NetBSD/etc/etc.amiga/MAKEDEV
martin fd6a417d77 Group isdn devices, so "sh MAKEDEV isdn" will create them all.
Add apropriate entries to the archs that already have isdn support
enabled in their cdev array.
2001-01-08 06:21:19 +00:00

609 lines
16 KiB
Bash

#!/bin/sh -
#
# $NetBSD: MAKEDEV,v 1.59 2001/01/08 06:21:19 martin Exp $
#
# Copyright (c) 1990 The Regents of the University of California.
# All rights reserved.
#
# Redistribution and use in source and binary forms, with or without
# modification, are permitted provided that the following conditions
# are met:
# 1. Redistributions of source code must retain the above copyright
# notice, this list of conditions and the following disclaimer.
# 2. Redistributions in binary form must reproduce the above copyright
# notice, this list of conditions and the following disclaimer in the
# documentation and/or other materials provided with the distribution.
# 3. All advertising materials mentioning features or use of this software
# must display the following acknowledgement:
# This product includes software developed by the University of
# California, Berkeley and its contributors.
# 4. 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 BY THE REGENTS AND CONTRIBUTORS ``AS IS'' AND
# ANY EXPRESS OR IMPLIED WARRANTIES, INCLUDING, BUT NOT LIMITED TO, THE
# IMPLIED WARRANTIES OF MERCHANTABILITY AND FITNESS FOR A PARTICULAR PURPOSE
# ARE DISCLAIMED. IN NO EVENT SHALL THE REGENTS OR CONTRIBUTORS BE LIABLE
# FOR ANY DIRECT, INDIRECT, INCIDENTAL, SPECIAL, EXEMPLARY, OR CONSEQUENTIAL
# DAMAGES (INCLUDING, BUT NOT LIMITED TO, PROCUREMENT OF SUBSTITUTE GOODS
# OR SERVICES; LOSS OF USE, DATA, OR PROFITS; OR BUSINESS INTERRUPTION)
# HOWEVER CAUSED AND ON ANY THEORY OF LIABILITY, WHETHER IN CONTRACT, STRICT
# LIABILITY, OR TORT (INCLUDING NEGLIGENCE OR OTHERWISE) ARISING IN ANY WAY
# OUT OF THE USE OF THIS SOFTWARE, EVEN IF ADVISED OF THE POSSIBILITY OF
# SUCH DAMAGE.
#
# from:
# hp300/MAKEDEV (1/15/94), from:
# @(#)MAKEDEV 5.5 (Berkeley) 5/28/91
#
###########################################################################
#
# PLEASE RUN "cd ../share/man/man8 ; perl5 MAKEDEV2manpage.pl"
# AFTER CHANGING THIS FILE, AND COMMIT THE UPDATED MANPAGE!
#
###########################################################################
#
# Device "make" file. Valid arguments:
# all makes all known devices, including local devices.
# Tries to make the ``standard'' number of each.
# fd makes fd/* for the fdescfs.
# floppy devices needed for install floppies
# std standard devices
# local configuration specific devices
# isdn make ISDN devices
#
# Tapes:
# st* SCSI tapes
#
# Disks:
# fd* Floppy disks
# wd* IDE disks
# sd* SCSI disks, includes flopticals
# cd* SCSI cdrom discs
# vnd* "file" pseudo-disks
# ccd* concatenated disk driver
# raid* RAIDframe disk driver
# md* memory pseudo-disk devices
#
# Console ports:
# ttye* ite bitmapped consoles
#
# Pointing devices:
# mouse* Amiga mice
#
# Terminal ports:
# tty00 standard serial port
# ttyA* mfc serial ports
# ttyB* msc serial ports
# ttyC* com style serial ports (DraCo, HyperCom)
# On the DraCo, units 0 and 1 are the builtin "modem" and
# "mouse" ports, if configured.
#
# Pseudo terminals:
# pty* set of 16 master and slave pseudo terminals
#
# Printers:
# par0 Amiga motherboard parallel port
# lpt* lpt parallel port (DraCo mainboard, HyperCom etc.)
#
# ISDN devices:
# i4b comunication between userland isdnd and kernel
# i4bctl control device
# i4brbch* raw b-channel access
# i4btel* telephonie device
# i4btrc* trace device
#
# Special purpose devices:
# grf* custom chip (grf0), Retina Z2/Z3 (grf1/grf2),
# Cirrus boards (grf3), A2410 (grf4) video,
# CyberVision 64 (grf5), ET4000 boards (grf6)
# or CyberVision 64/3D (grf7).
# kbd Amiga keyboard
# view* generic interface to graphic displays
# lkm loadable kernel modules interface
# ipl IP filter
# random Random number generator
# bpf* Berkeley Packet Filter
# tun* network tunnel driver
# scsibus* SCSI busses, see scsictl(8), scsi(4)
# ss* SCSI scanner
# uk* SCSI unknown
# ch* SCSI changer
# audio* one unit of the audio device. On Amiga machines,
# Unit 0 is custom chip audio, if configured
#
# for new-style serial interfaces:
dialin=0
dialout=524288 # high bit of the minor number
PATH=/sbin:/bin:/usr/sbin:/usr/bin
umask 77
for i
do
case $i in
all)
sh $0 std fd fd0 fd1 fd2 fd3 kbd mouse0 mouse1 par0
sh $0 lpt0 lpt1 lpt2 lpt3
sh $0 ttye0 ttye1 ttye2 ttye3 ttye4 ttye5 ttye6 ttye7
sh $0 grf0 grf1 grf2 grf3 grf4 grf5 grf6 grf7
sh $0 tty00 ttyA0 ttyA1
sh $0 ttyB0 ttyB1 ttyB2 ttyB3 ttyB4 ttyB5 ttyB6 ttyB7
sh $0 ttyC0 ttyC1 ttyC2 ttyC3 ttyC4 ttyC5 ttyC6 ttyC7
sh $0 view00 view01 view02 view03 view04 view05 pty0 pty1 pty2 pty3
sh $0 sd0 sd1 sd2 sd3 sd4 sd5 sd6 sd7 sd8 sd9 cd0 st0 wd0 wd1
sh $0 ss0 ch0 uk0 uk1 ccd0 ccd1 ccd2 ccd3 md0 md1
sh $0 raid0 raid1 raid2 raid3
sh $0 vnd0 vnd1 vnd2 vnd3 vnd4 vnd5 vnd6
sh $0 bpf0 bpf1 bpf2 bpf3 bpf4 bpf5 bpf6 bpf7
sh $0 tun0 tun1 lkm ipl random local
sh $0 audio0 audio1 audio2 audio3
sh $0 scsibus0 scsibus1 scsibus2 scsibus3
sh $0 isdn
;;
floppy)
sh $0 std fd0 fd1 fd2 fd3 kbd pty0 tun0 tun1
sh $0 ttye0 ttye1 ttye2 ttye3 ttye4 ttye5 ttye6 ttye7
sh $0 grf0 grf1 grf2 grf3 grf4 grf5 grf6 grf7
sh $0 tty00 ttyA0 ttyB0 ttyC0
sh $0 sd0 sd1 sd2 sd3 sd4 sd5 sd6 sd7 sd8 sd9 cd0 st0 wd0 wd1 md0
;;
isdn)
sh $0 i4b i4bctl i4brbch0 i4brbch1 i4btel0 i4btel1 i4btrc0 i4btrc1
;;
std)
rm -f console drum kmem mem reload null zero tty
rm -f klog stdin stdout stderr
mknod console c 0 0
mknod drum c 3 0 ; chmod 640 drum ; chgrp kmem drum
mknod kmem c 2 1 ; chmod 640 kmem ; chgrp kmem kmem
mknod mem c 2 0 ; chmod 640 mem ; chgrp kmem mem
mknod reload c 2 20 ; chmod 600 reload
mknod zero c 2 12 ; chmod 666 zero
mknod null c 2 2 ; chmod 666 null
mknod tty c 1 0 ; chmod 666 tty
mknod klog c 6 0 ; chmod 600 klog
mknod stdin c 21 0 ; chmod 666 stdin
mknod stdout c 21 1 ; chmod 666 stdout
mknod stderr c 21 2 ; chmod 666 stderr
;;
fd)
rm -f fd/*
mkdir fd > /dev/null 2>&1
n=0
while [ $n -lt 64 ]; do
mknod fd/$n c 21 $n
n=$(($n + 1))
done
chown -R root.wheel fd
chmod 755 fd
chmod 666 fd/*
;;
fd*)
unit=${i#fd}; blk=2; chr=18
rm -f fd$unit? rfd$unit?
case $unit in
0|1|2|3)
mknod fd${unit}a b $blk $(($unit * 16 + 0))
mknod fd${unit}b b $blk $(($unit * 16 + 1))
mknod rfd${unit}a c $chr $(($unit * 16 + 0))
mknod rfd${unit}b c $chr $(($unit * 16 + 1))
chgrp operator fd$unit? rfd$unit?
chmod 640 fd$unit? rfd$unit?
;;
*)
echo bad unit for floppy disk in: $i
;;
esac
;;
md*)
unit={$i#md}; blk=15; chr=43;
rm -f md${unit}? rmd${unit}?
mknod md${unit}a b $blk $(($unit * 16 + 0))
mknod md${unit}c b $blk $(($unit * 16 + 2))
# mknod rmd${unit}a c $chr $(($unit * 16 + 0))
# mknod rmd${unit}c c $chr $(($unit * 16 + 2))
chgrp operator md${unit}? #rmd${unit}?
chmod 640 md${unit}? #rmd${unit}?
;;
sd*|vnd*|ccd*|raid*|wd*)
case $i in
sd*) name=sd; unit=${i#sd}; blk=4; chr=8;;
vnd*) name=vnd; unit=${i#vnd}; blk=6; chr=19;;
ccd*) name=ccd; unit=${i#ccd}; blk=8; chr=7;;
raid*) name=raid; unit=${i#raid}; blk=16; chr=50;;
wd*) name=wd; unit=${i#wd}; blk=17; chr=52;;
esac
rm -f $name$unit? r$name$unit?
mknod ${name}${unit}a b $blk $(($unit * 16 + 0))
mknod ${name}${unit}b b $blk $(($unit * 16 + 1))
mknod ${name}${unit}c b $blk $(($unit * 16 + 2))
mknod ${name}${unit}d b $blk $(($unit * 16 + 3))
mknod ${name}${unit}e b $blk $(($unit * 16 + 4))
mknod ${name}${unit}f b $blk $(($unit * 16 + 5))
mknod ${name}${unit}g b $blk $(($unit * 16 + 6))
mknod ${name}${unit}h b $blk $(($unit * 16 + 7))
mknod ${name}${unit}i b $blk $(($unit * 16 + 8))
mknod ${name}${unit}j b $blk $(($unit * 16 + 9))
mknod ${name}${unit}k b $blk $(($unit * 16 + 10))
mknod ${name}${unit}l b $blk $(($unit * 16 + 11))
mknod ${name}${unit}m b $blk $(($unit * 16 + 12))
mknod ${name}${unit}n b $blk $(($unit * 16 + 13))
mknod ${name}${unit}o b $blk $(($unit * 16 + 14))
mknod ${name}${unit}p b $blk $(($unit * 16 + 15))
mknod r${name}${unit}a c $chr $(($unit * 16 + 0))
mknod r${name}${unit}b c $chr $(($unit * 16 + 1))
mknod r${name}${unit}c c $chr $(($unit * 16 + 2))
mknod r${name}${unit}d c $chr $(($unit * 16 + 3))
mknod r${name}${unit}e c $chr $(($unit * 16 + 4))
mknod r${name}${unit}f c $chr $(($unit * 16 + 5))
mknod r${name}${unit}g c $chr $(($unit * 16 + 6))
mknod r${name}${unit}h c $chr $(($unit * 16 + 7))
mknod r${name}${unit}i c $chr $(($unit * 16 + 8))
mknod r${name}${unit}j c $chr $(($unit * 16 + 9))
mknod r${name}${unit}k c $chr $(($unit * 16 + 10))
mknod r${name}${unit}l c $chr $(($unit * 16 + 11))
mknod r${name}${unit}m c $chr $(($unit * 16 + 12))
mknod r${name}${unit}n c $chr $(($unit * 16 + 13))
mknod r${name}${unit}o c $chr $(($unit * 16 + 14))
mknod r${name}${unit}p c $chr $(($unit * 16 + 15))
chgrp operator $name$unit? r$name$unit?
chmod 640 $name$unit? r$name$unit?
;;
st*)
case $i in
st*) name=st; unit=${i#st}; chr=20; blk=5;;
esac
rm -f $name$unit n$name$unit e$name$unit en$name$unit \
r$name$unit nr$name$unit er$name$unit enr$name$unit \
$name$unit[hml] [ne]$name$unit[hml] en$name$unit[hml] \
r$name$unit[hml] [ne]r$name$unit[hml] enr$name$unit[hml]
mknod $name${unit} b $blk $(($unit * 16 + 0))
mknod n$name${unit} b $blk $(($unit * 16 + 1))
mknod e$name${unit} b $blk $(($unit * 16 + 2))
mknod en$name${unit} b $blk $(($unit * 16 + 3))
mknod $name${unit}h b $blk $(($unit * 16 + 4))
mknod n$name${unit}h b $blk $(($unit * 16 + 5))
mknod e$name${unit}h b $blk $(($unit * 16 + 6))
mknod en$name${unit}h b $blk $(($unit * 16 + 7))
mknod $name${unit}m b $blk $(($unit * 16 + 8))
mknod n$name${unit}m b $blk $(($unit * 16 + 9))
mknod e$name${unit}m b $blk $(($unit * 16 + 10))
mknod en$name${unit}m b $blk $(($unit * 16 + 11))
mknod $name${unit}l b $blk $(($unit * 16 + 12))
mknod n$name${unit}l b $blk $(($unit * 16 + 13))
mknod e$name${unit}l b $blk $(($unit * 16 + 14))
mknod en$name${unit}l b $blk $(($unit * 16 + 15))
mknod r$name${unit} c $chr $(($unit * 16 + 0))
mknod nr$name${unit} c $chr $(($unit * 16 + 1))
mknod er$name${unit} c $chr $(($unit * 16 + 2))
mknod enr$name${unit} c $chr $(($unit * 16 + 3))
mknod r$name${unit}h c $chr $(($unit * 16 + 4))
mknod nr$name${unit}h c $chr $(($unit * 16 + 5))
mknod er$name${unit}h c $chr $(($unit * 16 + 6))
mknod enr$name${unit}h c $chr $(($unit * 16 + 7))
mknod r$name${unit}m c $chr $(($unit * 16 + 8))
mknod nr$name${unit}m c $chr $(($unit * 16 + 9))
mknod er$name${unit}m c $chr $(($unit * 16 + 10))
mknod enr$name${unit}m c $chr $(($unit * 16 + 11))
mknod r$name${unit}l c $chr $(($unit * 16 + 12))
mknod nr$name${unit}l c $chr $(($unit * 16 + 13))
mknod er$name${unit}l c $chr $(($unit * 16 + 14))
mknod enr$name${unit}l c $chr $(($unit * 16 + 15))
chgrp operator $name$unit n$name$unit e$name$unit en$name$unit \
r$name$unit nr$name$unit er$name$unit enr$name$unit \
$name$unit[hml] [ne]$name$unit[hml] en$name$unit[hml] \
r$name$unit[hml] [ne]r$name$unit[hml] enr$name$unit[hml]
chmod 660 $name$unit n$name$unit e$name$unit en$name$unit \
r$name$unit nr$name$unit er$name$unit enr$name$unit \
$name$unit[hml] [ne]$name$unit[hml] en$name$unit[hml] \
r$name$unit[hml] [ne]r$name$unit[hml] enr$name$unit[hml]
;;
cd*)
case $i in
cd*) name=cd; unit=${i#cd}; blk=7; chr=9;;
esac
rm -f $name$unit? r$name$unit?
mknod ${name}${unit}a b $blk $(($unit * 16 + 0))
mknod ${name}${unit}c b $blk $(($unit * 16 + 2))
mknod r${name}${unit}a c $chr $(($unit * 16 + 0))
mknod r${name}${unit}c c $chr $(($unit * 16 + 2))
chgrp operator $name$unit? r$name$unit?
chmod 640 $name$unit? r$name$unit?
;;
ss*)
case $i in
ss*) name=ss; unit=${i#ss}; chr=37;;
esac
rm -f $name$unit n$name$unit en$name$unit
mknod $name$unit c $chr $(($unit * 16 + 0))
mknod n$name$unit c $chr $(($unit * 16 + 1))
mknod en$name$unit c $chr $(($unit * 16 + 3))
chgrp operator $name$unit n$name$unit en$name$unit
chmod 640 $name$unit n$name$unit en$name$unit
;;
ch*|uk*)
case $i in
ch*) name=ch; unit=${i#ch}; chr=38;;
uk*) name=uk; unit=${i#uk}; chr=39;;
esac
rm -f $name$unit
mknod $name$unit c $chr $unit
chgrp operator $name$unit
chmod 640 $name$unit
;;
tty0*|ttyA*|ttyB*)
case $i in
tty0*) name=tty0; mname=ttym; unit=${i#tty0}; chr=12; mult=1; add=128;;
ttyA*) name=ttyA; mname=ttyAm; unit=${i#ttyA}; chr=17; mult=1; add=128;;
ttyB*) name=ttyB; mname=ttyBm; unit=${i#ttyB}; chr=31; mult=2; add=1;;
esac
rm -f $name$unit $mname$unit
rm -f ser$unit
rm -f ttyM$unit
mknod $name$unit c $chr $(($unit * $mult))
mknod $mname$unit c $chr $(($unit * $mult + $add))
chown uucp:wheel $name$unit $mname$unit
;;
# newstyle tty devices:
ttyC*)
case $i in
ttyC*) name=ttyC; mname=dtyC; unit=${i#ttyC}; chr=32;;
esac
rm -f $name$unit $mname$unit
mknod $name$unit c $chr $(($unit + $dialin))
mknod $mname$unit c $chr $(($unit + $dialout))
chown uucp:wheel $name$unit $mname$unit
;;
par*)
unit=${i#par}; chr=11
rm -f par$unit
case $unit in
0)
mknod par$unit c $chr $unit
;;
*)
echo bad unit for par in: $i
;;
esac
;;
lpt*)
unit=${i#lpt}; chr=33
rm -f lpt${unit} lpt${unit}a
mknod lpt${unit} c $chr $unit
mknod lpt${unit}a c $chr $(($unit + 128))
;;
ttye*)
unit=${i#ttye}; chr=13
rm -f ttye$unit
rm -f ite*
case $unit in
0|1|2|3|4|5|6|7)
mknod ttye$unit c $chr $unit
;;
*)
echo bad unit for ttye in: $i
;;
esac
;;
grf*)
unit=${i#grf}; chr=10
rm -f grf$unit
case $unit in
0|1|2|3|4|5|6|7)
mknod grf$unit c $chr $unit
chmod 666 grf$unit
;;
*)
echo bad unit for grf in: $i
;;
esac
# for those that need it, also make overlay and image devices:
rm -f grfov$unit grfim$unit
case $unit in
4)
mknod grfov$unit c $chr $(($unit + 16))
chmod 666 grfov$unit
mknod grfim$unit c $chr $(($unit + 32))
chmod 666 grfim$unit
;;
esac
;;
mouse*)
unit=${i#mouse}; chr=15
rm -f mouse$unit
case $unit in
0|1)
mknod mouse$unit c $chr $unit
chmod 666 mouse$unit
if [ $unit = 0 ]
then
rm -f mouse; ln -s mouse$unit mouse
fi
;;
*)
echo bad unit for mouse in: $i
;;
esac
;;
kbd)
rm -f kbd
mknod kbd c 14 0
;;
view*)
unit=${i#view}; chr=16
rm -f view$unit
mknod view$unit c $chr $unit
chmod 666 view$unit
;;
pty*)
class=${i#pty}
case $class in
0) name=p;;
1) name=q;;
2) name=r;;
3) name=s;;
4) name=t;;
5) name=u;;
6) name=v;;
7) name=w;;
8) name=x;;
9) name=y;;
10) name=z;;
11) name=P;;
12) name=Q;;
13) name=R;;
14) name=S;;
15) name=T;;
*) echo "$0: $i: pty unit must be between 0 and 15"
continue ;;
esac
rm -f tty$name[0-9a-f] pty$name[0-9a-f]
for j in 0 1 2 3 4 5 6 7 8 9 a b c d e f
do
case $j in
[0-9]) jn=$j ;;
a) jn=10 ;;
b) jn=11 ;;
c) jn=12 ;;
d) jn=13 ;;
e) jn=14 ;;
f) jn=15 ;;
esac
unit=$(($class * 16 + $jn))
mknod tty$name$j c 4 $unit
mknod pty$name$j c 5 $unit
done
chgrp wheel tty$name? pty$name?
chmod 666 tty$name? pty$name?
;;
bpf*|tun*)
case $i in
bpf*) name=bpf; unit=${i#bpf}; chr=22;;
tun*) name=tun; unit=${i#tun}; chr=23;;
esac
rm -f $name$unit
mknod $name$unit c $chr $unit
chown root.wheel $name$unit
;;
lkm)
rm -f lkm
mknod lkm c 24 0
chown root:kmem lkm
chmod 640 lkm
;;
ipl)
rm -f ipl ipnat ipstate ipauth
mknod ipl c 40 0
mknod ipnat c 40 1
mknod ipstate c 40 2
mknod ipauth c 40 3
chown root.wheel ipl ipnat ipstate ipauth
chmod 600 ipl ipnat ipstate ipauth
;;
audio*)
unit=${i#audio}
audio=audio$unit
sound=sound$unit
mixer=mixer$unit
major=41
audioctl=audioctl$unit
if [ "$unit" = "" ]; then unit=0; fi
rm -f $audio $sound $mixer $audioctl
mknod $sound c $major $(($unit + 0))
mknod $audio c $major $(($unit + 128))
mknod $mixer c $major $(($unit + 16))
mknod $audioctl c $major $(($unit + 192))
chown root.wheel $audio $sound $mixer $audioctl
chmod 666 $audio $sound $mixer $audioctl
;;
random)
rm -f random urandom
mknod random c 42 0
mknod urandom c 42 1
chown root.wheel random urandom
chmod 444 random
chmod 644 urandom
;;
scsibus*)
unit=${i#scsibus};
rm -f scsibus$unit
mknod scsibus$unit c 44 $unit
chown root:wheel scsibus$unit
chmod 644 scsibus$unit
;;
i4b)
rm -f i4b
mknod i4b c 45 0
chmod 600 i4b
;;
i4bctl)
rm -f i4bctl
mknod i4bctl c 46 0
chmod 600 i4bctl
;;
i4brbch*)
unit=${i#i4brbch};
rm -f i4brbch$unit
mknod i4brbch$unit c 47 $unit
chmod 600 i4brbch$unit
;;
i4btel*)
unit=${i#i4btel};
rm -f i4btel$unit
mknod i4btel$unit c 49 $unit
chmod 600 i4btel$unit
;;
i4btrc*)
unit=${i#i4btrc};
rm -f i4btrc$unit
mknod i4btrc$unit c 48 $unit
chmod 600 i4btrc$unit
;;
local)
umask 0
sh $0.local all
umask 77
;;
*)
echo $i: unknown device
;;
esac
done