			\| logger -p $nl -t \"$SCRIPTNAME\" \; \}
>	fi
>	: $((nl++))
>done
>++ for level in err '"#"' '"#"' info debug
>++ eval 'err_mesg()' '{' ':;' '}'
>err_mesg() { :; }
>++ eval 'err_mesg_n()' '{' ':;' '}'
>err_mesg_n() { :; }
>++ test 3 -gt 3
>++ '[' yes '!=' yes ']'
>++ eval 'err_mesg()' '{' echo -e '"$@"' '1>&2;' echo -e '"$@"' '|' logger -p 3 -t '"network"' ';' '}'
>err_mesg() { echo -e "$@" 1>&2; echo -e "$@" | logger -p 3 -t "network" ; }
>++ eval 'err_mesg_n()' '{' echo -ne '"$@"' '1>&2;' echo -e '"$@"' '|' logger -p 3 -t '"network"' ';' '}'
>err_mesg_n() { echo -ne "$@" 1>&2; echo -e "$@" | logger -p 3 -t "network" ; }
>++ : 3
>++ for level in err '"#"' '"#"' info debug
>++ eval '#_mesg()' '{' ':;' '}'
>#_mesg() { :; }
>++ eval '#_mesg_n()' '{' ':;' '}'
>#_mesg_n() { :; }
>++ test 4 -gt 3
>++ : 4
>++ continue
>++ for level in err '"#"' '"#"' info debug
>++ eval '#_mesg()' '{' ':;' '}'
>#_mesg() { :; }
>++ eval '#_mesg_n()' '{' ':;' '}'
>#_mesg_n() { :; }
>++ test 5 -gt 3
>++ : 5
>++ continue
>++ for level in err '"#"' '"#"' info debug
>++ eval 'info_mesg()' '{' ':;' '}'
>info_mesg() { :; }
>++ eval 'info_mesg_n()' '{' ':;' '}'
>info_mesg_n() { :; }
>++ test 6 -gt 3
>++ : 6
>++ continue
>++ for level in err '"#"' '"#"' info debug
>++ eval 'debug_mesg()' '{' ':;' '}'
>debug_mesg() { :; }
>++ eval 'debug_mesg_n()' '{' ':;' '}'
>debug_mesg_n() { :; }
>++ test 7 -gt 3
>++ : 7
>++ continue
>
>
>
>######################################################################
># Start NetworkManager if wanted
>#
># Some variables and functions are defined in
># /etc/sysconfig/network/scripts/functions
># because they are also used in ifup
>#
>if [ ! -x "$NETWORKMANAGER_BIN" -a "$NETWORKMANAGER" == yes ] ; then
>	err_mesg "NetworkManager is not installed, thus using NetControl." \
>	         "Please set" \
>	         "\n/etc/sysconfig/network/config:NetworkManager=no" \
>	         "or install NetworkManager."
>	NETWORKMANAGER=no
>fi
>+ '[' '!' -x /usr/sbin/NetworkManager -a no == yes ']'
>if [ "$NETWORKMANAGER" != yes ] ; then
>	NM_DISPATCHER=no
>fi
>+ '[' no '!=' yes ']'
>+ NM_DISPATCHER=no
>if [ ! -x "$NM_DISPATCHER_BIN" -a "$NM_DISPATCHER" == yes ] ; then
>	err_mesg "NetworkManagerDispatcher is not installed, skipping it." \
>	         "Please set" \
>	         "\n/etc/sysconfig/network/config:NetworkManagerDispatcher=no" \
>	         "or install NetworkManagerDispatcher."
>	NM_DISPATCHER=no
>fi
>+ '[' '!' -x /usr/sbin/NetworkManagerDispatcher -a no == yes ']'
>
>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 $NM_ONLINE_TIMEOUT
>	case $? in
>		0) rc_status -v ;;
>		1) echo -e "$rc_startmode" 1>&2 ;;
>		*) rc_status -v ;;
>	esac
>}
>
>start_nm_dispatcher() {
>	test "$NM_DISPATCHER" == yes || return
>	checkproc $NM_DISPATCHER_BIN
>	if [ $? = 0 ]; then
>		mesg_n "NetworkManagerDispatcher already running"
>	else
>		mesg_n "Starting the NetworkManagerDispatcher"
>		startproc $NM_DISPATCHER_BIN
>	fi
>	rc_status -v
>}
>
>stop_nm_dispatcher() {
>	test -x "$NM_DISPATCHER_BIN" || return 0
>	checkproc $NM_DISPATCHER_BIN 2>/dev/null
>	if [ $? = 0 ]; then
>		mesg_n "Shutting down the NetworkManagerDispatcher"
>		killproc -TERM $NM_DISPATCHER_BIN
>		rc_status -v
>	fi
>}
>
>check_nm_dispatcher() {
>	test -x "$NM_DISPATCHER_BIN" || return 0
>	rc_status
>	NM_STATUS=$?
>	mesg_n "Checking for the NetworkManagerDispatcher: "
>	checkproc $NM_DISPATCHER_BIN
>	rc_status -v
>	NMD_STATUS=$?
>	if [ "$NM_DISPATCHER" != yes ] ; then
>		rc_reset
>		rc_failed $NM_STATUS
>	fi
>	return $NMD_STATUS
>}
>
>start_dhcdbd() {
>	test -x "$DHCDBD_BIN" || return 0
>	checkproc $DHCDBD_BIN
>	if [ $? = 0 ]; then
>		mesg_n "DHCP DBUS Daemon already running"
>	else
>		mesg_n "Starting the DHCP DBUS Daemon"
>		startproc $DHCDBD_BIN --system
>	fi
>	rc_status -v
>
>}
>
>stop_dhcdbd() {
>	test -x "$DHCDBD_BIN" || return 0
>	checkproc $DHCDBD_BIN 2>/dev/null
>	if [ $? = 0 ]; then
>		mesg_n "Shutting down the DHCP DBUS Daemon"
>		killproc -TERM $DHCDBD_BIN
>		rc_status -v
>	else
>		return 0
>	fi
>}
>
>check_dhcdbd() {
>	test -x "$DHCDBD_BIN" || return 0
>	rc_status
>	NM_STATUS=$?
>	mesg_n "Checking for the DHCP DBUS Daemon: "
>	checkproc $DHCDBD_BIN
>	rc_status -v
>	DHCDBD_STATUS=$?
>	return $DHCDBD_STATUS
>}
>
>cd "$OLDPWD"
>+ cd /
>case "$ACTION" in
>	start)
>		if [ "$NETWORKMANAGER" == yes ] ; then
>			if nm_running; then
>				mesg_n "NetworkManager already running"
>				rc_status -v
>				start_nm_dispatcher
>			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
>				start_dhcdbd
>				start_nm_dispatcher
>				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
>			stop_dhcdbd
>		fi
>		stop_nm_dispatcher
>		# 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
>			check_nm_dispatcher
>			check_dhcdbd
>			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
>+ case "$ACTION" in
>+ nm_running
>+ local MSG RET
>+ test -x /usr/sbin/NetworkManager
>+ return
>+ stop_nm_dispatcher
>+ test -x /usr/sbin/NetworkManagerDispatcher
>+ return 0
>cd /etc/sysconfig/network
>+ cd /etc/sysconfig/network
>
>
>######################################################################
>
>
>if [ "$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
>+ '[' onboot = onboot -a stop = start ']'
>mkdir -p ${RUN_FILES_BASE}/tmp
>+ mkdir -p /dev/shm/sysconfig/tmp
>
># This has to happen early; don't move that into start section below!!!
># (Writing NETWORK_RUNFILE means that service network is started. And only if
># service network was started interfaces will be set up via hotplug. And it must
># be started before checking which interfaces are already available and might
># still have to be set up because the were registered to early. Bug 39005)
>if [ "$ACTION" = start ] ; then
>        IFS=. read a b < /proc/uptime
>        echo "$a" > $NETWORK_RUNFILE
>fi
>+ '[' stop = start ']'
>
>if [ -n "$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 $*
>	}
>fi
>+ '[' -n '' ']'
>+ LO=lo
>
>
>
>######################################################################
># Get interfaces to handle
>#
># Seperate this interfaces into several sets, not all mutually exclisive;
># none of them may contain lo, because it will always handled separately
>#
># AVAILABLE_IFACES are all interfaces from /sys/class/net
>#                  these have to be shut down when stopping
>#
># PHYSICAL_IFACES  are interfaces to present physical devices, they will be
>#                  derived from AVAILABLE_IFACES
>#
># BONDING_IFACES   are bonding interfaces derived from ifcfg-* files
>#
># VLAN_IFACES      are vlan (802.1q) interfaces derived from ifcfg-* files
>#
># DIALUP_IFACES    are modemX, dslX, etc., they are derived from ifcfg-* files
>#
># BRIDGE_IFACES    are bridge interfaces derived from ifcfg-* files
>#
># TUNNEL_IFACES    are interfaces that do not fit into PHYSICAL, BONDING,
>#                  VLAN, DIALUP or BRIDGE and are as well derived from
>#                  ifcfg-* files
>#
># The PHYSICAL, BONDING, DIALUP, TUNNEL and BRIDGE interfaces sets are
># mutually exclusive. Their union contains AVAILABLE and MANDATORY and
># all of them have to be set up when starting.
>#
># The MANDATORY_IFACES must be up and well configured for success.
>
># At first sort into BONDING, DIALUP, TUNNEL and BRIDGE interface sets.
>while IFS=- read a b; do
>	test -z "$b" && continue
>	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 -d /etc/sysconfig/network/ifcfg-*)
>ls -d /etc/sysconfig/network/ifcfg-*
>++ ls -d /etc/sysconfig/network/ifcfg-eth0 /etc/sysconfig/network/ifcfg-eth1 /etc/sysconfig/network/ifcfg-lo
>+ IFS=-
>+ read a b
>+ test -z eth0
>type_filter $b
>++ type_filter eth0
>++ echo eth0
>+ b=eth0
>+ case "`get_iface_type_from_config $b`" in
>get_iface_type_from_config $b
>++ get_iface_type_from_config eth0
>++ local VARIABLE VALUE TYPE IF=eth0
>++ local INTERFACETYPE WIRELESS WIRELESS_MODE BONDING_MASTER ETHERDEVICE
>++ local BRIDGE TUNNEL PPPMODE MODEM_DEVICE ENCAP
>++ test -z eth0
>++ test -r ifcfg-eth0
>++ read VARIABLE VALUE TYPE
>++ eval INTERFACETYPE=
>INTERFACETYPE=
>+++ INTERFACETYPE=
>++ get_variable INTERFACETYPE eth0
>++ local line
>grep "^[[:space:]]*$1" ifcfg-$2 2>/dev/null
>+++ grep '^[[:space:]]*INTERFACETYPE' ifcfg-eth0
>++ read line
>++ '[' _not_empty_ == _not_empty_ ']'
>++ test -n ''
>++ read VARIABLE VALUE TYPE
>++ eval WIRELESS=
>WIRELESS=
>+++ WIRELESS=
>++ get_variable WIRELESS eth0
>++ local line
>grep "^[[:space:]]*$1" ifcfg-$2 2>/dev/null
>+++ grep '^[[:space:]]*WIRELESS' ifcfg-eth0
>++ read line
>++ '[' yes == _not_empty_ ']'
>++ test '' == yes
>++ read VARIABLE VALUE TYPE
>++ eval WIRELESS_MODE=
>WIRELESS_MODE=
>+++ WIRELESS_MODE=
>++ get_variable WIRELESS_MODE eth0
>++ local line
>grep "^[[:space:]]*$1" ifcfg-$2 2>/dev/null
>+++ grep '^[[:space:]]*WIRELESS_MODE' ifcfg-eth0
>++ read line
>++ '[' _not_empty_ == _not_empty_ ']'
>++ test -n ''
>++ read VARIABLE VALUE TYPE
>++ eval BONDING_MASTER=
>BONDING_MASTER=
>+++ BONDING_MASTER=
>++ get_variable BONDING_MASTER eth0
>++ local line
>grep "^[[:space:]]*$1" ifcfg-$2 2>/dev/null
>+++ grep '^[[:space:]]*BONDING_MASTER' ifcfg-eth0
>++ read line
>++ '[' yes == _not_empty_ ']'
>++ test '' == yes
>++ read VARIABLE VALUE TYPE
>++ eval ETHERDEVICE=
>ETHERDEVICE=
>+++ ETHERDEVICE=
>++ get_variable ETHERDEVICE eth0
>++ local line
>grep "^[[:space:]]*$1" ifcfg-$2 2>/dev/null
>+++ grep '^[[:space:]]*ETHERDEVICE' ifcfg-eth0
>++ read line
>++ '[' _not_empty_ == _not_empty_ ']'
>++ test -n ''
>++ read VARIABLE VALUE TYPE
>++ eval BRIDGE=
>BRIDGE=
>+++ BRIDGE=
>++ get_variable BRIDGE eth0
>++ local line
>grep "^[[:space:]]*$1" ifcfg-$2 2>/dev/null
>+++ grep '^[[:space:]]*BRIDGE' ifcfg-eth0
>++ read line
>++ '[' yes == _not_empty_ ']'
>++ test '' == yes
>++ read VARIABLE VALUE TYPE
>++ eval TUNNEL=
>TUNNEL=
>+++ TUNNEL=
>++ get_variable TUNNEL eth0
>++ local line
>grep "^[[:space:]]*$1" ifcfg-$2 2>/dev/null
>+++ grep '^[[:space:]]*TUNNEL' ifcfg-eth0
>++ read line
>++ '[' sit == _not_empty_ ']'
>++ test '' == sit
>++ read VARIABLE VALUE TYPE
>++ eval TUNNEL=
>TUNNEL=
>+++ TUNNEL=
>++ get_variable TUNNEL eth0
>++ local line
>grep "^[[:space:]]*$1" ifcfg-$2 2>/dev/null
>+++ grep '^[[:space:]]*TUNNEL' ifcfg-eth0
>++ read line
>++ '[' gre == _not_empty_ ']'
>++ test '' == gre
>++ read VARIABLE VALUE TYPE
>++ eval TUNNEL=
>TUNNEL=
>+++ TUNNEL=
>++ get_variable TUNNEL eth0
>++ local line
>grep "^[[:space:]]*$1" ifcfg-$2 2>/dev/null
>+++ grep '^[[:space:]]*TUNNEL' ifcfg-eth0
>++ read line
>++ '[' ipip == _not_empty_ ']'
>++ test '' == ipip
>++ read VARIABLE VALUE TYPE
>++ eval PPPMODE=
>PPPMODE=
>+++ PPPMODE=
>++ get_variable PPPMODE eth0
>++ local line
>grep "^[[:space:]]*$1" ifcfg-$2 2>/dev/null
>+++ grep '^[[:space:]]*PPPMODE' ifcfg-eth0
>++ read line
>++ '[' pppoe == _not_empty_ ']'
>++ test '' == pppoe
>++ read VARIABLE VALUE TYPE
>++ eval PPPMODE=
>PPPMODE=
>+++ PPPMODE=
>++ get_variable PPPMODE eth0
>++ local line
>grep "^[[:space:]]*$1" ifcfg-$2 2>/dev/null
>+++ grep '^[[:space:]]*PPPMODE' ifcfg-eth0
>++ read line
>++ '[' pppoatm == _not_empty_ ']'
>++ test '' == pppoatm
>++ read VARIABLE VALUE TYPE
>++ eval PPPMODE=
>PPPMODE=
>+++ PPPMODE=
>++ get_variable PPPMODE eth0
>++ local line
>grep "^[[:space:]]*$1" ifcfg-$2 2>/dev/null
>+++ grep '^[[:space:]]*PPPMODE' ifcfg-eth0
>++ read line
>++ '[' capi-adsl == _not_empty_ ']'
>++ test '' == capi-adsl
>++ read VARIABLE VALUE TYPE
>++ eval PPPMODE=
>PPPMODE=
>+++ PPPMODE=
>++ get_variable PPPMODE eth0
>++ local line
>grep "^[[:space:]]*$1" ifcfg-$2 2>/dev/null
>+++ grep '^[[:space:]]*PPPMODE' ifcfg-eth0
>++ read line
>++ '[' pptp == _not_empty_ ']'
>++ test '' == pptp
>++ read VARIABLE VALUE TYPE
>++ eval MODEM_DEVICE=
>MODEM_DEVICE=
>+++ MODEM_DEVICE=
>++ get_variable MODEM_DEVICE eth0
>++ local line
>grep "^[[:space:]]*$1" ifcfg-$2 2>/dev/null
>+++ grep '^[[:space:]]*MODEM_DEVICE' ifcfg-eth0
>++ read line
>++ '[' _not_empty_ == _not_empty_ ']'
>++ test -n ''
>++ read VARIABLE VALUE TYPE
>++ eval ENCAP=
>ENCAP=
>+++ ENCAP=
>++ get_variable ENCAP eth0
>++ local line
>grep "^[[:space:]]*$1" ifcfg-$2 2>/dev/null
>+++ grep '^[[:space:]]*ENCAP' ifcfg-eth0
>++ read line
>++ '[' syncppp == _not_empty_ ']'
>++ test '' == syncppp
>++ read VARIABLE VALUE TYPE
>++ eval ENCAP=
>ENCAP=
>+++ ENCAP=
>++ get_variable ENCAP eth0
>++ local line
>grep "^[[:space:]]*$1" ifcfg-$2 2>/dev/null
>+++ grep '^[[:space:]]*ENCAP' ifcfg-eth0
>++ read line
>++ '[' rawip == _not_empty_ ']'
>++ test '' == rawip
>++ read VARIABLE VALUE TYPE
>++ test -n ''
>++ '[' -z '' ']'
>++ case $IF in
>++ test -n ''
>++ echo eth
>+ continue
>+ IFS=-
>+ read a b
>+ test -z eth1
>type_filter $b
>++ type_filter eth1
>++ echo eth1
>+ b=eth1
>+ case "`get_iface_type_from_config $b`" in
>get_iface_type_from_config $b
>++ get_iface_type_from_config eth1
>++ local VARIABLE VALUE TYPE IF=eth1
>++ local INTERFACETYPE WIRELESS WIRELESS_MODE BONDING_MASTER ETHERDEVICE
>++ local BRIDGE TUNNEL PPPMODE MODEM_DEVICE ENCAP
>++ test -z eth1
>++ test -r ifcfg-eth1
>++ read VARIABLE VALUE TYPE
>++ eval INTERFACETYPE=
>INTERFACETYPE=
>+++ INTERFACETYPE=
>++ get_variable INTERFACETYPE eth1
>++ local line
>grep "^[[:space:]]*$1" ifcfg-$2 2>/dev/null
>+++ grep '^[[:space:]]*INTERFACETYPE' ifcfg-eth1
>++ read line
>++ '[' _not_empty_ == _not_empty_ ']'
>++ test -n ''
>++ read VARIABLE VALUE TYPE
>++ eval WIRELESS=
>WIRELESS=
>+++ WIRELESS=
>++ get_variable WIRELESS eth1
>++ local line
>grep "^[[:space:]]*$1" ifcfg-$2 2>/dev/null
>+++ grep '^[[:space:]]*WIRELESS' ifcfg-eth1
>++ read line
>++ '[' yes == _not_empty_ ']'
>++ test '' == yes
>++ read VARIABLE VALUE TYPE
>++ eval WIRELESS_MODE=
>WIRELESS_MODE=
>+++ WIRELESS_MODE=
>++ get_variable WIRELESS_MODE eth1
>++ local line
>grep "^[[:space:]]*$1" ifcfg-$2 2>/dev/null
>+++ grep '^[[:space:]]*WIRELESS_MODE' ifcfg-eth1
>++ read line
>++ '[' _not_empty_ == _not_empty_ ']'
>++ test -n ''
>++ read VARIABLE VALUE TYPE
>++ eval BONDING_MASTER=
>BONDING_MASTER=
>+++ BONDING_MASTER=
>++ get_variable BONDING_MASTER eth1
>++ local line
>grep "^[[:space:]]*$1" ifcfg-$2 2>/dev/null
>+++ grep '^[[:space:]]*BONDING_MASTER' ifcfg-eth1
>++ read line
>++ '[' yes == _not_empty_ ']'
>++ test '' == yes
>++ read VARIABLE VALUE TYPE
>++ eval ETHERDEVICE=
>ETHERDEVICE=
>+++ ETHERDEVICE=
>++ get_variable ETHERDEVICE eth1
>++ local line
>grep "^[[:space:]]*$1" ifcfg-$2 2>/dev/null
>+++ grep '^[[:space:]]*ETHERDEVICE' ifcfg-eth1
>++ read line
>++ '[' _not_empty_ == _not_empty_ ']'
>++ test -n ''
>++ read VARIABLE VALUE TYPE
>++ eval BRIDGE=
>BRIDGE=
>+++ BRIDGE=
>++ get_variable BRIDGE eth1
>++ local line
>grep "^[[:space:]]*$1" ifcfg-$2 2>/dev/null
>+++ grep '^[[:space:]]*BRIDGE' ifcfg-eth1
>++ read line
>++ '[' yes == _not_empty_ ']'
>++ test '' == yes
>++ read VARIABLE VALUE TYPE
>++ eval TUNNEL=
>TUNNEL=
>+++ TUNNEL=
>++ get_variable TUNNEL eth1
>++ local line
>grep "^[[:space:]]*$1" ifcfg-$2 2>/dev/null
>+++ grep '^[[:space:]]*TUNNEL' ifcfg-eth1
>++ read line
>++ '[' sit == _not_empty_ ']'
>++ test '' == sit
>++ read VARIABLE VALUE TYPE
>++ eval TUNNEL=
>TUNNEL=
>+++ TUNNEL=
>++ get_variable TUNNEL eth1
>++ local line
>grep "^[[:space:]]*$1" ifcfg-$2 2>/dev/null
>+++ grep '^[[:space:]]*TUNNEL' ifcfg-eth1
>++ read line
>++ '[' gre == _not_empty_ ']'
>++ test '' == gre
>++ read VARIABLE VALUE TYPE
>++ eval TUNNEL=
>TUNNEL=
>+++ TUNNEL=
>++ get_variable TUNNEL eth1
>++ local line
>grep "^[[:space:]]*$1" ifcfg-$2 2>/dev/null
>+++ grep '^[[:space:]]*TUNNEL' ifcfg-eth1
>++ read line
>++ '[' ipip == _not_empty_ ']'
>++ test '' == ipip
>++ read VARIABLE VALUE TYPE
>++ eval PPPMODE=
>PPPMODE=
>+++ PPPMODE=
>++ get_variable PPPMODE eth1
>++ local line
>grep "^[[:space:]]*$1" ifcfg-$2 2>/dev/null
>+++ grep '^[[:space:]]*PPPMODE' ifcfg-eth1
>++ read line
>++ '[' pppoe == _not_empty_ ']'
>++ test '' == pppoe
>++ read VARIABLE VALUE TYPE
>++ eval PPPMODE=
>PPPMODE=
>+++ PPPMODE=
>++ get_variable PPPMODE eth1
>++ local line
>grep "^[[:space:]]*$1" ifcfg-$2 2>/dev/null
>+++ grep '^[[:space:]]*PPPMODE' ifcfg-eth1
>++ read line
>++ '[' pppoatm == _not_empty_ ']'
>++ test '' == pppoatm
>++ read VARIABLE VALUE TYPE
>++ eval PPPMODE=
>PPPMODE=
>+++ PPPMODE=
>++ get_variable PPPMODE eth1
>++ local line
>grep "^[[:space:]]*$1" ifcfg-$2 2>/dev/null
>+++ grep '^[[:space:]]*PPPMODE' ifcfg-eth1
>++ read line
>++ '[' capi-adsl == _not_empty_ ']'
>++ test '' == capi-adsl
>++ read VARIABLE VALUE TYPE
>++ eval PPPMODE=
>PPPMODE=
>+++ PPPMODE=
>++ get_variable PPPMODE eth1
>++ local line
>grep "^[[:space:]]*$1" ifcfg-$2 2>/dev/null
>+++ grep '^[[:space:]]*PPPMODE' ifcfg-eth1
>++ read line
>++ '[' pptp == _not_empty_ ']'
>++ test '' == pptp
>++ read VARIABLE VALUE TYPE
>++ eval MODEM_DEVICE=
>MODEM_DEVICE=
>+++ MODEM_DEVICE=
>++ get_variable MODEM_DEVICE eth1
>++ local line
>grep "^[[:space:]]*$1" ifcfg-$2 2>/dev/null
>+++ grep '^[[:space:]]*MODEM_DEVICE' ifcfg-eth1
>++ read line
>++ '[' _not_empty_ == _not_empty_ ']'
>++ test -n ''
>++ read VARIABLE VALUE TYPE
>++ eval ENCAP=
>ENCAP=
>+++ ENCAP=
>++ get_variable ENCAP eth1
>++ local line
>grep "^[[:space:]]*$1" ifcfg-$2 2>/dev/null
>+++ grep '^[[:space:]]*ENCAP' ifcfg-eth1
>++ read line
>++ '[' syncppp == _not_empty_ ']'
>++ test '' == syncppp
>++ read VARIABLE VALUE TYPE
>++ eval ENCAP=
>ENCAP=
>+++ ENCAP=
>++ get_variable ENCAP eth1
>++ local line
>grep "^[[:space:]]*$1" ifcfg-$2 2>/dev/null
>+++ grep '^[[:space:]]*ENCAP' ifcfg-eth1
>++ read line
>++ '[' rawip == _not_empty_ ']'
>++ test '' == rawip
>++ read VARIABLE VALUE TYPE
>++ test -n ''
>++ '[' -z '' ']'
>++ case $IF in
>++ test -n ''
>++ echo eth
>+ continue
>+ IFS=-
>+ read a b
>+ test -z lo
>type_filter $b
>++ type_filter lo
>++ echo lo
>+ b=lo
>+ case "`get_iface_type_from_config $b`" in
>get_iface_type_from_config $b
>++ get_iface_type_from_config lo
>++ local VARIABLE VALUE TYPE IF=lo
>++ local INTERFACETYPE WIRELESS WIRELESS_MODE BONDING_MASTER ETHERDEVICE
>++ local BRIDGE TUNNEL PPPMODE MODEM_DEVICE ENCAP
>++ test -z lo
>++ test -r ifcfg-lo
>++ read VARIABLE VALUE TYPE
>++ eval INTERFACETYPE=
>INTERFACETYPE=
>+++ INTERFACETYPE=
>++ get_variable INTERFACETYPE lo
>++ local line
>grep "^[[:space:]]*$1" ifcfg-$2 2>/dev/null
>+++ grep '^[[:space:]]*INTERFACETYPE' ifcfg-lo
>++ read line
>++ '[' _not_empty_ == _not_empty_ ']'
>++ test -n ''
>++ read VARIABLE VALUE TYPE
>++ eval WIRELESS=
>WIRELESS=
>+++ WIRELESS=
>++ get_variable WIRELESS lo
>++ local line
>grep "^[[:space:]]*$1" ifcfg-$2 2>/dev/null
>+++ grep '^[[:space:]]*WIRELESS' ifcfg-lo
>++ read line
>++ '[' yes == _not_empty_ ']'
>++ test '' == yes
>++ read VARIABLE VALUE TYPE
>++ eval WIRELESS_MODE=
>WIRELESS_MODE=
>+++ WIRELESS_MODE=
>++ get_variable WIRELESS_MODE lo
>++ local line
>grep "^[[:space:]]*$1" ifcfg-$2 2>/dev/null
>+++ grep '^[[:space:]]*WIRELESS_MODE' ifcfg-lo
>++ read line
>++ '[' _not_empty_ == _not_empty_ ']'
>++ test -n ''
>++ read VARIABLE VALUE TYPE
>++ eval BONDING_MASTER=
>BONDING_MASTER=
>+++ BONDING_MASTER=
>++ get_variable BONDING_MASTER lo
>++ local line
>grep "^[[:space:]]*$1" ifcfg-$2 2>/dev/null
>+++ grep '^[[:space:]]*BONDING_MASTER' ifcfg-lo
>++ read line
>++ '[' yes == _not_empty_ ']'
>++ test '' == yes
>++ read VARIABLE VALUE TYPE
>++ eval ETHERDEVICE=
>ETHERDEVICE=
>+++ ETHERDEVICE=
>++ get_variable ETHERDEVICE lo
>++ local line
>grep "^[[:space:]]*$1" ifcfg-$2 2>/dev/null
>+++ grep '^[[:space:]]*ETHERDEVICE' ifcfg-lo
>++ read line
>++ '[' _not_empty_ == _not_empty_ ']'
>++ test -n ''
>++ read VARIABLE VALUE TYPE
>++ eval BRIDGE=
>BRIDGE=
>+++ BRIDGE=
>++ get_variable BRIDGE lo
>++ local line
>grep "^[[:space:]]*$1" ifcfg-$2 2>/dev/null
>+++ grep '^[[:space:]]*BRIDGE' ifcfg-lo
>++ read line
>++ '[' yes == _not_empty_ ']'
>++ test '' == yes
>++ read VARIABLE VALUE TYPE
>++ eval TUNNEL=
>TUNNEL=
>+++ TUNNEL=
>++ get_variable TUNNEL lo
>++ local line
>grep "^[[:space:]]*$1" ifcfg-$2 2>/dev/null
>+++ grep '^[[:space:]]*TUNNEL' ifcfg-lo
>++ read line
>++ '[' sit == _not_empty_ ']'
>++ test '' == sit
>++ read VARIABLE VALUE TYPE
>++ eval TUNNEL=
>TUNNEL=
>+++ TUNNEL=
>++ get_variable TUNNEL lo
>++ local line
>grep "^[[:space:]]*$1" ifcfg-$2 2>/dev/null
>+++ grep '^[[:space:]]*TUNNEL' ifcfg-lo
>++ read line
>++ '[' gre == _not_empty_ ']'
>++ test '' == gre
>++ read VARIABLE VALUE TYPE
>++ eval TUNNEL=
>TUNNEL=
>+++ TUNNEL=
>++ get_variable TUNNEL lo
>++ local line
>grep "^[[:space:]]*$1" ifcfg-$2 2>/dev/null
>+++ grep '^[[:space:]]*TUNNEL' ifcfg-lo
>++ read line
>++ '[' ipip == _not_empty_ ']'
>++ test '' == ipip
>++ read VARIABLE VALUE TYPE
>++ eval PPPMODE=
>PPPMODE=
>+++ PPPMODE=
>++ get_variable PPPMODE lo
>++ local line
>grep "^[[:space:]]*$1" ifcfg-$2 2>/dev/null
>+++ grep '^[[:space:]]*PPPMODE' ifcfg-lo
>++ read line
>++ '[' pppoe == _not_empty_ ']'
>++ test '' == pppoe
>++ read VARIABLE VALUE TYPE
>++ eval PPPMODE=
>PPPMODE=
>+++ PPPMODE=
>++ get_variable PPPMODE lo
>++ local line
>grep "^[[:space:]]*$1" ifcfg-$2 2>/dev/null
>+++ grep '^[[:space:]]*PPPMODE' ifcfg-lo
>++ read line
>++ '[' pppoatm == _not_empty_ ']'
>++ test '' == pppoatm
>++ read VARIABLE VALUE TYPE
>++ eval PPPMODE=
>PPPMODE=
>+++ PPPMODE=
>++ get_variable PPPMODE lo
>++ local line
>grep "^[[:space:]]*$1" ifcfg-$2 2>/dev/null
>+++ grep '^[[:space:]]*PPPMODE' ifcfg-lo
>++ read line
>++ '[' capi-adsl == _not_empty_ ']'
>++ test '' == capi-adsl
>++ read VARIABLE VALUE TYPE
>++ eval PPPMODE=
>PPPMODE=
>+++ PPPMODE=
>++ get_variable PPPMODE lo
>++ local line
>grep "^[[:space:]]*$1" ifcfg-$2 2>/dev/null
>+++ grep '^[[:space:]]*PPPMODE' ifcfg-lo
>++ read line
>++ '[' pptp == _not_empty_ ']'
>++ test '' == pptp
>++ read VARIABLE VALUE TYPE
>++ eval MODEM_DEVICE=
>MODEM_DEVICE=
>+++ MODEM_DEVICE=
>++ get_variable MODEM_DEVICE lo
>++ local line
>grep "^[[:space:]]*$1" ifcfg-$2 2>/dev/null
>+++ grep '^[[:space:]]*MODEM_DEVICE' ifcfg-lo
>++ read line
>++ '[' _not_empty_ == _not_empty_ ']'
>++ test -n ''
>++ read VARIABLE VALUE TYPE
>++ eval ENCAP=
>ENCAP=
>+++ ENCAP=
>++ get_variable ENCAP lo
>++ local line
>grep "^[[:space:]]*$1" ifcfg-$2 2>/dev/null
>+++ grep '^[[:space:]]*ENCAP' ifcfg-lo
>++ read line
>++ '[' syncppp == _not_empty_ ']'
>++ test '' == syncppp
>++ read VARIABLE VALUE TYPE
>++ eval ENCAP=
>ENCAP=
>+++ ENCAP=
>++ get_variable ENCAP lo
>++ local line
>grep "^[[:space:]]*$1" ifcfg-$2 2>/dev/null
>+++ grep '^[[:space:]]*ENCAP' ifcfg-lo
>++ read line
>++ '[' rawip == _not_empty_ ']'
>++ test '' == rawip
>++ read VARIABLE VALUE TYPE
>++ test -n ''
>++ '[' -z '' ']'
>++ case $IF in
>++ TYPE=lo
>++ test -n lo
>++ echo lo
>+ continue
>+ IFS=-
>+ read a b
>
># 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
>#	test -d /sys/class/net/$a || echo "Directory /sys/class/net/$a dont exists"
>#	sleep 3s
>	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
>					case "`cat $STAMPFILE`" in
>						virgin|looping) continue ;;
>					esac
>				else
>					echo unknown > $STAMPFILE
>					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"
>echo "PHYSICAL_IFACES:" $PHYSICAL_IFACES
>sleep 2s
>done
>type_filter `ls -A /sys/class/net/`
>ls -A /sys/class/net/
>+++ ls -A /sys/class/net/
>++ type_filter eth0 eth1 lo
>++ echo eth0 eth1 lo
>+ for a in '$(type_filter `ls -A /sys/class/net/`)'
>+ test -d /sys/class/net/eth0
>+ case "`get_iface_type $a`" in
>get_iface_type $a
>++ get_iface_type eth0
>++ local IF=eth0 TYPE
>++ test -n eth0
>++ test -d /sys/class/net/eth0
>++ case "`cat /sys/class/net/$IF/type`" in
>cat /sys/class/net/$IF/type
>+++ cat /sys/class/net/eth0/type
>++ TYPE=eth
>++ test -d /sys/class/net/eth0/wireless
>++ test -d /sys/class/net/eth0/bridge
>++ test -f /proc/net/vlan/eth0
>++ test -d /sys/class/net/eth0/bonding
>++ case $IF in
>++ test -n eth
>++ echo eth
>++ return 0
>cat /sys/class/net/$a/ifindex
>++ cat /sys/class/net/eth0/ifindex
>+ STAMPFILE=/dev/shm/sysconfig/new-stamp-2
>+ '[' onboot == onboot -a stop == start ']'
>+ case $a in
>+ PHYSICAL_IFACES=' eth0'
>+ echo PHYSICAL_IFACES: eth0
>PHYSICAL_IFACES: eth0
>+ sleep 2s
>+ for a in '$(type_filter `ls -A /sys/class/net/`)'
>+ test -d /sys/class/net/eth1
>+ case "`get_iface_type $a`" in
>get_iface_type $a
>++ get_iface_type eth1
>++ local IF=eth1 TYPE
>++ test -n eth1
>++ test -d /sys/class/net/eth1
>++ case "`cat /sys/class/net/$IF/type`" in
>cat /sys/class/net/$IF/type
>+++ cat /sys/class/net/eth1/type
>++ TYPE=eth
>++ test -d /sys/class/net/eth1/wireless
>++ test -d /sys/class/net/eth1/bridge
>++ test -f /proc/net/vlan/eth1
>++ test -d /sys/class/net/eth1/bonding
>++ case $IF in
>++ test -n eth
>++ echo eth
>++ return 0
>cat /sys/class/net/$a/ifindex
>++ cat /sys/class/net/eth1/ifindex
>+ STAMPFILE=/dev/shm/sysconfig/new-stamp-3
>+ '[' onboot == onboot -a stop == start ']'
>+ case $a in
>+ PHYSICAL_IFACES=' eth0 eth1'
>+ echo PHYSICAL_IFACES: eth0 eth1
>PHYSICAL_IFACES: eth0 eth1
>+ sleep 2s
>+ for a in '$(type_filter `ls -A /sys/class/net/`)'
>+ test -d /sys/class/net/lo
>+ case "`get_iface_type $a`" in
>get_iface_type $a
>++ get_iface_type lo
>++ local IF=lo TYPE
>++ test -n lo
>++ test -d /sys/class/net/lo
>++ case "`cat /sys/class/net/$IF/type`" in
>cat /sys/class/net/$IF/type
>+++ cat /sys/class/net/lo/type
>++ TYPE=lo
>++ case $IF in
>++ test -n lo
>++ echo lo
>++ return 0
>+ continue
>AVAILABLE_IFACES="$NOT_PHYSICAL_IFACES $PHYSICAL_IFACES"
>+ AVAILABLE_IFACES='  eth0 eth1'
>
>
># 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
>		test -z "$b" && continue
>		case $b in
>			*~|*rpmnew|*rpmsave|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 $b"
>	done < <(ls -d /etc/sysconfig/network/ifcfg-*)
>	if [    -n "$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
>+ '[' -z '' ']'
>ls -d /etc/sysconfig/network/ifcfg-*
>++ ls -d /etc/sysconfig/network/ifcfg-eth0 /etc/sysconfig/network/ifcfg-eth1 /etc/sysconfig/network/ifcfg-lo
>+ IFS=-
>+ read a b
>+ test -z eth0
>+ case $b in
>+ case "`get_startmode $b`" in
>get_startmode $b
>++ get_startmode eth0
>++ local STARTMODE
>++ get_variable STARTMODE eth0
>++ local line
>grep "^[[:space:]]*$1" ifcfg-$2 2>/dev/null
>+++ grep '^[[:space:]]*STARTMODE' ifcfg-eth0
>++ read line
>++ eval 'STARTMODE='\''auto'\'''
>STARTMODE='auto'
>+++ STARTMODE=auto
>++ read line
>++ echo auto
>+ :
>+ MANDATORY_DEVICES=' eth0'
>+ IFS=-
>+ read a b
>+ test -z eth1
>+ case $b in
>+ case "`get_startmode $b`" in
>get_startmode $b
>++ get_startmode eth1
>++ local STARTMODE
>++ get_variable STARTMODE eth1
>++ local line
>grep "^[[:space:]]*$1" ifcfg-$2 2>/dev/null
>+++ grep '^[[:space:]]*STARTMODE' ifcfg-eth1
>++ read line
>++ eval 'STARTMODE='\''auto'\'''
>STARTMODE='auto'
>+++ STARTMODE=auto
>++ read line
>++ echo auto
>+ :
>+ MANDATORY_DEVICES=' eth0 eth1'
>+ IFS=-
>+ read a b
>+ test -z lo
>+ case $b in
>+ continue
>+ IFS=-
>+ read a b
>+ '[' -n ' eth0 eth1' -a onboot '!=' onboot -a stop = start ']'
>MANDATORY_DEVICES="$MANDATORY_DEVICES __NSC__ $MANDATORY_SLAVES"
>+ MANDATORY_DEVICES=' eth0 eth1 __NSC__ '
># Check for mandatory devices only when booting
>test "$MODE" = onboot || MANDATORY_DEVICES=""
>+ test onboot = onboot
>
>debug "CONFIG            = $CONFIG"
>+ debug 'CONFIG            = '
>+ test -n 'CONFIG            = '
>+ info_mesg 'CONFIG            = '
>+ :
>+ test no == yes
>debug "INTERFACE         = $INTERFACE"
>+ debug 'INTERFACE         = '
>+ test -n 'INTERFACE         = '
>+ info_mesg 'INTERFACE         = '
>+ :
>+ test no == yes
>debug "AVAILABLE_IFACES  = $AVAILABLE_IFACES"
>+ debug 'AVAILABLE_IFACES  =   eth0 eth1'
>+ test -n 'AVAILABLE_IFACES  =   eth0 eth1'
>+ info_mesg 'AVAILABLE_IFACES  =   eth0 eth1'
>+ :
>+ test no == yes
>debug "PHYSICAL_IFACES   = $PHYSICAL_IFACES"
>+ debug 'PHYSICAL_IFACES   =  eth0 eth1'
>+ test -n 'PHYSICAL_IFACES   =  eth0 eth1'
>+ info_mesg 'PHYSICAL_IFACES   =  eth0 eth1'
>+ :
>+ test no == yes
>debug "BONDING_IFACES    = $BONDING_IFACES"
>+ debug 'BONDING_IFACES    = '
>+ test -n 'BONDING_IFACES    = '
>+ info_mesg 'BONDING_IFACES    = '
>+ :
>+ test no == yes
>debug "VLAN_IFACES       = $VLAN_IFACES"
>+ debug 'VLAN_IFACES       = '
>+ test -n 'VLAN_IFACES       = '
>+ info_mesg 'VLAN_IFACES       = '
>+ :
>+ test no == yes
>debug "DIALUP_IFACES     = $DIALUP_IFACES"
>+ debug 'DIALUP_IFACES     = '
>+ test -n 'DIALUP_IFACES     = '
>+ info_mesg 'DIALUP_IFACES     = '
>+ :
>+ test no == yes
>debug "TUNNEL_IFACES     = $TUNNEL_IFACES"
>+ debug 'TUNNEL_IFACES     = '
>+ test -n 'TUNNEL_IFACES     = '
>+ info_mesg 'TUNNEL_IFACES     = '
>+ :
>+ test no == yes
>debug "BRIDGE_IFACES     = $BRIDGE_IFACES"
>+ debug 'BRIDGE_IFACES     = '
>+ test -n 'BRIDGE_IFACES     = '
>+ info_mesg 'BRIDGE_IFACES     = '
>+ :
>+ test no == yes
>debug "SLAVE_IFACES      = $SLAVE_IFACES"
>+ debug 'SLAVE_IFACES      = '
>+ test -n 'SLAVE_IFACES      = '
>+ info_mesg 'SLAVE_IFACES      = '
>+ :
>+ test no == yes
>debug "MANDATORY_DEVICES = $MANDATORY_DEVICES"
>+ debug 'MANDATORY_DEVICES =  eth0 eth1 __NSC__ '
>+ test -n 'MANDATORY_DEVICES =  eth0 eth1 __NSC__ '
>+ info_mesg 'MANDATORY_DEVICES =  eth0 eth1 __NSC__ '
>+ :
>+ test no == yes
>debug "SKIP              = $SKIP"
>+ debug 'SKIP              = '
>+ test -n 'SKIP              = '
>+ info_mesg 'SKIP              = '
>+ :
>+ test no == yes
>
>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 "$R" = 0 && return 3
>	return 0
>}
>
>rc_reset
>+ rc_reset
>+ _rc_status=0
>+ _rc_status_all=0
>+ rc_check
>+ _rc_status_ret=0
>+ test 0 -eq 0
>+ test 0 -eq 0
>+ return
>+ return 0
>declare -i FAILED=0
>+ declare -i FAILED=0
>if [ "$NETWORKMANAGER" == yes -a ${NM_STATUS:-0} -ne 0 ] ; then
>	FAILED=1
>fi
>+ '[' no == yes -a 0 -ne 0 ']'
>
>case "$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
>				$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 $BONDING_IFACES $PHYSICAL_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 $NETWORK_RUNFILE ] ; then
>			rc_failed 3 # unused
>		fi
>
>		echo -n "Checking service network .  .  .  .  .  .  .  .  .  .  .  .  .  .  .  .  ."
>		rc_status -v
>
>		;;
>
>esac
>+ case "$ACTION" in
>+ echo Shutting down network interfaces:
>Shutting down network interfaces:
>+ '[' -z '' ']'
>+ ifdown-route noiface -o rc onboot
>+ DONE_IFACES=
>+ for IFACE in '${INTERFACE:-$BRIDGE_IFACES $TUNNEL_IFACES $DIALUP_IFACES $VLAN_IFACES $BONDING_IFACES $PHYSICAL_IFACES $AVAILABLE_IFACES}'
>+ test -d /sys/class/net/eth0
>+ ifdown eth0 -o rc onboot
>    eth0      device: Realtek Semiconductor Co., Ltd. RTL-8139/8139C/8139C+ (rev 10)
>+ RET=0
>+ debug
>+ test -n ''
>+ test no == yes
>+ rc_failed 0
>+ rc_reset
>+ _rc_status=0
>+ _rc_status_all=0
>+ rc_check
>+ _rc_status_ret=0
>+ test 0 -eq 0
>+ test 0 -eq 0
>+ return
>+ return 0
>+ case "$1" in
>+ _rc_status=0
>+ rc_check
>+ _rc_status_ret=0
>+ test 0 -eq 0
>+ test 0 -eq 0
>+ return
>+ return 0
>+ case "$RET" in
>+ rc_status -v1
>+ rc_check
>+ _rc_status_ret=0
>+ test 0 -eq 0
>+ test 0 -eq 0
>+ return
>+ test 0 -gt 7
>+ _rc_status_ret=0
>+ case "$_rc_todo" in
>+ test 0 -eq 7
>+ local i
>+ for i in '"$@"'
>+ case "$i" in
>+ local vrt=
>+ local out=1
>+ local opt=en
>+ test -n 1
>+ vrt='[1A'
>+ case "$_rc_status" in
>+ vrt='[1A
[100C[10D[1;32mdone[m'
>+ echo -en '7[?25l[1A
[100C[10D[1;32mdone[m8[?25h'
>7[?25l[1A
[100C[10D[1;32mdone[m8[?25h+ _rc_status=0
>+ return 0
>+ DONE_IFACES=' eth0'
>+ rc_reset
>+ _rc_status=0
>+ _rc_status_all=0
>+ rc_check
>+ _rc_status_ret=0
>+ test 0 -eq 0
>+ test 0 -eq 0
>+ return
>+ return 0
>+ for IFACE in '${INTERFACE:-$BRIDGE_IFACES $TUNNEL_IFACES $DIALUP_IFACES $VLAN_IFACES $BONDING_IFACES $PHYSICAL_IFACES $AVAILABLE_IFACES}'
>+ test -d /sys/class/net/eth1
>+ for I in '$DONE_IFACES'
>+ test xeth0 = xeth1
>+ ifdown eth1 -o rc onboot
>    eth1      device: Realtek Semiconductor Co., Ltd. RTL-8110SC/8169SC Gigabit Ethernet (rev 10)
>+ RET=0
>+ debug
>+ test -n ''
>+ test no == yes
>+ rc_failed 0
>+ rc_reset
>+ _rc_status=0
>+ _rc_status_all=0
>+ rc_check
>+ _rc_status_ret=0
>+ test 0 -eq 0
>+ test 0 -eq 0
>+ return
>+ return 0
>+ case "$1" in
>+ _rc_status=0
>+ rc_check
>+ _rc_status_ret=0
>+ test 0 -eq 0
>+ test 0 -eq 0
>+ return
>+ return 0
>+ case "$RET" in
>+ rc_status -v1
>+ rc_check
>+ _rc_status_ret=0
>+ test 0 -eq 0
>+ test 0 -eq 0
>+ return
>+ test 0 -gt 7
>+ _rc_status_ret=0
>+ case "$_rc_todo" in
>+ test 0 -eq 7
>+ local i
>+ for i in '"$@"'
>+ case "$i" in
>+ local vrt=
>+ local out=1
>+ local opt=en
>+ test -n 1
>+ vrt='[1A'
>+ case "$_rc_status" in
>+ vrt='[1A
[100C[10D[1;32mdone[m'
>+ echo -en '7[?25l[1A
[100C[10D[1;32mdone[m8[?25h'
>7[?25l[1A
[100C[10D[1;32mdone[m8[?25h+ _rc_status=0
>+ return 0
>+ DONE_IFACES=' eth0 eth1'
>+ rc_reset
>+ _rc_status=0
>+ _rc_status_all=0
>+ rc_check
>+ _rc_status_ret=0
>+ test 0 -eq 0
>+ test 0 -eq 0
>+ return
>+ return 0
>+ for IFACE in '${INTERFACE:-$BRIDGE_IFACES $TUNNEL_IFACES $DIALUP_IFACES $VLAN_IFACES $BONDING_IFACES $PHYSICAL_IFACES $AVAILABLE_IFACES}'
>+ test -d /sys/class/net/eth0
>+ for I in '$DONE_IFACES'
>+ test xeth0 = xeth0
>+ continue 2
>+ for IFACE in '${INTERFACE:-$BRIDGE_IFACES $TUNNEL_IFACES $DIALUP_IFACES $VLAN_IFACES $BONDING_IFACES $PHYSICAL_IFACES $AVAILABLE_IFACES}'
>+ test -d /sys/class/net/eth1
>+ for I in '$DONE_IFACES'
>+ test xeth0 = xeth1
>+ for I in '$DONE_IFACES'
>+ test xeth1 = xeth1
>+ continue 2
>+ '[' -z '' -a -z '' ']'
>+ ifdown-dhcp all -o rc
>+ rc_status
>+ rc_check
>+ _rc_status_ret=0
>+ test 0 -eq 0
>+ test 0 -eq 0
>+ return
>+ test 0 -gt 7
>+ _rc_status_ret=0
>+ case "$_rc_todo" in
>+ test 0 -eq 7
>+ local i
>+ return 0
>+ rm -f /dev/shm/sysconfig/if-lo
>+ rm -f /dev/shm/sysconfig/config-eth0 /dev/shm/sysconfig/config-eth1 /dev/shm/sysconfig/config-lo
>+ rm -f /dev/shm/sysconfig/network
>+ echo -n 'Shutting down service network  .  .  .  .  .  .  .  .  .  .  .  .  .  .  .'
>Shutting down service network  .  .  .  .  .  .  .  .  .  .  .  .  .  .  .+ rc_status -v
>+ rc_check
>+ _rc_status_ret=0
>+ test 0 -eq 0
>+ test 0 -eq 0
>+ return
>+ test 0 -gt 7
>+ _rc_status_ret=0
>+ case "$_rc_todo" in
>+ test 0 -eq 7
>+ local i
>+ for i in '"$@"'
>+ case "$i" in
>+ local vrt=
>+ local out=1
>+ local opt=en
>+ test -n ''
>+ opt=e
>+ case "$_rc_status" in
>+ vrt='
[100C[10D[1;32mdone[m'
>+ echo -e '7[?25l
[100C[10D[1;32mdone[m8[?25h'
>7[?25l
[100C[10D[1;32mdone[m8[?25h
>+ _rc_status=0
>+ return 0
>
>rc_exit
>+ rc_exit
>+ exit 0
>
>cd /etc/sysconfig/network
>+ cd /etc/sysconfig/network
>test -f ./config && . ./config
>+ test -f ./config
>+ . ./config
>## Path:	Network/General
>## Description:	Set some general network configuration
>## Type:	string("","-","+")
>## Default:	"+"
>## ServiceRestart: network
>#
># DEFAULT_BROADCAST is used when no individual BROADCAST is set. It can get one
># of the following values:
># ""  : don't set a broadcast address
># "-" : use IPADDR with all host bits deleted
># "+" : use IPADDR with all host bits set
>DEFAULT_BROADCAST="+"
>++ DEFAULT_BROADCAST=+
>
>## Type:	yesno
>## Default:	yes
># sometimes we want some script to be executed after an interface has been
># brought up, or before an interface is taken down. 
># default dir is /etc/sysconfig/network/if-up.d for POST_UP and
># /etc/sysconfig/network/if-down.d for PRE_DOWN
># Note: if you use NetworkManager then down scripts will be called after the
># interface is down and not before.
>GLOBAL_POST_UP_EXEC="yes"
>++ GLOBAL_POST_UP_EXEC=yes
>GLOBAL_PRE_DOWN_EXEC="yes"
>++ GLOBAL_PRE_DOWN_EXEC=yes
>
>## Type:        yesno
>## Default:     no
># If ifup should check if an ip address is already in use, set this to yes.
># Make sure that packet sockets (CONFIG_PACKET) are supported in the kernel,
># since this feature uses arping, which depends on that.
># Also be aware that this takes one second per interface; consider that when
># setting up a lot of interfaces. 
>CHECK_DUPLICATE_IP="no"
>++ CHECK_DUPLICATE_IP=no
>
>## Type:        yesno
>## Default:     no
># Switch on/off debug messages for all network configuration stuff. If set to no
># most scripts can enable it locally with "-o debug".
>DEBUG="no"
>++ DEBUG=no
>
>## Type:        yesno
>## Default:     yes
># All error and info messages from network and hardware configuration scripts go
># to stderr. Most tools that call sysconfig scripts (udev, rcnetwork, scpm,
># YaST) catch these messages and can log them. So some messages appear twice in
># syslog. If you don't like that, then set USE_SYSLOG=no.
>USE_SYSLOG="yes"
>++ USE_SYSLOG=yes
>
>## Type:        yesno
>## Default:     yes
># There are some services (ppp, ippp, dhcp-client, pcmcia, hotplug) that have to
># change the /etc/resolv.conf dynamically at certain times.  E.g. if ppp/ippp
># establishes a connection and is supplied by the peer with a list of
># nameservers. Or pcmcia needs to set the correct nameserver for the choosen
># configuration scheme. If you don't like these services to change
># /etc/resolv.conf at all, then set this variable to "no".
># If unsure, leave it at the default (which is "yes").
>#
>MODIFY_RESOLV_CONF_DYNAMICALLY="yes"
>++ MODIFY_RESOLV_CONF_DYNAMICALLY=yes
>
>## Type:        yesno
>## Default:     no
># Like MODIFY_RESOLV_CONF_DYNAMICALLY, except it modifies
># /etc/named.d/forwarders.conf instead of resolv.conf.
># If unsure, leave it at the default (which is "no").
>#
>MODIFY_NAMED_CONF_DYNAMICALLY="no"
>++ MODIFY_NAMED_CONF_DYNAMICALLY=no
>
>## Type:        string
>## Default:     ""
># If you need a special nameserver that should always be prepended to the list
># of dynamically changed nameservers, you may add it here.
>#
>MODIFY_RESOLV_CONF_STATIC_DNS=""
>++ MODIFY_RESOLV_CONF_STATIC_DNS=
>
># Handling of network connections
># ^^^^^^^^^^^^^^^^^^^^^^^^^^^^^^^
># These features are designed for the convenience of the experienced
># user. If you encounter problems you don't understand then switch
># them off. That is the default.
># Please do not complain if you get troubles. But if you want help to
># make them smarter write to <http://www.suse.de/feedback>.
>
>## Type:	yesno
>## Default:	no
>#
># If you are interested in the connections and nfs mounts that use a
># network interface, you can set CONNECTION_SHOW_WHEN_IFSTATUS="yes".
># Then you will see them with 'ifstatus <interface>' (or 'ifstatus
># <config>')
># This one _should_ never harm ;)
>#
>CONNECTION_SHOW_WHEN_IFSTATUS="no"
>++ CONNECTION_SHOW_WHEN_IFSTATUS=no
>
>## Type:	yesno
>## Default:	no
>#
># If an interface should be set down only if there are no active
># connections, then use CONNECTION_CHECK_BEFORE_IFDOWN="yes"
>#
>CONNECTION_CHECK_BEFORE_IFDOWN="no"
>++ CONNECTION_CHECK_BEFORE_IFDOWN=no
>
>## Type:	yesno
>## Default:	no
>#
># If these connetions (without the nfs mounts) should be closed when
># shutting down an interface, set CONNECTION_CLOSE_BEFORE_IFDOWN="yes".
># WARNING: Be aware that this may terminate applications which need
># one of these connections!
>#
>CONNECTION_CLOSE_BEFORE_IFDOWN="no"
>++ CONNECTION_CLOSE_BEFORE_IFDOWN=no
>
>## Type:	yesno
>## Default:	no
>#
># If you are a mobile laptop user and like even nfs mounts to be
># closed when you leave your current workplace, then set
># CONNECTION_UMOUNT_NFS_BEFORE_IFDOWN="yes". This does only work
># if CONNECTION_CLOSE_BEFORE_IFDOWN="yes", too.
># WARNING: Be aware that this may terminate applications which use
># these nfs mounts as working directory. Be very carefull if your home
># is mounted via nfs!!!
># WARNING: This may even lead to hanging ifdown processes if there are
># processes that could not be terminated. If you are using
># hotpluggable devices (pcmcia, usb, firewire), first shut them down
># before unplugging!
>#
>CONNECTION_UMOUNT_NFS_BEFORE_IFDOWN="no"
>++ CONNECTION_UMOUNT_NFS_BEFORE_IFDOWN=no
>
>## Type:	yesno
>## Default:	no
>#
># If terminating processes that use a connection or nfs mount is not
># enough, then they can be killed after an unsuccesfull termination.
># If you want that set CONNECTION_SEND_KILL_SIGNAL="yes"
>#
>CONNECTION_SEND_KILL_SIGNAL="no"
>++ CONNECTION_SEND_KILL_SIGNAL=no
>
>## Type:        string
>## Default:     ""
>#
># Here you may specify which interfaces have to be up and configured properly
># after 'rcnetwork start'. rcconfig will return 'failed' if any of these
># interfaces is not up. You may use interface names as well but better use
># hardware descriptions of the devices (eth-id-<macaddress> or eth-bus-...  See
># man ifup for 'hardware description'). The network start script will wait for
># these interfaces, but not longer as set in WAIT_FOR_INTERFACES.
># You need not to add dialup or tunnel interfaces here, only physical devices.
># The interface 'lo' is always considered to be mandatory and can be omitted.
>#
># If this variable is empty, rcnetwork tries to derive the list of mandatory
># devices automatically from the list of existing configurations. Configurations
># with names bus-pcmcia or bus-usb or with STARTMODE=hotplug are skipped. (try
># '/etc/init.d/rc5.d/S*network start -o debug fake | grep MANDAT')
>MANDATORY_DEVICES=""
>++ MANDATORY_DEVICES=
>
>## Type:	integer
>## Default:	20
>#
># Some interfaces need some time to come up or come asynchronously via hotplug.
># WAIT_FOR_INTERFACES is a global wait for all mandatory interfaces in
># seconds. If empty no wait occurs.
>#
>WAIT_FOR_INTERFACES="20"
>++ WAIT_FOR_INTERFACES=20
>
>## Type:	yesno
>## Default:	yes
>#
># With this variable you can determine if the SuSEfirewall when enabled
># should get started when network interfaces are started.
>FIREWALL="yes"
>++ FIREWALL=yes
>
>## Type:        string
>## Default:     "eth*[0-9]|tr*[0-9]|wlan[0-9]|ath[0-9]"
>#
># Automatically add a linklocal route to the matching interfaces.
># This string is used in a bash "case" statement, so it may contain
># '*', '[', ']'  and '|' meta-characters.
>#
>LINKLOCAL_INTERFACES="eth*[0-9]|tr*[0-9]|wlan[0-9]|ath[0-9]"
>++ LINKLOCAL_INTERFACES='eth*[0-9]|tr*[0-9]|wlan[0-9]|ath[0-9]'
>
>## Type:        string
>## Default:     "-f -I"
>#
># Set default options for ifplugd. You may also set them in an ifcfg-* file
># individually. Have a look at 'man ifplug' for details. We let ifplugd set the
># interface UP when starting, because there are many interfaces where link beat
># cannot be detected otherwise. If you want the interface to stay down then add
># the option '-a'. If you like ifplugd to beep on cable (un)plug, remove '-b'.
>#
>IFPLUGD_OPTIONS="-f -I -b"
>++ IFPLUGD_OPTIONS='-f -I -b'
>
>## Type:        yesno
>## Default:     no
>#
># Instead of the usual network setup (now called 'NetControl') you may also use
># 'NetworkManager' to control your interfaces.
>#
># NetControl is what you were used to in SUSE Linux up to now. It has a wide
># range of configurations means for setting up any number of different virtual
># and real interfaces. It should be used if you:
># - want a static network setup
># - have many interfaces
># - need VLAN, bonding, bridging, multiple IP addresses
># - must restrict network control to root
># It may also switch interfaces automatically, but lacks a usable GUI for normal
># users.
>#
># NetworkManager lets the user control interfaces and switches automatically if
># network interfaces lose/gain physical connection. It should be used if you:
># - move between networks frequently
># - want a GUI for network control
># Especially on mobile computers that use mainly one wired and one wireless
># interface NetworkManager will please you.
>#
># If you are used to SCPM then you might probably stay with NetControl. But at
># least try NetworkManager, because it can replace SCPM in some usage scenarios.
># 
>NETWORKMANAGER="no"
>++ NETWORKMANAGER=no
>
>## Type:	int
>## Default:	0
>#
># When using NetworkManager you may define a timeout to wait for NetworkManager
># to connect.  Other network services may require the system to have a valid
># network setup in order to succeed.
># 
># This variable has no effect if NETWORKMANAGER=no
>#
>NM_ONLINE_TIMEOUT="0"
>++ NM_ONLINE_TIMEOUT=0
> 
>## Type:        yesno
>## Default:     yes
>#
># When using NetworkManager you may want to trigger special actions when an
># interface comes up. NetworkManagerDispatcher is a daemon that listens to
># dbus-messages that tell that an interface is up/down and triggers whatever
># you like. Read more about it in the manpage to NetworkManagerDispatcher.
>#
># This variable has no effect if NETWORKMANAGER=no
>#
>NM_DISPATCHER="yes"
>++ NM_DISPATCHER=yes
>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/functions
>
># . scripts/extradebug
>
># Only use ifup option 'onboot' if booting or changing runlevel
># Therefore we check if we were called from init
>if [ -n "$INIT_VERSION" ] ; then
>	MODE=onboot
>fi
>+ '[' -n sysvinit-2.86 ']'
>+ MODE=onboot
>
>######################################################################
># Commandline parsing
>#
>SCRIPTNAME=${0##*/}
>+ SCRIPTNAME=network
>debug $*
>+ debug start
>+ test -n start
>+ info_mesg start
>+ :
>+ test no == yes
>ACTION=$1
>+ ACTION=start
>shift
>+ shift
>if [ "$1" != "-o" ] ; then INTERFACE=$1; shift; fi
>+ '[' '' '!=' -o ']'
>+ INTERFACE=
>+ shift
>if [ -n "$1" -a "$1" != "-o" ] ; then CONFIG=$INTERFACE; INTERFACE=$1; shift; fi
>+ '[' -n '' -a '' '!=' -o ']'
>test "$1" = "-o" && shift
>+ test '' = -o
>OPTIONS=$@
>+ 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
>+ '[' 0 -gt 0 ']'
># 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
>+ test -f scripts/functions.common
>+ . scripts/functions.common
>#!/bin/bash
>
># Network interface configuration
>#
># Copyright (c) 2002-2003 SuSE Linux AG Nuernberg, Germany.
># All rights reserved.
>#
># 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
>#
># Authors: Michal Svec <msvec@suse.cz>
>#          Mads Martin Joergensen <mmj@suse.de>
>#
># $Id: functions.common 1547 2007-04-26 13:06:15Z zoz $
>#
>
># RUN_FILES_BASE contains the path to the configuration data cache.
># It __must__ __not__ contain a trailing slash.
>RUN_FILES_BASE=/dev/shm/sysconfig
>++ RUN_FILES_BASE=/dev/shm/sysconfig
>test -d $RUN_FILES_BASE || mkdir -p $RUN_FILES_BASE
>++ test -d /dev/shm/sysconfig
>
>#####################################################################
># Returnvalues
>#
># I don't know currently, if all this returnvalues are necessary. Probably some
># of them will be removed. The values 0-7 should be very similar to the LSB
># return values for init scripts
>R_SUCCESS=0        # interface has been set up
>++ R_SUCCESS=0
>R_ERROR=1          # any unspecified error
>++ R_ERROR=1
>R_USAGE=2          # wrong usage
>++ R_USAGE=2
>R_NOTIMPL=3        # feature not implemented
>++ R_NOTIMPL=3
>R_NOTALLOWED=4     # insufficient privilege
>++ R_NOTALLOWED=4
>
>R_NODEV=7          # the given interface does not exist
>++ R_NODEV=7
>R_NOTCONFIGURED=5  # the bootmode does not match the current mode
>++ R_NOTCONFIGURED=5
>R_INACTIVE=5       # the interface is not up and it should not
>++ R_INACTIVE=5
>R_NOTRUNNING=7     # the interface is not up but it should be up
>++ R_NOTRUNNING=7
>
>R_NOCONFIG=9       # we could not find a matching configuration file
>++ R_NOCONFIG=9
>R_BUSY=10          # the interface is busy and should not be shut down.
>++ R_BUSY=10
>                   # It will be used for 'ifstatus ... -o stop' or ifdown ... -o
>                   # check' or whatever we use for the check if a interface can
>                   # be shut down savely.
>R_LOCKED=11        # ifup/down is currently running on this hwdesc
>++ R_LOCKED=11
>R_DHCP_BG=12       # dhcp client is running in bg, but no address up to now
>++ R_DHCP_BG=12
>                   # or setting up firewall is still in progress
>R_INTERNAL=$R_ERROR      # internal error, e.g. no config or missing scripts
>++ R_INTERNAL=1
>R_NOT_UP2DATE=13   # returned from ifprobe if configuration has changed
>++ R_NOT_UP2DATE=13
>R_PROPERTY_NOT_SET=14    # some property of the iface could not be set.
>++ R_PROPERTY_NOT_SET=14
>R_NO_IFPLUGD=15    # ifplugd is not running despite configured
>++ R_NO_IFPLUGD=15
>
>export PATH=/sbin:/usr/sbin:/bin:/usr/bin:/etc/sysconfig/network/scripts
>++ export PATH=/sbin:/usr/sbin:/bin:/usr/bin:/etc/sysconfig/network/scripts
>++ PATH=/sbin:/usr/sbin:/bin:/usr/bin:/etc/sysconfig/network/scripts
>
>LOGGER=/bin/logger
>++ LOGGER=/bin/logger
>
>be_quiet_has_gone() {
>	mesg "Option 'quiet' has gone. Redirect output instead"
>}
>
>logerror () {
>	err_mesg "$*"
>}
>
>message () {
>	mesg "$*"
>}
>
>message_n () {
>	mesg_n "$*"
>}
>
>debug () {
>	test -n "$*" && info_mesg "$*"
>	test "$DEBUG" == "yes"
>}
>
>message_if_not_run_from_rc () {
>	if [ "$RUN_FROM_RC" = "yes" ]; then
>		debug "$*"
>	else
>		message "$*"
>	fi
>	return 0
>}
>
>reverse () {
>	local X=$1
>	test -z "$X" && return
>	shift
>	reverse $*
>	echo $X
>}
>
>########################################################################
># output functions
>#
># This defines a set of new output functions. One for each syslog level.
># Currently we use only {err,info,debug}_mesg(), but other level may be added
># easily. These functions should replace the old functions logerror(), message()
># and debug()
>#
># IMPORTANT: Wanted LOG_LEVEL has to be set _before_ this file is sourced.
>
># If your script is called from udev and you did not set DEFAULT_LOG_LEVEL we
># use the udev loglevel. Else an unset LOG_LEVEL will be set to 3 (err).
>LOG_LEVEL=${LOG_LEVEL:-$DEFAULT_LOG_LEVEL}
>++ LOG_LEVEL=3
>LOG_LEVEL=${LOG_LEVEL:-$UDEV_LOG}
>++ LOG_LEVEL=3
>LOG_LEVEL=${LOG_LEVEL:-3}
>++ LOG_LEVEL=3
># Also respect variable DEBUG for backward compliance
>test "$DEBUG" == yes && LOG_LEVEL=7
>++ test no == yes
>SCRIPTNAME=${SCRIPTNAME:-${0##*/}}
>++ SCRIPTNAME=network
>
># DONT_USE_SYSLOG=yes will be set in ifstatus to overwrite USE_SYSLOG. This is
># a workaround for bug 261350.
>test "$DONT_USE_SYSLOG" == yes && USE_SYSLOG=no
>++ test '' == yes
>
>if [ "$USE_SYSLOG" != yes ] ; then
>	mesg() {
>		echo -e "$@" # >&2
>	}
>	mesg_n() {
>		echo -ne "$@" # >&2
>	}
>else
>	mesg() {
>		echo -e "$@" # >&2
>		echo -e "$@" | logger -t "$SCRIPTNAME"
>	}
>	mesg_n() {
>		echo -ne "$@"  # >&2
>		echo -e "$@" | logger -t "$SCRIPTNAME"
>	}
>fi
>++ '[' yes '!=' yes ']'
>
># This loop defines one *_mesg() function per loglevel, which does nothing,
># writes to stderr or writes to syslog and stderr depending of the settings of
># LOG_LEVEL and USE_SYSLOG.
># Currently we define only err_mesg(), info_mesg() and debug_mesg(). If you need
># *_mesg functions for other levels, just add the name (instead of the "#") in
># the right order and set 'nl' to the number of the lowest level you use.
># Syslog levels are: emerg alert crit err warning notice info debug
># See what it does with:
>#    USE_SYSLOG=<yes|no> LOG_LEVEL=<0-7> . functions.common
>#    type err_mesg info_mesg debug_mesg
># nl=0
># for level in emerg "#" crit err warning "#" info debug; do
>nl=3
>++ nl=3
>for level in err "#" "#" info debug; do
>	eval ${level}_mesg \{ :\; \}
>	eval ${level}_mesg_n \{ :\; \}
>	test "$((nl))" -gt "$LOG_LEVEL" && : $((nl++)) && continue
>	if [ "$USE_SYSLOG" != yes ] ; then
>		eval ${level}_mesg \{ echo -e \"\$\@\" 1\>\&2\; \}
>		eval ${level}_mesg_n \{ echo -ne \"\$\@\" 1\>\&2\; \}
>	else
>		eval ${level}_mesg \{ echo -e \"\$\@\" 1\>\&2\; \
>			echo -e \"\$\@\" \
>			\| logger -p $nl -t \"$SCRIPTNAME\" \; \}
>		eval ${level}_mesg_n \{ echo -ne \"\$\@\" 1\>\&2\; \
>			echo -e \"\$\@\" \
>			\| logger -p $nl -t \"$SCRIPTNAME\" \; \}
>	fi
>	: $((nl++))
>done
>++ for level in err '"#"' '"#"' info debug
>++ eval 'err_mesg()' '{' ':;' '}'
>err_mesg() { :; }
>++ eval 'err_mesg_n()' '{' ':;' '}'
>err_mesg_n() { :; }
>++ test 3 -gt 3
>++ '[' yes '!=' yes ']'
>++ eval 'err_mesg()' '{' echo -e '"$@"' '1>&2;' echo -e '"$@"' '|' logger -p 3 -t '"network"' ';' '}'
>err_mesg() { echo -e "$@" 1>&2; echo -e "$@" | logger -p 3 -t "network" ; }
>++ eval 'err_mesg_n()' '{' echo -ne '"$@"' '1>&2;' echo -e '"$@"' '|' logger -p 3 -t '"network"' ';' '}'
>err_mesg_n() { echo -ne "$@" 1>&2; echo -e "$@" | logger -p 3 -t "network" ; }
>++ : 3
>++ for level in err '"#"' '"#"' info debug
>++ eval '#_mesg()' '{' ':;' '}'
>#_mesg() { :; }
>++ eval '#_mesg_n()' '{' ':;' '}'
>#_mesg_n() { :; }
>++ test 4 -gt 3
>++ : 4
>++ continue
>++ for level in err '"#"' '"#"' info debug
>++ eval '#_mesg()' '{' ':;' '}'
>#_mesg() { :; }
>++ eval '#_mesg_n()' '{' ':;' '}'
>#_mesg_n() { :; }
>++ test 5 -gt 3
>++ : 5
>++ continue
>++ for level in err '"#"' '"#"' info debug
>++ eval 'info_mesg()' '{' ':;' '}'
>info_mesg() { :; }
>++ eval 'info_mesg_n()' '{' ':;' '}'
>info_mesg_n() { :; }
>++ test 6 -gt 3
>++ : 6
>++ continue
>++ for level in err '"#"' '"#"' info debug
>++ eval 'debug_mesg()' '{' ':;' '}'
>debug_mesg() { :; }
>++ eval 'debug_mesg_n()' '{' ':;' '}'
>debug_mesg_n() { :; }
>++ test 7 -gt 3
>++ : 7
>++ continue
>
>
>
>######################################################################
># Start NetworkManager if wanted
>#
># Some variables and functions are defined in
># /etc/sysconfig/network/scripts/functions
># because they are also used in ifup
>#
>if [ ! -x "$NETWORKMANAGER_BIN" -a "$NETWORKMANAGER" == yes ] ; then
>	err_mesg "NetworkManager is not installed, thus using NetControl." \
>	         "Please set" \
>	         "\n/etc/sysconfig/network/config:NetworkManager=no" \
>	         "or install NetworkManager."
>	NETWORKMANAGER=no
>fi
>+ '[' '!' -x /usr/sbin/NetworkManager -a no == yes ']'
>if [ "$NETWORKMANAGER" != yes ] ; then
>	NM_DISPATCHER=no
>fi
>+ '[' no '!=' yes ']'
>+ NM_DISPATCHER=no
>if [ ! -x "$NM_DISPATCHER_BIN" -a "$NM_DISPATCHER" == yes ] ; then
>	err_mesg "NetworkManagerDispatcher is not installed, skipping it." \
>	         "Please set" \
>	         "\n/etc/sysconfig/network/config:NetworkManagerDispatcher=no" \
>	         "or install NetworkManagerDispatcher."
>	NM_DISPATCHER=no
>fi
>+ '[' '!' -x /usr/sbin/NetworkManagerDispatcher -a no == yes ']'
>
>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 $NM_ONLINE_TIMEOUT
>	case $? in
>		0) rc_status -v ;;
>		1) echo -e "$rc_startmode" 1>&2 ;;
>		*) rc_status -v ;;
>	esac
>}
>
>start_nm_dispatcher() {
>	test "$NM_DISPATCHER" == yes || return
>	checkproc $NM_DISPATCHER_BIN
>	if [ $? = 0 ]; then
>		mesg_n "NetworkManagerDispatcher already running"
>	else
>		mesg_n "Starting the NetworkManagerDispatcher"
>		startproc $NM_DISPATCHER_BIN
>	fi
>	rc_status -v
>}
>
>stop_nm_dispatcher() {
>	test -x "$NM_DISPATCHER_BIN" || return 0
>	checkproc $NM_DISPATCHER_BIN 2>/dev/null
>	if [ $? = 0 ]; then
>		mesg_n "Shutting down the NetworkManagerDispatcher"
>		killproc -TERM $NM_DISPATCHER_BIN
>		rc_status -v
>	fi
>}
>
>check_nm_dispatcher() {
>	test -x "$NM_DISPATCHER_BIN" || return 0
>	rc_status
>	NM_STATUS=$?
>	mesg_n "Checking for the NetworkManagerDispatcher: "
>	checkproc $NM_DISPATCHER_BIN
>	rc_status -v
>	NMD_STATUS=$?
>	if [ "$NM_DISPATCHER" != yes ] ; then
>		rc_reset
>		rc_failed $NM_STATUS
>	fi
>	return $NMD_STATUS
>}
>
>start_dhcdbd() {
>	test -x "$DHCDBD_BIN" || return 0
>	checkproc $DHCDBD_BIN
>	if [ $? = 0 ]; then
>		mesg_n "DHCP DBUS Daemon already running"
>	else
>		mesg_n "Starting the DHCP DBUS Daemon"
>		startproc $DHCDBD_BIN --system
>	fi
>	rc_status -v
>
>}
>
>stop_dhcdbd() {
>	test -x "$DHCDBD_BIN" || return 0
>	checkproc $DHCDBD_BIN 2>/dev/null
>	if [ $? = 0 ]; then
>		mesg_n "Shutting down the DHCP DBUS Daemon"
>		killproc -TERM $DHCDBD_BIN
>		rc_status -v
>	else
>		return 0
>	fi
>}
>
>check_dhcdbd() {
>	test -x "$DHCDBD_BIN" || return 0
>	rc_status
>	NM_STATUS=$?
>	mesg_n "Checking for the DHCP DBUS Daemon: "
>	checkproc $DHCDBD_BIN
>	rc_status -v
>	DHCDBD_STATUS=$?
>	return $DHCDBD_STATUS
>}
>
>cd "$OLDPWD"
>+ cd /
>case "$ACTION" in
>	start)
>		if [ "$NETWORKMANAGER" == yes ] ; then
>			if nm_running; then
>				mesg_n "NetworkManager already running"
>				rc_status -v
>				start_nm_dispatcher
>			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
>				start_dhcdbd
>				start_nm_dispatcher
>				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
>			stop_dhcdbd
>		fi
>		stop_nm_dispatcher
>		# 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
>			check_nm_dispatcher
>			check_dhcdbd
>			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
>+ case "$ACTION" in
>+ '[' no == yes ']'
>+ nm_running
>+ local MSG RET
>+ test -x /usr/sbin/NetworkManager
>+ return
>cd /etc/sysconfig/network
>+ cd /etc/sysconfig/network
>
>
>######################################################################
>
>
>if [ "$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
>+ '[' onboot = onboot -a start = start ']'
>+ rm -f '/dev/shm/sysconfig/if-*'
>+ rm -f '/dev/shm/sysconfig/ifup-*'
>+ rm -Rf /dev/shm/sysconfig/tmp
>+ rm -f '/dev/shm/sysconfig/route-stack-*'
>mkdir -p ${RUN_FILES_BASE}/tmp
>+ mkdir -p /dev/shm/sysconfig/tmp
>
># This has to happen early; don't move that into start section below!!!
># (Writing NETWORK_RUNFILE means that service network is started. And only if
># service network was started interfaces will be set up via hotplug. And it must
># be started before checking which interfaces are already available and might
># still have to be set up because the were registered to early. Bug 39005)
>if [ "$ACTION" = start ] ; then
>        IFS=. read a b < /proc/uptime
>        echo "$a" > $NETWORK_RUNFILE
>fi
>+ '[' start = start ']'
>+ IFS=.
>+ read a b
>+ echo 21
>
>if [ -n "$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 $*
>	}
>fi
>+ '[' -n '' ']'
>+ LO=lo
>
>
>
>######################################################################
># Get interfaces to handle
>#
># Seperate this interfaces into several sets, not all mutually exclisive;
># none of them may contain lo, because it will always handled separately
>#
># AVAILABLE_IFACES are all interfaces from /sys/class/net
>#                  these have to be shut down when stopping
>#
># PHYSICAL_IFACES  are interfaces to present physical devices, they will be
>#                  derived from AVAILABLE_IFACES
>#
># BONDING_IFACES   are bonding interfaces derived from ifcfg-* files
>#
># VLAN_IFACES      are vlan (802.1q) interfaces derived from ifcfg-* files
>#
># DIALUP_IFACES    are modemX, dslX, etc., they are derived from ifcfg-* files
>#
># BRIDGE_IFACES    are bridge interfaces derived from ifcfg-* files
>#
># TUNNEL_IFACES    are interfaces that do not fit into PHYSICAL, BONDING,
>#                  VLAN, DIALUP or BRIDGE and are as well derived from
>#                  ifcfg-* files
>#
># The PHYSICAL, BONDING, DIALUP, TUNNEL and BRIDGE interfaces sets are
># mutually exclusive. Their union contains AVAILABLE and MANDATORY and
># all of them have to be set up when starting.
>#
># The MANDATORY_IFACES must be up and well configured for success.
>
># At first sort into BONDING, DIALUP, TUNNEL and BRIDGE interface sets.
>while IFS=- read a b; do
>	test -z "$b" && continue
>	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 -d /etc/sysconfig/network/ifcfg-*)
>ls -d /etc/sysconfig/network/ifcfg-*
>++ ls -d /etc/sysconfig/network/ifcfg-eth0 /etc/sysconfig/network/ifcfg-eth1 /etc/sysconfig/network/ifcfg-lo
>+ IFS=-
>+ read a b
>+ test -z eth0
>type_filter $b
>++ type_filter eth0
>++ echo eth0
>+ b=eth0
>+ case "`get_iface_type_from_config $b`" in
>get_iface_type_from_config $b
>++ get_iface_type_from_config eth0
>++ local VARIABLE VALUE TYPE IF=eth0
>++ local INTERFACETYPE WIRELESS WIRELESS_MODE BONDING_MASTER ETHERDEVICE
>++ local BRIDGE TUNNEL PPPMODE MODEM_DEVICE ENCAP
>++ test -z eth0
>++ test -r ifcfg-eth0
>++ read VARIABLE VALUE TYPE
>++ eval INTERFACETYPE=
>INTERFACETYPE=
>+++ INTERFACETYPE=
>++ get_variable INTERFACETYPE eth0
>++ local line
>grep "^[[:space:]]*$1" ifcfg-$2 2>/dev/null
>+++ grep '^[[:space:]]*INTERFACETYPE' ifcfg-eth0
>++ read line
>++ '[' _not_empty_ == _not_empty_ ']'
>++ test -n ''
>++ read VARIABLE VALUE TYPE
>++ eval WIRELESS=
>WIRELESS=
>+++ WIRELESS=
>++ get_variable WIRELESS eth0
>++ local line
>grep "^[[:space:]]*$1" ifcfg-$2 2>/dev/null
>+++ grep '^[[:space:]]*WIRELESS' ifcfg-eth0
>++ read line
>++ '[' yes == _not_empty_ ']'
>++ test '' == yes
>++ read VARIABLE VALUE TYPE
>++ eval WIRELESS_MODE=
>WIRELESS_MODE=
>+++ WIRELESS_MODE=
>++ get_variable WIRELESS_MODE eth0
>++ local line
>grep "^[[:space:]]*$1" ifcfg-$2 2>/dev/null
>+++ grep '^[[:space:]]*WIRELESS_MODE' ifcfg-eth0
>++ read line
>++ '[' _not_empty_ == _not_empty_ ']'
>++ test -n ''
>++ read VARIABLE VALUE TYPE
>++ eval BONDING_MASTER=
>BONDING_MASTER=
>+++ BONDING_MASTER=
>++ get_variable BONDING_MASTER eth0
>++ local line
>grep "^[[:space:]]*$1" ifcfg-$2 2>/dev/null
>+++ grep '^[[:space:]]*BONDING_MASTER' ifcfg-eth0
>++ read line
>++ '[' yes == _not_empty_ ']'
>++ test '' == yes
>++ read VARIABLE VALUE TYPE
>++ eval ETHERDEVICE=
>ETHERDEVICE=
>+++ ETHERDEVICE=
>++ get_variable ETHERDEVICE eth0
>++ local line
>grep "^[[:space:]]*$1" ifcfg-$2 2>/dev/null
>+++ grep '^[[:space:]]*ETHERDEVICE' ifcfg-eth0
>++ read line
>++ '[' _not_empty_ == _not_empty_ ']'
>++ test -n ''
>++ read VARIABLE VALUE TYPE
>++ eval BRIDGE=
>BRIDGE=
>+++ BRIDGE=
>++ get_variable BRIDGE eth0
>++ local line
>grep "^[[:space:]]*$1" ifcfg-$2 2>/dev/null
>+++ grep '^[[:space:]]*BRIDGE' ifcfg-eth0
>++ read line
>++ '[' yes == _not_empty_ ']'
>++ test '' == yes
>++ read VARIABLE VALUE TYPE
>++ eval TUNNEL=
>TUNNEL=
>+++ TUNNEL=
>++ get_variable TUNNEL eth0
>++ local line
>grep "^[[:space:]]*$1" ifcfg-$2 2>/dev/null
>+++ grep '^[[:space:]]*TUNNEL' ifcfg-eth0
>++ read line
>++ '[' sit == _not_empty_ ']'
>++ test '' == sit
>++ read VARIABLE VALUE TYPE
>++ eval TUNNEL=
>TUNNEL=
>+++ TUNNEL=
>++ get_variable TUNNEL eth0
>++ local line
>grep "^[[:space:]]*$1" ifcfg-$2 2>/dev/null
>+++ grep '^[[:space:]]*TUNNEL' ifcfg-eth0
>++ read line
>++ '[' gre == _not_empty_ ']'
>++ test '' == gre
>++ read VARIABLE VALUE TYPE
>++ eval TUNNEL=
>TUNNEL=
>+++ TUNNEL=
>++ get_variable TUNNEL eth0
>++ local line
>grep "^[[:space:]]*$1" ifcfg-$2 2>/dev/null
>+++ grep '^[[:space:]]*TUNNEL' ifcfg-eth0
>++ read line
>++ '[' ipip == _not_empty_ ']'
>++ test '' == ipip
>++ read VARIABLE VALUE TYPE
>++ eval PPPMODE=
>PPPMODE=
>+++ PPPMODE=
>++ get_variable PPPMODE eth0
>++ local line
>grep "^[[:space:]]*$1" ifcfg-$2 2>/dev/null
>+++ grep '^[[:space:]]*PPPMODE' ifcfg-eth0
>++ read line
>++ '[' pppoe == _not_empty_ ']'
>++ test '' == pppoe
>++ read VARIABLE VALUE TYPE
>++ eval PPPMODE=
>PPPMODE=
>+++ PPPMODE=
>++ get_variable PPPMODE eth0
>++ local line
>grep "^[[:space:]]*$1" ifcfg-$2 2>/dev/null
>+++ grep '^[[:space:]]*PPPMODE' ifcfg-eth0
>++ read line
>++ '[' pppoatm == _not_empty_ ']'
>++ test '' == pppoatm
>++ read VARIABLE VALUE TYPE
>++ eval PPPMODE=
>PPPMODE=
>+++ PPPMODE=
>++ get_variable PPPMODE eth0
>++ local line
>grep "^[[:space:]]*$1" ifcfg-$2 2>/dev/null
>+++ grep '^[[:space:]]*PPPMODE' ifcfg-eth0
>++ read line
>++ '[' capi-adsl == _not_empty_ ']'
>++ test '' == capi-adsl
>++ read VARIABLE VALUE TYPE
>++ eval PPPMODE=
>PPPMODE=
>+++ PPPMODE=
>++ get_variable PPPMODE eth0
>++ local line
>grep "^[[:space:]]*$1" ifcfg-$2 2>/dev/null
>+++ grep '^[[:space:]]*PPPMODE' ifcfg-eth0
>++ read line
>++ '[' pptp == _not_empty_ ']'
>++ test '' == pptp
>++ read VARIABLE VALUE TYPE
>++ eval MODEM_DEVICE=
>MODEM_DEVICE=
>+++ MODEM_DEVICE=
>++ get_variable MODEM_DEVICE eth0
>++ local line
>grep "^[[:space:]]*$1" ifcfg-$2 2>/dev/null
>+++ grep '^[[:space:]]*MODEM_DEVICE' ifcfg-eth0
>++ read line
>++ '[' _not_empty_ == _not_empty_ ']'
>++ test -n ''
>++ read VARIABLE VALUE TYPE
>++ eval ENCAP=
>ENCAP=
>+++ ENCAP=
>++ get_variable ENCAP eth0
>++ local line
>grep "^[[:space:]]*$1" ifcfg-$2 2>/dev/null
>+++ grep '^[[:space:]]*ENCAP' ifcfg-eth0
>++ read line
>++ '[' syncppp == _not_empty_ ']'
>++ test '' == syncppp
>++ read VARIABLE VALUE TYPE
>++ eval ENCAP=
>ENCAP=
>+++ ENCAP=
>++ get_variable ENCAP eth0
>++ local line
>grep "^[[:space:]]*$1" ifcfg-$2 2>/dev/null
>+++ grep '^[[:space:]]*ENCAP' ifcfg-eth0
>++ read line
>++ '[' rawip == _not_empty_ ']'
>++ test '' == rawip
>++ read VARIABLE VALUE TYPE
>++ test -n ''
>++ '[' -z '' ']'
>++ case $IF in
>++ test -n ''
>++ echo eth
>+ continue
>+ IFS=-
>+ read a b
>+ test -z eth1
>type_filter $b
>++ type_filter eth1
>++ echo eth1
>+ b=eth1
>+ case "`get_iface_type_from_config $b`" in
>get_iface_type_from_config $b
>++ get_iface_type_from_config eth1
>++ local VARIABLE VALUE TYPE IF=eth1
>++ local INTERFACETYPE WIRELESS WIRELESS_MODE BONDING_MASTER ETHERDEVICE
>++ local BRIDGE TUNNEL PPPMODE MODEM_DEVICE ENCAP
>++ test -z eth1
>++ test -r ifcfg-eth1
>++ read VARIABLE VALUE TYPE
>++ eval INTERFACETYPE=
>INTERFACETYPE=
>+++ INTERFACETYPE=
>++ get_variable INTERFACETYPE eth1
>++ local line
>grep "^[[:space:]]*$1" ifcfg-$2 2>/dev/null
>+++ grep '^[[:space:]]*INTERFACETYPE' ifcfg-eth1
>++ read line
>++ '[' _not_empty_ == _not_empty_ ']'
>++ test -n ''
>++ read VARIABLE VALUE TYPE
>++ eval WIRELESS=
>WIRELESS=
>+++ WIRELESS=
>++ get_variable WIRELESS eth1
>++ local line
>grep "^[[:space:]]*$1" ifcfg-$2 2>/dev/null
>+++ grep '^[[:space:]]*WIRELESS' ifcfg-eth1
>++ read line
>++ '[' yes == _not_empty_ ']'
>++ test '' == yes
>++ read VARIABLE VALUE TYPE
>++ eval WIRELESS_MODE=
>WIRELESS_MODE=
>+++ WIRELESS_MODE=
>++ get_variable WIRELESS_MODE eth1
>++ local line
>grep "^[[:space:]]*$1" ifcfg-$2 2>/dev/null
>+++ grep '^[[:space:]]*WIRELESS_MODE' ifcfg-eth1
>++ read line
>++ '[' _not_empty_ == _not_empty_ ']'
>++ test -n ''
>++ read VARIABLE VALUE TYPE
>++ eval BONDING_MASTER=
>BONDING_MASTER=
>+++ BONDING_MASTER=
>++ get_variable BONDING_MASTER eth1
>++ local line
>grep "^[[:space:]]*$1" ifcfg-$2 2>/dev/null
>+++ grep '^[[:space:]]*BONDING_MASTER' ifcfg-eth1
>++ read line
>++ '[' yes == _not_empty_ ']'
>++ test '' == yes
>++ read VARIABLE VALUE TYPE
>++ eval ETHERDEVICE=
>ETHERDEVICE=
>+++ ETHERDEVICE=
>++ get_variable ETHERDEVICE eth1
>++ local line
>grep "^[[:space:]]*$1" ifcfg-$2 2>/dev/null
>+++ grep '^[[:space:]]*ETHERDEVICE' ifcfg-eth1
>++ read line
>++ '[' _not_empty_ == _not_empty_ ']'
>++ test -n ''
>++ read VARIABLE VALUE TYPE
>++ eval BRIDGE=
>BRIDGE=
>+++ BRIDGE=
>++ get_variable BRIDGE eth1
>++ local line
>grep "^[[:space:]]*$1" ifcfg-$2 2>/dev/null
>+++ grep '^[[:space:]]*BRIDGE' ifcfg-eth1
>++ read line
>++ '[' yes == _not_empty_ ']'
>++ test '' == yes
>++ read VARIABLE VALUE TYPE
>++ eval TUNNEL=
>TUNNEL=
>+++ TUNNEL=
>++ get_variable TUNNEL eth1
>++ local line
>grep "^[[:space:]]*$1" ifcfg-$2 2>/dev/null
>+++ grep '^[[:space:]]*TUNNEL' ifcfg-eth1
>++ read line
>++ '[' sit == _not_empty_ ']'
>++ test '' == sit
>++ read VARIABLE VALUE TYPE
>++ eval TUNNEL=
>TUNNEL=
>+++ TUNNEL=
>++ get_variable TUNNEL eth1
>++ local line
>grep "^[[:space:]]*$1" ifcfg-$2 2>/dev/null
>+++ grep '^[[:space:]]*TUNNEL' ifcfg-eth1
>++ read line
>++ '[' gre == _not_empty_ ']'
>++ test '' == gre
>++ read VARIABLE VALUE TYPE
>++ eval TUNNEL=
>TUNNEL=
>+++ TUNNEL=
>++ get_variable TUNNEL eth1
>++ local line
>grep "^[[:space:]]*$1" ifcfg-$2 2>/dev/null
>+++ grep '^[[:space:]]*TUNNEL' ifcfg-eth1
>++ read line
>++ '[' ipip == _not_empty_ ']'
>++ test '' == ipip
>++ read VARIABLE VALUE TYPE
>++ eval PPPMODE=
>PPPMODE=
>+++ PPPMODE=
>++ get_variable PPPMODE eth1
>++ local line
>grep "^[[:space:]]*$1" ifcfg-$2 2>/dev/null
>+++ grep '^[[:space:]]*PPPMODE' ifcfg-eth1
>++ read line
>++ '[' pppoe == _not_empty_ ']'
>++ test '' == pppoe
>++ read VARIABLE VALUE TYPE
>++ eval PPPMODE=
>PPPMODE=
>+++ PPPMODE=
>++ get_variable PPPMODE eth1
>++ local line
>grep "^[[:space:]]*$1" ifcfg-$2 2>/dev/null
>+++ grep '^[[:space:]]*PPPMODE' ifcfg-eth1
>++ read line
>++ '[' pppoatm == _not_empty_ ']'
>++ test '' == pppoatm
>++ read VARIABLE VALUE TYPE
>++ eval PPPMODE=
>PPPMODE=
>+++ PPPMODE=
>++ get_variable PPPMODE eth1
>++ local line
>grep "^[[:space:]]*$1" ifcfg-$2 2>/dev/null
>+++ grep '^[[:space:]]*PPPMODE' ifcfg-eth1
>++ read line
>++ '[' capi-adsl == _not_empty_ ']'
>++ test '' == capi-adsl
>++ read VARIABLE VALUE TYPE
>++ eval PPPMODE=
>PPPMODE=
>+++ PPPMODE=
>++ get_variable PPPMODE eth1
>++ local line
>grep "^[[:space:]]*$1" ifcfg-$2 2>/dev/null
>+++ grep '^[[:space:]]*PPPMODE' ifcfg-eth1
>++ read line
>++ '[' pptp == _not_empty_ ']'
>++ test '' == pptp
>++ read VARIABLE VALUE TYPE
>++ eval MODEM_DEVICE=
>MODEM_DEVICE=
>+++ MODEM_DEVICE=
>++ get_variable MODEM_DEVICE eth1
>++ local line
>grep "^[[:space:]]*$1" ifcfg-$2 2>/dev/null
>+++ grep '^[[:space:]]*MODEM_DEVICE' ifcfg-eth1
>++ read line
>++ '[' _not_empty_ == _not_empty_ ']'
>++ test -n ''
>++ read VARIABLE VALUE TYPE
>++ eval ENCAP=
>ENCAP=
>+++ ENCAP=
>++ get_variable ENCAP eth1
>++ local line
>grep "^[[:space:]]*$1" ifcfg-$2 2>/dev/null
>+++ grep '^[[:space:]]*ENCAP' ifcfg-eth1
>++ read line
>++ '[' syncppp == _not_empty_ ']'
>++ test '' == syncppp
>++ read VARIABLE VALUE TYPE
>++ eval ENCAP=
>ENCAP=
>+++ ENCAP=
>++ get_variable ENCAP eth1
>++ local line
>grep "^[[:space:]]*$1" ifcfg-$2 2>/dev/null
>+++ grep '^[[:space:]]*ENCAP' ifcfg-eth1
>++ read line
>++ '[' rawip == _not_empty_ ']'
>++ test '' == rawip
>++ read VARIABLE VALUE TYPE
>++ test -n ''
>++ '[' -z '' ']'
>++ case $IF in
>++ test -n ''
>++ echo eth
>+ continue
>+ IFS=-
>+ read a b
>+ test -z lo
>type_filter $b
>++ type_filter lo
>++ echo lo
>+ b=lo
>+ case "`get_iface_type_from_config $b`" in
>get_iface_type_from_config $b
>++ get_iface_type_from_config lo
>++ local VARIABLE VALUE TYPE IF=lo
>++ local INTERFACETYPE WIRELESS WIRELESS_MODE BONDING_MASTER ETHERDEVICE
>++ local BRIDGE TUNNEL PPPMODE MODEM_DEVICE ENCAP
>++ test -z lo
>++ test -r ifcfg-lo
>++ read VARIABLE VALUE TYPE
>++ eval INTERFACETYPE=
>INTERFACETYPE=
>+++ INTERFACETYPE=
>++ get_variable INTERFACETYPE lo
>++ local line
>++ read line
>grep "^[[:space:]]*$1" ifcfg-$2 2>/dev/null
>+++ grep '^[[:space:]]*INTERFACETYPE' ifcfg-lo
>++ '[' _not_empty_ == _not_empty_ ']'
>++ test -n ''
>++ read VARIABLE VALUE TYPE
>++ eval WIRELESS=
>WIRELESS=
>+++ WIRELESS=
>++ get_variable WIRELESS lo
>++ local line
>grep "^[[:space:]]*$1" ifcfg-$2 2>/dev/null
>+++ grep '^[[:space:]]*WIRELESS' ifcfg-lo
>++ read line
>++ '[' yes == _not_empty_ ']'
>++ test '' == yes
>++ read VARIABLE VALUE TYPE
>++ eval WIRELESS_MODE=
>WIRELESS_MODE=
>+++ WIRELESS_MODE=
>++ get_variable WIRELESS_MODE lo
>++ local line
>grep "^[[:space:]]*$1" ifcfg-$2 2>/dev/null
>+++ grep '^[[:space:]]*WIRELESS_MODE' ifcfg-lo
>++ read line
>++ '[' _not_empty_ == _not_empty_ ']'
>++ test -n ''
>++ read VARIABLE VALUE TYPE
>++ eval BONDING_MASTER=
>BONDING_MASTER=
>+++ BONDING_MASTER=
>++ get_variable BONDING_MASTER lo
>++ local line
>grep "^[[:space:]]*$1" ifcfg-$2 2>/dev/null
>+++ grep '^[[:space:]]*BONDING_MASTER' ifcfg-lo
>++ read line
>++ '[' yes == _not_empty_ ']'
>++ test '' == yes
>++ read VARIABLE VALUE TYPE
>++ eval ETHERDEVICE=
>ETHERDEVICE=
>+++ ETHERDEVICE=
>++ get_variable ETHERDEVICE lo
>++ local line
>grep "^[[:space:]]*$1" ifcfg-$2 2>/dev/null
>+++ grep '^[[:space:]]*ETHERDEVICE' ifcfg-lo
>++ read line
>++ '[' _not_empty_ == _not_empty_ ']'
>++ test -n ''
>++ read VARIABLE VALUE TYPE
>++ eval BRIDGE=
>BRIDGE=
>+++ BRIDGE=
>++ get_variable BRIDGE lo
>++ local line
>grep "^[[:space:]]*$1" ifcfg-$2 2>/dev/null
>+++ grep '^[[:space:]]*BRIDGE' ifcfg-lo
>++ read line
>++ '[' yes == _not_empty_ ']'
>++ test '' == yes
>++ read VARIABLE VALUE TYPE
>++ eval TUNNEL=
>TUNNEL=
>+++ TUNNEL=
>++ get_variable TUNNEL lo
>++ local line
>grep "^[[:space:]]*$1" ifcfg-$2 2>/dev/null
>+++ grep '^[[:space:]]*TUNNEL' ifcfg-lo
>++ read line
>++ '[' sit == _not_empty_ ']'
>++ test '' == sit
>++ read VARIABLE VALUE TYPE
>++ eval TUNNEL=
>TUNNEL=
>+++ TUNNEL=
>++ get_variable TUNNEL lo
>++ local line
>grep "^[[:space:]]*$1" ifcfg-$2 2>/dev/null
>+++ grep '^[[:space:]]*TUNNEL' ifcfg-lo
>++ read line
>++ '[' gre == _not_empty_ ']'
>++ test '' == gre
>++ read VARIABLE VALUE TYPE
>++ eval TUNNEL=
>TUNNEL=
>+++ TUNNEL=
>++ get_variable TUNNEL lo
>++ local line
>grep "^[[:space:]]*$1" ifcfg-$2 2>/dev/null
>+++ grep '^[[:space:]]*TUNNEL' ifcfg-lo
>++ read line
>++ '[' ipip == _not_empty_ ']'
>++ test '' == ipip
>++ read VARIABLE VALUE TYPE
>++ eval PPPMODE=
>PPPMODE=
>+++ PPPMODE=
>++ get_variable PPPMODE lo
>++ local line
>grep "^[[:space:]]*$1" ifcfg-$2 2>/dev/null
>+++ grep '^[[:space:]]*PPPMODE' ifcfg-lo
>++ read line
>++ '[' pppoe == _not_empty_ ']'
>++ test '' == pppoe
>++ read VARIABLE VALUE TYPE
>++ eval PPPMODE=
>PPPMODE=
>+++ PPPMODE=
>++ get_variable PPPMODE lo
>++ local line
>grep "^[[:space:]]*$1" ifcfg-$2 2>/dev/null
>+++ grep '^[[:space:]]*PPPMODE' ifcfg-lo
>++ read line
>++ '[' pppoatm == _not_empty_ ']'
>++ test '' == pppoatm
>++ read VARIABLE VALUE TYPE
>++ eval PPPMODE=
>PPPMODE=
>+++ PPPMODE=
>++ get_variable PPPMODE lo
>++ local line
>grep "^[[:space:]]*$1" ifcfg-$2 2>/dev/null
>+++ grep '^[[:space:]]*PPPMODE' ifcfg-lo
>++ read line
>++ '[' capi-adsl == _not_empty_ ']'
>++ test '' == capi-adsl
>++ read VARIABLE VALUE TYPE
>++ eval PPPMODE=
>PPPMODE=
>+++ PPPMODE=
>++ get_variable PPPMODE lo
>++ local line
>grep "^[[:space:]]*$1" ifcfg-$2 2>/dev/null
>+++ grep '^[[:space:]]*PPPMODE' ifcfg-lo
>++ read line
>++ '[' pptp == _not_empty_ ']'
>++ test '' == pptp
>++ read VARIABLE VALUE TYPE
>++ eval MODEM_DEVICE=
>MODEM_DEVICE=
>+++ MODEM_DEVICE=
>++ get_variable MODEM_DEVICE lo
>++ local line
>grep "^[[:space:]]*$1" ifcfg-$2 2>/dev/null
>+++ grep '^[[:space:]]*MODEM_DEVICE' ifcfg-lo
>++ read line
>++ '[' _not_empty_ == _not_empty_ ']'
>++ test -n ''
>++ read VARIABLE VALUE TYPE
>++ eval ENCAP=
>ENCAP=
>+++ ENCAP=
>++ get_variable ENCAP lo
>++ local line
>grep "^[[:space:]]*$1" ifcfg-$2 2>/dev/null
>+++ grep '^[[:space:]]*ENCAP' ifcfg-lo
>++ read line
>++ '[' syncppp == _not_empty_ ']'
>++ test '' == syncppp
>++ read VARIABLE VALUE TYPE
>++ eval ENCAP=
>ENCAP=
>+++ ENCAP=
>++ get_variable ENCAP lo
>++ local line
>grep "^[[:space:]]*$1" ifcfg-$2 2>/dev/null
>+++ grep '^[[:space:]]*ENCAP' ifcfg-lo
>++ read line
>++ '[' rawip == _not_empty_ ']'
>++ test '' == rawip
>++ read VARIABLE VALUE TYPE
>++ test -n ''
>++ '[' -z '' ']'
>++ case $IF in
>++ TYPE=lo
>++ test -n lo
>++ echo lo
>+ continue
>+ IFS=-
>+ read a b
>
># 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
>#	test -d /sys/class/net/$a || echo "Directory /sys/class/net/$a dont exists"
>#	sleep 3s
>	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
>					case "`cat $STAMPFILE`" in
>						virgin|looping) continue ;;
>					esac
>				else
>					echo unknown > $STAMPFILE
>					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"
>echo "PHYSICAL_IFACES:" $PHYSICAL_IFACES
>sleep 2s
>done
>type_filter `ls -A /sys/class/net/`
>ls -A /sys/class/net/
>+++ ls -A /sys/class/net/
>++ type_filter eth0 eth1 lo
>++ echo eth0 eth1 lo
>+ for a in '$(type_filter `ls -A /sys/class/net/`)'
>+ test -d /sys/class/net/eth0
>+ case "`get_iface_type $a`" in
>get_iface_type $a
>++ get_iface_type eth0
>++ local IF=eth0 TYPE
>++ test -n eth0
>++ test -d /sys/class/net/eth0
>++ case "`cat /sys/class/net/$IF/type`" in
>cat /sys/class/net/$IF/type
>+++ cat /sys/class/net/eth0/type
>++ TYPE=eth
>++ test -d /sys/class/net/eth0/wireless
>++ test -d /sys/class/net/eth0/bridge
>++ test -f /proc/net/vlan/eth0
>++ test -d /sys/class/net/eth0/bonding
>++ case $IF in
>++ test -n eth
>++ echo eth
>++ return 0
>cat /sys/class/net/$a/ifindex
>++ cat /sys/class/net/eth0/ifindex
>+ STAMPFILE=/dev/shm/sysconfig/new-stamp-3
>+ '[' onboot == onboot -a start == start ']'
>+ '[' '!' -e /dev/shm/sysconfig/new-stamp-3 ']'
>+ case "`cat $STAMPFILE`" in
>cat $STAMPFILE
>++ cat /dev/shm/sysconfig/new-stamp-3
>cat: /dev/shm/sysconfig/new-stamp-3: No such file or directory
>+ case $a in
>+ PHYSICAL_IFACES=' eth0'
>+ echo PHYSICAL_IFACES: eth0
>PHYSICAL_IFACES: eth0
>+ sleep 2s
>+ for a in '$(type_filter `ls -A /sys/class/net/`)'
>+ test -d /sys/class/net/eth1
>+ case "`get_iface_type $a`" in
>get_iface_type $a
>++ get_iface_type eth1
>++ local IF=eth1 TYPE
>++ test -n eth1
>++ test -d /sys/class/net/eth1
>++ case "`cat /sys/class/net/$IF/type`" in
>cat /sys/class/net/$IF/type
>+++ cat /sys/class/net/eth1/type
>++ TYPE=eth
>++ test -d /sys/class/net/eth1/wireless
>++ test -d /sys/class/net/eth1/bridge
>++ test -f /proc/net/vlan/eth1
>++ test -d /sys/class/net/eth1/bonding
>++ case $IF in
>++ test -n eth
>++ echo eth
>++ return 0
>cat /sys/class/net/$a/ifindex
>++ cat /sys/class/net/eth1/ifindex
>+ STAMPFILE=/dev/shm/sysconfig/new-stamp-2
>+ '[' onboot == onboot -a start == start ']'
>+ '[' '!' -e /dev/shm/sysconfig/new-stamp-2 ']'
>+ case "`cat $STAMPFILE`" in
>cat $STAMPFILE
>++ cat /dev/shm/sysconfig/new-stamp-2
>cat: /dev/shm/sysconfig/new-stamp-2: No such file or directory
>+ case $a in
>+ PHYSICAL_IFACES=' eth0 eth1'
>+ echo PHYSICAL_IFACES: eth0 eth1
>PHYSICAL_IFACES: eth0 eth1
>+ sleep 2s
>+ for a in '$(type_filter `ls -A /sys/class/net/`)'
>+ test -d /sys/class/net/lo
>+ case "`get_iface_type $a`" in
>get_iface_type $a
>++ get_iface_type lo
>++ local IF=lo TYPE
>++ test -n lo
>++ test -d /sys/class/net/lo
>++ case "`cat /sys/class/net/$IF/type`" in
>cat /sys/class/net/$IF/type
>+++ cat /sys/class/net/lo/type
>++ TYPE=lo
>++ case $IF in
>++ test -n lo
>++ echo lo
>++ return 0
>+ continue
>AVAILABLE_IFACES="$NOT_PHYSICAL_IFACES $PHYSICAL_IFACES"
>+ AVAILABLE_IFACES='  eth0 eth1'
>
>
># 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
>		test -z "$b" && continue
>		case $b in
>			*~|*rpmnew|*rpmsave|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 $b"
>	done < <(ls -d /etc/sysconfig/network/ifcfg-*)
>	if [    -n "$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
>+ '[' -z '' ']'
>ls -d /etc/sysconfig/network/ifcfg-*
>++ ls -d /etc/sysconfig/network/ifcfg-eth0 /etc/sysconfig/network/ifcfg-eth1 /etc/sysconfig/network/ifcfg-lo
>+ IFS=-
>+ read a b
>+ test -z eth0
>+ case $b in
>+ case "`get_startmode $b`" in
>get_startmode $b
>++ get_startmode eth0
>++ local STARTMODE
>++ get_variable STARTMODE eth0
>++ local line
>grep "^[[:space:]]*$1" ifcfg-$2 2>/dev/null
>+++ grep '^[[:space:]]*STARTMODE' ifcfg-eth0
>++ read line
>++ eval 'STARTMODE='\''auto'\'''
>STARTMODE='auto'
>+++ STARTMODE=auto
>++ read line
>++ echo auto
>+ :
>+ MANDATORY_DEVICES=' eth0'
>+ IFS=-
>+ read a b
>+ test -z eth1
>+ case $b in
>+ case "`get_startmode $b`" in
>get_startmode $b
>++ get_startmode eth1
>++ local STARTMODE
>++ get_variable STARTMODE eth1
>++ local line
>grep "^[[:space:]]*$1" ifcfg-$2 2>/dev/null
>+++ grep '^[[:space:]]*STARTMODE' ifcfg-eth1
>++ read line
>++ eval 'STARTMODE='\''auto'\'''
>STARTMODE='auto'
>+++ STARTMODE=auto
>++ read line
>++ echo auto
>+ :
>+ MANDATORY_DEVICES=' eth0 eth1'
>+ IFS=-
>+ read a b
>+ test -z lo
>+ case $b in
>+ continue
>+ IFS=-
>+ read a b
>+ '[' -n ' eth0 eth1' -a onboot '!=' onboot -a start = start ']'
>MANDATORY_DEVICES="$MANDATORY_DEVICES __NSC__ $MANDATORY_SLAVES"
>+ MANDATORY_DEVICES=' eth0 eth1 __NSC__ '
># Check for mandatory devices only when booting
>test "$MODE" = onboot || MANDATORY_DEVICES=""
>+ test onboot = onboot
>
>debug "CONFIG            = $CONFIG"
>+ debug 'CONFIG            = '
>+ test -n 'CONFIG            = '
>+ info_mesg 'CONFIG            = '
>+ :
>+ test no == yes
>debug "INTERFACE         = $INTERFACE"
>+ debug 'INTERFACE         = '
>+ test -n 'INTERFACE         = '
>+ info_mesg 'INTERFACE         = '
>+ :
>+ test no == yes
>debug "AVAILABLE_IFACES  = $AVAILABLE_IFACES"
>+ debug 'AVAILABLE_IFACES  =   eth0 eth1'
>+ test -n 'AVAILABLE_IFACES  =   eth0 eth1'
>+ info_mesg 'AVAILABLE_IFACES  =   eth0 eth1'
>+ :
>+ test no == yes
>debug "PHYSICAL_IFACES   = $PHYSICAL_IFACES"
>+ debug 'PHYSICAL_IFACES   =  eth0 eth1'
>+ test -n 'PHYSICAL_IFACES   =  eth0 eth1'
>+ info_mesg 'PHYSICAL_IFACES   =  eth0 eth1'
>+ :
>+ test no == yes
>debug "BONDING_IFACES    = $BONDING_IFACES"
>+ debug 'BONDING_IFACES    = '
>+ test -n 'BONDING_IFACES    = '
>+ info_mesg 'BONDING_IFACES    = '
>+ :
>+ test no == yes
>debug "VLAN_IFACES       = $VLAN_IFACES"
>+ debug 'VLAN_IFACES       = '
>+ test -n 'VLAN_IFACES       = '
>+ info_mesg 'VLAN_IFACES       = '
>+ :
>+ test no == yes
>debug "DIALUP_IFACES     = $DIALUP_IFACES"
>+ debug 'DIALUP_IFACES     = '
>+ test -n 'DIALUP_IFACES     = '
>+ info_mesg 'DIALUP_IFACES     = '
>+ :
>+ test no == yes
>debug "TUNNEL_IFACES     = $TUNNEL_IFACES"
>+ debug 'TUNNEL_IFACES     = '
>+ test -n 'TUNNEL_IFACES     = '
>+ info_mesg 'TUNNEL_IFACES     = '
>+ :
>+ test no == yes
>debug "BRIDGE_IFACES     = $BRIDGE_IFACES"
>+ debug 'BRIDGE_IFACES     = '
>+ test -n 'BRIDGE_IFACES     = '
>+ info_mesg 'BRIDGE_IFACES     = '
>+ :
>+ test no == yes
>debug "SLAVE_IFACES      = $SLAVE_IFACES"
>+ debug 'SLAVE_IFACES      = '
>+ test -n 'SLAVE_IFACES      = '
>+ info_mesg 'SLAVE_IFACES      = '
>+ :
>+ test no == yes
>debug "MANDATORY_DEVICES = $MANDATORY_DEVICES"
>+ debug 'MANDATORY_DEVICES =  eth0 eth1 __NSC__ '
>+ test -n 'MANDATORY_DEVICES =  eth0 eth1 __NSC__ '
>+ info_mesg 'MANDATORY_DEVICES =  eth0 eth1 __NSC__ '
>+ :
>+ test no == yes
>debug "SKIP              = $SKIP"
>+ debug 'SKIP              = '
>+ test -n 'SKIP              = '
>+ info_mesg 'SKIP              = '
>+ :
>+ test no == yes
>
>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 "$R" = 0 && return 3
>	return 0
>}
>
>rc_reset
>+ rc_reset
>+ _rc_status=0
>+ _rc_status_all=0
>+ rc_check
>+ _rc_status_ret=0
>+ test 0 -eq 0
>+ test 0 -eq 0
>+ return
>+ return 0
>declare -i FAILED=0
>+ declare -i FAILED=0
>if [ "$NETWORKMANAGER" == yes -a ${NM_STATUS:-0} -ne 0 ] ; then
>	FAILED=1
>fi
>+ '[' no == yes -a 0 -ne 0 ']'
>
>case "$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
>				$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 $BONDING_IFACES $PHYSICAL_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 $NETWORK_RUNFILE ] ; then
>			rc_failed 3 # unused
>		fi
>
>		echo -n "Checking service network .  .  .  .  .  .  .  .  .  .  .  .  .  .  .  .  ."
>		rc_status -v
>
>		;;
>
>esac
>+ case "$ACTION" in
>+ echo Setting up network interfaces:
>Setting up network interfaces:
>+ lock_firewall
>+ check_firewall
>+ test onboot = onboot
>+ return -1
>+ return 255
>+ /sbin/ifstatus lo
>+ unset lo
>+ for IFACE in '${INTERFACE:- $LO
>		                           $PHYSICAL_IFACES   }'
>+ ifup lo -o rc onboot
>    lo        
>    lo        IP address: 127.0.0.1/8   
>Checking for network time protocol daemon (NTPD): ..unused
>+ RET=0
>+ debug
>+ test -n ''
>+ test no == yes
>+ case "$RET" in
>+ SUCCESS_IFACES=' lo'
>+ rc_status -v1
>+ rc_check
>+ _rc_status_ret=0
>+ test 0 -eq 0
>+ test 0 -eq 0
>+ return
>+ test 0 -gt 7
>+ _rc_status_ret=0
>+ case "$_rc_todo" in
>+ local i
>+ for i in '"$@"'
>+ case "$i" in
>+ local vrt=
>+ local out=1
>+ local opt=en
>+ test -n 1
>+ vrt='[1A'
>+ case "$_rc_status" in
>+ vrt='[1A
[100C[10D[1;32mdone[m'
>+ echo -en '7[?25l[1A
[100C[10D[1;32mdone[m8[?25h'
>7[?25l[1A
[100C[10D[1;32mdone[m8[?25h+ _rc_status=0
>+ return 0
>+ rc_reset
>+ _rc_status=0
>+ _rc_status_all=0
>+ rc_check
>+ _rc_status_ret=0
>+ test 0 -eq 0
>+ test 0 -eq 0
>+ return
>+ return 0
>+ for IFACE in '${INTERFACE:- $LO
>		                           $PHYSICAL_IFACES   }'
>+ ifup eth0 -o rc onboot
>    eth0      device: Realtek Semiconductor Co., Ltd. RTL-8139/8139C/8139C+ (rev 10)
>    eth0      IP address: 192.168.2.1/24   
>Checking for network time protocol daemon (NTPD): ..unused
>+ RET=0
>+ debug
>+ test -n ''
>+ test no == yes
>+ case "$RET" in
>+ SUCCESS_IFACES=' lo eth0'
>+ rc_status -v1
>+ rc_check
>+ _rc_status_ret=0
>+ test 0 -eq 0
>+ test 0 -eq 0
>+ return
>+ test 0 -gt 7
>+ _rc_status_ret=0
>+ case "$_rc_todo" in
>+ local i
>+ for i in '"$@"'
>+ case "$i" in
>+ local vrt=
>+ local out=1
>+ local opt=en
>+ test -n 1
>+ vrt='[1A'
>+ case "$_rc_status" in
>+ vrt='[1A
[100C[10D[1;32mdone[m'
>+ echo -en '7[?25l[1A
[100C[10D[1;32mdone[m8[?25h'
>7[?25l[1A
[100C[10D[1;32mdone[m8[?25h+ _rc_status=0
>+ return 0
>+ rc_reset
>+ _rc_status=0
>+ _rc_status_all=0
>+ rc_check
>+ _rc_status_ret=0
>+ test 0 -eq 0
>+ test 0 -eq 0
>+ return
>+ return 0
>+ for IFACE in '${INTERFACE:- $LO
>		                           $PHYSICAL_IFACES   }'
>+ ifup eth1 -o rc onboot
>    eth1      device: Realtek Semiconductor Co., Ltd. RTL-8110SC/8169SC Gigabit Ethernet (rev 10)
>    eth1      IP address: 195.155.155.1/24   
>Checking for network time protocol daemon (NTPD): ..unused
>+ RET=0
>+ debug
>+ test -n ''
>+ test no == yes
>+ case "$RET" in
>+ SUCCESS_IFACES=' lo eth0 eth1'
>+ rc_status -v1
>+ rc_check
>+ _rc_status_ret=0
>+ test 0 -eq 0
>+ test 0 -eq 0
>+ return
>+ test 0 -gt 7
>+ _rc_status_ret=0
>+ case "$_rc_todo" in
>+ local i
>+ for i in '"$@"'
>+ case "$i" in
>+ local vrt=
>+ local out=1
>+ local opt=en
>+ test -n 1
>+ vrt='[1A'
>+ case "$_rc_status" in
>+ vrt='[1A
[100C[10D[1;32mdone[m'
>+ echo -en '7[?25l[1A
[100C[10D[1;32mdone[m8[?25h'
>7[?25l[1A
[100C[10D[1;32mdone[m8[?25h+ _rc_status=0
>+ return 0
>+ rc_reset
>+ _rc_status=0
>+ _rc_status_all=0
>+ rc_check
>+ _rc_status_ret=0
>+ test 0 -eq 0
>+ test 0 -eq 0
>+ return
>+ return 0
>+ NEWLINE=no
>+ true
>+ debug ... still waiting for hotplug devices:
>+ test -n '... still waiting for hotplug devices:'
>+ info_mesg '... still waiting for hotplug devices:'
>+ :
>+ test no == yes
>+ debug SUCCESS_IFACES= lo eth0 eth1
>+ test -n 'SUCCESS_IFACES= lo eth0 eth1'
>+ info_mesg 'SUCCESS_IFACES= lo eth0 eth1'
>+ :
>+ test no == yes
>+ debug MANDATORY_DEVICES= eth0 eth1 __NSC__
>+ test -n 'MANDATORY_DEVICES= eth0 eth1 __NSC__'
>+ info_mesg 'MANDATORY_DEVICES= eth0 eth1 __NSC__'
>+ :
>+ test no == yes
>+ TMP=' eth0 eth1 __NSC__ '
>+ MANDATORY_DEVICES=
>+ STATUS_CHECK=yes
>+ for D in '$TMP'
>+ '[' eth0 = __NSC__ ']'
>+ IFACE=eth0
>+ '[' '!' -d /sys/class/net/eth0 ']'
>+ for S in '$SUCCESS_IFACES'
>+ test eth0 = lo
>+ for S in '$SUCCESS_IFACES'
>+ test eth0 = eth0
>+ continue 2
>+ for D in '$TMP'
>+ '[' eth1 = __NSC__ ']'
>+ IFACE=eth1
>+ '[' '!' -d /sys/class/net/eth1 ']'
>+ for S in '$SUCCESS_IFACES'
>+ test eth1 = lo
>+ for S in '$SUCCESS_IFACES'
>+ test eth1 = eth0
>+ for S in '$SUCCESS_IFACES'
>+ test eth1 = eth1
>+ continue 2
>+ for D in '$TMP'
>+ '[' __NSC__ = __NSC__ ']'
>+ STATUS_CHECK=no
>+ MANDATORY_DEVICES=' __NSC__'
>+ continue
>echo $MANDATORY_DEVICES
>++ echo __NSC__
>+ test __NSC__ = __NSC__
>+ MANDATORY_DEVICES=
>+ IFS=.
>+ read a b
>cat $NETWORK_RUNFILE
>++ cat /dev/shm/sysconfig/network
>+ TTWAIT=7
>+ test 7 -gt 20 -o -z ''
>+ break
>+ '[' no = yes ']'
>+ debug ... final
>+ test -n '... final'
>+ info_mesg '... final'
>+ :
>+ test no == yes
>+ debug SUCCESS_IFACES= lo eth0 eth1
>+ test -n 'SUCCESS_IFACES= lo eth0 eth1'
>+ info_mesg 'SUCCESS_IFACES= lo eth0 eth1'
>+ :
>+ test no == yes
>+ debug MANDATORY_DEVICES=
>+ test -n MANDATORY_DEVICES=
>+ info_mesg MANDATORY_DEVICES=
>+ :
>+ test no == yes
>+ debug FAILED=0
>+ test -n FAILED=0
>+ info_mesg FAILED=0
>+ :
>+ test no == yes
>+ '[' -z '' ']'
>+ rc_reset
>+ _rc_status=0
>+ _rc_status_all=0
>+ rc_check
>+ _rc_status_ret=0
>+ test 0 -eq 0
>+ test 0 -eq 0
>+ return
>+ return 0
>+ '[' -z '' ']'
>+ ifup-route noiface -o rc onboot
>+ rc_status
>+ rc_check
>+ _rc_status_ret=0
>+ test 0 -eq 0
>+ test 0 -eq 0
>+ return
>+ test 0 -gt 7
>+ _rc_status_ret=0
>+ case "$_rc_todo" in
>+ local i
>+ return 0
>+ test 0 -gt 0
>+ echo -n 'Setting up service network  .  .  .  .  .  .  .  .  .  .  .  .  .  .  .  .'
>Setting up service network  .  .  .  .  .  .  .  .  .  .  .  .  .  .  .  .+ rc_status -v
>+ rc_check
>+ _rc_status_ret=0
>+ test 0 -eq 0
>+ test 0 -eq 0
>+ return
>+ test 0 -gt 7
>+ _rc_status_ret=0
>+ case "$_rc_todo" in
>+ local i
>+ for i in '"$@"'
>+ case "$i" in
>+ local vrt=
>+ local out=1
>+ local opt=en
>+ test -n ''
>+ opt=e
>+ case "$_rc_status" in
>+ vrt='
[100C[10D[1;32mdone[m'
>+ echo -e '7[?25l
[100C[10D[1;32mdone[m8[?25h'
>7[?25l
[100C[10D[1;32mdone[m8[?25h
>+ _rc_status=0
>+ return 0
>+ reload_firewall
>+ check_firewall
>+ test onboot = onboot
>+ return -1
>+ return 255
>
>rc_exit
>+ rc_exit
>+ exit 0

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Attachments on bug 335486: 195057 | 213807 | 213890 | 217033 | 217035 | 217048 | 217531 | 217617 | 217913 | 218600 | 260717 | 260718 | 260719 | 260720 | 264188 | 265808