%PDF-
%PDF-
Mini Shell
Mini Shell
#! /bin/sh -
# $Id$
#---#---#---#---#---#---#---#---#---#---#---#---#---#---#---#---#---#---#---#
# Customisation:
# The devices fall into various classes. This section contains the mapping
# from a class name into a group name and permission.
# You will almost certainly need to edit the group name to match your
# system, and you may change the permissions to suit your preference. These
# lines _must_ be of the format "user group perm".
public=" root root 0666"
private=" root root 0600"
system=" root root 0660"
kmem=" root kmem 0640"
tty=" root tty 0666"
cons=" root tty 0600"
dialout=" root dialout 0660"
dip=" root dip 0660"
mouse=" root root 0660"
printer=" root lp 0660"
floppy=" root floppy 0660"
disk=" root disk 0660"
scsi=" root root 0600"
cdrom=" root cdrom 0660"
tape=" root tape 0660"
audio=" root audio 0660"
video=" root video 0660"
ibcs2=" root root 0666"
scanner=" root root 0666"
coda=" root root 0600"
ipsec=" root root 0200"
readable=" root root 0444"
lirc=" root video 0640"
MAXVT=63
# defaults for $major_*
major_ide0=3
major_ide1=22
major_sd=8
major_lp=6
# Remark: OSS/Linux becomes major_OSSLinux
#---#---#---#---#---#---#---#---#---#---#---#---#---#---#---#---#---#---#---#
# don't stomp on devfs users
if [ -c .devfsd ]
then
echo ".devfsd presence implies active DevFS. Aborting MAKEDEV invocation."
# use exit 0, not 1, so postinst scripts don't fail on this
exit 0
fi
#---#---#---#---#---#---#---#---#---#---#---#---#---#---#---#---#---#---#---#
# don't stomp on non-Linux users
if [ "$(uname -s)" != "Linux" ]
then
echo "Results undefined on non-Linux systems, aborting MAKEDEV invocation."
# use exit 0, not 1, so postinst scripts don't fail on this
exit 0
fi
#---#---#---#---#---#---#---#---#---#---#---#---#---#---#---#---#---#---#---#
procfs=/proc
opt_v=
opt_d=
opt_n=
while [ $# -ge 1 ]
do
case $1 in
--) shift; break ;;
-v) shift; opt_v=1 ;;
-d) shift; opt_d=1 ;;
-n) shift; opt_n=1; opt_v=1 ;;
-V) shift; opt_V=1 ;;
-*) echo "$0: unknown flag \"$1\"" >&2; exit 1 ;;
*) break ;;
esac
done
if [ "$opt_V" ]
then
echo "This is Debian MAKEDEV. For version info, try 'dpkg --list makedev'"
echo "See /usr/share/doc/makedev/ for more information on Debian MAKEDEV."
exit 0
fi
opts="${opt_n:+-n} ${opt_v:+-v} ${opt_d:+-d}"
#---#---#---#---#---#---#---#---#---#---#---#---#---#---#---#---#---#---#---#
devicename () { # translate device names to something safe
# A-Z is not full alphabet in all locales (e.g. in et_EE)
echo "$*" | LC_ALL=C sed -e 's/[^A-Za-z0-9_]/_/g'
}
makedev () { # usage: makedev name [bcu] major minor owner group mode
if [ "$opt_v" ]
then if [ "$opt_d" ]
then echo "delete $1"
else echo "create $1 $2 $3 $4 $5:$6 $7"
fi
fi
# missing parameters are a bug - bail - should we do an exit 1 here?
case :$1:$2:$3:$4:$5:$6:$7: in
*::*) echo "Warning: MAKEDEV $@ is missing parameter(s)." >&2;;
esac
if [ ! "$opt_n" ]
then
if [ "$opt_d" ]
then
rm -f $1
else
rm -f $1-
if mknod $1- $2 $3 $4 &&
chown $5:$6 $1- &&
chmod $7 $1- &&
mv $1- $1
then
: # it worked
else
# Didn't work, clean up any mess...
echo "makedev $@: failed"
rm -f $1-
fi
fi
fi
}
makefifo () { # usage: makefifo name owner group mode
if [ "$opt_v" ]
then if [ "$opt_d" ]
then echo "delete $1"
else echo "create $1 $2:$3 $4"
fi
fi
# missing parameters are a bug - bail - should we do an exit 1 here?
case :$1:$2:$3:$4: in
*::*) echo "Warning: MAKEFIFO $@ is missing parameter(s)." >&2;;
esac
if [ ! "$opt_n" ]
then
if [ "$opt_d" ]
then
rm -f $1
else
rm -f $1-
if mknod $1- p &&
chown $2:$3 $1- &&
chmod $4 $1- &&
mv $1- $1
then
: # it worked
else
# Didn't work, clean up any mess...
echo "makefifo $@: failed"
rm -f $1-
fi
fi
fi
}
symlink () { # usage: symlink name target
if [ "$opt_v" ]
then if [ "$opt_d" ]
then echo "delete $1"
else echo "create $1 -> $2"
fi
fi
[ ! "$opt_n" ] && rm -f $1 &&
[ ! "$opt_d" ] && ln -s $2 $1
}
#---#---#---#---#---#---#---#---#---#---#---#---#---#---#---#---#---#---#---#
# Debian allows us to assume /bin/sh is a POSIX compliant shell, so go for it!
math () {
eval echo "\$(($*))"
}
index () { # index string c
eval "I=\${1%$2*}"
eval echo "\${#I}"
}
suffix () {
eval echo "\${1#$2}"
}
strip () {
eval echo "\${1% $2 *} \${1#* $2 }"
}
first () {
echo "${1%%?}"
}
second () {
echo "${1##?}"
}
substr () {
echo $1 | dd bs=1 count=1 skip=$(( $2 - 1 )) 2> /dev/null
}
#---#---#---#---#---#---#---#---#---#---#---#---#---#---#---#---#---#---#---#
devices=
if [ ! -f $procfs/devices ]
then
echo "$0: warning: can't read $procfs/devices" >&2
else
exec 3<$procfs/devices
while read major device extra <&3
do
device=`echo $device | sed 's#/.*##'`
case "$major" in
Character|Block|'')
;;
*)
safedevname=`devicename $device`
eval "major_$safedevname=$major"
devices="$devices $device"
;;
esac
done
exec 3<&-
fi
Major () {
device=$2
devname=`devicename $1`
if [ "$opt_d" ]
then
echo -1 # don't care
else
eval echo \${major_$devname:-\${device:?\"unknown major number for $1\"}}
fi
}
cvt () {
while [ $# -ne 0 ]
do
case "$1" in
mem|tty|ttyp|cua|cub|cui) ;;
hd) (for d in a b c d e f g h i j k l m n o p ; do
echo -n hd$d " "
done) ; echo
;;
ide0) echo hda hdb ;;
ide1) echo hdc hdd ;;
ide2) echo hde hdf ;;
ide3) echo hdg hdh ;;
ide4) echo hdi hdj ;;
ide5) echo hdk hdl ;;
ide6) echo hdm hdn ;;
ide7) echo hdo hdp ;;
ide8) echo hdq hdr ;;
ide9) echo hds hdt ;;
sd) (for d in a b c d e f g h i j k l m n o p ; do
echo -n sd$d " "
done) ; echo
;;
dasd) (for d in a b c d e f g h i j k l m \
n o p q r s t u v w x y z ; do
echo -n dasd$d " "
done) ; echo
;;
raw) echo raw ;;
sg) echo sg ;;
sr) echo scd ;;
st) echo st0 ;;
xd) echo xda xdb ;;
ad) echo ada adb ;;
lp) echo lp ;;
mt) echo ftape ;;
qft) echo ftape ;;
loop) echo loop ;;
md) echo md ;;
ibcs2) echo ibcs2 ;;
tpqic02) echo qic ;;
sound) echo audio ;;
logiscan) echo logiscan ;;
ac4096) echo ac4096 ;;
hw) echo helloworld ;;
sbpcd | sbpcd[123]) echo $1 ;;
joystick) echo js ;;
input) echo input ;;
apm_bios) echo apm ;;
dcf) echo dcf ;;
aztcd) echo aztcd ;;
cm206cd) echo cm206cd ;;
gscd) echo gscd ;;
pcmcia) ;; # taken care of by its own driver
ttyC) echo cyclades ;;
isdn) echo isdnmodem isdnbri dcbri ;;
vcs) ;;
pty) echo pty ;;
misc) echo misc ;;
3dfx) echo 3dfx ;;
agpgart) echo agpgart ;;
microcode) echo microcode ;;
ipmi|ipmikcs) echo ipmi ;;
fb) echo fb ;;
nb|drbd) echo nb0 nb1 nb2 nb3 nb4 nb5 nb6 nb7;;
netlink) echo netlink ;;
tap) echo netlink ;;
hamradio) echo hamradio ;;
snd) ;;
ptm) ;;
pts) ;;
ttyB) (for l in 0 1 2 3 4 5 6 7 ; do
echo -n ttyB$l " "
done) ; echo
;;
ttyS) echo ttyS0 ttyS1 ttyS2 ttyS3 ttyS4 ;;
ttyI) echo ttyI0 ttyI1 ttyI2 ttyI3 ;;
ircomm|irlpt) irda ;;
ppp) echo ppp ;;
usb) echo usb ;;
dpt_i2o) echo dpti ;;
bluetooth) echo bluetooth ;;
lvm) ;; # taken care of by LVM userspace tools
ramdisk) echo ram ;;
null) echo std ;;
zero) echo std ;;
# *) echo "$0: don't know what \"$1\" is" >&2 ;;
*) echo $1
esac
shift
done
}
for arg in `cvt $*`
do
# this is to make the case patterns work as expected in all locales
LC_ALL=C
case $arg in
generic)
# pick the right generic-<arch> using dpkg's knowledge
case `dpkg --print-architecture` in
alpha)
$0 $opts generic-alpha
;;
arm|armeb|armel)
$0 $opts generic-arm
;;
hppa)
$0 $opts generic-hppa
;;
i386|lpia)
$0 $opts generic-i386
;;
amd64)
$0 $opts generic-i386
;;
ia64)
$0 $opts generic-ia64
;;
m68k)
$0 $opts generic-m68k
;;
mips)
$0 $opts generic-mips
;;
mipsel)
$0 $opts generic-mipsel
;;
powerpc)
$0 $opts generic-powerpc
;;
ppc64)
$0 $opts generic-powerpc
;;
s390)
$0 $opts generic-s390
;;
sh*)
$0 $opts generic-sh
;;
sparc)
$0 $opts generic-sparc
;;
*)
echo "$0: no support for generic on this arch" >&2
exit 1
;;
esac
;;
generic-alpha)
$0 $opts std
$0 $opts fd
$0 $opts fd0 fd1
$0 $opts hd sd
$0 $opts xda xdb
$0 $opts scd0 scd1
$0 $opts st0 st1
$0 $opts sg
$0 $opts pty
$0 $opts console
$0 $opts ttyS0 ttyS1 ttyS2 ttyS3 ttyS4
$0 $opts busmice
$0 $opts lp
$0 $opts par
$0 $opts audio
$0 $opts fb
$0 $opts dac960
;;
generic-arm)
$0 $opts std
$0 $opts fd
$0 $opts fd0 fd1
$0 $opts hd sd
$0 $opts xda xdb
$0 $opts scd0 scd1
$0 $opts st0 st1
$0 $opts sg
$0 $opts pty
$0 $opts console
$0 $opts ttyS0 ttyS1 ttyS2 ttyS3 ttyS4
$0 $opts busmice
makedev sunmouse c 10 6 $mouse
$0 $opts lp
$0 $opts par
$0 $opts audio
$0 $opts fb
;;
generic-hppa)
$0 $opts std
$0 $opts fd
$0 $opts fd0 fd1
$0 $opts hd sd
$0 $opts scd0 scd1
$0 $opts st0 st1
$0 $opts sg
$0 $opts pty
$0 $opts console
$0 $opts ttyS0 ttyS1 ttyS2 ttyS3 ttyS4
$0 $opts ttyB0 ttyB1 ttyB2 ttyB3 ttyB4 ttyB5 ttyB6 ttyB7
$0 $opts busmice
$0 $opts lp
$0 $opts par
$0 $opts audio
$0 $opts fb
$0 $opts rtc
;;
generic-i386)
$0 $opts std
$0 $opts fd
$0 $opts fd0 fd1
$0 $opts hd sd
$0 $opts xda xdb
$0 $opts scd0 scd1
$0 $opts st0 st1
$0 $opts sg
$0 $opts pty
$0 $opts console
$0 $opts ttyS0 ttyS1 ttyS2 ttyS3 ttyS4
$0 $opts busmice
$0 $opts input
$0 $opts lp
$0 $opts par
$0 $opts audio
$0 $opts fb
$0 $opts isdn-io eda edb sonycd mcd mcdx cdu535
$0 $opts optcd sjcd cm206cd gscd
$0 $opts lmscd sbpcd aztcd bpcd dac960 dpti ida ataraid cciss
$0 $opts i2o.hda i2o.hdb i2o.hdc i2o.hdd
;;
generic-ia64)
$0 $opts std
$0 $opts fd
$0 $opts fd0 fd1
$0 $opts hd sd
$0 $opts scd0 scd1
$0 $opts st0 st1
$0 $opts sg
$0 $opts pty
$0 $opts console
$0 $opts ttyS0 ttyS1 ttyS2 ttyS3 ttyS4 ttyS5
$0 $opts busmice
$0 $opts input
$0 $opts lp
$0 $opts par
$0 $opts audio
$0 $opts fb
$0 $opts efirtc
;;
generic-m68k)
$0 $opts std
$0 $opts fd
$0 $opts fd0 fd1
$0 $opts hd sd
$0 $opts scd0 scd1
$0 $opts sg
$0 $opts ada adb adc add ade adf
$0 $opts pty
$0 $opts console
$0 $opts ttyS0 ttyS1 ttyS2 ttyS3 ttyS4 ttyS5
$0 $opts m68k-mice
$0 $opts lp
$0 $opts par
$0 $opts nvram
$0 $opts audio
$0 $opts fb
;;
generic-mips)
$0 $opts std
$0 $opts fd
$0 $opts fd0 fd1
$0 $opts hd sd
$0 $opts scd0 scd1
$0 $opts st0 st1
$0 $opts sg
$0 $opts pty
$0 $opts console
$0 $opts ttyS0 ttyS1 ttyS2 ttyS3 ttyS4
$0 $opts lp
$0 $opts par
$0 $opts audio
$0 $opts fb
$0 $opts busmice
;;
generic-mipsel)
$0 $opts std
$0 $opts fd
$0 $opts fd0 fd1
$0 $opts hd sd
$0 $opts scd0 scd1
$0 $opts st0 st1
$0 $opts sg
$0 $opts pty
$0 $opts console
$0 $opts ttyS0 ttyS1 ttyS2 ttyS3 ttyS4
$0 $opts lp
$0 $opts par
$0 $opts audio
$0 $opts fb
$0 $opts rtc
;;
generic-powerpc)
$0 $opts std
$0 $opts fd
$0 $opts fd0 fd1
$0 $opts hd sd
$0 $opts scd0 scd1
$0 $opts st0 st1
$0 $opts sg
$0 $opts pty
$0 $opts console
$0 $opts ttyS0 ttyS1 ttyS2 ttyS3 ttyS4
$0 $opts busmice
$0 $opts m68k-mice
$0 $opts input
$0 $opts lp
$0 $opts par
$0 $opts nvram
$0 $opts audio
$0 $opts adb
$0 $opts fb
$0 $opts rtc
$0 $opts isdn-io
;;
generic-s390)
$0 $opts std
$0 $opts fd
$0 $opts dasda dasdb dasdc dasdd dasde dasdf dasdg dasdh \
dasdi dasdj dasdk dasdl dasdm dasdn dasdo dasdp \
dasdq dasdr dasds dasdt dasdu dasdv dasdw dasdx \
dasdy dasdz
$0 $opts pty
$0 $opts consoleonly
$0 $opts rtc
;;
generic-sh)
$0 $opts std
$0 $opts fd
$0 $opts fd0 fd1
$0 $opts hd sd
$0 $opts scd0 scd1
$0 $opts st0 st1
$0 $opts sg
$0 $opts pty
$0 $opts console
$0 $opts ttyS0 ttyS1 ttyS2 ttyS3 ttyS4
$0 $opts ttySC0 ttySC1 ttySC2 ttySC3
$0 $opts lp
$0 $opts par
$0 $opts audio
$0 $opts fb
$0 $opts rtc
;;
generic-sparc)
$0 $opts std
$0 $opts fd
$0 $opts fd0 fd1
$0 $opts hd sd
$0 $opts scd0 scd1
$0 $opts st0 st1
$0 $opts sg
$0 $opts pty
$0 $opts console
$0 $opts ttyS0 ttyS1 ttyS2 ttyS3 ttyS4
$0 $opts busmice
$0 $opts fb
$0 $opts rtc
makedev kbd c 11 0 $cons
makedev sunmouse c 10 6 $mouse
symlink mouse sunmouse
makedev openprom c 10 139 root root 0664
;;
local)
$0.local $opts
;;
std)
makedev mem c 1 1 $kmem
makedev kmem c 1 2 $kmem
makedev null c 1 3 $public
makedev port c 1 4 $kmem
makedev zero c 1 5 $public
symlink core $procfs/kcore
makedev full c 1 7 $public
makedev random c 1 8 $public
makedev urandom c 1 9 $public
makedev tty c 5 0 $tty
$0 $opts ram
$0 $opts loop
;;
hamradio)
$0 $opts scc
$0 $opts bc
;;
scc)
for unit in 0 1 2 3 4 5 6 7
do
makedev scc$unit c 34 $unit $system
done
;;
mtd)
for unit in 0 1 2 3 4 5 6 7 8 9 10 11 12 13 14 15
do
makedev mtd$unit c 90 `math $unit \* 2` $system
done
;;
bc)
for unit in 0 1 2 3
do
makedev bc$unit c 51 $unit $system
done
;;
random)
makedev random c 1 8 $public
;;
urandom)
makedev urandom c 1 9 $readable
;;
ram)
for i in 0 1 2 3 4 5 6 7 8 9 10 11 12 13 14 15 16 ; do
makedev ram$i b 1 $i $disk
done
symlink ram ram1
;;
ram[0-9]|ram1[0-6])
unit=`suffix $arg ram`
makedev ram$unit b 1 $unit $disk
;;
initrd)
makedev initrd b 1 250 $disk
;;
raw)
makedev rawctl c 162 0 $disk
mkdir -p raw
for i in 1 2 3 4 5 6 7 8; do
makedev raw/raw$i c 162 $i $disk
done
;;
consoleonly)
makedev tty0 c 4 0 $cons
# new kernels need a device, old ones a symlink... sigh
kern_rev1=`uname -r | sed -e 's@^\([^.]*\)\..*@\1@'`
kern_rev2=`uname -r | sed -e 's@^[^.]*\.\([^.]*\)\..*@\1@'`
if [ $kern_rev1 -gt 2 ]
then
makedev console c 5 1 $cons
else
if [ $kern_rev1 -eq 2 ] && [ $kern_rev2 -ge 1 ]
then
makedev console c 5 1 $cons
else
symlink console tty0
fi
fi
;;
console)
$0 $opts consoleonly
major=`Major vcs 7` # not fatal
[ "$major" ] && makedev vcs0 c $major 0 $cons
symlink vcs vcs0
[ "$major" ] && makedev vcsa0 c $major 128 $cons
symlink vcsa vcsa0
# individual vts
line=1
while [ $line -le $MAXVT ] && [ $line -le 63 ]
do
makedev tty$line c 4 $line $cons
[ "$major" ] && makedev vcs$line c $major $line $cons
[ "$major" ] && makedev vcsa$line c $major `math $line + 128` $cons
line=`math $line + 1`
done
;;
adb)
# pick the right arch device using dpkg's knowledge
case `dpkg --print-architecture` in
powerpc)
# ADB bus devices (char)
makedev adb c 56 0 $mouse
makedev adbmouse c 10 10 $mouse
;;
m68k)
# ACSI disk 2, whole device (block)
makedev adb b 28 16 $disk
for part in 1 2 3 4 5 6 7 8 9 10 11 12 13 14 15
do
minor=$(( 16 + $part ))
makedev adb$part b 28 $minor $disk
done
;;
*)
echo "no support for adb on this arch" >&2
exit 1
;;
esac
;;
raw1394)
makedev raw1394 c 171 0 $disk
;;
video1394)
rm -f video1394
mkdir -p video1394
for i in `seq 0 15`
do
makedev video1394/$i c 171 `math 16 + $i` $video
done
;;
alsa)
echo "You requested 'alsa' devices. Please install the alsa-base package instead,"
echo "which creates and maintains device information for ALSA."
;;
nvram)
makedev nvram c 10 144 $mouse
;;
tty[1-9]|tty[1-5][0-9]|tty[6][0-3])
line=`suffix $arg tty`
makedev tty$line c 4 $line $cons
;;
ttyS[0-9]|ttyS[1-5][0-9]|ttyS[6][0-3])
line=`suffix $arg ttyS`
minor=`math 64 + $line`
makedev ttyS$line c 4 $minor $dialout
;;
ttySC[0-3])
line=`suffix $arg ttySC`
minor=`math 8 + $line`
makedev ttySC$line c 204 $minor $dialout
;;
ttyB[0-7])
minor=`suffix $arg ttyB`
makedev ttyB$minor c 11 $minor $dialout
;;
pty[a-ep-z])
bank=`suffix $arg pty`
base=`index pqrstuvwxyzabcde $bank`
base=`math $base \* 16`
for i in 0 1 2 3 4 5 6 7 8 9 a b c d e f
do
j=`index 0123456789abcdef $i`
makedev pty$bank$i c 2 `math $base + $j` $tty
makedev tty$bank$i c 3 `math $base + $j` $tty
done
;;
pty)
ptysufs=""
for i in p q r s t u v w x y z a b c d e
do
ptysufs="$ptysufs pty$i"
done
$0 $opts $ptysufs ptmx
;;
ptmx)
# master pty multiplexer for 2.1 kernels
makedev ptmx c 5 2 $tty
;;
cyclades|ttyC)
major1=`Major ttyC 19` || continue
#major2=`Major cub 20` || continue
for i in 0 1 2 3 4 5 6 7 8 9 10 11 12 13 14 15 \
16 17 18 19 20 21 22 23 24 25 26 27 28 29 30 31
do
makedev ttyC$i c $major1 $i $dialout
#makedev cub$i c $major2 $i $dialout
done
;;
stallion|ttyE)
major1=`Major ttyE 24` || continue
#major2=`Major cue 25` || continue
majorc=28
minor=0
until [ $minor -gt 256 ]
do
makedev ttyE$minor c $major1 $minor $dialout
#makedev cue$minor c $major2 $minor $dialout
minor=`math $minor + 1`
done
for i in 0 1 2 3
do
makedev staliomem$i c $majorc $i $private
done
;;
chase|ttyH)
major1=`Major ttyH 17` || continue
#major2=`Major cuh 18` || continue
minor=0
until [ $minor -gt 16 ] # tell me if 16 is wrong
do
makedev ttyH$minor c $major1 $minor $dialout
#makedev cuh$minor c $major2 $minor $dialout
minor=`math $minor + 1`
done
;;
rocketport|ttyR)
major1=`Major ttyR 46` || continue
#major2=`Major cur 47` || continue
minor=0
until [ $minor -gt 64 ] # tell me if 64 is wrong
do
makedev ttyR$minor c $major1 $minor $dialout
#makedev cur$minor c $major2 $minor $dialout
minor=`math $minor + 1`
done
;;
ttyV)
major1=`Major ttyV 105` || continue
#major2=`Major cuv 106` || continue
minor=0
until [ $minor -gt 16 ] # tell me if 16 is wrong
do
makedev ttyV$minor c $major1 $minor $dialout
#makedev cuv$minor c $major2 $minor $dialout
minor=`math $minor + 1`
done
;;
digi|ttyD)
major1=`Major ttyD 22` || continue
#major2=`Major cud 23` || continue
minor=0
until [ $minor -gt 16 ] # tell me if 16 is wrong
do
makedev ttyD$minor c $major1 $minor $dialout
#makedev cud$minor c $major2 $minor $dialout
minor=`math $minor + 1`
done
;;
specialix|ttyX)
major1=`Major ttyX 32` || continue
#major2=`Major cux 33` || continue
minor=0
until [ $minor -gt 16 ] # tell me if 16 is wrong
do
makedev ttyX$minor c $major1 $minor $dialout
#makedev cux$minor c $major2 $minor $dialout
minor=`math $minor + 1`
done
;;
specialixIO8|ttyW)
major1=`Major ttyW 75` || continue
#major2=`Major cuw 76` || continue
minor=0
until [ $minor -gt 16 ] # tell me if 16 is wrong
do
makedev ttyW$minor c $major1 $minor $dialout
#makedev cuw$minor c $major2 $minor $dialout
minor=`math $minor + 1`
done
;;
PAM|ttyM)
major1=`Major ttyM 79` || continue
#major2=`Major cum 80` || continue
minor=0
until [ $minor -gt 16 ] # tell me if 16 is wrong
do
makedev ttyM$minor c $major1 $minor $dialout
#makedev cum$minor c $major2 $minor $dialout
minor=`math $minor + 1`
done
;;
riscom|ttyL)
major=`Major ttyL 48` || continue
minor=0
until [ $minor -gt 16 ] # tell me if 16 is wrong
do
makedev ttyL$minor c $major $minor $dialout
minor=`math $minor + 1`
done
;;
computone|ttyF)
major=`Major ttyF 71` || continue
#major2=`Major cuf 72` || continue
minor=0
until [ $minor -gt 255 ]
do
makedev ttyF$minor c $major $minor $dialout
#makedev cuf$minor c $major2 $minor $dialout
minor=`math $minor + 1`
done
major=73
for i in 0 4 8 12
do
makedev ip2ipl$i c $major $i $private
makedev ip2stat$i c $major `math $i + 1` $private
done
;;
ESP|ttyP)
major=`Major ttyP 57` || continue
#major2=`Major cup 58` || continue
minor=0
until [ $minor -gt 4 ] # tell me if 4 is wrong
do
makedev ttyP$minor c $major $minor $dialout
#makedev cup$minor c $major2 $minor $dialout
minor=`math $minor + 1`
done
;;
COMX|comx)
major=`Major comx 88` || continue
minor=0
until [ $minor -gt 4 ] # tell me if 4 is wrong
do
makedev comx$minor c $major $minor $private
minor=`math $minor + 1`
done
;;
isdnmodem|ttyI)
major1=`Major ttyI 43` || continue
#major2=`Major cui 44` || continue
minor=0
until [ $minor -gt 63 ]
do
makedev ttyI$minor c $major1 $minor $dialout
#makedev cui$minor c $major2 $minor $dialout
minor=`math $minor + 1`
done
;;
isdnbri)
major=45
minor=0
until [ $minor -gt 63 ]
do
makedev isdn$minor c $major $minor $dialout
makedev isdnctrl$minor c $major `math $minor + 64` $dialout
makedev ippp$minor c $major `math $minor + 128` $dialout
minor=`math $minor + 1`
done
makedev isdninfo c $major 255 $private
;;
dcbri)
major=52
for i in 0 1 2 3
do
makedev dcbri$i c $major $i $dialout
done
;;
capi)
major=68
makedev capi20 c $major 0 $dialout
for i in 0 1 2 3 4 5 6 7 8 9
do
makedev capi20.0$i c $major `math $i + 1` $dialout
done
for i in 10 11 12 13 14 15 16 17 18 19
do
makedev capi20.$i c $major `math $i + 1` $dialout
done
;;
ubd)
major=98
for devicenum in 0 1 2 3 4 5 6 7
do
device=ubd`substr abcdefgh $(($devicenum + 1))`
baseminor=`math $devicenum \* 16`
makedev $device b $major $baseminor $disk
for partition in 1 2 3 4 5 6 7 8 9 10 11 12 13 14 15
do
minor=`math $baseminor + $partition`
makedev $device$partition b $major $minor $disk
done
done
;;
fb)
for i in 0 1 2 3 4 5 6 7
do
makedev fb$i c 29 $i $video
done
;;
fb[0-7])
dev=`suffix $arg fb`
makedev fb$dev c 29 $dev $video
;;
netlink|tap|tap[0-9]|tap1[0-5])
makedev route c 36 0 $coda
makedev skip c 36 1 $coda
makedev fwmonitor c 36 3 $coda
for i in 0 1 2 3 4 5 6 7 8 9 10 11 12 13 14 15
do
makedev tap$i c 36 `math $i + 16` $coda
done
;;
tun)
mkdir -p net
makedev net/tun c 10 200 $system
;;
lp)
major=`Major lp 6` || continue
makedev ${arg}0 c $major 0 $printer
makedev ${arg}1 c $major 1 $printer
makedev ${arg}2 c $major 2 $printer
;;
par)
major=`Major lp 6` || continue
makedev ${arg}0 c $major 0 $printer
makedev ${arg}1 c $major 1 $printer
makedev ${arg}2 c $major 2 $printer
;;
parport)
major=`Major parport 99` || continue
makedev ${arg}0 c $major 0 $printer
makedev ${arg}1 c $major 1 $printer
makedev ${arg}2 c $major 2 $printer
;;
slm)
major=`Major slm 28` || continue
for i in 0 1 2 3
do
makedev slm c $major $i $printer
done
;;
input)
major=`Major pcsp 13` || continue
mkdir -p input
for i in 0 1 2 3
do
makedev input/js$i c $major $i $mouse
makedev input/mouse$i c $major `math $i + 32` $mouse
makedev input/event$i c $major `math $i + 64` $mouse
done
makedev input/mice c $major 63 $mouse
;;
busmice)
major=`Major mouse 10` || continue
makedev logibm c $major 0 $mouse
makedev psaux c $major 1 $mouse
makedev inportbm c $major 2 $mouse
makedev atibm c $major 3 $mouse
makedev jbm c $major 4 $mouse
;;
m68k-mice)
major=`Major mouse 10` || continue
makedev amigamouse c $major 4 $mouse
makedev atarimouse c $major 5 $mouse
makedev amigamouse1 c $major 7 $mouse
makedev adbmouse c $major 10 $mouse
;;
3dfx)
major=`Major $arg 107` || continue
makedev $arg c $major 0 $video
;;
agpgart)
major=`Major $arg 10` || continue
makedev $arg c $major 175 $video
;;
hwrng)
major=`Major $arg 10` || continue
makedev $arg c $major 183 $private
;;
mcelog)
major=`Major $arg 10` || continue
makedev $arg c $major 227 $private
;;
cpu|microcode)
mkdir -p cpu
makedev cpu/microcode c 10 184 $private
for i in 0 1 2 3
do
mkdir -p cpu/$i
makedev cpu/$i/msr c 202 $i $private
makedev cpu/$i/cpuid c 203 $i $private
done
;;
ipmi|ipmikcs)
major=`Major ipmikcs 10` || continue
makedev ipmikcs c $major 173 $private
;;
irda)
for i in 0 1
do
makedev ircomm$i c 161 $i $dialout
makedev irlpt$i c 161 `math $i + 16` $printer
done
;;
irnet)
makedev irnet c 10 187 $system
;;
cbm)
makedev cbm c 10 177 $floppy
;;
misc)
major=`Major mouse 10` || continue
makedev logibm c $major 0 $mouse
makedev psaux c $major 1 $mouse
makedev inportbm c $major 2 $mouse
makedev atibm c $major 3 $mouse
makedev jbm c $major 4 $mouse
makedev amigamouse c $major 4 $mouse
makedev atarimouse c $major 5 $mouse
makedev sunmouse c $major 6 $mouse
makedev amigamouse1 c $major 7 $mouse
makedev smouse c $major 8 $mouse
makedev pc110pad c $major 9 $mouse
makedev adbmouse c $major 10 $mouse
makedev beep c $major 128 $mouse
makedev modreq c $major 129 $mouse
makedev watchdog c $major 130 $mouse
makedev temperature c $major 131 $mouse
makedev hwtrap c $major 132 $mouse
makedev exttrp c $major 133 $mouse
makedev apm_bios c $major 134 $mouse
makedev rtc c $major 135 $mouse
makedev openprom c $major 139 root root 0664
makedev relay8 c $major 140 $mouse
makedev relay16 c $major 141 $mouse
makedev msr c $major 142 $mouse
makedev pciconf c $major 143 $mouse
makedev nvram c $major 144 $mouse
makedev hfmodem c $major 145 $mouse
makedev led c $major 151 $mouse
makedev mergemem c $major 153 $mouse
makedev pmu c $major 154 $mouse
;;
fuse)
makedev fuse c 10 229 $system
;;
pmu)
major=`Major mouse 10` || continue
makedev pmu c $major 154 $mouse
;;
thinkpad)
major=`Major mouse 10` || continue
mkdir -p thinkpad
makedev thinkpad/thinkpad c $major 170 $mouse
;;
rtc)
major=`Major mouse 10` || continue
makedev rtc c $major 135 $mouse
;;
efirtc)
major=`Major mouse 10` || continue
makedev efirtc c $major 136 $mouse
;;
mwave)
makedev mwave c 10 219 $mouse
;;
systrace)
makedev systrace c 10 226 $private
;;
uinput)
mkdir -p input
makedev input/uinput c 10 223 $mouse
;;
js)
major=`Major Joystick 13` || continue
for unit in 0 1 2 3
do
makedev js$unit c $major $unit $readable
makedev djs$unit c $major `math $unit + 128` $readable
done
;;
fd[0-7])
major=`Major fd 2` || continue
base=`suffix $arg fd`
if [ $base -ge 4 ]
then
base=`math $base + 124`
fi
makedev ${arg} b $major $base $floppy
makedev ${arg}d360 b $major `math $base + 4` $floppy
makedev ${arg}h1200 b $major `math $base + 8` $floppy
makedev ${arg}u360 b $major `math $base + 12` $floppy
makedev ${arg}u720 b $major `math $base + 16` $floppy
makedev ${arg}h360 b $major `math $base + 20` $floppy
makedev ${arg}h720 b $major `math $base + 24` $floppy
makedev ${arg}u1440 b $major `math $base + 28` $floppy
makedev ${arg}u2880 b $major `math $base + 32` $floppy
makedev ${arg}CompaQ b $major `math $base + 36` $floppy
makedev ${arg}h1440 b $major `math $base + 40` $floppy
makedev ${arg}u1680 b $major `math $base + 44` $floppy
makedev ${arg}h410 b $major `math $base + 48` $floppy
makedev ${arg}u820 b $major `math $base + 52` $floppy
makedev ${arg}h1476 b $major `math $base + 56` $floppy
makedev ${arg}u1722 b $major `math $base + 60` $floppy
makedev ${arg}h420 b $major `math $base + 64` $floppy
makedev ${arg}u830 b $major `math $base + 68` $floppy
makedev ${arg}h1494 b $major `math $base + 72` $floppy
makedev ${arg}u1743 b $major `math $base + 76` $floppy
makedev ${arg}h880 b $major `math $base + 80` $floppy
makedev ${arg}u1040 b $major `math $base + 84` $floppy
makedev ${arg}u1120 b $major `math $base + 88` $floppy
makedev ${arg}h1600 b $major `math $base + 92` $floppy
makedev ${arg}u1760 b $major `math $base + 96` $floppy
makedev ${arg}u1920 b $major `math $base + 100` $floppy
makedev ${arg}u3200 b $major `math $base + 104` $floppy
makedev ${arg}u3520 b $major `math $base + 108` $floppy
makedev ${arg}u3840 b $major `math $base + 112` $floppy
makedev ${arg}u1840 b $major `math $base + 116` $floppy
makedev ${arg}u800 b $major `math $base + 120` $floppy
makedev ${arg}u1600 b $major `math $base + 124` $floppy
;;
ed[a-b])
major=`Major ed 36` || continue
unit=`suffix $arg ed`
base=`index ab $unit`
base=`math $base \* 64`
makedev ed$unit b $major $base $disk
for part in 1 2 3 4 5 6 7 8 # 9 10 11 12 13 14 15 16 17 18 19 20
do
makedev ed$unit$part b $major `math $base + $part` $disk
done
;;
hd[a-b])
major=`Major ide0` || major=`Major hd 3` || continue
unit=`suffix $arg hd`
base=`index ab $unit`
base=`math $base \* 64`
makedev hd$unit b $major $base $disk
for part in 1 2 3 4 5 6 7 8 9 10 11 12 13 14 15 16 17 18 19 20 21 22 23 24
do
makedev hd$unit$part b $major `math $base + $part` $disk
done
;;
hd[c-d])
major=`Major ide1 22` || continue
unit=`suffix $arg hd`
base=`index cd $unit`
base=`math $base \* 64`
makedev hd$unit b $major $base $disk
for part in 1 2 3 4 5 6 7 8 9 10 11 12 13 14 15 16 17 18 19 20 21 22 23 24
do
makedev hd$unit$part b $major $(( $base + $part )) $disk
done
;;
hd[e-f])
major=`Major ide2 33` || continue
unit=`suffix $arg hd`
base=`index ef $unit`
base=`math $base \* 64`
makedev hd$unit b $major $base $disk
for part in 1 2 3 4 5 6 7 8 9 10 11 12 13 14 15 16 17 18 19 20 21 22 23 24
do
makedev hd$unit$part b $major $(( $base + $part )) $disk
done
;;
hd[g-h])
major=`Major ide3 34` || continue
unit=`suffix $arg hd`
base=`index gh $unit`
base=`math $base \* 64`
makedev hd$unit b $major $base $disk
for part in 1 2 3 4 5 6 7 8 9 10 11 12 13 14 15 16 17 18 19 20 21 22 23 24
do
makedev hd$unit$part b $major $(( $base + $part )) $disk
done
;;
hd[i-j])
major=`Major ide4 56` || continue
unit=`suffix $arg hd`
base=`index ij $unit`
base=`math $base \* 64`
makedev hd$unit b $major $base $disk
for part in 1 2 3 4 5 6 7 8 9 10 11 12 13 14 15 16 17 18 19 20 21 22 23 24
do
makedev hd$unit$part b $major $(( $base + $part )) $disk
done
;;
hd[k-l])
major=`Major ide5 57` || continue
unit=`suffix $arg hd`
base=`index kl $unit`
base=`math $base \* 64`
makedev hd$unit b $major $base $disk
for part in 1 2 3 4 5 6 7 8 9 10 11 12 13 14 15 16 17 18 19 20 21 22 23 24
do
makedev hd$unit$part b $major $(( $base + $part )) $disk
done
;;
hd[m-n])
major=`Major ide6 88` || continue
unit=`suffix $arg hd`
base=`index mn $unit`
base=`math $base \* 64`
makedev hd$unit b $major $base $disk
for part in 1 2 3 4 5 6 7 8 9 10 11 12 13 14 15 16 17 18 19 20 21 22 23 24
do
makedev hd$unit$part b $major $(( $base + $part )) $disk
done
;;
hd[o-p])
major=`Major ide7 89` || continue
unit=`suffix $arg hd`
base=`index op $unit`
base=`math $base \* 64`
makedev hd$unit b $major $base $disk
for part in 1 2 3 4 5 6 7 8 9 10 11 12 13 14 15 16 17 18 19 20 21 22 23 24
do
makedev hd$unit$part b $major $(( $base + $part )) $disk
done
;;
hd[q-r])
major=`Major ide8 90` || continue
unit=`suffix $arg hd`
base=`index qr $unit`
base=`math $base \* 64`
makedev hd$unit b $major $base $disk
for part in 1 2 3 4 5 6 7 8 9 10 11 12 13 14 15 16 17 18 19 20 21 22 23 24
do
makedev hd$unit$part b $major $(( $base + $part )) $disk
done
;;
hd[s-t])
major=`Major ide9 91` || continue
unit=`suffix $arg hd`
base=`index st $unit`
base=`math $base \* 64`
makedev hd$unit b $major $base $disk
for part in 1 2 3 4 5 6 7 8 9 10 11 12 13 14 15 16 17 18 19 20 21 22 23 24
do
makedev hd$unit$part b $major $(( $base + $part )) $disk
done
;;
ub|uba)
major=180
makedev uba b $major 0 $disk
for part in 1 2 3 4 5 6 7 8 9 10 11 12 13 14 15
do
makedev uba$part b $major $part $disk
done
;;
ht0)
major=`Major ht0 37` || continue
# Only one IDE tape drive is currently supported; ht0.
makedev ht0 c $major 0 $tape
makedev nht0 c $major 128 $tape
;;
pt)
major=`Major pt 96` || continue
for i in 0 1 2 3
do
makedev pt$i c $major $i $tape
makedev npt$i c $major `math $i + 128` $tape
done
;;
xd[a-d])
major=`Major xd 13` || continue
unit=`suffix $arg xd`
base=`index abcd $unit`
base=`math $base \* 64`
makedev xd$unit b $major $base $disk
for part in 1 2 3 4 5 6 7 8 # 9 10 11 12 13 14 15 16 17 18 19 20
do
makedev xd$unit$part b $major $(( $base + $part )) $disk
done
;;
sd[a-z])
major=`Major sd 8` || continue
unit=`suffix $arg sd`
base=`index abcdefghijklmnopqrstuvwxyz $unit`
base=$(( $base * 16 ))
if [ $base -lt 256 ]; then
major=8
else
major=65
base=$(( $base - 256 ))
fi
makedev sd$unit b $major $base $disk
for part in 1 2 3 4 5 6 7 8 9 10 11 12 13 14 15
do
minor=$(( $base + $part ))
makedev sd$unit$part b $major $minor $disk
done
;;
sd[a-d][a-z])
unit=`suffix $arg sd`
unitmaj=`first $unit`
unitmin=`second $unit`
basemaj=`index Xabcd $unitmaj`
basemin=`index abcdefghijklmnopqrstuvwxyz $unitmin`
basemaj=`math $basemaj \* 416`
basemin=`math $basemin \* 16`
base=`math $basemaj + $basemin`
basemaj=`math $base / 256`
base=`math $base % 256`
major=`math basemaj \+ 64`
if [ $major -gt 71 ]; then
echo "$0: don't know how to make device \"$arg\"" >&2
exit 0
fi
makedev sd$unit b $major $base $disk
for part in 1 2 3 4 5 6 7 8 9 10 11 12 13 14 15
do
minor=$(( $base + $part ))
makedev sd$unit$part b $major $minor $disk
done
;;
i2o.hd[a-z])
[ -d i2o ] || {
mkdir i2o
chown root:root i2o
chmod 755 i2o
[ -e i2o/ctl ] || makedev i2o/ctl c 10 166 $disk
}
unit=`suffix $arg i2o.hd`
base=`index abcdefghijklmnopqrstuvwxyz $unit`
base=$(( $base * 16 ))
if [ $base -lt 256 ]; then
major=80
else
major=81
base=$(( $base - 256 ))
fi
makedev i2o/hd$unit b $major $base $disk
for part in 1 2 3 4 5 6 7 8 9 10 11 12 13 14 15
do
minor=$(( $base + $part ))
makedev i2o/hd$unit$part b $major $minor $disk
done
;;
i2o.hd[a-d][a-z])
[ -d i2o ] || {
mkdir i2o
chown root:root i2o
chmod 755 i2o
[ -e i2o/ctl ] || makedev i2o/ctl c 10 166 $disk
}
unit=`suffix $arg i2o.hd`
unitmaj=`first $unit`
unitmin=`second $unit`
basemaj=`index Xabcd $unitmaj`
basemin=`index abcdefghijklmnopqrstuvwxyz $unitmin`
basemaj=`math $basemaj \* 416`
basemin=`math $basemin \* 16`
base=`math $basemaj + $basemin`
basemaj=`math $base / 256`
base=`math $base % 256`
major=`math basemaj \+ 80`
if [ $major -gt 87 ]; then
echo "$0: don't know how to make device \"$arg\"" >&2
exit 0
fi
makedev i2o/hd$unit b $major $base $disk
for part in 1 2 3 4 5 6 7 8 9 10 11 12 13 14 15
do
minor=$(( $base + $part ))
makedev i2o/hd$unit$part b $major $minor $disk
done
;;
dasd[a-z])
major=`Major dasd 94` || continue
unit=`suffix $arg dasd`
base=`index abcdefghijklmnopqrstuvwxyz $unit`
base=$(( $base * 4 ))
if [ $base -lt 256 ]; then
major=94
else
major=65
base=$(( $base - 256 ))
fi
makedev dasd$unit b $major $base $disk
for part in 1 2 3
do
minor=$(( $base + $part ))
makedev dasd$unit$part b $major $minor $disk
done
;;
ad[a-p])
major=`Major ad 28` || continue
unit=`suffix $arg ad`
base=`index abcdefghijklmnop $unit`
base=`math $base \* 16`
makedev ad$unit b $major $base $disk
for part in 1 2 3 4 5 6 7 8 9 10 11 12 13 14 15
do
minor=$(( $base + $part ))
makedev ad$unit$part b $major $minor $disk
done
;;
dac960)
for ctr in 0 1 2 3 4 5 6 7
do
$0 $opts dac960.$ctr
done
makedev dac960_gam c 10 252 $disk
;;
dac960.[0-7])
[ -d rd ] || {
mkdir rd
chown root:root rd
chmod 755 rd
}
unit=`suffix $arg dac960.`
major=`math 48 + $unit`
minor=0
for ld in 0 1 2 3 4 5 6 7 8 9 10 11 12 13 14 15 16 \
17 18 19 20 21 22 23 24 25 26 27 28 29 30 31
do
makedev rd/c${unit}d${ld} b $major $minor $disk
minor=`math $minor + 1`
for part in 1 2 3 4 5 6 7
do
makedev rd/c${unit}d${ld}p$part b $major $minor $disk
minor=`math $minor + 1`
done
done
;;
dpti)
major=151
for ld in 1 2 3 4 5 6 7
do
minor=`math $ld -1`
makedev dpti${ld} c $major $minor $disk
done
;;
ataraid)
for ctr in 0 1 2 # 3 4 5 6 7
do
$0 $opts ataraid.$ctr
done
;;
ataraid.[0-7])
[ -d ataraid ] || {
mkdir ataraid
chown root:root ataraid
chmod 755 ataraid
}
unit=`suffix $arg ataraid.`
major=114
minor=`math $unit \* 16`
makedev ataraid/d${unit} b $major $minor $disk
for part in 1 2 3 4 5 6 7 8 9 10 11 12 13 14 15
do
minor=`math $minor + 1`
makedev ataraid/d${unit}p$part b $major $minor $disk
done
;;
ida)
for ctr in 0 1 2 # 3 4 5 6 7
do
$0 $opts ida.$ctr
done
;;
ida.[0-7])
[ -d ida ] || {
mkdir ida
chown root:root ida
chmod 755 ida
}
unit=`suffix $arg ida.`
major=`math 72 + $unit`
minor=0
for ld in 0 1 2 3 4 5 6 7 8 9 10 11 12 13 14 15
do
makedev ida/c${unit}d${ld} b $major $minor $disk
minor=`math $minor + 1`
for part in 1 2 3 4 5 6 7 8 9 10 11 12 13 14 15
do
makedev ida/c${unit}d${ld}p$part b $major $minor $disk
minor=`math $minor + 1`
done
done
;;
cciss)
for ctr in 0 1 2 # 3 4 5 6 7
do
$0 $opts cciss.$ctr
done
;;
cciss.[0-7])
[ -d cciss ] || {
mkdir cciss
chown root:root cciss
chmod 755 cciss
}
unit=`suffix $arg cciss.`
major=`math 104 + $unit`
minor=0
for ld in 0 1 2 3 4 5 6 7 8 9 10 11 12 13 14 15
do
makedev cciss/c${unit}d${ld} b $major $minor $disk
minor=`math $minor + 1`
for part in 1 2 3 4 5 6 7 8 9 10 11 12 13 14 15
do
makedev cciss/c${unit}d${ld}p$part b $major $minor $disk
minor=`math $minor + 1`
done
done
;;
rom)
major=`Major rom 31`
for i in 0 1 2 3 4 5 6 7
do
makedev rom$i b $major $i $disk
makedev rrom$i b $major `math $i +8` $disk
makedev flash$i b $major `math $i +16` $disk
makedev rflash$i b $major `math $i +24` $disk
done
;;
nb[0-7])
major=`Major nbd 43` || continue
minor=`suffix $arg nb`
makedev nb$minor b $major $minor $disk
;;
loop)
for part in 0 1 2 3 4 5 6 7
do
makedev loop$part b 7 $part $disk
done
;;
loop[0-9]|loop[1-9][0-9]|loop1[0-9][0-9]|loop2[0-4][0-9]|loop25[0-5])
minor=`suffix $arg loop`
makedev loop$minor b 7 $minor $disk
;;
md)
major=`Major md 9` || continue
for part in 0 1 2 3 4 5 6 7 8 9 10 11 12 13 14 15 \
16 17 18 19 20 21 22 23 24 25 26 27 28 29 30 31
do
makedev md$part b $major $part $disk
done
;;
st[0-7])
major=`Major st 9`
unit=`suffix $arg st`
makedev st${unit} c $major $unit $tape
makedev nst${unit} c $major `math 128 + $unit` $tape
makedev st${unit}l c $major `math 32 + $unit` $tape
makedev nst${unit}l c $major `math 160 + $unit` $tape
makedev st${unit}m c $major `math 64 + $unit` $tape
makedev nst${unit}m c $major `math 192 + $unit` $tape
makedev st${unit}a c $major `math 96 + $unit` $tape
makedev nst${unit}a c $major `math 224 + $unit` $tape
;;
qic)
major=`Major tpqic02 12`
makedev ntpqic11 c $major 2 $tape
makedev tpqic11 c $major 3 $tape
makedev ntpqic24 c $major 4 $tape
makedev tpqic24 c $major 5 $tape
makedev ntpqic120 c $major 6 $tape
makedev tpqic120 c $major 7 $tape
makedev ntpqic150 c $major 8 $tape
makedev tpqic150 c $major 9 $tape
makedev rmt8 c $major 6 $tape
makedev rmt16 c $major 8 $tape
makedev tape-d c $major 136 $tape
makedev tape-reset c $major 255 $tape
$0 $opts qft
;;
ftape)
major=`Major qft 27` || continue
for unit in 0 1 2 3
do
makedev qft$unit c $major $unit $tape
makedev nqft$unit c $major `math $unit + 4` $tape
makedev zqft$unit c $major `math $unit + 16` $tape
makedev nzqft$unit c $major `math $unit + 20` $tape
makedev rawqft$unit c $major `math $unit + 32` $tape
makedev nrawqft$unit c $major `math $unit + 36` $tape
done
symlink ftape qft0
symlink nftape nqft0
;;
sr|scd|scd-all)
major=`Major sr 11` || continue
for unit in 0 1 2 3 4 5 6 7 8 9 10 11 12 13 14 15 16
do
makedev scd$unit b $major $unit $cdrom
symlink sr$unit scd$unit
done
;;
pktcdvd)
echo "pktcdvd major number is now dynamic, taking no action"
# major=97
# for unit in 0 1 2 3
# do
# makedev pktcdvd$unit b $major $unit $cdrom
# done
;;
cfs0)
makedev cfs0 c 67 0 $coda
;;
scd[0-9]|scd[0-1][0-9])
major=`Major sr 11` || continue
unit=`suffix $arg scd`
makedev scd$unit b $major $unit $cdrom
symlink sr$unit scd$unit
;;
ttyI[0-9]|ttyI[1-5][0-9]|ttyI[6][0-3])
major=43
unit=`suffix $arg ttyI`
makedev ttyI$unit c $major $unit $dialout
;;
ppp)
major=108
makedev ppp c $major 0 $dip
;;
ippp[0-9]|ippp[1-5][0-9]|ippp[6][0-3])
major=45
unit=`suffix $arg ippp`
minor=`math $unit + 128`
makedev ippp$unit c $major $minor $dialout
;;
isdn[0-9]|isdn[1-5][0-9]|isdn[6][0-3])
major=45
unit=`suffix $arg isdn`
minor=`math $unit + 0`
makedev isdn$unit c $major $minor $dialout
;;
isdnctrl[0-9]|isdnctrl[1-5][0-9]|isdnctrl[6][0-3])
major=45
unit=`suffix $arg isdnctrl`
minor=`math $unit + 64`
makedev isdnctrl$unit c $major $minor $dialout
;;
isdninfo)
makedev isdninfo c 45 255 $private
;;
isdn-tty)
major=43
for unit in 0 1 2 3 4 5 6 7
do
makedev ttyI$unit c $major $unit $dialout
done
;;
isdn-ippp)
major=45
for unit in 0 1 2 3 4 5 6 7
do
makedev ippp$unit c $major `math $unit + 128` $dialout
done
;;
isdn-io)
for unit in 0 1 2 3 4 5 6 7
do
makedev isdn$unit c 45 $unit $dialout
makedev isdnctrl$unit c 45 `math $unit + 64` $dialout
makedev ippp$unit c 45 `math $unit + 128` $dialout
done
makedev isdninfo c 45 255 $dialout
;;
sonycd)
major=`Major sonycd 15` || continue
makedev $arg b $major 0 $cdrom
;;
mcd)
major=`Major mcd 23` || continue
makedev $arg b $major 0 $cdrom
;;
mcdx|mcdx[0-4])
major=`Major $arg 20` || continue
for unit in 0 1 2 3 4
do
makedev mcdx$unit b $major $unit $cdrom
done
test -r mcdx || symlink mcdx mcdx0
;;
cdu535)
makedev $arg b 24 0 $cdrom
;;
lmscd)
makedev $arg b 24 0 $cdrom
;;
sbpcd|sbpcd[123])
major=`Major $arg 25` || continue
base=`suffix ${arg}0 sbpcd`
for minor in 0 1 2 3
do
# XXX
unit=$(substr 0123456789abcdef $(( $base * 4 + $minor + 1 )) )
makedev sbpcd$unit b $major $minor $cdrom
done
[ $arg = sbpcd ] && symlink $arg ${arg}0
;;
aztcd)
major=`Major $arg 29` || continue
makedev ${arg}0 b $major 0 $cdrom
;;
cm206cd)
major=`Major $arg 30` || continue
makedev ${arg}0 b $major 0 $cdrom
;;
gscd)
major=`Major $arg 16` || continue
makedev ${arg}0 b $major 0 $cdrom
;;
pcd)
for unit in 0 1 2 3
do
makedev pcd$unit b 46 $unit $cdrom
done
;;
bpcd)
makedev $arg b 41 0 $cdrom
;;
optcd)
makedev $arg b 17 0 $cdrom
;;
sjcd)
makedev $arg b 18 0 $cdrom
;;
cfs|coda)
makedev cfs0 c 67 0 $private
;;
xfs|nnpfs|arla)
makedev xfs0 c 103 0 $private
makedev nnpfs0 c 103 0 $private
;;
logiscan)
major=`Major logiscan` || continue
makedev $arg c $major 0 $scanner
;;
toshiba)
major=`Major $arg 10` || continue
makedev $arg c $major 181 root root 0666
;;
m105scan)
major=`Major m105` || continue
makedev $arg c $major 0 $scanner
;;
ac4096)
major=`Major ac4096` || continue
makedev $arg c $major 0 $scanner
;;
audio)
major=`Major sound 14`
makedev mixer c $major 0 $audio
makedev mixer1 c $major 16 $audio
makedev mixer2 c $major 32 $audio
makedev mixer3 c $major 48 $audio
makedev sequencer c $major 1 $audio
makedev midi00 c $major 2 $audio
makedev midi01 c $major 18 $audio
makedev midi02 c $major 34 $audio
makedev midi03 c $major 50 $audio
makedev dsp c $major 3 $audio
makedev dsp1 c $major 19 $audio
makedev dsp2 c $major 35 $audio
makedev dsp3 c $major 51 $audio
makedev audio c $major 4 $audio
makedev audio1 c $major 20 $audio
makedev audio2 c $major 36 $audio
makedev audio3 c $major 52 $audio
makedev sndstat c $major 6 $audio
makedev audioctl c $major 7 $audio
major=31
makedev mpu401data c $major 0 $audio
makedev mpu401stat c $major 1 $audio
major=35
for i in 0 1 2 3
do
makedev midi$i c $major $i $audio
makedev rmidi$i c $major `math $i + 64` $audio
makedev smpte$i c $major `math $i + 128` $audio
done
;;
pcaudio)
major=`Major pcsp 13` || continue
makedev pcmixer c $major 0 $audio
makedev pcsp c $major 3 $audio
makedev pcaudio c $major 4 $audio
;;
video|video4linux|v4l|radio)
# video4linux api includes radio, teletext, etc.
major=`Major video 81` || continue
minor=0
until [ $minor -gt 63 ]
do
makedev video$minor c $major $minor $video
makedev radio$minor c $major `math $minor + 64` $video
minor=`math $minor + 1`
done
symlink radio radio0
minor=0
until [ $minor -gt 31 ]
do
makedev vtx$minor c $major `math $minor + 192` $video
makedev vbi$minor c $major `math $minor + 224` $video
minor=`math $minor + 1`
done
symlink video video0
symlink vbi vbi0
major=82
minor=0
until [ $minor -gt 1 ]
do
makedev winradio$minor c $major $minor $video
minor=`math $minor + 1`
done
major=83
makedev vtx c $major 0 $video
makedev vttuner c $major 16 $video
;;
i2c)
# making it possible to create an arbitrary number of i2c
# devices might be good, but 8 should suffice for now
major=`Major i2c 89` || continue
minor=0
until [ $minor -gt 7 ]
do
makedev i2c-$minor c $major $minor $private
minor=`math $minor + 1`
done
;;
tlk)
major=102
minor=0
until [ $minor -gt 3 ] # tell me if 3 is wrong...
do
makedev tlk$minor c $major $minor $video
minor=`math $minor + 1`
done
;;
srnd)
makedev srnd0 c 110 0 $video
makedev srnd1 c 110 1 $video
;;
fgrab)
makedev mmetfgrab c 40 0 $video
makedev wvisfgrab c 26 0 $video
for i in 0 1 # more?
do
makedev iscc$i c 93 $i $video
makedev isccctl$i c 93 `math $i + 128` $video
done
for i in 0 1 # more?
do
makedev dcxx$i c 94 $i $video
done
;;
sg|sg-all)
major=`Major sg 21`
for unit in 0 1 2 3 4 5 6 7 8 9 10 11 12 13 14 15 16
do
makedev sg$unit c $major $unit $scsi
done
;;
pg)
major=`Major pg 97`
for unit in 0 1 2 3
do
makedev pg$unit c $major $unit $scsi
done
;;
fd)
# not really devices, we use the /proc filesystem
symlink fd $procfs/self/fd
symlink stdin fd/0
symlink stdout fd/1
symlink stderr fd/2
;;
ibcs2)
major=`Major ibcs2 30` || continue
makedev socksys c $major 0 $ibcs2
symlink nfsd socksys
makedev spx c $major 1 $ibcs2
symlink X0R null
;;
netlink)
major=36
makedev route c $major 0 $private
makedev skip c $major 1 $private
;;
enskip)
major=64
makedev enskip c $major 0 $private
;;
ipfilt*)
major=95
makedev ipl c $major 0 $private
makedev ipnat c $major 1 $private
makedev ipstate c $major 2 $private
makedev ipauth c $major 3 $private
;;
qng)
makedev qng c 77 0 $private
;;
apm)
major=`Major mouse 10` || continue
makedev apm_bios c $major 134 $mouse
;;
dcf)
major=`Major dcf` || continue
makedev $arg c $major 0 $system
;;
helloworld)
major=`Major hw` || continue
makedev helloworld c $major 0 $public
;;
ipsec)
# For the Free S/WAN (http://www.xs4all.nl/~freeswan/)
# implementation of IPSEC
makedev ipsec c 36 10 $ipsec
;;
comedi)
major=98
for minor in 0 1 2 3
do
makedev comedi$minor c $major $minor $public
done
;;
tilp)
for i in `seq 0 7`
do
makedev tipar$i c 115 $i $printer
makedev tiser$i c 115 `math 8 + $i` $dialout
done
for i in `seq 0 31`
do
makedev tiusb$i c 115 `math 16 + $i` $dialout
done
;;
dvb)
# check if kernel-version is >= 2.6.8, if yes, create dvb-devices with
# major-number 212, in the other case 250
kern_rev1=`uname -r | sed -e 's@^\([^.]*\)\..*@\1@'`
kern_rev2=`uname -r | sed -e 's@^[^.]*\.\([^.]*\)\..*@\1@'`
kern_rev3=`uname -r | sed -e 's@^[^.]*\.[^.]*\.\([^.][0-9]*\).*@\1@'`
dvb_major=250
if [ $kern_rev1 -gt 2 ] || ([ $kern_rev1 -eq 2 ] && [ $kern_rev2 -gt 6 ]) \
|| ([ $kern_rev1 -eq 2 ] && [ $kern_rev2 -eq 6 ] && [ $kern_rev3 -ge 8 ])
then
dvb_major=212
fi
mkdir -p dvb
for i in 0 1 2 3
do
mkdir -p dvb/adapter$i
makedev dvb/adapter$i/video0 c $dvb_major `math 64 \* $i + 0` $video
makedev dvb/adapter$i/audio0 c $dvb_major `math 64 \* $i + 1` $video
makedev dvb/adapter$i/frontend0 c $dvb_major `math 64 \* $i + 3` $video
makedev dvb/adapter$i/demux0 c $dvb_major `math 64 \* $i + 4` $video
makedev dvb/adapter$i/dvr0 c $dvb_major `math 64 \* $i + 5` $video
makedev dvb/adapter$i/ca0 c $dvb_major `math 64 \* $i + 6` $video
makedev dvb/adapter$i/net0 c $dvb_major `math 64 \* $i + 7` $video
makedev dvb/adapter$i/osd0 c $dvb_major `math 64 \* $i + 8` $video
done
;;
usb)
mkdir -p usb
major=180
for i in 0 1 2 3 4 5 6 7 8 9 10 11 12 13 14 15
do
makedev usb/lp$i c $major $i $printer
makedev usb/mouse$i c $major `math $i + 16` $mouse
makedev usb/ez$i c $major `math $i + 32` $system
makedev usb/scanner$i c $major `math $i + 48` $scanner
makedev usb/hiddev$i c $major `math $i + 96` $system
makedev ttyACM$i c 166 $i $dialout
makedev ttyUSB$i c 188 $i $dialout
done
makedev usb/rio500 c $major 64 $audio
makedev usb/usblcd c $major 65 $audio
makedev usb/cpad0 c $major 66 $audio
;;
bluetooth)
major=216
for i in 0 1 2 3 4 5 6 7 8 9 10 11 12 13 14 15 \
16 17 18 19 20 21 22 23 24 25 26 27 28 29 30 31
do
makedev rfcomm$i c $major $i $dialout
done
makedev vhci c 10 250 $dialout
for i in 0 1 2 3; do
makedev ttyUB$i c 216 $i $dialout
makedev ccub$i c 217 $i $dialout
done
;;
paride)
major=45
for unit in a b c d
do
base=`index abcd $unit`
base=`math $base \* 16`
makedev pd$unit b $major $base $disk
for part in 1 2 3 4 5 6 7 8 9 10 11 12 13 14 15
do
makedev pd$unit$part b $major $(( $base + $part )) $disk
done
done
for i in 0 1 2 3
do
makedev pcd$i b 46 $i $cdrom
makedev pf$i b 47 $i $floppy
done
;;
lirc)
makedev lirc c 61 0 $lirc
for i in d m; do
makefifo lirc${i} $lirc
done
;;
update)
devices=
if [ ! -f $procfs/devices ]
then
echo "$0: warning: can't read $procfs/devices" >&2
else
exec 3<$procfs/devices
while read major device extra <&3
do
device=`echo $device | sed 's#/.*##'`
case "$major" in
Character|Block|'')
;;
*)
eval "major_$device=$major"
devices="$devices $device"
;;
esac
done
exec 3<&-
fi
if [ ! "$devices" ]
then
echo "$0: don't appear to have any devices" >&2
continue
fi
if [ "$opt_d" ]
then
echo "$0: can't delete an update" >&2
continue
fi
create=
delete=
devs="$devices"
if [ -f DEVICES ]
then
exec 3<DEVICES
while read device major <&3
do
eval now=\$major_$device
if [ "$now" = "" ]
then
delete="$delete `cvt $device`"
continue
elif [ "$now" != $major ]
then
create="$create "`cvt $device`
fi
devs=`strip " $devs " $device`
done
exec 3<&-
fi
create="$create "`cvt $devs`
[ "$delete" != "" ] && $0 $opts -d $delete
[ "$create" != " " ] && $0 $opts $create
[ "$opt_n" ] && continue
for device in $devices
do
if [ "`cvt $device`" ]
then
eval echo $device \$major_$device
fi
done > DEVICES
;;
*)
echo "$0: don't know how to make device \"$arg\"" >&2
exit 1
;;
esac
done
exit 0
Zerion Mini Shell 1.0