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| Current File : //etc/init.d/network |
#!/bin/bash
#
# Network interface configuration
#
# Copyright (c) 2001-2002 SuSE Linux AG, Nuernberg, Germany.
# Copyright (c) 2003-2008 SUSE LINUX Products GmbH, Nuernberg, Germany.
#
# This program is free software; you can redistribute it and/or modify it under
# the terms of the GNU General Public License as published by the Free Software
# Foundation; either version 2 of the License, or (at your option) any later
# version.
#
# This program is distributed in the hope that it will be useful, but WITHOUT
# ANY WARRANTY; without even the implied warranty of MERCHANTABILITY or FITNESS
# FOR A PARTICULAR PURPOSE. See the GNU General Public License for more
# details.
#
# You should have received a copy of the GNU General Public License along with
# this program; if not, write to the Free Software Foundation, Inc., 59 Temple
# Place, Suite 330, Boston, MA 02111-1307 USA
#
# Author: Michal Svec <msvec@suse.cz>
# Christian Zoz <zoz@suse.de>
# Mads Martin Jørgensen <mmj@suse.de>
# Marius Tomaschewski <mt@suse.de>
#
# $Id$
#
# /etc/init.d/network
#
### BEGIN INIT INFO
# Provides: network
# Required-Start: $local_fs
# Should-Start: earlysyslog isdn openibd SuSEfirewall2_init
# Required-Stop: $local_fs
# Should-Stop: isdn openibd SuSEfirewall2_init
# Default-Start: 2 3 5
# Default-Stop:
# Short-Description: Configure the localfs depending network interfaces
# Description: Configure the localfs depending network interfaces
# and set up routing
### END INIT INFO
unset POSIXLY_CORRECT ; set +o posix # we're using non-posix bash features
. /etc/rc.status
rc_reset
cd /etc/sysconfig/network
test -f ./config && . ./config
if ! . scripts/functions 2>/dev/null; then
echo -n "Network: file /etc/sysconfig/network/scripts/functions is missing."
rc_failed
rc_status -v
rc_exit
fi
test "$DEBUG" = "EXTRA" && . scripts/extradebug
# Only use ifup option 'onboot' if booting or changing runlevel
# Therefore we check if we were called from init
FS_FILTER=""
if [ -n "$INIT_VERSION" -a -z "$YAST_IS_RUNNING" ] ; then
MODE=onboot
FS_FILTER=localfs
fi
######################################################################
# Commandline parsing
#
SCRIPTNAME=${0##*/}
debug $*
ACTION=$1
shift
if [ "$1" != "-o" ] ; then INTERFACE=$1; shift; fi
if [ -n "$1" -a "$1" != "-o" ] ; then CONFIG=$INTERFACE; INTERFACE=$1; shift; fi
test "$1" = "-o" && shift
OPTIONS=$@
while [ $# -gt 0 ]; do
case $1 in
boot|onboot) MODE=onboot ;;
hotplug) MODE=hotplug ;;
manual) MODE=manual ;;
check) CHECK=check ;;
quiet) be_quiet_has_gone ;;
debug) DEBUG=yes ;;
type=*) TYPE=${1#type=} ;;
fake) FAKE=echo ;;
skip=*) SKIP=${1#skip=} ;;
nm) NETWORKMANAGER=yes ;;
netcontrol) NETWORKMANAGER=no ;;
localfs) FS_FILTER=localfs ;;
remotefs) FS_FILTER=remotefs ;;
*) mesg "Unknown option '$1'"
mesg "options: {[on]boot,hotplug,manual,check,debug,type=<typelist>,fake,localfs,remotefs}"
exit 1 ;;
esac
shift
done
# Source functions.common again, because values of DEBUG and BE_QUIET might
# have changed. These variable will be evaluated while sourcing the file.
test -f scripts/functions.common \
&& . scripts/functions.common \
|| exit $R_INTERNAL
######################################################################
# Start NetworkManager if wanted
#
# Some variables and functions are defined in
# /etc/sysconfig/network/scripts/functions
# because they are also used in ifup
#
if [ "$NETWORKMANAGER" = yes ] ; then
if [ "$FS_FILTER" = "localfs" ] ; then
# NetworkManager is not supported without remotefs
# and will be started later via network-remotefs.
case $ACTION in
(status) exit 3 ;;
(start) exit 0 ;;
(stop) ;;
(*) exit 6 ;;
esac
elif [ ! -x "$NETWORKMANAGER_BIN" ] ; then
NETWORKMANAGER=no
err_mesg "NetworkManager is not installed, thus using NetControl." \
"Please set" \
"\n/etc/sysconfig/network/config:NetworkManager=no" \
"or install NetworkManager."
fi
fi
check_firewall() {
test "$MODE" = onboot && return 1
test "$FIREWALL" != yes && return 2
test -x scripts/firewall || return 3
return 0
}
lock_firewall() {
check_firewall || return $?
scripts/firewall net-reconfig-init
}
reload_firewall() {
check_firewall || return $?
scripts/firewall net-reconfig-done
}
start_nm_online() {
test -x "$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 --timeout $NM_ONLINE_TIMEOUT
case $? in
0) rc_status -v ;;
1) echo -e "$rc_startmode" 1>&2 ;;
*) rc_status -v ;;
esac
}
cd "$OLDPWD"
case "$ACTION" in
start)
if [ "$NETWORKMANAGER" = yes ] ; then
if nm_running; then
mesg_n "NetworkManager already running"
rc_status -v
elif netcontrol_running; then
mesg "'NetControl' is active but" \
"configuration says 'NetworkManager'."
mesg_n "Call $SCRIPTNAME restart instead".
rc_failed 7
rc_status -v
else
mesg_n "Starting the NetworkManager"
$FAKE startproc $NETWORKMANAGER_BIN
rc_status -v
start_nm_online
fi
rc_exit
else
if nm_running; then
mesg "'NetworkManager' is active but configuration" \
"says 'NetControl'."
mesg_n "Call $SCRIPTNAME restart instead".
rc_failed 7
rc_status -v
rc_exit
fi
fi
# else fall through to NetControl
;;
stop)
if nm_running; then
mesg_n "Shutting down the NetworkManager"
$FAKE killproc -TERM $NETWORKMANAGER_BIN
rc_status -v
fi
netconfig update
# else fall through to NetControl
;;
try-restart)
$0 status >/dev/null && \
$0 restart $CONFIG $INTERFACE ${OPTIONS:+-o $OPTIONS}
rc_status
rc_exit
;;
restart|force-reload)
$0 stop $CONFIG $INTERFACE ${OPTIONS:+-o $OPTIONS}
$0 start $CONFIG $INTERFACE ${OPTIONS:+-o $OPTIONS}
rc_status
rc_exit
;;
stop-all-dhcp-clients)
if nm_running; then
mesg "$ACTION not avaliable when running NetworkManager"
exit 1
fi
lock_firewall
DHCP_INTERFACES=$(dhcp_interfaces)
for IFACE in $DHCP_INTERFACES; do
$0 stop $IFACE ${OPTIONS:+-o $OPTIONS}
done
rc_status
reload_firewall
rc_exit
;;
restart-all-dhcp-clients)
if nm_running; then
mesg "$ACTION not avaliable when running NetworkManager"
exit 1
fi
lock_firewall
DHCP_INTERFACES=$(dhcp_interfaces)
for IFACE in $DHCP_INTERFACES; do
$0 stop $IFACE ${OPTIONS:+-o $OPTIONS}
done
for IFACE in $DHCP_INTERFACES; do
$0 start $IFACE ${OPTIONS:+-o $OPTIONS}
done
rc_status
reload_firewall
rc_exit
;;
reload)
# NetworkManager does not support reload (2005.01.15).
# If configuration and running system do not match exec restart.
# Fall through if NetControl is confiured and NM not active.
if [ "$NETWORKMANAGER" = yes ] ; then
if netcontrol_running; then
mesg "Changing Network Control System. Calling $0 restart"
exec $0 restart $CONFIG $INTERFACE ${OPTIONS:+-o $OPTIONS}
else
# NetworkManager doesn't support signaling --> restarting
exec $0 restart $CONFIG $INTERFACE ${OPTIONS:+-o $OPTIONS}
fi
else
if nm_running; then
mesg "Changing Network Control System. Calling $0 restart"
shift
exec $0 restart $*
fi
fi
;;
status)
if [ "$NETWORKMANAGER" = yes ] ; then
mesg_n "Checking for the NetworkManager: "
nm_running
rc_status -v
NM_STATUS=$?
if netcontrol_running; then
mesg "NetControl System is active as well." \
"Check your config or restart network."
else
rc_exit
fi
else
if nm_running; then
mesg "NetworkManager is active even though not configured." \
"\nCheck your config or restart network."
fi
fi
;;
*)
echo "Usage: $0 <action> [<config>] [<interface>] [-o <options>]"
echo " actions: start|stop|status|reload|force-reload|try-restart"
echo " restart|stop-all-dhcp-clients|restart-all-dhcp-clients"
echo " options: [on]boot,hotplug,manual,check,debug,fake,nm,netcontrol"
echo " type=<typelist>,skip=<skiplist>"
echo " typelist: space seperated list of interface types"
echo " skiplist: space seperated list of interfaces to skip for 'start'"
if [ "$NETWORKMANAGER" = yes ] ; then
echo
echo "Note:"
echo " <config>, <interface> and options [on]boot,hotplug,manual" \
"have no effect"
echo " if service network is controlled by NetworkManager."
fi
exit 1
;;
esac
cd /etc/sysconfig/network
######################################################################
if [ "$MODE" = onboot -a "$ACTION" = start ] ; then
case $FS_FILTER in
(remotefs) ;;
(*) # (localfs|"")
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
;;
esac
fi
mkdir -p ${RUN_FILES_BASE}/tmp
# This has to happen early; don't move that into start section below!!!
# (Writing NETWORK_RUNFILE means that service network is started. And only if
# service network was started interfaces will be set up via hotplug. And it must
# be started before checking which interfaces are already available and might
# still have to be set up because the were registered to early. Bug 39005)
if [ "$ACTION" = start ] ; then
IFS=. read a b < /proc/uptime
echo "$a" > $NETWORK_RUNFILE
fi
if [ -n "$TYPE" ] ; then
type_filter() {
for i in $*; do
for t in $TYPE; do
case $i in
# $t*) echo -n "$i "; continue 2;;
$t*) echo $i; continue 2;;
esac
done
done
echo
}
else
LO=lo
type_filter() {
echo $*
}
fi
######################################################################
# Get interfaces to handle
#
# Seperate this interfaces into several sets, not all mutually exclisive;
# none of them may contain lo, because it will always handled separately
#
# PHYSICAL_IFACES available interfaces to present physical devices
# (not in VIRTUAL_IFACES), that are already prepared
# by udev rules using an "ifup -o hotplug" call.
#
# NOT_PHYSICAL_IFACES available interfaces that are in VIRTUAL_IFACES
#
# AVAILABLE_IFACES are all interfaces available at /sys/class/net
# (that is PHYSICAL_IFACES + NOT_PHYSICAL_IFACES)
#
# VIRTUAL_IFACES all configured interfaces (derived from ifcfg-*
# files), except of thoseinterfaces "known" as
# interfaces to physical devices
#
# subsets of VIRTUAL_IFACES:
# BONDING_IFACES are virtual bonding interfaces
# BRIDGE_IFACES are virtual bridge interfaces
# DIALUP_IFACES are virtual modemX, dslX, etc.
# TUNNEL_IFACES are virtual tunnel interfaces
# VLAN_IFACES are virtual vlan (802.1q) interfaces
#
# MANDATORY_DEVICES interfaces specified in global network/config or
# interfaces (to physical devices) that are not in
# the VIRTUAL_IFACES set.
# in boot mode, the script waits up to the limit
# of $WAIT_FOR_INTERFACES seconds to become ready.
#
# MANDATORY_SLAVES all interfaces that are slave/base interfaces for
# virtual interfaces and not virtual themself.
#
# The PHYSICAL and NOT_PHYSICAL interfaces sets are mutually exclusive.
# Their union contains AVAILABLE and MANDATORY and all of them have to
# be set up when starting.
#
# At first sort into VIRTUAL interface set and the subsets BONDING,
# BRIDGE, DIALUP, TUNNEL and VLAN.
while IFS=- read a b; do
case "$b" in
""|*~|*.old|*.rpmnew|*.rpmsave|*.scpmbackup)
continue
;;
esac
b=`type_filter $b`
t=`get_iface_type_from_config $b`
case $t in
lo|eth|ib|tr|wlan|irda|ip6tnl|mip6mnha)
continue
;;
bond)
BONDING_IFACES="$BONDING_IFACES $b"
add_to_wordlist VIRTUAL_IFACES $b
;;
bridge)
BRIDGE_IFACES="$BRIDGE_IFACES $b"
add_to_wordlist VIRTUAL_IFACES $b
;;
*ppp|dsl|modem|isdn)
DIALUP_IFACES="$DIALUP_IFACES $b"
add_to_wordlist VIRTUAL_IFACES $b
;;
vlan|ibchild)
VLAN_IFACES="$VLAN_IFACES $b"
add_to_wordlist VIRTUAL_IFACES $b
;;
ipip|sit|gre|tun|tap)
TUNNEL_IFACES="$TUNNEL_IFACES $b"
add_to_wordlist VIRTUAL_IFACES $b
;;
dummy)
add_to_wordlist VIRTUAL_IFACES $b
;;
*)
add_to_wordlist VIRTUAL_IFACES $b
err_mesg "$b has unknown interface type. Please file a bug report."
;;
esac
done < <(ls -1d /etc/sysconfig/network/ifcfg-*)
# Now get all available interfaces drop lo and separate them into physical and
# not physical. Then get AVAILABLE_IFACES sorted to shutdown the not physical
# first.
# Interfaces may be renamed by udev after they are registered. In some cases
# this may take some time. Therefore we check a 'renamed' flag if an interface
# is ready to be set up. If an it is not ready now, it will be set up via
# udev/ifup (because network is started now). We will just have to wait for it
# later in the start section if it is considered mandatory (see next section).
for a in $(type_filter `ls -A /sys/class/net/`); do
test -d /sys/class/net/$a || continue
t=`get_iface_type $a`
case "$t" in
eth|tr|ib|wlan)
STAMPFILE=$STAMPFILE_STUB`cat /sys/class/net/$a/ifindex`
if [ "$MODE" = onboot -a "$ACTION" = start ] ; then
# skip interfaces (with active drivers)
# but not yet prepared by an
# ifup -o hotplug
# call is triggered in udev rules.
# (may need rename to their final name)
if [ ! -e "$STAMPFILE" ] ; then
continue
fi
fi
;;
lo|wlan_aux)
continue
;;
esac
for b in $VIRTUAL_IFACES ; do
if [ "$a" = "$b" ] ; then
NOT_PHYSICAL_IFACES="$NOT_PHYSICAL_IFACES $a"
continue 2
fi
done
PHYSICAL_IFACES="$PHYSICAL_IFACES $a"
done
# 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 virtual, dialup or tunnel interfaces
# - which serve as slave interfaces for bonding, vlan
# or tunnels, except the slave interfaces are physical
while IFS=- read a b; do
case "$b" in
""|*~|*.old|*.rpmnew|*.rpmsave|*.scpmbackup|lo)
continue
;;
esac
case "`get_startmode $b`" in
on|boot|onboot|auto|ifplugd) : ;;
*) continue ;;
esac
for d in $DIALUP_IFACES ; do
if [ "$b" = "$d" ] ; then
continue 2
fi
done
for d in $VIRTUAL_IFACES ; do
if [ "$b" = "$d" ] ; then
#slaves="`get_slaves $b`"
# resolve all slaves recursively
slaves=""
resolve_iface_startorder slaves "$b" "$b"
test $? = 0 || continue 2
for s in $slaves ; do
for v in $SLAVE_IFACES $VIRTUAL_IFACES
do
[ "$v" = "$s" ] && continue 2
done
SLAVE_IFACES="$SLAVE_IFACES $s"
done
continue 2
fi
done
MANDATORY_DEVICES="$MANDATORY_DEVICES $b"
done < <(ls -1d /etc/sysconfig/network/ifcfg-*)
if [ -n "$MANDATORY_DEVICES" \
-a "$MODE" != onboot \
-a "$ACTION" = start ] ; then
echo "Hint: you may set mandatory devices in" \
"/etc/sysconfig/network/config"
fi
for s in $SLAVE_IFACES ; do
for m in $MANDATORY_DEVICES ; do
[ "$m" = "$s" ] && continue 2
done
MANDATORY_SLAVES="$MANDATORY_SLAVES $s"
done
fi
#
# find out the start order of non-physical & non-mandatory
# interfaces resolving their slave interfaces recursively
#
filter_wordlist() {
local fwv="${1}"
local fwf="${2}"
local fwl=""
local fwi
test "x$fwv" != x -a \
"x$fwf" != x || return 1
for fwi in ${!fwv} ; do
$fwf $fwi || continue
add_to_wordlist fwl $fwi
done
eval "${fwv}='${fwl}'"
return 0
}
bw_fs_filter()
{
local filter=$1 ; shift
local w_list=$1 ; shift
local b_list=$1 ; shift
local i
test "x$filter" != x -a \
"x$w_list" != x -a \
"x$b_list" != x || return 1
for i in $@ ; do
$filter $i && \
add_to_wordlist ${w_list} $i || \
add_to_wordlist ${b_list} $i
done
return 0
}
if test "x$FS_FILTER" != x ; then
#
# Filter interfaces into a localfs and remotefs sets
#
ALL_PHYSICAL_IFACES="$PHYSICAL_IFACES"
bw_fs_filter supported_on_localfs \
LFS_PHYSICAL_IFACES \
RFS_PHYSICAL_IFACES \
$ALL_PHYSICAL_IFACES
ALL_NOT_PHYSICAL_IFACES="$NOT_PHYSICAL_IFACES"
bw_fs_filter supported_on_localfs \
LFS_NOT_PHYSICAL_IFACES \
RFS_NOT_PHYSICAL_IFACES \
$ALL_NOT_PHYSICAL_IFACES
ALL_MANDATORY_DEVICES="$MANDATORY_DEVICES"
bw_fs_filter supported_on_localfs \
LFS_MANDATORY_DEVICES \
RFS_MANDATORY_DEVICES \
$ALL_MANDATORY_DEVICES
ALL_MANDATORY_SLAVES="$MANDATORY_SLAVES"
bw_fs_filter supported_on_localfs \
LFS_MANDATORY_SLAVES \
RFS_MANDATORY_SLAVES \
$ALL_MANDATORY_SLAVES
ALL_VIRTUAL_IFACES=$VIRTUAL_IFACES
resolve_iface_startorder ALL_VIRTUAL_IFACES \
"$ALL_VIRTUAL_IFACES" \
"$PHYSICAL_IFACES $MANDATORY_DEVICES $MANDATORY_SLAVES"
resolve_iface_startorder LFS_VIRTUAL_IFACES \
"$ALL_VIRTUAL_IFACES" \
"$LFS_PHYSICAL_IFACES $LFS_MANDATORY_DEVICES $LFS_MANDATORY_SLAVES" \
supported_on_localfs
for i in $ALL_VIRTUAL_IFACES ; do
for l in $LFS_VIRTUAL_IFACES ; do
test "x$i" = "x$l" && continue 2
done
add_to_wordlist RFS_VIRTUAL_IFACES $i
done
debug "* Modifications by $FS_FILTER filter:"
debug "PHYSICAL_IFACES => $LFS_PHYSICAL_IFACES + $RFS_PHYSICAL_IFACES = $ALL_PHYSICAL_IFACES"
debug "NOT_PHYSICAL_IFACES => $LFS_NOT_PHYSICAL_IFACES + $RFS_NOT_PHYSICAL_IFACES = $ALL_NOT_PHYSICAL_IFACES"
debug "MANDATORY_DEVICES => $LFS_MANDATORY_DEVICES + $RFS_MANDATORY_DEVICES = $ALL_MANDATORY_DEVICES"
debug "MANDATORY_SLAVES => $LFS_MANDATORY_SLAVES + $RFS_MANDATORY_SLAVES = $ALL_MANDATORY_SLAVES"
debug "VIRTUAL_IFACES => $LFS_VIRTUAL_IFACES + $RFS_VIRTUAL_IFACES = $ALL_VIRTUAL_IFACES"
case $FS_FILTER in
localfs)
PHYSICAL_IFACES="$LFS_PHYSICAL_IFACES"
NOT_PHYSICAL_IFACES="$LFS_NOT_PHYSICAL_IFACES"
MANDATORY_DEVICES="$LFS_MANDATORY_DEVICES"
MANDATORY_SLAVES="$LFS_MANDATORY_SLAVES"
VIRTUAL_IFACES="$LFS_VIRTUAL_IFACES"
;;
remotefs)
PHYSICAL_IFACES="$RFS_PHYSICAL_IFACES"
NOT_PHYSICAL_IFACES="$RFS_NOT_PHYSICAL_IFACES"
MANDATORY_DEVICES="$RFS_MANDATORY_DEVICES"
MANDATORY_SLAVES="$RFS_MANDATORY_SLAVES"
VIRTUAL_IFACES="$RFS_VIRTUAL_IFACES"
;;
esac
else
resolve_iface_startorder VIRTUAL_IFACES \
"$VIRTUAL_IFACES" \
"$PHYSICAL_IFACES $MANDATORY_DEVICES $MANDATORY_SLAVES"
fi
add_to_wordlist AVAILABLE_IFACES $NOT_PHYSICAL_IFACES $PHYSICAL_IFACES
add_to_wordlist MANDATORY_DEVICES __NSC__ $MANDATORY_SLAVES
# Check for mandatory devices only when booting
test "$MODE" = onboot || MANDATORY_DEVICES=""
debug "CONFIG = $CONFIG"
debug "INTERFACE = $INTERFACE"
debug "AVAILABLE_IFACES = $AVAILABLE_IFACES"
debug "PHYSICAL_IFACES = $PHYSICAL_IFACES"
debug "BONDING_IFACES = $BONDING_IFACES"
debug "VLAN_IFACES = $VLAN_IFACES"
debug "DIALUP_IFACES = $DIALUP_IFACES"
debug "TUNNEL_IFACES = $TUNNEL_IFACES"
debug "BRIDGE_IFACES = $BRIDGE_IFACES"
debug "SLAVE_IFACES = $SLAVE_IFACES"
debug "MANDATORY_DEVICES = $MANDATORY_DEVICES"
debug "VIRTUAL_IFACES = $VIRTUAL_IFACES"
debug "SKIP = $SKIP"
start_list="$PHYSICAL_IFACES ; $MANDATORY_DEVICES ; $VIRTUAL_IFACES"
debug "start order : ${start_list// / }"
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 /sbin/ifstatus $CONFIG $IFACE -o rc $CHECK $MODE
RET=$?
debug && printf " %-9s returned %s\n" $IFACE $RET
case $RET in
$R_SUCCESS|$R_BUSY)
# : $((R++))
rc_failed 0
rc_status -v1
;;
$R_DHCP_BG)
if [ -f "$NETWORK_RUNFILE" -a "$M" = yes ] ; then
: $((F++))
fi
rc_startmode="${esc}[1A${stat}${attn}waiting${norm}"
echo -e "$rc_startmode" 1>&2
;;
$R_INACTIVE|$R_NOTCONFIGURED)
rc_failed 3
rc_status -v1
;;
$R_NOCONFIG)
if [ -f "$NETWORK_RUNFILE" -a "$M" = yes ] ; then
: $((F++))
rc_failed 1
else
rc_failed 3
fi
rc_status -v1
;;
*)
if [ -f "$NETWORK_RUNFILE" ] ; then
test "$M" = yes && : $((F++))
rc_failed 1
else
rc_failed 3
fi
rc_status -v1
;;
esac
rc_reset
done
test "$F" -gt 0 && return 1
# test "$R" = 0 && return 3
return 0
}
rc_reset
declare -i FAILED=0
if [ "$NETWORKMANAGER" = yes -a ${NM_STATUS:-0} -ne 0 ] ; then
FAILED=1
fi
case "$ACTION" in
start)
echo "Setting up ${FS_FILTER:+(${FS_FILTER}) }network interfaces:"
lock_firewall
if test -n "$LO" && /sbin/ifstatus $LO &>/dev/null ; then
# don't check if it is up only, but also if the
# ifcfg-lo settings are applied by /sbin/ifup.
if test -e "$RUN_FILES_BASE/if-$LO" -o \
-e "$RUN_FILES_BASE/ifup-$LO" ; then
unset LO
fi
fi
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: ${MANDATORY_DEVICES//__NSC__/}"
fi
echo -n "$((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
debug TTWAIT=$TTWAIT
if [ -z "$INTERFACE" ] ; then
for IFACE in $VIRTUAL_IFACES ; do
for SI in $SKIP; do
test "$IFACE" = "$SI" && continue 2
done
$FAKE ifup $CONFIG $IFACE -o rc $MODE
RET=$?
debug && printf " %-9s returned %s\n" $IFACE $RET
case "$RET" in
$R_SUCCESS)
SUCCESS_IFACES="$SUCCESS_IFACES $IFACE"
rc_status -v1
;;
$R_DHCP_BG)
startmode=waiting
rc_startmode="${esc}[1A${stat}${attn}$startmode${norm}"
echo -en "$rc_startmode" 1>&2
echo
;;
$R_NOCONFIG)
rc_failed 6
rc_status -v1
# : $((FAILED++))
;;
$R_NOTCONFIGURED|$R_INACTIVE)
SUCCESS_IFACES="$SUCCESS_IFACES $IFACE"
rc_failed 5
rc_status -v1
;;
*)
rc_failed 7
rc_status -v1
# : $((FAILED++))
;;
esac
rc_reset
done
LINE=""
NEWLINE=no
while true; do
debug ... still waiting for virtual devices:
debug SUCCESS_IFACES=$SUCCESS_IFACES
debug VIRTUAL_IFACES=$VIRTUAL_IFACES
TMP=$VIRTUAL_IFACES
VIRTUAL_IFACES=
for IFACE in $TMP ; do
for S in $SUCCESS_IFACES; do
test "$IFACE" = "$S" && continue 2
done
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 $IFACE
continue
fi
VIRTUAL_IFACES="$VIRTUAL_IFACES $IFACE"
done
IFS=. read a b < /proc/uptime
TTWAIT2=$((a - (TTWAIT + `cat $NETWORK_RUNFILE`)))
test $TTWAIT2 -gt $((WAIT_FOR_INTERFACES)) \
-o -z "$VIRTUAL_IFACES" && break
debug "Time to wait: $((WAIT_FOR_INTERFACES - TTWAIT2))"
if [ "$NEWLINE" != yes ] ; then
echo "Waiting for virtual interfaces: $VIRTUAL_IFACES"
fi
echo -n "$((WAIT_FOR_INTERFACES - TTWAIT2)) "
NEWLINE=yes
sleep 1
done
if [ "$NEWLINE" = yes ] ; then
echo
fi
for IFACE in $VIRTUAL_IFACES; do
if [ -d /sys/class/net/$IFACE ] ; then
status -m $IFACE && continue
printf " %-9s interface is not ready until now\n" $IFACE
fi
rc_failed
rc_status -v1
: $((FAILED++))
done
fi
rc_reset
if [ -z "$INTERFACE" ] ; then
$FAKE ifup-route noiface -o rc $MODE
rc_status
test $FAILED -gt 0 && rc_failed 7
echo -n "Setting up service ${FS_FILTER:+(${FS_FILTER}) }network . . . . . . . . . ."
rc_status -v
fi
reload_firewall
;;
stop)
echo Shutting down ${FS_FILTER:+(${FS_FILTER}) }network interfaces:
if [ -z "$INTERFACE" -a "$FS_FILTER" != remotefs ] ; then
$FAKE ifdown-route noiface -o rc $MODE
fi
DONE_IFACES=""
STOP_VIFACES=""
for IFACE in ${VIRTUAL_IFACES} ; do
STOP_VIFACES="$IFACE $STOP_VIFACES"
done
#for IFACE in ${INTERFACE:-$STOP_VIFACES $PHYSICAL_IFACES $BONDING_IFACES $AVAILABLE_IFACES} ; do
for IFACE in ${INTERFACE:-$STOP_VIFACES $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 "$TYPE" -a "$FS_FILTER" != remotefs ] ; 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 ${FS_FILTER:+(${FS_FILTER}) }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 $NETWORK_RUNFILE \
-a "$FS_FILTER" != remotefs ] ; 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 $VIRTUAL_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 ${FS_FILTER:+(${FS_FILTER}) }network . . . . . . . . . . ."
rc_status -v
;;
esac
rc_exit
ACC SHELL 2018