On Mon, May 20, 2002 at 02:43:28PM -0400, Nathan Hawkins <[EMAIL PROTECTED]> was heard to say:skaro:/dev# /sbin/MAKEDEV all MAKEDEV: line 1292: syntax error near unexpected token `)' MAKEDEV: line 1292: ` )'
What does line 1292 look like? This sounds like a possible bash or ash bug to me.. (not sure which)
Might be, I don't know. The message about line 1292 repeats quite a few times. It won't work on Linux, even with ash, because the device numbers are much too large, but you can see what it does with bash.
I've got major bugs in other things right now (utmp code puts a 4G hole in /var/run/utmp sometimes. 8-), so I haven't spent any time on this. I've attached the script. If you can see what's wrong with it, I'd love to know what it is.
---Nathan
#!/bin/bash - # # Copyright (c) 1990 The Regents of the University of California. # All rights reserved. # # Written and contributed by W. Jolitz 12/90 # # Redistribution and use in source and binary forms are permitted provided # that: (1) source distributions retain this entire copyright notice and # comment, and (2) distributions including binaries display the following # acknowledgement: ``This product includes software developed by the # University of California, Berkeley and its contributors'' in the # documentation or other materials provided with the distribution and in # all advertising materials mentioning features or use of this software. # Neither the name of the University nor the names of its contributors may # be used to endorse or promote products derived from this software without # specific prior written permission. # THIS SOFTWARE IS PROVIDED ``AS IS'' AND WITHOUT ANY EXPRESS OR IMPLIED # WARRANTIES, INCLUDING, WITHOUT LIMITATION, THE IMPLIED WARRANTIES OF # MERCHANTABILITY AND FITNESS FOR A PARTICULAR PURPOSE. # # @(#)MAKEDEV 5.2 (Berkeley) 6/22/90 # $FreeBSD: src/etc/MAKEDEV,v 1.243.2.47 2002/04/21 19:47:06 will Exp $ # # Device "make" file. Valid arguments: # all makes all known devices, standard number of units (or close) # std standard devices # jail suitable for a jail(8) # local configuration specific devices # mach-4 mach4&lites+devices for Mach's XFree86 distribution # (see http://www.cs.hut.fi/lites.html for more info on LITES) # # Tapes: # wt* QIC-interfaced (e.g. not SCSI) 3M cartridge tape # sa* SCSI Sequential Access Devices # # Disks: # aac* Adaptec FSA RAID controllers # aacd* Adaptec FSA RAID # acd* ATAPI CD-ROM disks # amrd* AMI MegaRAID # cd* SCSI CD-ROM disks # da* SCSI Direct Access Devices # fd* floppy disk drives (3 1/2", 5 1/4") # fla* M-Systems DiskOnChip # idad* Compaq Smart-2 RAID arrays # matcd* Matsushita (Panasonic) CD-ROM disks # mcd* Mitsumi CD-ROM disks # md* Memory (or malloc) disk # mlx* Mylex DAC960 RAID controllers # mlxd* Mylex DAC960 RAID disk volumes # scd* Sony CD-ROM disks # vn* vnode disks # wd* "Winchester" disk drives (ST506,IDE,ESDI,RLL,...) # wfd* IDE floppy disk drives (LS-120) # # Console ports: # vty* virtual console devices for syscons/pcvt/codrv # # Pointing devices: # mse* Logitech and ATI Inport bus mouse # psm* PS/2 mouse # jogdial Sony VAIO Jogdial # sysmouse Mousesystems mouse emulator for syscons # # Time devices: # refclock-* serial ports used by xntpd parse refclocks # # Terminal ports: # tty* general purpose serial ports # cua* dialout serial ports # ttyA* Specialix SI/XIO dialin ports ('*' = number of devices) # cuaA* Specialix SI/XIO dialout ports # ttyD* Digiboard - 16 dialin ports # cuaD* Digiboard - 16 dialout ports # ttyE* Stallion EasyIO (stl) dialin ports # cuaE* Stallion EasyIO (stl) dialout ports # ttyF* Stallion Brumby (stli) dialin ports # cuaF* Stallion Brumby (stli) dialout ports # ttyR* Rocketport dialin ports # cuaR* Rocketport dialout ports # # stlN Stallion EasyIO board N dialin and dialout # stliN Stallion Brumby board N dialin and dialout # # Pseudo terminals: # pty* set of 32 master and slave pseudo terminals # vty* virtual terminals using syscons/pcvt/codrv console # # Parallel port: # lpt* Printer # ppi* Parallel port i/o # pps* Pulse per second timing interface # pcfclock* Parallel time sync interface # # I2C and SMBus: # iic* I2C devices # smb* SMBUS devices # # USB devices: # usb* USB bus control device # ugen* generic USB device # uhid* Human Interface Device (HID) # ulpt* printer # umodem* modems # ums* mouse # urio* Diamond Rio 500 # uscanner* USB scanners # usio* USB serial devices # # SCSI devices (other than CD-ROM, tape and disk): # ch* SCSI Media-Changer (juke box) driver # pt* Processor Type (HP scanner, as one example) # pass* CAM Passthrough device # ses* SES (SCSI Environmental Services) and # SAF-TE (Scsi Accessable Fault-Tolerant Enclosures) device # # PC-CARD (previously called PCMCIA) support # card* PC-CARD slots # # ISDN devices: # i4b isdnd call control device # i4bctl debugging control device # i4btrc* trace data interface(s), one per passive card # i4btel* telephony interface(s) # i4bteld* telephony dialout interface(s) # i4brbch* raw b channel access device(s) # # Special purpose devices: # apm Advanced Power Management BIOS # apmctl APM BIOS control device # bpf* packet filter # speaker pc speaker # tw* xten power controller # snd* various sound cards # pcaudio PCM audio driver # socksys iBCS2 socket system driver # vat VAT compatibility audio driver (requires snd*) # gsc Genius GS-4500 hand scanner # joy pc joystick # tun* Tunneling IP device # tap* Ethernet Tunneling device # snp* tty snoop devices # spigot Video Spigot video acquisition card # ctx* Cortex-I video acquisition card # meteor* Matrox Meteor video acquisition card (pci) # bktr* Bt848 based video acquisition card (pci) # labpc* National Instrument's Lab-PC and LAB-PC+ # perfmon CPU performance-monitoring counters # pci PCI configuration-space access from user mode # ipl ipfilter control devices (ipl, ipnat, ipstate, ipauth) # kbd keyboard devices # agpgart AGP interface # cfs* Coda Distributed Filesystem # nsmb* SMB/CIFS protocol interface #
if [ -n "$MAKEDEVPATH" ]; then
PATH="$MAKEDEVPATH"
else
PATH=/sbin:/bin
fi
umask 77
# Usage: die exitcode msg
die() {
echo $2
exit $1
}
# Convert integer to partition name
dkitop() {
local p
case $1 in
0) p=a;; 1) p=b;; 2) p=c;; 3) p=d;; 4) p=e;; 5) p=f;; 6) p=g;; 7) p=h;;
*) p="?";;
esac
echo $p
}
# Convert integer to slice name
dkitos() {
local s
case $1 in
0) s="";;
1) s="";;
*) s=s$(($1-1));;
esac
echo $s
}
# Convert disk (type, unit, slice, partition) to minor number
dkminor()
{
echo $(($1 << 25 | ($2 / 32) << 21 | ($2 % 32) << 3 | $3 << 16 | $4))
}
# Override mknod(2) to add extra handling to it.
mknod=/sbin/mknod
for i in `IFS=':'; echo $PATH`; do
if [ -x "${i}/mknod" ]; then
mknod="${i}/mknod"
break
fi
done
mknod() {
rm -f "$1" || exit 1
case $# in
4) "$mknod" "$@" root:wheel || die 2 "$mknod $@ failed";;
5) "$mknod" "$@" || die 2 "$mknod $@ failed";;
*) die 2 "bad node: mknod $@";;
esac
}
# Convert tape (ctrl, unit, mode, access) to minor number
saminor()
{
echo $(($1 << 29 | ($2 / 16) << 16 | ($2 % 16) << 4 | $3 << 2 | $4))
}
# Convert the last character of a tty name to a minor number.
ttyminor()
{
case $1 in
[0-9]) m=$1;;
a) m=10;; b) m=11;; c) m=12;; d) m=13;; e) m=14;; f) m=15;; g) m=16;;
h) m=17;; i) m=18;; j) m=19;; k) m=20;; l) m=21;; m) m=22;; n) m=23;;
o) m=24;; p) m=25;; q) m=26;; r) m=27;; s) m=28;; t) m=29;; u) m=30;;
v) m=31;;
*) m="?";;
esac
echo $m
}
# Convert a unit number to a minor number.
unit2minor()
{
echo $(((($1 >> 8) << 16) | ($1 % 256)))
}
# For the stallion devices tty[EF]
# stallion major letter card iscallout
stallion () {
major=$1
letter=$2
card=$3
iscallout=$4
port=0
maxport=8
pref=tty
owner=
minorbase=0
if [ $iscallout -gt 0 ]; then
pref=cua
owner=uucp:dialout
minorbase=128
fi
case "$card" in
[0-7]);;
*) die 1 "Invalid stl card number $card";;
esac
# make the mem interface for extracting stats & loading microcode.
# 0x1000000 + card number
mknod staliomem$card c $major 0x0100000$card
while [ $port -lt $maxport ]; do
minor=$(($minorbase + $card * 1048576 + $port))
if [ $port -ge 32 ]; then
minor=$(($minor + 65504))
fi
unit=$(($card * 64 + $port))
mknod ${pref}${letter}$unit c $major $minor $owner
mknod ${pref}i${letter}$unit c $major $(($minor + 32)) $owner
mknod ${pref}l${letter}$unit c $major $(($minor + 64)) $owner
port=$(($port + 1))
done
}
# Raw partition for disks
dkrawpart=2
# Compatibility slice for disks
dkcompatslice=0
# Raw slice for disks
dkrawslice=1
# Standard umasks
disk_umask=037 # allow group operator to read disks
tape_umask=017 # allow group operator to read/write tapes
for i in $*; do
case $i in
all)
sh MAKEDEV std # standard
sh MAKEDEV fd0 fd1 # bdev, floppy disk
sh MAKEDEV da0 da1 da2 da3 # bdev, SCSI disk
sh MAKEDEV ata # cdev, ATA control
sh MAKEDEV ad0 ad1 ad2 ad3 # bdev, ATA disk
sh MAKEDEV ar0 ar1 # bdev, ATA RAID disk
sh MAKEDEV acd0 afd0 ast0 # bdev, ATAPI devices
sh MAKEDEV wd0 wd1 wd2 wd3 # bdev, OLD disk
sh MAKEDEV wcd0 wfd0 wst0 # bdev, OLD ATAPI devs
sh MAKEDEV vn0 # bdev, virtual disk
sh MAKEDEV cd0 matcd0 mcd0 scd0 # bdev, cdrom
sh MAKEDEV sa0 wt0 # bdev, tape
sh MAKEDEV vty12 # cdev, virtual tty
sh MAKEDEV cuaa0 cuaa1 cuaa2 cuaa3 # cdev, serial tty
sh MAKEDEV pty0 # cdev, pseudo tty
sh MAKEDEV ttyd0 ttyd1 ttyd2 ttyd3 # cdev, serial tty
sh MAKEDEV zs0 # big-Alpha serial tty
sh MAKEDEV kbd0 kbd1 # cdev, keyboard
sh MAKEDEV mse0 psm0 jogdial sysmouse # cdev, mouse
sh MAKEDEV pcaudio speaker snd0 # cdev, noise
sh MAKEDEV lpt0 lpt1 lpt2 # cdev, printer
sh MAKEDEV ppi0 ppi1 ppi2 # cdev, parallel port
sh MAKEDEV iic0 iic1 # cdev, I2C device
sh MAKEDEV smb0 smb1 # cdev, SMBus device
sh MAKEDEV usb usb0 uhid0 ums0 ulpt0 ugen0 # cdev, USB devices
sh MAKEDEV urio0 uscanner0 umodem0 # cdev, USB devices too
sh MAKEDEV bpf0 bpf1 bpf2 bpf3 # cdev, network
sh MAKEDEV ipl tun0 tun1 tun2 tun3 # cdev, network
sh MAKEDEV tap0 tap1 tap2 tap3 # cdev, network
sh MAKEDEV ch0 perfmon tw0 # cdev, miscellaneous
sh MAKEDEV apm apmctl card0 card1 card2 card3 # cdev, laptop
sh MAKEDEV pass4 xpt2 # cdev, CAM
sh MAKEDEV i4b i4bctl i4btrc0 i4btrc1 # cdev, ISDN
sh MAKEDEV i4btel0 i4btel1 i4bteld0 i4bteld1 # cdev, ISDN
sh MAKEDEV i4brbch0 i4brbch1 # cdev, ISDN
sh MAKEDEV agpgart # cdev, AGP
sh MAKEDEV nsmb0 # cdev, SMB/CIFS
;;
# a much restricted set of the above, to save precious i-nodes on the
# fixit floppy
fixit)
sh MAKEDEV std # standard
sh MAKEDEV fd0 # bdev, floppy disk
sh MAKEDEV da0 # bdev, SCSI disk
sh MAKEDEV ad0 # bdev, ATA disk
sh MAKEDEV acd0 afd0 ast0 # bdev, ATAPI devices
sh MAKEDEV wd0 # bdev, OLD disk
sh MAKEDEV wcd0 wfd0 wst0 # bdev, OLD ATAPI devs
sh MAKEDEV vn0 # bdev, virtual disk
sh MAKEDEV cd0 # bdev, cdrom
sh MAKEDEV sa0 # bdev, tape
sh MAKEDEV vty2 # cdev, virtual tty
sh MAKEDEV cuaa0 # cdev, serial tty
sh MAKEDEV pty0 # cdev, pseudo tty
sh MAKEDEV ttyd0 # cdev, serial tty
sh MAKEDEV zs0 # big-Alpha serial tty
sh MAKEDEV kbd0 # cdev, keyboard
sh MAKEDEV mse0 psm0 sysmouse # cdev, mouse
sh MAKEDEV lpt0 # cdev, printer
sh MAKEDEV ppi0 # cdev, parallel port
sh MAKEDEV iic0 # cdev, I2C device
sh MAKEDEV smb0 # cdev, SMBus device
sh MAKEDEV ums0 # cdev, USB devices
sh MAKEDEV tun0 # cdev, network
sh MAKEDEV tap0 # cdev, network
sh MAKEDEV ch0 # cdev, miscellaneous
sh MAKEDEV apm apmctl card0 # cdev, laptop
sh MAKEDEV pass1 xpt1 # cdev, CAM
sh MAKEDEV i4b i4bctl i4btrc0 i4btrc1 # cdev, ISDN
sh MAKEDEV i4btel0 i4bteld0 # cdev, ISDN
sh MAKEDEV i4brbch0 # cdev, ISDN
rm -f fd/[1-9]?
;;
std)
mknod console c 0 0; chmod 600 console
mknod kmem c 2 1 root:kmem; chmod 640 kmem
mknod mem c 2 0 root:kmem; chmod 640 mem
mknod null c 2 2; chmod 666 null
mknod random c 2 3; chmod 644 random
mknod urandom c 2 4; chmod 644 urandom
mknod zero c 2 12; chmod 666 zero
mknod io c 2 14; chmod 600 io
mknod tty c 1 0; chmod 666 tty
mknod klog c 7 0; chmod 600 klog
mknod stdin c 22 0; chmod 666 stdin
mknod stdout c 22 1; chmod 666 stdout
mknod stderr c 22 2; chmod 666 stderr
mknod pci c 78 0; chmod 644 pci
mkdir -p fd
(cd fd && i=0 &&
while [ $i -lt 64 ]; do
mknod $i c 22 $i
i=$(($i + 1))
done
)
chmod 555 fd
chmod 666 fd/*
;;
jail)
sh MAKEDEV std pty0
rm mem kmem pci io klog console # for security
ln -sf null mem # for libkvm (ab)users
ln -sf null kmem # --//--
ln -sf null console
;;
mach-4)
mknod iopl c 22 0
mknod kbd c 23 0
mknod mouse c 24 0
mknod time c 25 0
mknod timezone c 26 0
;;
# Create device files for new Archive/Wangtek QIC-02 tape driver (vak)
wt*)
umask $tape_umask
u=`expr $i : '..\(.*\)'`
if [ -z "${u}" ]; then u=0; fi
# default density, 512b blocks
mknod rwt${u} c 10 $(( 0 + $u)) root:operator
mknod nrwt${u} c 10 $(( 4 + $u)) root:operator
# default density, 1024b blocks
# mknod rWt${u} c 10 $((64 + $u)) root:operator
# mknod nrWt${u} c 10 $((68 + $u)) root:operator
mknod rwt${u}b c 10 $((16 + $u)) root:operator # 60 megabytes
mknod nrwt${u}b c 10 $((20 + $u)) root:operator
mknod rwt${u}c c 10 $((24 + $u)) root:operator # 120 megabytes
mknod nrwt${u}c c 10 $((28 + $u)) root:operator
mknod rwt${u}d c 10 $((32 + $u)) root:operator # 150 megabytes
mknod nrwt${u}d c 10 $((36 + $u)) root:operator
# mknod rwt${u}e c 10 $((40 + $u)) root:operator # 300 megabytes?
# mknod nrwt${u}e c 10 $((44 + $u)) root:operator
# mknod rwt${u}f c 10 $((48 + $u)) root:operator # 600 megabytes?
# mknod nrwt${u}f c 10 $((52 + $u)) root:operator
umask 77
;;
# Individual slices.
aacd*s*|ad*s*|ar*s*|afd*s*|amrd*s*|da*s*|fla*s*|idad*s*|md*s*|mlxd*s*|twed*s*|vn*s*|wd*s*|wfd*s*)
umask $disk_umask
case $i in
aacd*s*) name=aacd; chr=151;;
ad*s*) name=ad; chr=116;;
ar*s*) name=ar; chr=157;;
afd*s*) name=afd; chr=118;;
amrd*s*) name=amrd; chr=133;;
da*s*) name=da; chr=13;;
fla*s*) name=fla; chr=102;;
idad*s*) name=idad; chr=109;;
md*s*) name=md; chr=95;;
mlxd*s*) name=mlxd; chr=131;;
twed*s*) name=twed; chr=147;;
vn*s*) name=vn; chr=43;;
wd*s*) name=wd; chr=3;;
wfd*s*) name=wfd; chr=87;;
esac
case $i in
aacd*s*|amrd*s*|idad*s*|mlxd*s*|twed*s*)
unit=`expr $i : '....\([0-9]*\)s'`
slice=`expr $i : '....[0-9]*s\([0-9]*\)'`
part=`expr $i : '....[0-9]*s[0-9]*\(.*\)'`
;;
afd*s*|fla*s*|wfd*s*)
unit=`expr $i : '...\([0-9]*\)s'`
slice=`expr $i : '...[0-9]*s\([0-9]*\)'`
part=`expr $i : '...[0-9]*s[0-9]*\(.*\)'`
;;
*)
unit=`expr $i : '..\([0-9]*\)s'`
slice=`expr $i : '..[0-9]*s\([0-9]*\)'`
part=`expr $i : '..[0-9]*s[0-9]*\(.*\)'`
;;
esac
case $unit in
[0-9]|[0-9][0-9]|[0-4][0-9][0-9]|50[0-9]|51[0-1])
case $slice in
[0-9]|[1-2][0-9]|30)
oldslice=$slice
slice=$(($slice+1))
slicename=`dkitos $slice`
minor=`dkminor 0 $unit $slice $dkrawpart`
mknod $name$unit$slicename c $chr $minor root:operator
ln -f $name$unit$slicename r$name$unit$slicename
case $part in
[a-h])
case $oldslice in
0) slice=$oldslice ;;
esac
for part in 0 1 2 3 4 5 6 7
do
minor=`dkminor 0 $unit $slice $part`
partname=`dkitop $part`
mknod $name$unit$slicename$partname \
c $chr $minor root:operator
ln -f $name$unit$slicename$partname \
r$name$unit$slicename$partname
done
;;
"")
;;
*)
echo bad partition for disk in: $i
;;
esac
;;
*)
echo bad slice for disk in: $i
;;
esac
;;
*)
echo bad unit for disk in: $i "(unit=$unit, slice=$slice,
part=$part)"
;;
esac
umask 77
;;
fd*)
umask $disk_umask
unit=`expr $i : '..\(.*\)'`
name=fd; chr=9
case $unit in
0|1|2|3)
mknod ${name}${unit} c $chr $(($unit * 64)) root:operator
ln -f ${name}${unit} r${name}${unit}
# Fake BSD partitions
for i in a b c d e f g h
do
ln -f ${name}${unit} ${name}${unit}$i
ln -f r${name}${unit} r${name}${unit}$i
done
# User-readable and programmer-readable name sets
mknod ${name}${unit}.1720 c $chr $(($unit * 64 + 1)) \
root:operator
ln -f ${name}${unit}.1720 r${name}${unit}.1720
# ln -f ${name}${unit}.1720 ${name}${unit}135hs21
# ln -f r${name}${unit}.1720 r${name}${unit}135hs21
mknod ${name}${unit}.1480 c $chr $(($unit * 64 + 2)) \
root:operator
ln -f ${name}${unit}.1480 r${name}${unit}.1480
# ln -f ${name}${unit}.1480 ${name}${unit}135hs18
# ln -f r${name}${unit}.1480 r${name}${unit}135hs18
# ln -f ${name}${unit}.1480 ${name}${unit}96hs18
# ln -f r${name}${unit}.1480 r${name}${unit}96hs18
mknod ${name}${unit}.1440 c $chr $(($unit * 64 + 3)) \
root:operator
ln -f ${name}${unit}.1440 r${name}${unit}.1440
# ln -f ${name}${unit}.1440 ${name}${unit}135
# ln -f r${name}${unit}.1440 r${name}${unit}135
# ln -f ${name}${unit}.1440 ${name}${unit}135ds18
# ln -f r${name}${unit}.1440 r${name}${unit}135ds18
# ln -f ${name}${unit}.1440 ${name}${unit}96ds18
# ln -f r${name}${unit}.1440 r${name}${unit}96ds18
mknod ${name}${unit}.1200 c $chr $(($unit * 64 + 4)) \
root:operator
ln -f ${name}${unit}.1200 r${name}${unit}.1200
# ln -f ${name}${unit}.1200 ${name}${unit}96
# ln -f r${name}${unit}.1200 r${name}${unit}96
# ln -f ${name}${unit}.1200 ${name}${unit}96ds15
# ln -f r${name}${unit}.1200 r${name}${unit}96ds15
# ln -f ${name}${unit}.1200 ${name}${unit}135ds15
# ln -f r${name}${unit}.1200 r${name}${unit}135ds15
mknod ${name}${unit}.820 c $chr $(($unit * 64 + 5)) \
root:operator
ln -f ${name}${unit}.820 r${name}${unit}.820
# ln -f ${name}${unit}.820 ${name}${unit}96hs10
# ln -f r${name}${unit}.820 r${name}${unit}96hs10
# ln -f ${name}${unit}.820 ${name}${unit}135hs10
# ln -f r${name}${unit}.820 r${name}${unit}135hs10
mknod ${name}${unit}.800 c $chr $(($unit * 64 + 6)) \
root:operator
ln -f ${name}${unit}.800 r${name}${unit}.800
# ln -f ${name}${unit}.800 ${name}${unit}96ds10
# ln -f r${name}${unit}.800 r${name}${unit}96ds10
# ln -f ${name}${unit}.800 ${name}${unit}135ds10
# ln -f r${name}${unit}.800 r${name}${unit}135ds10
mknod ${name}${unit}.720 c $chr $(($unit * 64 + 7)) \
root:operator
ln -f ${name}${unit}.720 r${name}${unit}.720
# ln -f ${name}${unit}.720 ${name}${unit}96ds9
# ln -f r${name}${unit}.720 r${name}${unit}96ds9
# ln -f ${name}${unit}.720 ${name}${unit}135ds9
# ln -f r${name}${unit}.720 r${name}${unit}135ds9
mknod ${name}${unit}.360 c $chr $(($unit * 64 + 8)) \
root:operator
ln -f ${name}${unit}.360 r${name}${unit}.360
# ln -f ${name}${unit}.360 ${name}${unit}48
# ln -f r${name}${unit}.360 r${name}${unit}48
# ln -f ${name}${unit}.360 ${name}${unit}48ds9
# ln -f r${name}${unit}.360 r${name}${unit}48ds9
mknod ${name}${unit}.640 c $chr $(($unit * 64 + 9)) \
root:operator
ln -f ${name}${unit}.640 r${name}${unit}.640
# ln -f ${name}${unit}.640 ${name}${unit}96ds8
# ln -f r${name}${unit}.640 r${name}${unit}96ds8
# ln -f ${name}${unit}.640 ${name}${unit}135ds8
# ln -f r${name}${unit}.640 r${name}${unit}135ds8
mknod ${name}${unit}.1232 c $chr $(($unit * 64 + 10)) \
root:operator
ln -f ${name}${unit}.1232 r${name}${unit}.1232
# ln -f ${name}${unit}.1232 ${name}${unit}96ds8
# ln -f r${name}${unit}.1232 r${name}${unit}96ds8
# ln -f ${name}${unit}.1232 ${name}${unit}135ds8
# ln -f r${name}${unit}.1232 r${name}${unit}135ds8
;;
*)
echo bad unit for disk in: $i
;;
esac
umask 77
;;
aacd*|ad*|ar*|afd*|amrd*|da*|fla*|idad*|md*|mlxd*|twed*|vn*|wd*|wfd*)
umask $disk_umask
case $i in
aacd*) name=aacd; chr=151;;
ad*) name=ad; chr=116;;
ar*) name=ar; chr=157;;
afd*) name=afd; chr=118;;
amrd*) name=amrd; chr=133;;
da*) name=da; chr=13;;
fla*) name=fla; chr=102;;
idad*) name=idad; chr=109;;
md*) name=md; chr=95;;
mlxd*) name=mlxd; chr=131;;
twed*) name=twed; chr=147;;
vn*) name=vn; chr=43;;
wd*) name=wd; chr=3;;
wfd*) name=wfd; chr=87;;
esac
case $i in
aacd*|amrd*|idad*|mlxd*|twed*)
unit=`expr $i : '....\(.*\)'`
;;
afd*|fla*|wfd*)
unit=`expr $i : '...\(.*\)'`
;;
*)
unit=`expr $i : '..\(.*\)'`
;;
esac
case $unit in
[0-9]|[0-9][0-9]|[0-4][0-9][0-9]|50[0-9]|51[0-1])
for slicepartname in s0h s1h s2 s3 s4
do
sh MAKEDEV $name$unit$slicepartname
done
;;
*)
echo bad unit for disk in: $i
;;
esac
umask 77
;;
ccd*)
umask $disk_umask
name=ccd
chr=74
unit=`expr $i : '...\(.*\)'`
case $unit in
[0-9]|[0-9][0-9]|[0-4][0-9][0-9]|50[0-9]|51[0-1])
for part in 0 1 2 3 4 5 6 7
do
minor=`dkminor 0 $unit 0 $part`
partname=`dkitop $part`
mknod $name$unit$partname c $chr $minor root:operator
ln -f $name$unit$partname r$name$unit$partname
done
;;
*)
echo bad unit for disk in: $i
;;
esac
umask 77
;;
# SCSI processor type driver
pt[0-9]*)
chr=61
name=pt
unit=`expr $i : 'pt\([0-9][0-9]*\)'`
if [ -z "${unit}" ]; then
unit=0
fi
unit=$(($unit + 1 - 1))
mknod ${name}${unit} c $chr `unit2minor $unit`
;;
# SCSI SES/SAF-TE type driver
ses[0-9]*)
chr=110
name=ses
unit=`expr $i : 'ses\([0-9][0-9]*\)'`
if [ -z "${unit}" ]; then
unit=0
fi
unit=$(($unit + 1 - 1))
mknod ${name}${unit} c $chr `unit2minor $unit`
;;
# SCSI target mode sample driver
targ[0-9]*)
chr=65
name=targ
unit=`expr $i : 'targ\([0-9][0-9]*\)'`
if [ -z "${unit}" ]; then
unit=0
fi
unit=$(($unit + 1 - 1))
mknod ${name}${unit} c $chr `unit2minor $unit`
mknod ${name}.ctl c $chr 0xffff00ff
;;
# CAM transport layer device
xpt*)
# This major number is temporary
chr=104
name=xpt
units=`expr $i : 'xpt\(.*\)'`
if [ -z "${units}" ]; then
units=1
fi
i=0
while [ $i -lt $units ]; do
dname=$name$i
rm -rf $dname r$dname
mknod $dname c $chr `unit2minor $i` root:operator
i=$(($i + 1))
done
;;
# CAM passthrough device
pass*)
# This major number is temporary
chr=31
name=pass
units=`expr $i : 'pass\(.*\)'`
if [ -z "${units}" ]; then
units=1
fi
i=0
while [ $i -lt $units ]; do
dname=$name$i
rm -rf $dname r$dname
mknod $dname c $chr `unit2minor $i` root:operator
i=$(($i + 1))
done
;;
pty*)
class=`expr $i : 'pty\(.*\)'`
case $class in
0) offset=0 name=p;;
1) offset=32 name=q;;
2) offset=64 name=r;;
3) offset=96 name=s;;
# Note that xterm (at least) only look at p-s.
4) offset=128 name=P;;
5) offset=160 name=Q;;
6) offset=192 name=R;;
7) offset=224 name=S;;
# This still leaves [tuTU].
*) echo bad unit for pty in: $i;;
esac
umask 0
case $class in
0|1|2|3|4|5|6|7)
i=0
while [ $i -lt 32 ]; do
# This was an awk substr() before.
c=$(echo 0123456789abcdefghijklmnopqrstuv |
dd bs=1 skip=$i count=1 2>/dev/null)
mknod tty$name$c c 5 $(($offset + $i))
mknod pty$name$c c 6 $(($offset + $i))
i=$(($i + 1))
done
;;
esac
umask 77
;;
sa*)
umask $tape_umask
unit=`expr $i : '..\(.*\)'`
chr=14
case $unit in
[0-9]|[1-9][0-9]|[1-9][0-9][0-9]|[1-9][0-9][0-9][0-9])
mknod sa${unit}.ctl c $chr `saminor 1 ${unit} 0 0`
ln -f sa${unit}.ctl rsa${unit}.ctl
for m in 0 1 2 3
do
mknod sa${unit}.${m} c $chr \
`saminor 0 ${unit} ${m} 0` root:operator
ln -f sa${unit}.${m} rsa${unit}.${m}
mknod nsa${unit}.${m} c $chr \
`saminor 0 ${unit} ${m} 1` root:operator
ln -f nsa${unit}.${m} nrsa${unit}.${m}
mknod esa${unit}.${m} c $chr \
`saminor 0 ${unit} ${m} 2` root:operator
ln -f esa${unit}.${m} ersa${unit}.${m}
done
ln -f sa${unit}.0 sa${unit}
ln -f sa${unit}.0 rsa${unit}.0
ln -f sa${unit}.0 rsa${unit}
ln -f nsa${unit}.0 nsa${unit}
ln -f nsa${unit}.0 nrsa${unit}.0
ln -f nsa${unit}.0 nrsa${unit}
ln -f esa${unit}.0 esa${unit}
ln -f esa${unit}.0 ersa${unit}.0
ln -f esa${unit}.0 ersa${unit}
;;
*)
echo bad unit for tape in: $i
;;
esac
umask 77
;;
ch*)
umask 37
unit=`expr $i : '..\(.*\)'`
case $i in
ch*) name=ch; chr=17;;
esac
case $unit in
0|1|2|3|4|5|6)
mknod ${name}${unit} c $chr $unit root:operator
;;
*)
echo bad unit for media changer in: $i
;;
esac
umask 77
;;
ata)
mknod ata c 159 0 root:operator
;;
ast*)
umask 2 ;
unit=`expr $i : '...\(.*\)'`
chr=119
case $unit in
0|1|2|3)
mknod ast${unit} c $chr $(($unit * 8 + 0)) root:operator
chmod 640 ast${unit}
mknod nast${unit} c $chr $(($unit * 8 + 1)) root:operator
chmod 640 nast${unit}
;;
*)
echo bad unit for tape in: $i
;;
esac
umask 77
;;
acd*t*)
umask $disk_umask
units=`expr $i : '...\(.*\)t'`;
tracks=`expr $i : '.*t\(.*\)'`;
name=acd;
chr=117;
if [ -z "${units}" -o "${units}" -le 0 ]; then
units=1
fi
if [ -z "${tracks}" -o "${tracks}" -le 0 ]; then
tracks=100
fi
if [ "${units}" -le 31 -a "${tracks}" -le 169 ]; then
i=0
while [ $i -le $units ]; do
dname=$name$i
rm -rf ${dname}t*
j=1
while [ $j -le ${tracks} ]; do
mknod ${dname}t$j c $chr \
$((($i * 8) + (65536 * $j))) \
root:operator
j=$(($j + 1))
done
i=$(($i + 1))
done
else
echo "$i is invalid -- can't have more than 32 cd devices or
169 tracks"
fi
umask 77
;;
acd*|cd*|mcd*|scd*)
umask $disk_umask
case $i in
acd*) units=`expr $i : '...\(.*\)'`; name=acd; chr=117;;
cd*) units=`expr $i : '..\(.*\)'`; name=cd; chr=15;;
mcd*) units=`expr $i : '...\(.*\)'`; name=mcd; chr=29;;
scd*) units=`expr $i : '...\(.*\)'`; name=scd; chr=45;;
esac
if [ -z "${units}" -o "${units}" -le 0 ]; then
units=1
fi
if [ "${units}" -le 31 ]; then
i=0
while [ $i -le $units ]; do
dname=$name$i
rm -rf ${dname}* r${dname}*
mknod ${dname}a c $chr $(($i * 8)) root:operator
case $name in
acd)
ln -f ${dname}a ${dname}c;;
*)
mknod ${dname}c c $chr $(($i * 8 + 2))
root:operator;;
esac
ln -f ${dname}a r${dname}a
ln -f ${dname}c r${dname}c
i=$(($i + 1))
done
else
echo "$i is invalid -- can't have more than 32 cd devices"
fi
umask 77
;;
matcd*)
umask 2
case $i in
matcd*) unit=`expr $i : '.....\(.*\)'`; name=matcd; chr=46;;
esac
case $unit in
0|1|2|3|4|5|6|7|8|9|10|11|12|13|14|15)
mknod ${name}${unit}a c $chr $(($unit * 8 + 0)) \
root:operator
mknod ${name}${unit}c c $chr $(($unit * 8 + 2)) \
root:operator
ln -f ${name}${unit}a r${name}${unit}a
ln -f ${name}${unit}c r${name}${unit}c
chmod 640 ${name}${unit}[a-h] r${name}${unit}[a-h]
mknod ${name}${unit}la c $chr $(($unit * 8 + 128)) \
root:operator
mknod ${name}${unit}lc c $chr $(($unit * 8 + 130)) \
root:operator
ln -f ${name}${unit}la r${name}${unit}la
ln -f ${name}${unit}lc r${name}${unit}lc
chmod 640 ${name}${unit}l[a-h] r${name}${unit}l[a-h]
;;
*)
echo bad unit for disk in: $i
;;
esac
umask 77
;;
wcd*)
umask 2 ;
unit=`expr $i : '...\(.*\)'`
chr=69
case $unit in
0|1|2|3|4|5|6|7)
mknod wcd${unit}a c $chr $(($unit * 8 + 0)) root:operator
mknod wcd${unit}c c $chr $(($unit * 8 + 2)) root:operator
ln -f wcd${unit}a rwcd${unit}a
ln -f wcd${unit}c rwcd${unit}c
chmod 640 wcd${unit}[a-h] rwcd${unit}[a-h]
;;
*)
echo bad unit for disk in: $i
;;
esac
umask 77
;;
wst*)
umask 2 ;
unit=`expr $i : '...\(.*\)'`
chr=90
case $unit in
0|1|2|3)
mknod rwst${unit} c $chr $(($unit * 8 + 0)) root:operator
chmod 640 rwst${unit}
;;
esac
umask 77
;;
iic*)
unit=`expr $i : 'iic\(.*\)'`
mknod iic$unit c 105 `unit2minor $unit`
;;
smb*)
unit=`expr $i : 'smb\(.*\)'`
mknod smb$unit c 106 `unit2minor $unit`
;;
pcfclock*)
unit=`expr $i : 'pcfclock\(.*\)'`
mknod pcfclock$unit c 140 `unit2minor $unit`
;;
ppi*)
unit=`expr $i : 'ppi\(.*\)'`
mknod ppi$unit c 82 `unit2minor $unit`
;;
pps*)
unit=`expr $i : 'pps\(.*\)'`
mknod pps$unit c 89 `unit2minor $unit`
;;
usb)
mknod usb$unit c 108 255 root:operator
chmod 0660 usb$unit
;;
usb*)
umask 7
unit=`expr $i : 'usb\(.*\)'`
mknod usb$unit c 108 `unit2minor $unit` root:operator
umask 77
;;
uhid*)
umask 7
unit=`expr $i : 'uhid\(.*\)'`
mknod uhid$unit c 122 `unit2minor $unit` root:operator
umask 77
;;
ums*)
umask 7
unit=`expr $i : 'ums\(.*\)'`
mknod ums$unit c 111 `unit2minor $unit` root:operator
umask 77
;;
ulpt*)
unit=`expr $i : 'ulpt\(.*\)'`
minor=`unit2minor $unit`
mknod ulpt$unit c 113 $minor
minor=`unit2minor $(($unit + 64))`
mknod unlpt$unit c 113 $minor # and the 'no prime' version
;;
ugen*)
umask 7
unit=`expr $i : 'ugen\([0-9][0-9]*\)'`
endpoint=`expr $i : 'ugen.*\.\([0-9][0-9]*\)'`
if [ -z "${unit}" ]; then
echo $i - Invalid unit number
fi
if [ -z "${endpoint}" ]; then # ugen0 & ugen0.1 - ugen0.15
mknod ugen$unit c 114 \
`unit2minor $(($unit * 16))` root:operator
i=1
while [ $i -lt 16 ]; do
mknod ugen$unit.$i c 114 \
`unit2minor $(($unit * 16 + $i))` root:operator
i=$(($i + 1))
done
else
minor=`unit2minor $(($unit * 16 + $endpoint))`
mknod ugen$unit.$endpoint c 114 $minor root:operator
fi
umask 77
;;
urio*)
umask 7
unit=`expr $i : 'urio\(.*\)'`
mknod urio$unit c 143 `unit2minor $unit` root:operator
umask 77
;;
usio*)
umask 7
unit=`expr $i : 'usio\(.*\)'`
minor=$(($unit + 128))
minor=`unit2minor $(($unit + 128))`
mknod usio$unit c 138 $minor uucp:dialout
umask 77
;;
uscanner*)
umask 7
unit=`expr $i : 'uscanner\(.*\)'`
mknod uscanner$unit c 156 `unit2minor $unit` root:operator
umask 77
;;
umodem*)
umask 7
unit=`expr $i : 'umodem\(.*\)'`
mknod umodem$unit c 124 `unit2minor $unit` uucp:dialout
umask 77
;;
lpt*)
unit=`expr $i : 'lpt\(.*\)'`
mknod lpt$unit c 16 `unit2minor $unit`
mknod lpctl$unit c 16 `unit2minor $(($unit + 128))`
;;
# Use this to create virtual consoles for syscons, pcvt or codrv
# ttyv0-b
# use as MAKEDEV vtyNN to create NN entries
vty*)
chr=12
units=`expr $i : 'vty\(.*\)'`
i=0
while [ $i -lt $units ]; do
mknod ttyv$(printf %01x $i) c $chr `unit2minor $i`
i=$(($i + 1))
done
ln -fs ttyv0 vga # XXX X still needs this pccons relic
;;
nmdm*)
units=`expr $i : 'nmdm\(.*\)'`
chr=18
i=0
while [ $i -lt $units ]; do
minor=`unit2minor $i`
minor=$(($minor + $minor))
mknod nmdm${i}A c $chr $minor
mknod nmdm${i}B c $chr $(($minor + 1))
i=$(($i + 1))
done
;;
bpf*)
nbpf=`expr $i : 'bpf\(.*\)$'`
unit=0
while [ $unit -le $nbpf ]; do
mknod bpf$unit c 23 `unit2minor $unit`
unit=$(($unit + 1))
done
;;
speaker)
mknod speaker c 26 0
;;
cua?|cuaa?|cuaa??)
umask 7
unit_low=`expr $i : 'cua.*\(.\)$'`
case $i in
cua?|cuaa?)
unit_high=""
m_high=0
;;
cuaa??)
unit_high=`expr $i : 'cuaa\(.\).$'`
m_high=`ttyminor $unit_high`
;;
esac
unit=$unit_high$unit_low
m=$(($m_high << 16 | `ttyminor $unit_low`))
mknod cuaa$unit c 28 $(($m | 128)) uucp:dialout
mknod cuaia$unit c 28 $(($m | 32 | 128)) uucp:dialout
mknod cuala$unit c 28 $(($m | 64 | 128)) uucp:dialout
umask 77
;;
tty?|tty0?|ttyd?|ttyd??)
unit_low=`expr $i : 'tty.*\(.\)$'`
case $i in
tty?|tty0?|ttyd?)
unit_high=""
m_high=0
;;
ttyd??)
unit_high=`expr $i : 'ttyd\(.\).$'`
m_high=`ttyminor $unit_high`
;;
esac
unit=$unit_high$unit_low
m=$(($m_high << 16 | `ttyminor $unit_low`))
mknod ttyd$unit c 28 $m
mknod ttyid$unit c 28 $(($m | 32))
mknod ttyld$unit c 28 $(($m | 64))
;;
cuac?)
umask 7
portlist="0 1 2 3 4 5 6 7 8 9 a b c d e f
g h i j k l m n o p q r s t u v"
major=48
card=`expr $i : 'cua.*\(.\)$'`
for unit in $portlist
do
minor=`ttyminor $unit`
minor=$(($card * 65536 + $minor))
name=$card$unit
mknod cuac$name c $major $(($minor + 128)) uucp:dialout
mknod cuaic$name c $major $(($minor + 32 + 128)) uucp:dialout
mknod cualc$name c $major $(($minor + 64 + 128)) uucp:dialout
done
umask 77
;;
ttyc?)
portlist="0 1 2 3 4 5 6 7 8 9 a b c d e f
g h i j k l m n o p q r s t u v"
major=48
card=`expr $i : 'tty.*\(.\)$'`
for unit in $portlist
do
minor=`ttyminor $unit`
minor=$(($card * 65536 + $minor))
name=$card$unit
mknod ttyc$name c $major $minor
mknod ttyic$name c $major $(($minor + 32))
mknod ttylc$name c $major $(($minor + 64))
done
;;
# RISCom8 'rc' driver entries
cuam?)
umask 7
unit=`expr $i : 'cua.*\(.\)$'`
m=`ttyminor $unit`
mknod cuam$unit c 63 $(($m + 128)) uucp:dialout
umask 77
;;
ttym?)
unit=`expr $i : 'tty.*\(.\)$'`
m=`ttyminor $unit`
mknod ttym$unit c 63 $m
;;
# Specialix SI/XIO.
# Note: these are 'base 1' to match the numbers on the panels, and to match
# the manual that comes with the system.
ttyA*)
major=68
nports=`expr $i : 'ttyA\(.*\)$'`
port=1
while [ $port -le $nports ]; do
minor=$(($port - 1))
name=$(printf %02d $port)
mknod ttyA$name c $major $minor
mknod ttyiA$name c $major $(($minor + 65536))
mknod ttylA$name c $major $(($minor + 131072))
port=$(($port + 1))
done
# For the user-mode control program, 'sicontrol'
mknod si_control c 68 262144
;;
cuaA*)
umask 7
major=68
nports=`expr $i : 'cuaA\(.*\)$'`
port=1
while [ $port -le $nports ]; do
minor=$(($port - 1))
name=$(printf %02d $port)
mknod cuaA$name c $major $(($minor + 128)) uucp:dialout
mknod cuaiA$name c $major $(($minor + 128 + 65536)) \
uucp:dialout
mknod cualA$name c $major $(($minor + 128 + 131072)) \
uucp:dialout
port=$(($port + 1))
done
umask 77
;;
# Alpha AS8[24]00 (TurboLaser) console.
zs?)
unit=`expr $i : 'zs.*\(.\)$'`
m=`ttyminor $unit`
mknod zs$unit c 135 $m
;;
# Digiboard PC/?? 16 port card.
# The current scheme of minor numbering is:
#
# unused{14} CARD{2} major{8} CALLOUT{1} LOCK{1} INIT{1} PORT{5}
#
# CARD bitfield in future versions may be extended to 3 bits.
#
# See dgb(4)
#
ttyD?)
portlist="0 1 2 3 4 5 6 7 8 9 a b c d e f"
major=58
card=`expr $i : 'tty.*\(.\)$'`
for unit in $portlist
do
minor=`ttyminor $unit`
minor=$(($card * 65536 + $minor))
name=$card$unit
mknod ttyD$name c $major $minor
mknod ttyiD$name c $major $(($minor + 32))
mknod ttylD$name c $major $(($minor + 64))
done
;;
cuaD?)
umask 7
portlist="0 1 2 3 4 5 6 7 8 9 a b c d e f"
major=58
card=`expr $i : 'cua.*\(.\)$'`
for unit in $portlist
do
minor=`ttyminor $unit`
minor=$(($card * 65536 + $minor))
name=$card$unit
mknod cuaD$name c $major $(($minor + 128)) uucp:dialout
mknod cuaiD$name c $major $(($minor + 32 + 128)) uucp:dialout
mknod cualD$name c $major $(($minor + 64 + 128)) uucp:dialout
done
umask 77
;;
# Stallion multi serial cards (stl and stli drivers)
#
# These drivers reserve 64 minor devices per board, even if the board
# supports only 4 devices. We default to creating only 8 of the 64 devices
# to keep /dev from getting too large (which => slow). The last part of the
# arg is the board number to create ports for. So:
# ttyE0 will create 8 dialin ports ttyE0-ttyE7, plus ttyiE* and ttylE*
# cuaE0 will create 8 dialout ports cuaE0-cuaE7, plus cuaiE* and cualE*
# ttyE1 will create 8 dialin ports ttyE64-ttyE71, plus ttyiE* and ttylE*
# etc
# If you have EasyConnect 8/32 or 8/64 cards, you will need to change the
# definition of "maxport" below to get nodes for the full 32 or 64
# ports per card.
#
# Note that the mapping of minor device numbers (with the hole between
# 32-64k) is a bit odd to keep compatibility with ttyd? for
# lock/initial devices.
# Minor device field for the ports is
# card{3} unused{4} unit-msb{1} unused{8} callout{1} lock{1} init{1}
unit-lsbs{5}
# for the mem device is
# 0x1000000 + card
# (For stl, there is only 1 mem device per system; for stli, one per board)
ttyE*)
stallion 72 E `expr $i : 'tty.*\(.\)$'` 0
;;
cuaE*)
stallion 72 E `expr $i : 'cua.*\(.\)$'` 1
;;
stl*)
card=`expr $i : 'stl\(.\)$'`
stallion 72 E $card 0
stallion 72 E $card 1
;;
ttyF*)
stallion 75 F `expr $i : 'tty.*\(.\)$'` 0
;;
cuaF*)
stallion 75 F `expr $i : 'cua.*\(.\)$'` 1
;;
stli*)
card=`expr $i : 'stl\(.\)$'`
stallion 75 F $card 0
stallion 75 F $card 1
;;
ttyM*)
portlist="0 1 2 3 4 5 6 7 8 9 a b c d e f"
modulelist="a b c d"
major=101
card=`expr $i : 'tty.*\(.\)$'`
for unit in $modulelist
do
moduleminor=`ttyminor $unit`
moduleminor=$(($moduleminor % 10 * 16))
modulename=$unit
for unit in $portlist
do
minor=`ttyminor $unit`
minor=$(($card * 65536 + $minor + $moduleminor))
name=$card$modulename$unit
rm -f tty*M$name
mknod ttyM$name c $major $minor
mknod ttyiM$name c $major $(($minor + 64))
mknod ttylM$name c $major $(($minor + 128))
done
done
;;
cuaM?)
umask 7
portlist="0 1 2 3 4 5 6 7 8 9 a b c d e f"
modulelist="a b c d"
major=101
card=`expr $i : 'cua.*\(.\)$'`
for unit in $modulelist
do
moduleminor=`ttyminor $unit`
moduleminor=$(($moduleminor % 10 * 16))
modulename=$unit
for unit in $portlist
do
minor=`ttyminor $unit`
minor=$(($card * 65536 + $minor + $moduleminor))
name=$card$modulename$unit
rm -f cua*M$name
mknod cuaM$name c $major $(($minor + 262144)) \
uucp:dialout
mknod cuaiM$name c $major $(($minor + 64 + 262144)) \
uucp:dialout
mknod cualM$name c $major $(($minor + 128 + 262144)) \
uucp:dialout
done
done
umask 77
;;
ttyR?)
major=81
BOARD=1; Rnum=0
MINOR=$(($BOARD * 65536))
controllers=$(
dmesg | while read first rest; do
case "$first" in
RocketPort[0-4])
echo "$first"
;;
esac
done
)
rm -f ttyR* ttyiR* ttylR*
for i in $controllers; do
ndevices=$(
dmesg | while read first bar ports rest; do
case "$first" in
$i*)
echo "$ports"
;;
esac
done
)
echo -n "Creating $ndevices devices for $i: "
dev=0
while [ $dev -lt $ndevices ]; do
mknod ttyR$Rnum c $major $MINOR
mknod ttyiR$Rnum c $major $(($MINOR + 32))
mknod ttylR$Rnum c $major $(($MINOR + 64))
Rnum=$(($Rnum + 1))
MINOR=$(($MINOR + 1))
dev=$(($dev + 1))
done
BOARD=$(($BOARD + 1))
MINOR=$(($BOARD * 65536))
echo " "
done
;;
cuaR?)
major=81
BOARD=1; Rnum=0
MINOR=$(($BOARD * 65536))
controllers=$(
dmesg | while read first rest; do
case "$first" in
RocketPort[0-4])
echo "$first"
;;
esac
done
)
rm -f cuaR* cuaiR* cualR*
for i in $controllers; do
ndevices=$(
dmesg | while read first bar ports rest; do
case "$first" in
$i*)
echo "$ports"
;;
esac
done
)
echo -n "Creating $ndevices devices for $i: "
dev=0
while [ $dev -lt $ndevices ]; do
mknod cuaR$Rnum c $major $(($MINOR + 128)) uucp:dialout
mknod cuaiR$Rnum c $major $(($MINOR + 128 + 32)) \
uucp:dialout
mknod cualR$Rnum c $major $(($MINOR + 128 + 64)) \
uucp:dialout
Rnum=$(($Rnum + 1))
MINOR=$(($MINOR + 1))
dev=$(($dev + 1))
done
BOARD=$(($BOARD + 1))
MINOR=$(($BOARD * 65536))
echo " "
done
;;
mse*)
unit=`expr $i : 'mse\(.*\)'`
chr=27
# non-blocking for X11
mknod mse$unit c $chr `unit2minor $(($unit * 2 + 1))`
;;
psm*)
unit=`expr $i : 'psm\(.*\)'`
chr=21
# non-blocking for X11
mknod psm$unit c $chr `unit2minor $(($unit * 2 + 1))`
;;
mouse*)
name=`expr $i : 'mouse\(.*\)'`
if [ ! -c $name ]; then
$0 $name # make the appropriate device
fi
ln -fs $name mouse
;;
pcaudio)
mknod pcaudio c 24 0
mknod pcaudioctl c 24 128
;;
socksys)
mknod socksys c 41 0
mknod spx c 41 1
ln -fs socksys nfsd
chmod 666 socksys nfsd spx
;;
snd*)
#
# changes from Linux voxware
# minor Linux FreeBSD
# 8 sequencer2 (aka music0) music0
# 17 patmgr0 sequencer1
# 33 patmgr1 sequencer2
#
unit=`expr $i : 'snd\(.*\)'`
chr=30
# XXX write this less verbosely, like std
snd_security_hole=0 # XXX
umask $snd_security_hole
ln -fs mixer$unit mixer
ln -fs sequencer$unit sequencer
ln -fs dsp$unit dsp
ln -fs audio$unit audio
ln -fs dspW$unit dspW
ln -fs music$unit music
ln -fs pss$unit pss
ln -fs dsp$unit.0 dsp$unit
ln -fs audio$unit.0 audio$unit
ln -fs dspW$unit.0 dspW$unit
mknod mixer$unit c $chr `unit2minor $(($unit * 16 + 0))`
mknod sequencer$unit c $chr `unit2minor $(($unit * 16 + 1))`
mknod midi$unit c $chr `unit2minor $(($unit * 16 + 2))`
for chn in 0 1 2 3
do
minor=$(($chn * 65536 + $unit * 16))
mknod dsp$unit.$chn c $chr $(($minor + 3))
mknod audio$unit.$chn c $chr $(($minor + 4))
mknod dspW$unit.$chn c $chr $(($minor + 5))
done
mknod sndstat c $chr 6
# minor number 7 is unused
mknod music$unit c $chr `unit2minor $(($unit * 16 + 8))`
mknod pss$unit c $chr `unit2minor $(($unit * 16 + 9))`
# minor numbers 10-15 are unused
umask 77
;;
vat)
mknod vatio c 25 128
chmod 660 vatio
;;
gsc*)
unit=`expr $i : 'gsc\(.*\)'`
mknod gsc${unit} c 47 `unit2minor $unit`
mknod gsc${unit}p c 47 `unit2minor $(($unit + 8))`
mknod gsc${unit}d c 47 `unit2minor $(($unit + 32))`
mknod gsc${unit}pd c 47 `unit2minor $(($unit + 40))`
chmod 666 gsc${unit}*
;;
apm)
mknod apm c 39 0 root:operator
chmod 664 apm
;;
apmctl)
mknod apmctl c 39 8 root:operator
chmod 660 apmctl
;;
card*)
unit=`expr $i : 'card\(.*\)'`
chr=50
mknod card$unit c $chr `unit2minor $unit`
chmod 644 card$unit
;;
ttyx?|ttyy?|ttyz?)
case $i in
*0) unit=0;; *1) unit=1;; *2) unit=2;; *3) unit=3;;
*4) unit=4;; *5) unit=5;; *6) unit=6;; *7) unit=7;;
*8) unit=8;; *9) unit=9;; *a) unit=10;; *b) unit=11;;
*c) unit=12;; *d) unit=13;; *e) unit=14;; *f) unit=15;;
esac
case $i in
ttyy?) unit=$(($unit + 16));;
ttyz?) unit=$(($unit + 32));;
esac
mknod $i c 42 $unit
;;
cronyx)
mknod cronyx c 42 63
;;
joy)
mknod joy0 c 51 0 root:operator
mknod joy1 c 51 1 root:operator
chmod 640 joy0 joy1
;;
spigot)
mknod spigot c 11 0
chmod 444 spigot
;;
ctx?)
unit=`expr $i : 'ctx\(.*\)'`
mknod ctx$unit c 40 `unit2minor $unit`
chmod 444 ctx$unit
;;
meteor?)
unit=`expr $i : 'meteor\(.*\)'`
mknod meteor$unit c 67 `unit2minor $unit`
chmod 444 meteor$unit
;;
bktr?)
unit=`expr $i : 'bktr\(.*\)'`
mknod bktr$unit c 92 `unit2minor $unit`
mknod tuner$unit c 92 `unit2minor $((16 + $unit))`
mknod vbi$unit c 92 `unit2minor $((32 + $unit))`
chmod 444 bktr$unit tuner$unit vbi$unit
;;
tun*)
ntun=`expr $i : 'tun\(.*\)$'`
unit=0
while [ $unit -le $ntun ]; do
mknod tun$unit c 52 `unit2minor $unit`
unit=$(($unit + 1))
done
;;
tap*)
ntap=`expr $i : 'tap\(.*\)$'`
unit=0
while [ $unit -le $ntap ]; do
mknod tap$unit c 149 `unit2minor $unit` root:network
unit=$(($unit + 1))
done
;;
sysmouse)
mknod sysmouse c 12 128
mknod consolectl c 12 255
;;
jogdial)
mknod jogdial c 160 0
;;
snp?)
unit=`expr $i : 'snp\(.*\)'`
mknod snp$unit c 53 `unit2minor $unit`
;;
# [EMAIL PROTECTED]: If I do much more work on other A-D boards
# then eventually we'll have a "ad" and "dio" interface and some of these
# "labpcaio" ones will be gone.
# labpcaio: D-A and A-D.
# labpcdio: Digital in and Digital out.
#
labpc*)
umask 7
case $i in
labpcaio*)
name=labpcaio
unit=`expr $i : 'labpcaio\(.*\)'`
all="0 1 2 3 4 5 6 7"
offset=0
;;
labpcdio*)
name=labpcdio
unit=`expr $i : 'labpcdio\(.*\)'`
all="0 1 2 3"
offset=8
;;
*)
die 3 "Don't know LabPC type $i"
;;
esac
if [ -z "${unit}" ]; then
unit=all
fi
case $unit in
0|1|2|3|4|5|6|7)
mknod $name$unit c 66 $(($offset + $unit))
;;
all)
for i in $all
do
mknod $name$i c 66 $(($offset + $i))
done
;;
*)
echo "No such LabPC unit: $unit"
;;
esac
umask 77
;;
perfmon)
mknod perfmon c 2 32 root:kmem
chmod 640 perfmon
;;
ipl)
mknod ipl c 79 0
mknod ipnat c 79 1
mknod ipstate c 79 2
mknod ipauth c 79 3
;;
kbd*)
unit=`expr $i : 'kbd\(.*\)'`
chr=112
mknod kbd$unit c $chr `unit2minor $unit`
;;
i4b)
mknod i4b c 60 0
;;
i4bctl)
mknod i4bctl c 55 0
;;
i4brbch*)
unit=`expr $i : 'i4brbch\(.*\)'`
mknod i4brbch$unit c 57 `unit2minor $unit`
;;
i4bteld*)
offset=64
unit=`expr $i : 'i4bteld\(.*\)'`
mknod i4bteld$unit c 56 `unit2minor $(($offset + $unit))`
;;
i4btel*)
unit=`expr $i : 'i4btel\(.*\)'`
mknod i4btel$unit c 56 `unit2minor $unit`
;;
i4btrc*)
unit=`expr $i : 'i4btrc\(.*\)'`
mknod i4btrc$unit c 59 `unit2minor $unit`
;;
aac*)
unit=`expr $i : 'aac\(.*\)'`
mknod aac$unit c 150 `unit2minor $unit`
ln -fs aac$unit afa$unit
ln -fs aac$unit hpn$unit
;;
mlx*)
unit=`expr $i : 'mlx\(.*\)'`
mknod mlx$unit c 130 `unit2minor $unit`
;;
amr*)
unit=`expr $i : 'amr\(.*\)'`
mknod amr$unit c 132 `unit2minor $unit`
;;
ciss*)
unit=`expr $i : 'ciss\(.*\)'`
mknod ciss$unit c 166 `unit2minor $unit`
;;
agpgart)
mknod agpgart c 148 0
;;
twe*)
unit=`expr $i : 'twe\(.*\)'`
mknod twe$unit c 146 `unit2minor $unit`
;;
tw*)
unit=`expr $i : 'tw\(.*\)'`
mknod tw$unit c 19 `unit2minor $unit` root:operator
;;
cfs*)
unit=`expr $i : 'cfs\(.*\)'`
mknod cfs$unit c 93 $unit root:operator
;;
nsmb*)
unit=`expr $i : 'nsmb\(.*\)'`
mknod nsmb$unit c 144 $unit
;;
local)
umask 0 # XXX should be elsewhere
sh MAKEDEV.local
umask 77
;;
*)
echo $i - no such device name
;;
esac
done
