#!/bin/rc
TIMESYNCARGS='-n -a1000000'	# accuracy in nanosec

mntgen -s slashn && chmod 666 /srv/slashn

# bind all likely devices (#S was bound in boot)
for(i in H w f t m v L P U '$' Σ)
	/bin/bind -a '#'^$i /dev >/dev/null >[2=1]

# set up any partitions
for(disk in /dev/sd??) {
	if(test -f $disk/data && test -f $disk/ctl)
		disk/fdisk -p $disk/data >$disk/ctl >[2]/dev/null
	for(part in $disk/plan9*)
		if(test -f $part)
			disk/prep -p $part >$disk/ctl >[2]/dev/null
}

# start up local swapping
if(test -f /dev/sd*/swap){
	disk=`{ls /dev/sd*/swap >[2]/dev/null | sed 1q | sed 's!swap$!!'}
	swap $disk^swap >/dev/null >[2=1]
	rm /env/disk
}

# we do this before we have a name.  we may need to do network
# setup so that we can get a name.
if(test -e /rc/bin/termrc.local)
	. /rc/bin/termrc.local

# cs sets sysname (termrc.local may already have started it so check)
if(! test -e /srv/cs)
	ndb/cs
sysname=`{cat /dev/sysname}

<<<<<<< /rc/bin/termrc
# machine specific startup (e.g., for devices not probed)
if(test -e /cfg/$sysname/termrc)
	. /cfg/$sysname/termrc

# start dns if we have an internet
if(test -e /net/ipifc/0/ctl && ! test -e /srv/dns)
	ndb/dns -r

# start timesync if it isn't running and we weren't told not to
if(! ps|grep -s timesync){
	if(! ~ $TIMESYNCARGS '')
		aux/timesync $TIMESYNCARGS
}
||||||| termrc.orig
# start IP on the LAN.  It's commented out to avoid a long timeout
# on startup waiting for DHCP.
#
# If your system has DHCP
#
#if(! test -e /net/ipifc/0/ctl)
#	ip/ipconfig >/dev/null >[2=1]
#
# Otherwise use
#
#if(! test -e /net/ipifc/0/ctl)
#	ip/ipconfig -g your-gateway ether /net/ether0 your-ip-address your-subnet-mask >/dev/null >[2=1]

if(test -e /net/ipifc/0/ctl)
	ndb/dns -rf $NDBFILE

aux/timesync $TIMESYNCARGS

switch($terminal){
case carrera*
	bind -a '#t' /dev
case *' ss'*
	/bin/bind -a '#w' /dev >/dev/null >[2=1]
	/bin/bind -a '#t' /dev >/dev/null >[2=1]
case *' magnum'*
	/bin/bind -a '#m' /dev >/dev/null >[2=1]
	/bin/bind -a '#t' /dev >/dev/null >[2=1]
	aux/mouse -dC 0
case *' indigo'*
	/bin/bind -a '#L' /dev >/dev/null >[2=1]
	/bin/bind -a '#w1' /dev >/dev/null >[2=1]
	/bin/bind -a '#t' /dev >/dev/null >[2=1]
	/bin/bind -a '#A' /dev >/dev/null >[2=1]
case NCR* 'AT&TNSX'* generic* _MP_* 'alpha apc'*
	for(i in H w f t m v L S P U '$' Σ)
		/bin/bind -a '#'^$i /dev >/dev/null >[2=1]
	for(disk in /dev/sd??) {
		if(test -f $disk/data && test -f $disk/ctl)
			disk/fdisk -p $disk/data >$disk/ctl >[2]/dev/null
		for(part in $disk/plan9*)
			if(test -f $part)
				disk/prep -p $part >$disk/ctl >[2]/dev/null
	}
=======
# start IP on the LAN.  It's commented out to avoid a long timeout
# on startup waiting for DHCP.
#
# If your system has DHCP
#
#if(! test -e /net/ipifc/0/ctl)
#	ip/ipconfig >/dev/null >[2=1]
#
# Otherwise use
#
#if(! test -e /net/ipifc/0/ctl)
#	ip/ipconfig -g your-gateway ether /net/ether0 your-ip-address your-subnet-mask >/dev/null >[2=1]

if(test -e /net/ipifc/0/ctl)
	ndb/dns -rf $NDBFILE

aux/timesync $TIMESYNCARGS

switch($terminal){
case carrera*
	bind -a '#t' /dev
case *' ss'*
	/bin/bind -a '#w' /dev >/dev/null >[2=1]
	/bin/bind -a '#t' /dev >/dev/null >[2=1]
case *' magnum'*
	/bin/bind -a '#m' /dev >/dev/null >[2=1]
	/bin/bind -a '#t' /dev >/dev/null >[2=1]
	aux/mouse -dC 0
case *' indigo'*
	/bin/bind -a '#L' /dev >/dev/null >[2=1]
	/bin/bind -a '#w1' /dev >/dev/null >[2=1]
	/bin/bind -a '#t' /dev >/dev/null >[2=1]
	/bin/bind -a '#A' /dev >/dev/null >[2=1]
case NCR* 'AT&TNSX'* generic* _MP_* 'alpha apc'*
	for(i in H w f t m v L S P U '$' Σ κ)
		/bin/bind -a '#'^$i /dev >/dev/null >[2=1]
	for(disk in /dev/sd??) {
		if(test -f $disk/data && test -f $disk/ctl)
			disk/fdisk -p $disk/data >$disk/ctl >[2]/dev/null
		for(part in $disk/plan9*)
			if(test -f $part)
				disk/prep -p $part >$disk/ctl >[2]/dev/null
	}
>>>>>>> termrc

# add the loop back device
if(grep -s loopback /dev/drivers)
	ip/ipconfig loopback /dev/null 127.1

# set things up for vmware
if(! ~ `{cat /dev/user} none){
	if(test -e /bin/aux/vmware)
		aux/vmware
}

if(~ $mouseport ask){
	echo -n 'mouseport is (ps2, ps2intellimouse, 0, 1, 2)[ps2]: '
	mouseport=`{read}
	if(~ $#mouseport 0)
		mouseport=ps2
}
if(~ $vgasize ask){
	echo -n 'vgasize [640x480x8]: '
	vgasize=`{read}
	if(~ $#vgasize 0)
		vgasize=640x480x8
}
if(~ $monitor ask){
	echo -n 'monitor is [xga]: '
	monitor=`{read}
	if(~ $#monitor 0)
		monitor=xga
}
if(test -f /dev/mousectl){
	switch($mouseport){
	case ps2 ps2intellimouse 0 1 2
		aux/mouse $mouseport
		# parse vgasize into fields
		vgasize=`{echo $vgasize}
		if(! ~ $"monitor '' && ! ~ `{cat /dev/user} none rsc)
			aux/vga -l $vgasize
		if(~ $accupoint 1)
			pipefile -dr /bin/aux/accupoint /dev/mouse
	}
}
if(test -f '#P/psaux'){
	aux/nmouse $mouseport
	# parse vgasize into fields
	vgasize=`{echo $vgasize}
	if(! ~ $"monitor '' && ! ~ `{cat /dev/user} none rsc)
		aux/vga -l $vgasize
}