Fincer
/
openntpd-openbsd
mirror of https://github.com/Fincer/openntpd-openbsd


#	$OpenBSD: rc,v 1.328 2009/06/30 15:30:24 deraadt Exp $


# System startup script run by init on autoboot

# or after single-user.

# Output and error are redirected to console by init,

# and the console is the controlling terminal.


# Subroutines (have to come first).


# Strip comments (and leading/trailing whitespace if IFS is set)

# from a file and spew to stdout

stripcom() {

	local _file="$1"

	local _line


	{

		while read _line ; do

			_line=${_line%%#*}		# strip comments

			test -z "$_line" && continue

			echo $_line

		done

	} < $_file

}


# Update resource limits when sysctl changes

# Usage: update_limit -X loginconf_name

update_limit() {

	local _fl="$1"	# ulimit flag

	local _lc="$2"	# login.conf name

	local _new _suf


	for _suf in "" -cur -max; do

		_new=`getcap -f /etc/login.conf -s ${_lc}${_suf} daemon 2>/dev/null`

		if [ X"$_new" != X"" ]; then

			if [ X"$_new" = X"infinity" ]; then

				_new=unlimited

			fi

			case "$_suf" in

			-cur)

				ulimit -S $_fl $_new

				;;

			-max)

				ulimit -H $_fl $_new

				;;

			*)

				ulimit $_fl $_new

				return

				;;

			esac

		fi

	done

}


sysctl_conf() {

	test -s /etc/sysctl.conf || return


	# delete comments and blank lines

	set -- `stripcom /etc/sysctl.conf`

	while [ $# -ge 1 ] ; do

		sysctl $1

		# update limits if needed

		case $1 in

		kern.maxproc=*)

			update_limit -p maxproc

			;;

		kern.maxfiles=*)

			update_limit -n openfiles

			;;

		esac

		shift

	done

}


mixerctl_conf()

{

	test -s /etc/mixerctl.conf || return


	# delete comments and blank lines

	set -- `stripcom /etc/mixerctl.conf`

	while [ $# -ge 1 ] ; do

		mixerctl -q $1 > /dev/null 2>&1

		shift

	done

}


wsconsctl_conf()

{

	local save_IFS="$IFS"


	test -x /sbin/wsconsctl -a -s /etc/wsconsctl.conf || return

	# delete comments and blank lines

	IFS="

"

	set -- `stripcom /etc/wsconsctl.conf`

	IFS="$save_IFS"

	while [ $# -ge 1 ] ; do

		eval /sbin/wsconsctl $1

		shift

	done

}


random_seed()

{

	if [ -f /var/db/host.random -a "X$random_seed_done" = "X" ]; then

		dd if=/var/db/host.random of=/dev/urandom bs=1024 count=64 \

		    > /dev/null 2>&1

		dd if=/var/db/host.random of=/dev/arandom bs=1024 count=64 \

		    > /dev/null 2>&1


		# reset seed file, so that if a shutdown-less reboot occurs,

		# the next seed is not a repeat

		dd if=/dev/urandom of=/var/db/host.random bs=1024 count=64 \

		    > /dev/null 2>&1


		random_seed_done=1

	fi

}


fill_baddynamic()

{

	local _service="$1"

	local _sysctl="net.inet.${_service}.baddynamic"

	local _name _port _srv _junk _ban

	local _i=0

	grep "/${_service}" /etc/services | {

		IFS=" 	/"

		while read _name _port _srv _junk; do

			[ "x${_srv}" = "x${_service}" ] || continue;

			if [ "x${_ban}" = "x" ]; then

				_ban="+${_port}"

			else

				_ban="${_ban},+${_port}"

			fi

			# Flush before argv gets too long

			if [ $((++_i)) -gt 128 ]; then

				sysctl ${_sysctl}=${_ban} >/dev/null

				_ban=""

				_i=0

			fi

		done;

		if [ "x${_ban}" != "x" ]; then

			sysctl ${_sysctl}=${_ban} >/dev/null

		fi

	}

}


# End subroutines


stty status '^T'


# Set shell to ignore SIGINT (2), but not children;

# shell catches SIGQUIT (3) and returns to single user after fsck.

trap : 2

trap : 3	# shouldn't be needed


HOME=/; export HOME

PATH=/sbin:/bin:/usr/sbin:/usr/bin

export PATH


if [ X"$1" = X"shutdown" ]; then

	dd if=/dev/urandom of=/var/db/host.random bs=1024 count=64 >/dev/null 2>&1

	chmod 600 /var/db/host.random >/dev/null 2>&1

	if [ $? -eq 0 -a -f /etc/rc.shutdown ]; then

		echo /etc/rc.shutdown in progress...

		. /etc/rc.shutdown

		echo /etc/rc.shutdown complete.


		# bring carp interfaces down gracefully

		ifconfig -a|grep '^carp.*:'|cut -f1 -d:|while read if

		do

			ifconfig $if down

		done


		if [ X"${powerdown}" = X"YES" ]; then

			exit 2

		fi


	else

		echo single user: not running /etc/rc.shutdown

	fi

	exit 0

fi


# Configure ccd devices.

if [ -f /etc/ccd.conf ]; then

	ccdconfig -C

fi


# Configure raid devices.

for dev in 0 1 2 3; do

	if [ -f /etc/raid$dev.conf ]; then

		raidctl -c /etc/raid$dev.conf raid$dev

	fi

done


# Check parity on raid devices.

raidctl -P all


swapctl -A -t blk


if [ -e /fastboot ]; then

	echo "Fast boot: skipping disk checks."

elif [ X"$1" = X"autoboot" ]; then

	echo "Automatic boot in progress: starting file system checks."

	fsck -p

	case $? in

	0)

		;;

	2)

		exit 1

		;;

	4)

		echo "Rebooting..."

		reboot

		echo "Reboot failed; help!"

		exit 1

		;;

	8)

		echo "Automatic file system check failed; help!"

		exit 1

		;;

	12)

		echo "Boot interrupted."

		exit 1

		;;

	130)

		# interrupt before catcher installed

		exit 1

		;;

	*)

		echo "Unknown error; help!"

		exit 1

		;;

	esac

fi


trap "echo 'Boot interrupted.'; exit 1" 3


umount -a >/dev/null 2>&1

mount -a -t nonfs,vnd

mount -uw /		# root on nfs requires this, others aren't hurt

rm -f /fastboot		# XXX (root now writeable)


random_seed


# pick up option configuration

. /etc/rc.conf


# set flags on ttys.  (do early, in case they use tty for SLIP in netstart)

echo 'setting tty flags'

ttyflags -a


if [ -f /sbin/kbd -a -f /etc/kbdtype ]; then

	kbd `cat /etc/kbdtype`

fi


wsconsctl_conf


if [ X"${pf}" != X"NO" ]; then

	RULES="block all"

	RULES="$RULES\npass on lo0"

	RULES="$RULES\npass in proto tcp from any to any port 22 keep state"

	RULES="$RULES\npass out proto { tcp, udp } from any to any port 53 keep state"

	RULES="$RULES\npass out inet proto icmp all icmp-type echoreq keep state"

	if ifconfig lo0 inet6 >/dev/null 2>&1; then

		RULES="$RULES\npass out inet6 proto icmp6 all icmp6-type neighbrsol"

		RULES="$RULES\npass in inet6 proto icmp6 all icmp6-type neighbradv"

		RULES="$RULES\npass out inet6 proto icmp6 all icmp6-type routersol"

		RULES="$RULES\npass in inet6 proto icmp6 all icmp6-type routeradv"

	fi

	RULES="$RULES\npass proto carp keep state (no-sync)"

	case `sysctl vfs.mounts.nfs 2>/dev/null` in

	*[1-9]*)

		# don't kill NFS

		RULES="set reassemble yes no-df\n$RULES"

		RULES="$RULES\npass in proto { tcp, udp } from any port { 111, 2049 } to any"

		RULES="$RULES\npass out proto { tcp, udp } from any to any port { 111, 2049 }"

		;;

	esac

	echo $RULES | pfctl -f -

	pfctl -e

fi


# Fill net.inet.(tcp|udp).baddynamic lists from /etc/services

fill_baddynamic udp

fill_baddynamic tcp


sysctl_conf


# set hostname, turn on network

echo 'starting network'

ifconfig -g carp carpdemote 128

if [ -f /etc/resolv.conf.save ]; then

	mv /etc/resolv.conf.save /etc/resolv.conf

	touch /etc/resolv.conf

fi

. /etc/netstart


if [ X"${pf}" != X"NO" ]; then

	if [ -f ${pf_rules} ]; then

		pfctl -f ${pf_rules}

	fi

	# bring up pfsync after the working ruleset has been loaded

	if [ -f /etc/hostname.pfsync0 ]; then

		. /etc/netstart pfsync0

	fi

fi


mount -s /usr >/dev/null 2>&1

mount -s /var >/dev/null 2>&1


# if there's no /var/db/host.random, make one through /dev/urandom

if [ ! -f /var/db/host.random ]; then

	dd if=/dev/urandom of=/var/db/host.random bs=1024 count=64 \

		>/dev/null 2>&1

	chmod 600 /var/db/host.random >/dev/null 2>&1

else

	# Try to read seed if it was not initially present (e.g. /var on NFS)

	random_seed

fi


# clean up left-over files

rm -f /etc/nologin

rm -f /var/spool/lock/LCK.*

rm -f /var/spool/uucp/STST/*

(cd /var/run && { rm -rf -- *; install -c -m 664 -g utmp /dev/null utmp; })

(cd /var/authpf && rm -rf -- *)


# save a copy of the boot messages

dmesg >/var/run/dmesg.boot


echo 'starting system logger'

rm -f /dev/log

if [ X"${httpd_flags}" != X"-u" ]; then

	rm -f /var/www/dev/log

	syslogd_flags="${syslogd_flags} -a /var/www/dev/log"

fi

if [ X"${named_flags}" != X"NO" ]; then

	rm -f /var/named/dev/log

	syslogd_flags="${syslogd_flags} -a /var/named/dev/log"

fi

if [ -d /var/empty ]; then

	rm -f /var/empty/dev/log

	mkdir -p -m 0555 /var/empty/dev

	syslogd_flags="${syslogd_flags} -a /var/empty/dev/log"

fi

syslogd ${syslogd_flags}


if [ X"${pf}" != X"NO" ]; then

	ifconfig pflog0 create >/dev/null 2>&1

	if ifconfig pflog0 >/dev/null 2>&1; then

		ifconfig pflog0 up

		if [ X"${pflogd_flags}" != X"NO" ]; then

			pflogd ${pflogd_flags}

		fi

	fi

fi


if [ X"${named_flags}" != X"NO" ]; then

	if ! cmp -s /etc/rndc.key /var/named/etc/rndc.key ; then

		echo -n "rndc-confgen: generating new shared secret... "

		if /usr/sbin/rndc-confgen -a -t /var/named >/dev/null 2>&1; then

			chmod 0640 /var/named/etc/rndc.key >/dev/null 2>&1

			echo done.

		else

			echo failed.

		fi

	fi


	echo 'starting named';		named $named_flags

fi


if [ X"${isakmpd_flags}" != X"NO" ]; then

	if [ X"${sasyncd_flags}" != X"NO" ]; then

		isakmpd_flags="-S ${isakmpd_flags}"

	fi

	echo 'starting isakmpd';	isakmpd ${isakmpd_flags}

fi


if [ X"${sasyncd_flags}" != X"NO" ]; then

	echo 'starting sasyncd';	sasyncd ${sasyncd_flags}

fi


if [ X"${ipsec}" != X"NO" ]; then

	if [ -f ${ipsec_rules} ]; then

		ipsecctl -f ${ipsec_rules}

	fi

fi


echo -n 'starting initial daemons:'


if [ X"${portmap}" = X"YES" ]; then

	echo -n ' portmap';		portmap

fi


if [ X`domainname` != X ]; then

	if [ -d /var/yp/`domainname` ]; then

		# YP server capabilities needed...

		echo -n ' ypserv';		ypserv ${ypserv_flags}

		#echo -n ' ypxfrd';		ypxfrd

	fi


	if [ -d /var/yp/binding ]; then

		# YP client capabilities needed...

		echo -n ' ypbind';		ypbind

	fi


	if [ X"${yppasswdd_flags}" != X"NO" -a -d /var/yp/`domainname` ]; then

		# if we are the master server, run rpc.yppasswdd

		_host1=`ypwhich -m passwd 2> /dev/null`

		_host2=`hostname`

		if [ `grep '^lookup' /etc/resolv.conf | grep yp | wc -c` -ne 0 ]; then

			_host1=`ypmatch $_host1 hosts | cut -d'	' -f2`

			_host2=`ypmatch $_host2 hosts | cut -d'	' -f2 | head -1`

		else

			_host1=`echo $_host1 | nslookup | grep '^Name: ' | \

			    sed -e 's/^Name:    //'`

			_host2=`echo $_host2 | nslookup | grep '^Name: ' | \

			    sed -e 's/^Name:    //'`

		fi

		if [ "$_host2" = "$_host1" ]; then

			echo -n ' rpc.yppasswdd'

			rpc.yppasswdd ${yppasswdd_flags}

		fi

	fi

fi


if [ X"${nfs_server}" = X"YES" -a -s /etc/exports -a \

    `sed -e '/^#/d' < /etc/exports | wc -l` -ne 0 ]; then

	rm -f /var/db/mountdtab

	echo -n > /var/db/mountdtab

	echo -n ' mountd';		mountd

	echo -n ' nfsd';		nfsd ${nfsd_flags}

	if [ X"${lockd}" = X"YES" ]; then

		echo -n ' rpc.lockd';	rpc.lockd

		echo -n ' rpc.statd';	rpc.statd

	fi

fi


if [ X"${amd}" = X"YES" -a -e ${amd_master} ]; then

	echo -n ' amd'

	(cd /etc/amd; amd -l syslog -x error,noinfo,nostats -p \

	    -a ${amd_dir} `cat ${amd_master}` > /var/run/amd.pid )

fi


# run rdate before timed/ntpd

if [ X"${rdate_flags}" != X"NO" ]; then

	echo -n ' rdate';	rdate -s ${rdate_flags}

fi


if [ X"${timed_flags}" != X"NO" ]; then

	echo -n ' timed'; timed $timed_flags

fi


if [ X"${ldattach_flags}" != X"NO" -a -n "${ldattach_flags}" ]; then

	echo -n ' ldattach'; ldattach ${ldattach_flags}

fi


if [ X"${ntpd_flags}" != X"NO" ]; then

	echo -n ' ntpd'; ntpd $ntpd_flags

fi

echo '.'


mount -a


swapctl -A -t noblk


# /var/crash should be a directory or a symbolic link

# to the crash directory if core dumps are to be saved.

if [ -d /var/crash ]; then

	savecore ${savecore_flags} /var/crash

fi


if [ X"${afs}" = X"YES" -a -c /dev/nnpfs0 ]; then

	echo -n 'mounting afs:'

	mkdir -p -m 0755 /afs

	mount -t nnpfs /dev/nnpfs0 /afs

	/usr/libexec/afsd ${afsd_flags}

	echo ' done.'

fi


if [ X"${check_quotas}" = X"YES" ]; then

	echo -n 'checking quotas:'

	quotacheck -a

	echo ' done.'

	quotaon -a

fi


# build ps databases

echo -n 'building ps databases:'

echo -n " kvm"

kvm_mkdb

echo -n " dev"

dev_mkdb

echo "."


chmod 666 /dev/tty[pqrstuvwxyzPQRST]*

chown root:wheel /dev/tty[pqrstuvwxyzPQRST]*


# check the password temp/lock file

if [ -f /etc/ptmp ]; then

	logger -s -p auth.err \

	'password file may be incorrect -- /etc/ptmp exists'

fi


echo clearing /tmp


# prune quickly with one rm, then use find to clean up /tmp/[lq]*

# (not needed with mfs /tmp, but doesn't hurt there...)

(cd /tmp && rm -rf [a-km-pr-zA-Z]* &&

    find . ! -name . ! -name lost+found ! -name quota.user \

	! -name quota.group -execdir rm -rf -- {} \; -type d -prune)


# create Unix sockets directories for X if needed and make sure they have

# correct permissions

if [ -d /usr/X11R6/lib ]; then

	for d in /tmp/.X11-unix /tmp/.ICE-unix ; do

		if [ -d $d ]; then

			if [ `ls -ld $d | cut -d' ' -f4` != root ]; then

				chown root $d

			fi

			if [ `ls -ld $d | cut -d' ' -f1` != drwxrwxrwt ]; then

				chmod 1777 $d

			fi

		elif [ -e $d ]; then

			echo "Error: $d exists and isn't a directory."

		else

			mkdir -m 1777 $d

		fi

	done

fi


[ -f /etc/rc.securelevel ] && . /etc/rc.securelevel

if [ X"${securelevel}" != X"" ]; then

	echo -n 'setting kernel security level: '

	sysctl kern.securelevel=${securelevel}

fi


# patch /etc/motd

if [ ! -f /etc/motd ]; then

	install -c -o root -g wheel -m 664 /dev/null /etc/motd

fi

T=`mktemp /tmp/_motd.XXXXXXXXXX`

if [ $? -eq 0 ]; then

	sysctl -n kern.version | sed 1q > $T

	echo "" >> $T

	sed '1,/^$/d' < /etc/motd >> $T

	cmp -s $T /etc/motd || cp $T /etc/motd

	rm -f $T

fi


if [ X"${accounting}" = X"YES" ]; then

	if [ ! -f /var/account/acct ]; then

		touch /var/account/acct

	fi

	echo 'turning on accounting';	accton /var/account/acct

fi


if [ -f /sbin/ldconfig ]; then

	echo 'creating runtime link editor directory cache.'

	if [ -d /usr/local/lib ]; then

		shlib_dirs="/usr/local/lib $shlib_dirs"

	fi

	if [ -d /usr/X11R6/lib ]; then

		shlib_dirs="/usr/X11R6/lib $shlib_dirs"

	fi

	ldconfig $shlib_dirs

fi


if [ -x /usr/libexec/vi.recover ]; then

	echo 'preserving editor files.';	/usr/libexec/vi.recover

fi


if [ ! -f /etc/ssh/ssh_host_dsa_key ]; then

	echo -n "ssh-keygen: generating new DSA host key... "

	if /usr/bin/ssh-keygen -q -t dsa -f /etc/ssh/ssh_host_dsa_key -N ''; then

		echo done.

	else

		echo failed.

	fi

fi

if [ ! -f /etc/ssh/ssh_host_rsa_key ]; then

	echo -n "ssh-keygen: generating new RSA host key... "

	if /usr/bin/ssh-keygen -q -t rsa -f /etc/ssh/ssh_host_rsa_key -N ''; then

		echo done.

	else

		echo failed.

	fi

fi

if [ ! -f /etc/ssh/ssh_host_key ]; then

	echo -n "ssh-keygen: generating new RSA1 host key... "

	if /usr/bin/ssh-keygen -q -t rsa1 -f /etc/ssh/ssh_host_key -N ''; then

		echo done.

	else

		echo failed.

	fi

fi


if [ ! -f /etc/isakmpd/private/local.key ]; then

	echo -n "openssl: generating new isakmpd RSA key... "

	if /usr/sbin/openssl genrsa -out /etc/isakmpd/private/local.key 2048 \

	    > /dev/null 2>&1; then

		chmod 600 /etc/isakmpd/private/local.key

		openssl rsa -out /etc/isakmpd/local.pub \

		    -in /etc/isakmpd/private/local.key -pubout > /dev/null 2>&1

		echo done.

	else

		echo failed.

	fi

fi


echo -n starting network daemons:


if [ X"${snmpd_flags}" != X"NO" ]; then

	echo -n ' snmpd';		/usr/sbin/snmpd $snmpd_flags

fi


if [ X"${ripd_flags}" != X"NO" ]; then

	echo -n ' ripd';		/usr/sbin/ripd $ripd_flags

fi


if [ X"${mrouted_flags}" != X"NO" ]; then

	echo -n ' mrouted';		mrouted $mrouted_flags

fi


if [ X"${dvmrpd_flags}" != X"NO" ]; then

	echo -n ' dvmrpd';		/usr/sbin/dvmrpd $dvmrpd_flags

fi


if [ X"${ospfd_flags}" != X"NO" ]; then

	echo -n ' ospfd';		/usr/sbin/ospfd $ospfd_flags

fi


if [ X"${ospf6d_flags}" != X"NO" ]; then

	echo -n ' ospf6d';		/usr/sbin/ospf6d $ospf6d_flags

fi


if [ X"${bgpd_flags}" != X"NO" ]; then

	echo -n ' bgpd';		/usr/sbin/bgpd $bgpd_flags

fi


if [ X"${ifstated_flags}" != X"NO" ]; then

	echo -n ' ifstated';		ifstated $ifstated_flags

fi


if [ X"${relayd_flags}" != X"NO" ]; then

	echo -n ' relayd';		/usr/sbin/relayd $relayd_flags

fi


if [ X"${dhcpd_flags}" != X"NO" -a -f /etc/dhcpd.conf ]; then

	touch /var/db/dhcpd.leases

	echo -n ' dhcpd';	/usr/sbin/dhcpd ${dhcpd_flags}

fi


if [ X"${dhcrelay_flags}" != X"NO" ]; then

	echo -n ' dhcrelay';		/usr/sbin/dhcrelay $dhcrelay_flags

fi


if ifconfig lo0 inet6 >/dev/null 2>&1; then

	fw=`sysctl -n net.inet6.ip6.forwarding`

	if [ X"${fw}" = X"0" ]; then

		if [ X"${rtsold_flags}" != X"NO" ]; then

			echo -n ' rtsold'

			/usr/sbin/rtsold ${rtsold_flags}

		fi

	else

		if [ X"${route6d_flags}" != X"NO" ]; then

			echo -n ' route6d'

			/usr/sbin/route6d ${route6d_flags}

		fi

		if [ X"${rtadvd_flags}" != X"NO" ]; then

			echo -n ' rtadvd'

			/usr/sbin/rtadvd ${rtadvd_flags}

		fi

	fi

fi


if [ X"${hostapd_flags}" != X"NO" ]; then

	echo -n ' hostapd';		/usr/sbin/hostapd ${hostapd_flags};

fi


if [ X"${bt}" != X"NO" ]; then

	echo -n ' btd';			/usr/sbin/btd

	if [ -f ${bt_rules} ]; then

		btctl -f ${bt_rules}

	fi

fi


if [ X"${rwhod}" = X"YES" ]; then

	echo -n ' rwhod';		rwhod

fi


if [ X"${lpd_flags}" != X"NO" ]; then

	echo -n ' lpd';			lpd ${lpd_flags}

fi


# We call sendmail with a full path so that SIGHUP works.

# Note that /usr/sbin/sendmail may actually call a

# mailer other than sendmail, depending on /etc/mailer.conf.

if [ X"${sendmail_flags}" != X"NO" -a -s /etc/mailer.conf ]; then

	echo -n ' sendmail';		( /usr/sbin/sendmail ${sendmail_flags} >/dev/null 2>&1 & )

fi


if [ X"${smtpd_flags}" != X"NO" ]; then

	echo -n ' smtpd'; smtpd $smtpd_flags

fi


if [ X"${httpd_flags}" != X"NO" ]; then

	# Clean up left-over httpd locks

	rm -f /var/www/logs/{ssl_mutex,httpd.lock,accept.lock}.*

	echo -n ' httpd';		/usr/sbin/httpd ${httpd_flags}

fi


if [ X"${ftpd_flags}" != X"NO" ]; then

	echo -n ' ftpd';		/usr/libexec/ftpd ${ftpd_flags}

fi


if [ X"${ftpproxy_flags}" != X"NO" ]; then

	echo -n ' ftp-proxy';		/usr/sbin/ftp-proxy ${ftpproxy_flags}

fi


if [ X"${identd_flags}" != X"NO" ]; then

	echo -n ' identd';		/usr/libexec/identd ${identd_flags}

fi


if [ X"${inetd}" = X"YES" -a -e /etc/inetd.conf ]; then

	echo -n ' inetd';		inetd

fi


if [ X"${sshd_flags}" != X"NO" ]; then

	echo -n ' sshd';		/usr/sbin/sshd ${sshd_flags};

fi


if [ X"${spamd_flags}" != X"NO" ]; then

	if [ X"${spamd_black}" != X"NO" ]; then

		spamd_flags="${spamd_flags} -b"

	fi

	echo -n ' spamd';		eval /usr/libexec/spamd ${spamd_flags}

	/usr/libexec/spamd-setup -D

	if [ X"${spamd_black}" = X"NO" ]; then

		echo -n ' spamlogd'

		/usr/libexec/spamlogd ${spamlogd_flags}

	fi

fi


if [ X"${rarpd_flags}" != X"NO" -a -s /etc/ethers ]; then

	echo -n ' rarpd';		rarpd ${rarpd_flags}

fi


if [ X"${bootparamd_flags}" != X"NO" -a -s /etc/bootparams ]; then

	echo -n ' rpc.bootparamd';	rpc.bootparamd ${bootparamd_flags}

fi


if [ X"${rbootd_flags}" != X"NO" -a -s /etc/rbootd.conf ]; then

	echo -n ' rbootd';		rbootd ${rbootd_flags}

fi


if [ X"${mopd_flags}" != X"NO" -a -d /tftpboot/mop ]; then

	echo -n ' mopd';		mopd ${mopd_flags}

fi


echo '.'


mixerctl_conf


# KerberosV master KDC

if [ X"${krb5_master_kdc}" = X"YES" ]; then

	echo 'KerberosV master KDC'

	/usr/libexec/kdc &

	/usr/libexec/kadmind &

	/usr/libexec/kpasswdd &

fi


# KerberosV slave KDC

if [ X"${krb5_slave_kdc}" = X"YES" ]; then

	echo 'KerberosV slave KDC'

	/usr/libexec/kdc &

	# Remember to enable hpropd in inetd.conf

fi


[ -f /etc/rc.local ] && . /etc/rc.local


echo -n standard daemons:


if [ X"${apmd_flags}" != X"NO" -a -x /usr/sbin/apmd ]; then

	echo -n ' apmd';	/usr/sbin/apmd ${apmd_flags}

fi


if [ X"${sensorsd_flags}" != X"NO" ]; then

	echo -n ' sensorsd';	/usr/sbin/sensorsd ${sensorsd_flags}

fi


if [ X"${hotplugd_flags}" != X"NO" -a -x /usr/sbin/hotplugd ]; then

	echo -n ' hotplugd';	/usr/sbin/hotplugd ${hotplugd_flags}

fi


if [ X"${watchdogd_flags}" != X"NO" -a -x /usr/sbin/watchdogd ]; then

	echo -n ' watchdogd';	/usr/sbin/watchdogd ${watchdogd_flags}

fi


echo -n ' cron';		cron


# disable carp interlock

ifconfig -g carp -carpdemote 128


echo '.'


date


if [ X"${wsmoused_flags}" != X"NO" -a -x /usr/sbin/wsmoused ]; then

	echo 'starting wsmoused...';	/usr/sbin/wsmoused ${wsmoused_flags}

fi


# Alternatively, on some architectures, xdm may be started in /etc/ttys.

if [ X"${xdm_flags}" != X"NO" -a -x /usr/X11R6/bin/xdm ]; then

	echo 'starting xdm...';		/usr/X11R6/bin/xdm ${xdm_flags}

fi


								exit 0