:
# (C) 1989-1990 The Santa Cruz Operation, Inc. All Rights
# Reserved. The user has unlimited right to use, modify
# and incorporate this code into other products provided
# it is used with SCO products and the user includes
# this notice and the associated copyright notices with
# any such application.
# This script is for installing an LLI driver using netconfig
#
# The name it is called with will cause different operation.
# e3A0 e3A1 e3A2 e3A3 == 3Com501 boards 0 - 3
# e3B0 ..... e3B3 == 3Com503 boards 0 - 3
# e3C0 ..... e3C3 == 3Com523 boards 0 - 3
# wdn0 ..... wdn3 == Western Digital boards 0 - 3
# nat0 ..... nat3 == National NE2000 boards 0 - 3
# wdt0 ..... wdt3 == Western Digital 8013 boards 0 - 3
# son0 ..... son3 == Sonic boards 0 - 3
# d65e0..... d65e3 == D-Link DE-650 boards 0 - 3
# exos0 .... exos3 == Excelan 205T boards 0 - 3
# tok0 tok1 == Token Ring Adapter 0, 1
# hpi0 hpi1 hpi2 hpi3 == HP ThinLAN/EtherTwist ISA LAN Adapters 0 - 3
# hpe0 hpe1 hpe2 hpe3 == HP EtherTwist EISA Slave LAN Adapters 0 - 3
# i3B0 .... i3B3 == Interlan ES3210 boards 0 - 3
# i6E0 == Interlan NI6510 board 0
#
LIB=/usr/lib/lli
CONF=/etc/conf
PATH=/bin:/usr/bin:/etc/:$CONF/bin:$LIB
#
# Set possible return codes for this script
#
OK=0; FAIL=1; RELINK=2;
BRAM="0"
ERAM="0"
#
# Prompt the user for a hex value, it must be within a given range
# Usage:
# prompt_range "Message" default min max [step]
#
prompt_range() {
mesg=$1
default=$2
range_min=$3 range_max=$4
step="1"
if [ $# -eq 5 ]
then
step=$5
fi
while :
do
echo "${mesg} (${range_min}..${range_max}) [${default}] or 'q' to quit: \c"
read result
case $result in
Q|q)
return $FAIL
;;
"")
result=$default
;;
esac
hc $result $range_min $range_max $step
case $? in
0) return $OK;;
1) cleanup $FAIL;;
2) cleanup $FAIL;;
esac
done
}
#
# Prompt the user to make a selection a list of values
# Usage:
# prompt_select "Message" default "value_list"
prompt_select() {
mesg=$1
default=$2
values=$3
while :
do
if [ "$default" = "" ]
then
echo "${mesg} (${values}) or 'q' to quit: \c"
else
echo "${mesg} (${values}) [${default}] or 'q' to quit: \c"
fi
read result
case $result in
Q|q)
return $FAIL
;;
"")
result=$default
;;
esac
for i in $values
do
if [ "$i" = "$result" ]
then
return $OK
fi
done
echo "Illegal value, must be one of (${values})"
done
}
#
# prompt the user to answer a yes no question or 'q' to quit
# Usage:
# prompt_yn "Message" default
prompt_yn() {
mesg=$1
default=$2
while :
do
echo "${mesg} (y/n) [${default}] or 'q' to quit: \c"
read result
case $result in
q|Q) return $FAIL;;
y|Y) result="Y"; return $OK;;
n|N) result="N"; return $OK;;
"") result=`echo $default | tr "yn" "YN"`; return $OK;;
esac
echo "Illegal value, please type 'y' 'n' or 'q'"
done
}
#
# Fake up an mdevice and an sdevice for idcheck
# Do not remove $base if called with an argument...
#
makedevs() {
dir=`pwd`
rm -fr /tmp/dev$$
mkdir /tmp/dev$$
cd /etc/conf/cf.d
cp mdevice /tmp/dev$$
cd ../sdevice.d
cat * > /tmp/dev$$/sdevice
[ $1 ] && {
# remove driver being reconfigured from sdevice & mdevice files.
sed -e "/^$base/d" < /tmp/dev$$/sdevice > /tmp/bog$$
mv /tmp/bog$$ /tmp/dev$$/sdevice
sed -e "/^$base/d" < /tmp/dev$$/mdevice > /tmp/bog$$
mv /tmp/bog$$ /tmp/dev$$/mdevice
}
cd $dir
}
cleanup() {
cd /
rm -fr /tmp/dev$$
rm -fr /tmp/$base
exit $1
}
# Removes the given interrupt vector for the $clash device.
rmvector() {
clash=$1
vec=$2
cd $confdir
echo "\nRemoving interrupt vector $vec for the $clash device ..."
[ "$vec" = "2" ] && vec=9
major=`./configure -j $clash` && {
# remove device but leave it required
./configure -d -c -m $major -v $vec -Y >> conflog 2>&1 || {
cd $currdir
cleanup $FAIL
}
# remove required setting if no more left
if grep "Y" ../sdevice.d/$clash > /dev/null 2>&1
then
true
else
./configure -d -c -m $major -v $vec -R -Y >> conflog 2>&1 || {
cd $currdir
cleanup $FAIL
}
fi
}
cd $currdir
return $OK
}
# On unix, we must check the files in sdevice.d.
# Sets the variable $clash to the driver code name if there is a driver that
# has already been allocated the given vector. Uses awk.
dointclash() {
driver=$1
vec=$2
[ "$vec" = "2" ] && vec=9
cd $confdir/../sdevice.d
clash=`cat * | awk '{ if ( $6 == intr && $2 == "Y" ) exit } \
END { print $1 }' intr=$vec`
cd $currdir
[ "$clash" = "" -o "$clash" = "$driver" ] && return $FAIL
# found a clash
return $OK
}
checkvec() {
driver=$1
vector=$2
clash=
currdir=`pwd`
confdir=/etc/conf/cf.d
while dointclash $driver $vector
do
prompt_select "Interrupt vector $vector is already in use for the $clash device.\n\n\
The alternatives available to you are:\n\n\
\t1. Continue the installation and remove vector $vector for the $clash device.\n\
\t2. Select a different interrupt vector.\n\n\
Select an option" 1 "1 2" || {
cleanup $FAIL
}
case $result in
1) rmvector $clash $vector || {
echo "Failed to remove vector $vector"
cleanup $FAIL
}
makedevs
return $OK
;;
2) return $FAIL
;;
esac
done
return $OK
}
doaddrclash() {
driver=$1
addr1=$2
addr2=$3
cd $confdir
clash=`../bin/idcheck -ar -l $addr1 -u $addr2 -i /tmp/dev$$`
cd $currdir
[ "$clash" = "" -o "$clash" = "$driver" ] && return $FAIL
# found a clash
return $OK
}
# Removes the $clash device.
rmaddr() {
clash=$1
cd $confdir
echo "\nRemoving the $clash device ..."
major=`./configure -j $clash` && {
# remove device but leave it required
if [ "$major" != "0" ]
then
./configure -d -c -m $major -Y >> conflog 2>&1 || {
cd $currdir
cleanup $FAIL
}
else
sed -e "s/Y/N/" ../sdevice.d/$clash > /tmp/bog$$
mv /tmp/bog$$ ../sdevice.d/$clash
fi
# remove required setting if no more left
if grep "Y" ../sdevice.d/$clash > /dev/null 2>&1
then
true
elif [ "$major" != "0" ]
then
./configure -d -c -m $major -R -Y >> conflog 2>&1 || {
cd $currdir
cleanup $FAIL
}
fi
}
cd $currdir
return $OK
}
checkaddr() {
driver=$1
addr1=$2
addr2=$3
clash=
currdir=`pwd`
confdir=/etc/conf/cf.d
while doaddrclash $driver $addr1 $addr2
do
if [ "$clash" = "ad" ]
then
echo "\n\nWARNING: Do not remove the $clash device \c"
echo "if you are using an Adaptec disk controller"
fi
prompt_select "Addresses $addr1-$addr2 are already in use by the $clash device.\n\n\
The alternatives available to you are:\n\n\
\t1. Continue the installation and remove the $clash device.\n\
\t2. Select a different address.\n\n\
Select an option" 1 "1 2" || {
cleanup $FAIL
}
case $result in
1) rmaddr $clash || {
echo "Failed to remove $clash device"
cleanup $FAIL
}
makedevs
return $OK
;;
2) return $FAIL
;;
esac
done
return $OK
}
doramclash() {
driver=$1
addr1=$2
addr2=$3
cd $confdir
clash=`../bin/idcheck -cr -l $addr1 -u $addr2 -i /tmp/dev$$`
cd $currdir
[ "$clash" = "" -o "$clash" = "$driver" ] && return $FAIL
# found a clash
return $OK
}
checkram() {
driver=$1
addr1=$2
addr2=$3
clash=
currdir=`pwd`
confdir=/etc/conf/cf.d
while doramclash $driver $addr1 $addr2
do
prompt_yn "
Ram addresses $addr1-$addr2 is already in use for the $clash device.
You must choose a unique address for this device to work.
Do you wish to choose another address now?" y || cleanup $FAIL
if [ "$result" = "Y" ]
then
return $FAIL
else
cleanup $FAIL
fi
done
return $OK
}
# On unix, we must check the lines in mdevice file.
# Sets the variable $clash to the driver code name if there is a driver that
# has already been allocated the given channel. Uses awk.
dodmaclash() {
driver=$1
chan=$2
clash=
# -1 is never a clash
[ "$chan" = "-1" ] && return $FAIL
cd $confdir
clash=`awk '{ if ( $1 != driver && $9 == dma ) print $1 }' dma=$chan driver=$driver mdevice`
[ "$clash" = "" ] && {
cd $currdir
return $FAIL
}
cd ../sdevice.d
cat $clash | awk '{ if ( $2 == "Y" ) exit 1 }' || return $OK
if [ "$rel" = "3.2.0" -o "$rel" = "3.2.1" -o "$rel" = "3.2.2" ]
then
prompt_yn "
DMA channel ${chan} is already in use by the $clash device.
However, the $clash device is not currently configured into the kernel.
Do you wish to remove DMA channel ${chan} from the $clash device?" y || cleanup $FAIL
if [ "$result" = "Y" ]
then
sed -e "s/Y/N/" $clash > /tmp/bog$$
mv /tmp/bog$$ $clash
cd $currdir
return $FAIL
else
cd $currdir
return $FAIL
fi
fi
# Should be release >3.2.2, clash driver not installed if we get here.
cd $currdir
return $FAIL
}
#
# Check if there is a clash of DMA channels
#
checkdma() {
driver=$1
channel=$2
clash=
currdir=`pwd`
confdir=/etc/conf/cf.d
while dodmaclash $driver $channel
do
prompt_yn "
DMA channel ${channel} is already in use by the $clash device.
You must choose a unique channel for this device to work.
Do you wish to choose another channel now?" y || cleanup $FAIL
if [ "$result" = "Y" ]
then
return $FAIL
else
cleanup $FAIL
fi
done
return $OK
}
check_args() {
name=$1
bd=$2
case $name in
e3A) echo "Configuring 3Com501 board $bd";
PREFIX="e3c";
MAX_BD=3;
;;
e3B) echo "Configuring 3Com503 board $bd";
PREFIX="e503";
MAX_BD=3;
;;
e3C) echo "Configuring 3Com523 board $bd";
PREFIX="emc";
MAX_BD=3;
;;
e3D) echo "Configuring 3Com507 board $bd";
PREFIX="e3d";
MAX_BD=3;
;;
wdn) echo "Configuring Western Digital 8003/8013 board $bd";
PREFIX="wdn";
MAX_BD=3;
;;
wdt) echo "Configuring WD8013 board $bd";
PREFIX="wdt";
MAX_BD=3;
;;
nat) echo "Configuring National Semiconductor NE2000 board $bd";
PREFIX="nat";
MAX_BD=3;
;;
d65e) echo "Configuring D-Link DE-650 board $bd";
PREFIX="d65e";
MAX_BD=2;
;;
tok) echo "Configuring IBM Token Ring Adapter $bd";
PREFIX="tok";
MAX_BD=1;
;;
exos) echo "Configuring Excelan 205 Ethernet Adapter $bd";
PREFIX="exos";
MAX_BD=3;
;;
hpi) echo "Configuring HP ISA LAN adapter $bd";
PREFIX="hpi";
MAX_BD=3;
;;
hpe) echo "Configuring HP EISA Slave LAN adapter $bd";
PREFIX="hpe";
MAX_BD=3;
;;
i3B) echo "Configuring Racal InterLan ES 3210 board $bd";
PREFIX="i3B";
MAX_BD=3;
;;
i6E) echo "Configuring Racal InterLan NL 6510 board $bd";
PREFIX="i6E";
MAX_BD=0;
;;
*) echo "ERROR: Unknown LLI driver being configured ($name$bd)";
cleanup $FAIL;
;;
esac
if [ $bd -gt $MAX_BD ]
then
echo "ERROR: Only boards 0..$MAX_BD are supported by this driver";
cleanup $FAIL
fi
echo
}
#
# function to produce the info for the System file for the 3C501 & 3C503
# boards
#
system_e3A() {
bd=$1
case $bd in
0) IRQ=3; BIO=300;;
1) IRQ=2; BIO=310;;
2) IRQ=5; BIO=330;;
3) IRQ=7; BIO=350;;
esac
while :
do
prompt_select "Enter IRQ" $IRQ "2 3 4 5 6 7" || cleanup $FAIL
irq=$result
checkvec $name$bd $irq && break
done
IRQ=$irq
while :
do
prompt_range "Enter I/O base address" $BIO "100" "3f0" "10" || cleanup $FAIL
bio=$result
EIO=`ha $bio 0f`
checkaddr $name$bd $bio $EIO && break
done
BIO=$bio
NMINORS="1"
# up the 2k block buffers, this driver uses more than most drivers.
awk '/^NBLK2048/ {
NEW=$2+8
printf "%s\t%s\n",$1,NEW
next
}
{ print } ' < /etc/conf/cf.d/stune > /tmp/bog$$
mv /tmp/bog$$ /etc/conf/cf.d/stune
}
#
# function to produce the info for the System file for the 3C501 & 3C503
# boards
#
system_e3B() {
bd=$1
case $bd in
0) IRQ=3; BIO=300;;
1) IRQ=2; BIO=310;;
2) IRQ=5; BIO=330;;
3) IRQ=4; BIO=350;;
esac
while :
do
prompt_select "Enter IRQ" $IRQ "2 3 4 5" || cleanup $FAIL
irq=$result
checkvec $name$bd $irq && break
done
IRQ=$irq
while :
do
prompt_select "Enter I/O base address" $BIO "250 280 2A0 2E0 300 310 330 350" || cleanup $FAIL
bio=$result
EIO=`ha $bio 0f`
checkaddr $name$bd $bio $EIO && break
done
BIO=$bio
NMINORS="1"
# set the thick/thin thing
prompt_yn "Does this 503 board use thick (AUI) ethernet?" "n" || cleanup $FAIL
thick=0
[ "$result" = "Y" ] && thick=1
currdir=`pwd`
cd /etc/conf/pack.d/e3B0
sed -e "s/fine XCVR$bd.*/fine XCVR$bd $thick/" < space.c > /tmp/bog$$
mv /tmp/bog$$ space.c
cd $currdir
}
#
# function to produce the information for the System file for the 3C523
#
system_e3C() {
bd=$1
case $bd in
0) IRQ=3; BIO=300; BRAM=c0000;;
1) IRQ=7; BIO=1300; BRAM=c8000;;
2) IRQ=9; BIO=2300; BRAM=d0000;;
3) IRQ=12; BIO=3300; BRAM=d8000;;
esac
while :
do
prompt_select "Enter IRQ" $IRQ "3 7 9 12" || cleanup $FAIL
irq=$result
checkvec $name$bd $irq && break
done
IRQ=$irq
while :
do
prompt_range "Enter I/O base address" $BIO "300" "3300" "1000" || cleanup $FAIL
bio=$result
EIO=`ha $bio 8`
checkaddr $name$bd $bio $EIO && break
done
BIO=$bio
while :
do
prompt_range "Enter RAM base address" $BRAM "c0000" "d8000" "8000" || cleanup $FAIL
bram=$result
ERAM=`ha $bram 5fff`
checkram $name$bd $bram $ERAM && break
done
BRAM=$bram
NMINORS="1"
}
#
# function to produce the information for the System file for the 3C507
# board
#
system_e3D() {
bd=$1
case $bd in
0) IRQ=3; BIO=300; BRAM=c0000;;
1) IRQ=9; BIO=310; BRAM=d0000;;
2) IRQ=5; BIO=320; BRAM=c8000;;
3) IRQ=7; BIO=330; BRAM=d8000;;
esac
while :
do
prompt_select "Enter IRQ" $IRQ "3 5 7 9 10 11 12 15" || cleanup $FAIL
irq=$result
checkvec $name$bd $irq && break
done
IRQ=$irq
while :
do
prompt_select "Enter I/O base address" $BIO "200 210 220 230 240 250 260 280 290 2a0 2b0 2c0 2d0 2e0 300 310 320 330 340 350 360 380 390 3a0 3e0" || cleanup $FAIL
bio=$result
EIO=`ha $bio f`
checkaddr $name$bd $bio $EIO && break
done
BIO=$bio
while :
do
prompt_select "Enter RAM base address" $BRAM "c0000 c8000 d0000 d8000 f00000 f20000 f40000 f60000 f80000" || cleanup $FAIL
bram=$result
case $bram in
c[08]000|d0000) sizelist="16 32 48 64";;
d8000) sizelist="16 32";;
*) sizelist="64";;
esac
prompt_select "Enter RAM Size in k" 64 "$sizelist" || cleanup $FAIL
case $result in
16) size=3fff ;;
32) size=7fff ;;
48) size=bfff ;;
64) size=ffff ;;
esac
ERAM=`ha $bram $size`
checkram $name$bd $bram $ERAM && break
done
BRAM=$bram
NMINORS="32"
}
#
# function to produce the information for the space.c file for the token ring
#
space_token() {
# Set whether Netbeui is above us or not
nbe=0
[ "$name_above" = "nbe" ] && nbe=1
currdir=`pwd`
cd /etc/conf/pack.d/tok0
sed -e "s/fine TOK$bd.*/fine TOK$bd $nbe/" < space.c > /tmp/bog$$
cp /tmp/bog$$ space.c
rm -r /tmp/bog$$
cd $currdir
}
#
# function to restore and remove address conflicts in the sio driver
#
sio_conflict() {
if [ "$BIO" = "$OBIO" ]
then
return $OK
fi
currdir=`pwd`
cd /etc/conf/pack.d/sio
grep "/* LLI {.*$OBIO" space.c > /dev/null && {
echo "Restoring serial cards using base address 0x$OBIO into link kit..."
sed -e /"LLI.*$OBIO,/s/^\/\* LLI //" space.c >/tmp/bog$$
mv /tmp/bog$$ space.c
}
grep "(sd)0x$BIO" space.c > /dev/null && {
echo "Removing serial cards using base address 0x$BIO from link kit..."
[ ! -f space.c.rls ] && cp space.c space.c.rls
sed -e /"(sd)0x$BIO,/s/^{/\/* LLI {/p" space.c >/tmp/bog$$
mv /tmp/bog$$ space.c
}
cd $currdir
}
# restorevector check for sio (vecs 3-4) and pa drivers (vec 7)
# if these are being released by lli then let us restore them to sio or pa
restorevector() {
currdir=`pwd`
cd /etc/conf/cf.d
intvector=$1
test="0"
[ "$intvector" = "3" -o "$intvector" = "4" ] && {
prompt_yn "Restore vector $intvector to sio driver" y
[ "$result" = "Y" ] && {
echo "Restoring vector $intvector to sio driver"
siomajor=`./configure -j sio`
./configure -m $siomajor -c -v $intvector -a -Y
return $OK
}
}
[ "$intvector" = "7" ] && {
prompt_yn "Restore vector $intvector to pa driver" y
[ "$result" = "Y" ] && {
echo "Restoring vector $intvector to pa driver"
pamajor=`./configure -j pa`
./configure -m $pamajor -c -v $intvector -a -Y
return $OK
}
}
return $OK
}
#
# determine release, and AT or MCA bus - set rel and type variables accordingly.
#
os_type() {
rel=`sed -n 's/^#rel=\(.*\).$/\1/p' /etc/perms/rts`
if [ "$rel" = "3.2.0" -o "$rel" = "3.2.1" -o "$rel" = "3.2.2" ]
then
type=`sed -n 's/^#typ=\(.*\)$/\1/p' /etc/perms/inst`
else
# 3.2.4 - one release supports AT, MCA, and EISA.
uname -X | grep "BusType = MCA" >/dev/null 2>&1
if [ $? -eq 0 ]
then
type=386MC
else
type=386GT
fi
fi
}
#
# function to produce the information for the System file for the token ring
#
# BRAM/ERAM indicate ROM address switch settings; BSHRAM/ESHRAM indicate
# shared memory settings. We assume they're using 16K of SHRAM on the adapter.
#
system_tok() {
bd=$1
case $bd in
0) IRQ=2; BIO=a20; BRAM=cc000; BSHRAM=d8000;;
1) IRQ=3; BIO=a24; BRAM=dc000; BSHRAM=d4000;;
esac
while :
do
prompt_select "Enter IRQ" $IRQ "2 3 6 7" || cleanup $FAIL
irq=$result
checkvec $name$bd $irq && break
done
IRQ=$irq
EIO=`ha $BIO 3`
while :
do
prompt_range "Enter ROM base address" $BRAM "c0000" "de000" "2000" || cleanup $FAIL
brom=$result
ERAM=`ha $brom 1fff`
checkram $name$bd $brom $ERAM && break
done
BRAM=$brom
# Microchannel tok adapters have a configurable shared RAM address.
if [ "$type" = "386GT" ]
then
ESHRAM=`ha $BSHRAM 3fff`
doramclash $name$bd $BSHRAM $ESHRAM && {
echo "The RAM addresses required for $name$bd are in use by the $clash device"
echo "You must remove $clash before installing $name$bd"
cleanup $FAIL
}
else
prompt_range "Enter RAM base address" $BSHRAM "c0000" "dc000" "4000" || cleanup $FAIL
BSHRAM=$result
ESHRAM=`ha $BSHRAM 3fff`
doramclash $name$bd $BSHRAM $ESHRAM && {
echo "The RAM addresses required for $name$bd are in use by the $clash device"
echo "You must remove $clash before installing $name$bd"
cleanup $FAIL
}
fi
if [ ! -x /usr/lib/token ]
then
mkdir /usr/lib/token
fi
prompt_yn "Restrict broadcasts to the local ring" "y" || cleanup $FAIL
if [ "$result" = "Y" ]
then
touch /usr/lib/token/noroute$bd
else
rm -f /usr/lib/token/noroute$bd
fi
NMINORS="1"
space_token
}
#
# function to produce the information for the System file for the Excelan
#
system_exos() {
bd=$1
case $bd in
0) IRQ=2; BIO=310; BRAM=d0000;;
1) IRQ=3; BIO=300; BRAM=d4000;;
2) IRQ=5; BIO=320; BRAM=d8000;;
3) IRQ=7; BIO=330; BRAM=dc000;;
esac
while :
do
prompt_select "Enter IRQ" $IRQ "2 3 4 5 6 7" || cleanup $FAIL
irq=$result
checkvec $name$bd $irq && break
done
IRQ=$irq
while :
do
prompt_range "Enter I/O base address" $BIO "300" "330" "10" || cleanup $FAIL
bio=$result
EIO=`ha $bio 7`
checkaddr $name$bd $bio $EIO && break
done
BIO=$bio
while :
do
prompt_range "Enter RAM base address" $BRAM "a0000" "f0000" "4000" || cleanup $FAIL
bram=$result
ERAM=`ha $bram 3fff`
checkram $name$bd $bram $ERAM && break
done
BRAM=$bram
NMINORS="32"
}
#
# function to produce the info for the System file for the NE2000
# boards
#
system_nat() {
bd=$1
case $bd in
0) IRQ=3; BIO=300;;
1) IRQ=2; BIO=320;;
2) IRQ=5; BIO=340;;
3) IRQ=4; BIO=360;;
esac
while :
do
prompt_select "Enter IRQ" $IRQ "2 3 4 5" || cleanup $FAIL
irq=$result
checkvec $name$bd $irq && break
done
IRQ=$irq
while :
do
prompt_select "Enter I/O base address" $BIO "300 320 340 360" || cleanup $FAIL
bio=$result
EIO=`ha $bio 0f`
checkaddr $name$bd $bio $EIO && break
done
BIO=$bio
NMINORS="1"
}
#
# function to produce the info for the System file for the SONIC
# boards
#
system_son() {
bd=$1
case $bd in
0) IRQ=9; BIO=2000;;
1) IRQ=10; BIO=3000;;
2) IRQ=11; BIO=4000;;
3) IRQ=15; BIO=5000;;
esac
while :
do
prompt_select "Enter IRQ" $IRQ "9 10 11 15" || cleanup $FAIL
irq=$result
checkvec $name$bd $irq && break
done
IRQ=$irq
while :
do
prompt_select "Enter I/O base address" $BIO "2000 3000 4000 5000" || cleanup $FAIL
bio=$result
EIO=`ha $bio 0f`
checkaddr $name$bd $bio $EIO && break
done
BIO=$bio
NMINORS="1"
}
#
# function to produce the info for the System file for the DE-650
# boards
#
system_d65e() {
bd=$1
case $bd in
0) IRQ=3; BIO=300; BRAM=d0000; SLOT=0;;
1) IRQ=4; BIO=320; BRAM=d8000; SLOT=1;;
2) IRQ=5; BIO=340; BRAM=c0000; SLOT=1;;
3) IRQ=10; BIO=360; BRAM=c8000; SLOT=1;;
esac
while :
do
prompt_select "Enter IRQ" $IRQ "3 4 5 9 10 11 15" || cleanup $FAIL
irq=$result
checkvec $name$bd $irq && break
done
IRQ=$irq
while :
do
prompt_range "Enter I/O base address" $BIO "300" "360" "20 " || cleanup $FAIL
bio=$result
EIO=`ha $bio 1f`
checkaddr $name$bd $bio $EIO && break
done
BIO=$bio
while :
do
prompt_range "Enter RAM base address" $BRAM "c0000" "ec000" "2000" || cleanup $FAIL
bram=$result
ERAM=`ha $bram 3fff`
checkram $name$bd $bram $ERAM && break
done
BRAM=$bram
while :
do
prompt_select "Enter PCMCIA Slot Number" $SLOT "0 1" || cleanup $FAIL
slot=$result
break
done
SLOT=$slot
case $bd in
0)
if grep "#define D65E_0_SLOT" /usr/lib/lli/d65e/Space.c >/dev/null 2>&1
then
sed "s/#define D65E_0_SLOT.*/#define D65E_0_SLOT $slot/" /usr/lib/lli/d65e/Space.c >/tmp/bog$$
cp /tmp/bog$$ /usr/lib/lli/d65e/Space.c
rm /tmp/bog$$
else
echo "#define D65E_0_SLOT $slot\n" >/tmp/bog$$
cat /usr/lib/lli/d65e/Space.c >>/tmp/bog$$
cp /tmp/bog$$ /usr/lib/lli/d65e/Space.c
rm /tmp/bog$$
fi
cp /usr/lib/lli/d65e/Space.c /etc/conf/pack.d/d65e0/space.c
;;
1)
if grep "#define D65E1_0_SLOT" /usr/lib/lli/d65e/Space.c >/dev/null 2>&1
then
sed "s/#define D65E1_0_SLOT.*/#define D65E1_0_SLOT $slot/" /usr/lib/lli/d65e/Space.c >/tmp/bog$$
cp /tmp/bog$$ /usr/lib/lli/d65e/Space.c
rm /tmp/bog$$
else
echo "#define D65E1_0_SLOT $slot\n" >/tmp/bog$$
cat /usr/lib/lli/d65e/Space.c >>/tmp/bog$$
cp /tmp/bog$$ /usr/lib/lli/d65e/Space.c
rm /tmp/bog$$
fi
cp /usr/lib/lli/d65e/Space.c /etc/conf/pack.d/d65e0/space.c
;;
2)
if grep "#define D65E2_0_SLOT" /usr/lib/lli/d65e/Space.c >/dev/null 2>&1
then
sed "s/#define D65E2_0_SLOT.*/#define D65E2_0_SLOT $slot/" /usr/lib/lli/d65e/Space.c >/tmp/bog$$
cp /tmp/bog$$ /usr/lib/lli/d65e/Space.c
rm /tmp/bog$$
else
echo "#define D65E2_0_SLOT $slot\n" >/tmp/bog$$
cat /usr/lib/lli/d65e/Space.c >>/tmp/bog$$
cp /tmp/bog$$ /usr/lib/lli/d65e/Space.c
rm /tmp/bog$$
fi
cp /usr/lib/lli/d65e/Space.c /etc/conf/pack.d/d65e0/space.c
;;
3)
if grep "#define D65E3_SLOT" /usr/lib/lli/d65e/Space.c >/dev/null 2>&1
then
sed "s/#define D65E3_0_SLOT.*/#define D65E3_0_SLOT $slot/" /usr/lib/lli/d65e/Space.c >/tmp/bog$$
cp /tmp/bog$$ /usr/lib/lli/d65e/Space.c
rm /tmp/bog$$
else
echo "#define D65E3_0_SLOT $slot\n" >/tmp/bog$$
cat /usr/lib/lli/d65e/Space.c >>/tmp/bog$$
cp /tmp/bog$$ /usr/lib/lli/d65e/Space.c
rm /tmp/bog$$
fi
cp /usr/lib/lli/d65e/Space.c /etc/conf/pack.d/d65e0/space.c
;;
esac
NMINORS="1"
}
#
# function to produce the info for the System file for the WD1013
# boards
#
system_wdt() {
bd=$1
case $bd in
0) IRQ=3; BIO=300; BRAM=c0000;;
1) IRQ=4; BIO=320; BRAM=c8000;;
2) IRQ=5; BIO=340; BRAM=d0000;;
3) IRQ=9; BIO=360; BRAM=d8000;;
esac
while :
do
prompt_select "Enter IRQ" $IRQ "3 4 5 7 9 10 11 15" || cleanup $FAIL
irq=$result
checkvec $name$bd $irq && break
done
IRQ=$irq
while :
do
prompt_range "Enter I/O base address" $BIO "200" "3e0" "20" || cleanup $FAIL
bio=$result
EIO=`ha $bio 1f`
checkaddr $name$bd $bio $EIO && break
done
BIO=$bio
while :
do
prompt_range "Enter RAM base address" $BRAM "80000" "f0c000" "2000" || cleanup $FAIL
bram=$result
ERAM=`ha $bram 3fff`
checkram $name$bd $bram $ERAM && break
done
BRAM=$bram
NMINORS="1"
}
#
# function to produce the information for the System file for the western
# digital board
#
system_wdn() {
bd=$1
case $bd in
0) IRQ=3; BIO=240; BRAM=d0000;;
1) IRQ=2; BIO=380; BRAM=d2000;;
2) IRQ=5; BIO=260; BRAM=d4000;;
3) IRQ=7; BIO=340; BRAM=d6000;;
esac
if [ "$type" = "386MC" ]
then
prompt_yn "\nAre you reconfiguring an Elite series (WD8013EP/A, WD8013WP/A, or\nWD8013EW/A) Western Digital card?" "n" || cleanup $FAIL
if [ "$result" = "Y" ]
then
elite="Y"
case $bd in
0) IRQ=3; BIO=800; BRAM=d0000;;
1) IRQ=4; BIO=1800; BRAM=d2000;;
2) IRQ=10; BIO=2800; BRAM=d4000;;
3) IRQ=15; BIO=3800; BRAM=d6000;;
esac
fi
fi
while :
do
if [ "$type" = "386MC" -a "$elite" = "Y" ]
then
# WD8013EP/A allows IRQ 14, WD8013WP/A allows IRQ 15
prompt_select "Enter IRQ" $IRQ "3 4 10 14 15" || cleanup $FAIL
else
prompt_select "Enter IRQ" $IRQ "2 3 4 5 7 10 11 15" || cleanup $FAIL
fi
irq=$result
checkvec $name$bd $irq && break
done
IRQ=$irq
while :
do
if [ "$type" = "386MC" -a "$elite" = "Y" ]
then
prompt_range "Enter I/O base address" $BIO "800" "f800" "1000" || cleanup $FAIL
else
prompt_range "Enter I/O base address" $BIO "200" "3e0" "20" || cleanup $FAIL
fi
bio=$result
EIO=`ha $bio 1f`
checkaddr $name$bd $bio $EIO && break
done
BIO=$bio
while :
do
if [ "$type" = "386MC" -a "$elite" = "Y" ]
then
prompt_range "Enter RAM base address" $BRAM "c0000" "fde000" "2000" || cleanup $FAIL
else
prompt_range "Enter RAM base address" $BRAM "80000" "f0c000" "2000" || cleanup $FAIL
fi
bram=$result
if [ "$type" = "386GT" -o "$elite" = "Y" ]
then
prompt_select "Enter RAM Size in k" 8 "8 16" || cleanup $FAIL
case $result in
8) size=1fff ;;
16) size=3fff ;;
esac
else
size=3fff
fi
ERAM=`ha $bram $size`
checkram $name$bd $bram $ERAM || continue
hc $bram 100000 f0c000 2000 > /dev/null 2>& 1 && {
echo "Warning: this address may not be valid if your network adapter"
echo "is not a Western Digital 16-Bit Elite adapter"
echo "Shared memory addresses above 1 Meg are supported by 16-bit Elite adapters only."
}
break
done
BRAM=$bram
NMINORS="32"
[ "$rel" = "3.2.1" -o "$rel" = "3.2.0" ] && {
if [ "$type" = "386GT" ]
then
grep "int arch =" /etc/conf/pack.d/wdn0/space.c >/dev/null 2>&1 || {
echo "int arch = 1;" >> /etc/conf/pack.d/wdn0/space.c
}
elif [ "$type" = "386MC" ]
then
grep "int arch =" /etc/conf/pack.d/wdn0/space.c >/dev/null 2>&1 || {
echo "int arch = 2;" >> /etc/conf/pack.d/wdn0/space.c
}
fi
}
}
#
# function to produce info for the System file for HP EISA Slave LAN adapters
#
system_hpe() {
bd=$1
case ${bd} in
0) IRQ=5 ; DMA=3;;
1) IRQ=7 ; DMA=2;;
2) IRQ=10; DMA=6;;
3) IRQ=11; DMA=5;;
esac
while :
do
prompt_select "Enter DMA channel" $DMA "1 2 3 5 6" || cleanup $FAIL
dma=$result
checkdma $name$bd $dma && break
done
DMACHAN=$dma
while :
do
prompt_select "Enter IRQ" $IRQ "3 4 5 7 10 11 12" || cleanup $FAIL
irq=$result
checkvec $name$bd $irq && break
done
IRQ=$irq
while :
do
prompt_select "Enter slot number" "" "0 1 2 3 4 5 6 7 8 9 10 11 12 13 14 15" || cleanup $FAIL
SLOT=$result
case $result in
0) bio=0C00; EIO=0CFF;;
1) bio=1C00; EIO=1CFF;;
2) bio=2C00; EIO=2CFF;;
3) bio=3C00; EIO=3CFF;;
4) bio=4C00; EIO=4CFF;;
5) bio=5C00; EIO=5CFF;;
6) bio=6C00; EIO=6CFF;;
7) bio=7C00; EIO=7CFF;;
8) bio=8C00; EIO=8CFF;;
9) bio=9C00; EIO=9CFF;;
10) bio=AC00; EIO=ACFF;;
11) bio=BC00; EIO=BCFF;;
12) bio=CC00; EIO=CCFF;;
13) bio=DC00; EIO=DCFF;;
14) bio=EC00; EIO=ECFF;;
15) bio=FC00; EIO=DCFF;;
*) cleanup $FAIL
esac
checkaddr $name$bd $bio $EIO && break
done
BIO=$bio
BRAM="0"
ERAM="0"
NMINORS="1"
}
#
# function to produce the info for the System file for the HP ISA LAN adapters
#
system_hpi() {
bd=$1
case ${bd} in
0) IRQ=2 ; BIO=300;;
1) IRQ=3 ; BIO=240;;
2) IRQ=5 ; BIO=280;;
3) IRQ=7 ; BIO=2C0;;
esac
while :
do
echo "IRQs 10 and 11 are only valid for 16-bit adapters."
prompt_select "Enter IRQ" $IRQ "2 3 4 5 7 10 11" || cleanup $FAIL
irq=$result
checkvec $name$bd $irq && break
done
IRQ=$irq
while :
do
prompt_select "Enter I/O base address" $BIO "200 240 280 2C0 300 320 340" || cleanup $FAIL
bio=$result
case $result in
200) EIO=21F ;;
240) EIO=25F ;;
280) EIO=29F ;;
2C0) EIO=2DF ;;
300) EIO=31F ;;
320) EIO=33F ;;
340) EIO=35F ;;
*) cleanup $FAIL
esac
checkaddr $name$bd $bio $EIO && break
done
BIO=$bio
BRAM="0"
ERAM="0"
NMINORS="1"
}
#
# Edits the major number into the space.c file for Racal InterLan drivers
#
space_inn() {
spacef=${CONF:-/etc/conf}/pack.d/${drv}0/space.c
currdir=`pwd`
cd $CONF/cf.d
maj=`./configure -j $base`
if [ $? -ne 0 -o "$maj" = "" ]
then
maj=`./configure -j NEXTMAJOR`
fi
cd $currdir
if [ "$bd" -eq 0 ]
then
str="${ucbase}_MAJEDT"
else
str="${ucbase}${bd}_MAJEDT"
fi
sed "s/$str/$maj/" $spacef >/tmp/bog$$
cp /tmp/bog$$ $spacef
rm -f /tmp/bog$$
}
#
# function to produce the information for the System file for the Racal InterLan
# ES-3210 board.
#
system_i3B() {
ucbase="I3B"
bd=$1
spacef=${CONF:-/etc/conf}/pack.d/${drv}0/space.c
case $bd in
0) IRQ=9; BIO=1; BRAM=d0000; DMA=NONE;;
1) IRQ=10; BIO=2; BRAM=d4000; DMA=NONE;;
2) IRQ=11; BIO=4; BRAM=d8000; DMA=NONE;;
3) IRQ=12; BIO=5; BRAM=dc000; DMA=NONE;;
esac
while :
do
prompt_select "Enter IRQ" $IRQ "3 4 5 6 7 9 10 11 12 14 15" || cleanup $FAIL
irq=$result
checkvec $name$bd $irq && break
done
IRQ=$irq
while :
do
prompt_range "Enter slot number" $BIO "1" "15" "1" || cleanup $FAIL
bio=`expr $result * 1000`
EIO=`ha $bio fff`
checkaddr $name$bd $bio $EIO && break
done
BIO=$bio
while :
do
prompt_range "Enter RAM base address" $BRAM "c0000" "3fffc000" "4000" || cleanup $FAIL
bram=$result
ERAM=`ha $bram 3fff`
checkram $name$bd $bram $ERAM || continue
break
done
BRAM=$bram
while :
do
prompt_select "Enter DMA" $DMA "NONE 0 1 2 3 5 6 7" || cleanup $FAIL
if [ "$result" = "NONE" ]
then
dma=-1
else
dma=$result
fi
checkdma $name$bd $dma && break
done
DMACHAN=$dma
#
# Setup space.c.
# Get the media type (thick or thin) and edit it into space.c
#
prompt_yn "Does this ES-3210 board use thick (AUI) ethernet?" "n" || cleanup $FAIL
if [ "$result" = "Y" ]
then
netyp="THIK"
else
netyp="THIN"
fi
if [ $bd -eq 0 ]
then
str="THIKTHIN"
else
str="THIKTHIN${bd}"
fi
a=`grep -n "^#define[ ]${str}[ ]" $spacef`
b=`expr "$a" : '.*G1_\(....\)'`
if [ "$b" != "$netyp" ]
then
c=`expr "$a" : '\(.*:\)' | sed 's/://'`
sed "${c}s/G1_$b/G1_$netyp/" $spacef >/tmp/bog$$
cp /tmp/bog$$ $spacef
rm /tmp/bog$$
fi
space_inn # Edit major number it into space.c
NMINORS="1"
}
#
# function to produce the information for the System file for the Racal InterLan
# NI-6510 board.
#
system_i6E() {
ucbase="I6E"
bd=$1
spacef=${CONF:-/etc/conf}/pack.d/${drv}0/space.c
BRAM=0
case $bd in
0) IRQ=9; BIO=360; DMA=3;;
1) IRQ=12; BIO=340; DMA=5;;
esac
while :
do
prompt_select "Enter IRQ" $IRQ "5 9 12 15" || cleanup $FAIL
irq=$result
checkvec $name$bd $irq && break
done
IRQ=$irq
while :
do
prompt_range "Enter I/O base address" $BIO "300" "360" "20" || cleanup $FAIL
bio=$result
EIO=`ha $bio f`
checkaddr $name$bd $bio $EIO && break
done
BIO=$bio
while :
do
prompt_select "Enter DMA" $DMA "0 3 5 6" || cleanup $FAIL
dma=$result
checkdma $name$bd $dma && break
done
DMACHAN=$dma
space_inn # Edit major number it into space.c
NMINORS="1"
}
# main()
#
#
# get the name of the init script being run, since one script
# is used for multiple drivers; get the number at the end of the
# script's name
#
if [ $# -gt 1 ]
then
name_below=$1; if_below=$2
name_above=$3; if_above=$4
configure=$5
fi
base=`basename $0`
drv=`echo $base | sed -e 's/[0-9]*$//`
bd=`expr $base : '.*\(.\)'`
makedevs $OK
check_args $drv $bd
#
# verify the driver is in the kernel link-kit
#
idcheck -p $base -i /tmp/dev$$
if [ $? -le 16 ]
then
echo "Error: $base driver is not installed"
cleanup $FAIL
fi
echo "Reconfiguring the $drv driver"
cd /usr/lib/lli/$drv
makedevs
#
# create the temporary directory for installing the driver
#
cd /tmp; rm -rf $base
mkdir $base; cd $base
DMACHAN="-1"
#
# set rel, type variables.
#
os_type
# get the interrupt vector & Base I/O address for the board that we are removing
currdir=`pwd`
cd /etc/conf/sdevice.d
ivec=`awk '{ if ( $1 != "*" ) print $6 }' < $base`
OBIO=`awk '{ if ( $1 != "*" ) print $7 }' < $base`
cd $currdir
#
# Do special board dependent processing
#
system_$drv $bd
echo
if [ "$IRQ" = "2" ]
then
IRQ=9
fi
echo "$base\tY\t$NMINORS\t5\t1\t$IRQ\t$BIO\t$EIO\t$BRAM\t$ERAM" >./System
#
# All the drivers support more than one board. In fact all the code to
# support all the boards is in the Driver.o for the board for the 1st board
# (eg the e3A0 driver acually contains enough code for the e3A1, e3A2 & e3A3
# boards). As we need a Driver.o to be associated with 2nd, 3rd or 4th board
# we install a dummy Driver.o, and a Master and Node which will actually cause
# calls into the base driver.
#
if [ $bd -gt 0 ]
then
echo "$base - iScH $PREFIX$bd 0 0 1 256 $DMACHAN" >./Master
echo "clone $base c $base" >./Node
idinstall -u -m -s -n -e -k $base
else
echo "$base I iScH $PREFIX 0 0 1 256 $DMACHAN" >./Master
idinstall -u -m -s -e -k $base
fi
# delete any potential BASE I/O address conflicts with the sio driver
[ "$rel" = "3.2.0" -o "$rel" = "3.2.1" -o "$rel" = "3.2.2" ] && sio_conflict
if [ "$ivec" = "3" -o "$ivec" = "4" -o "$ivec" = "7" ]
then
[ ${ivec} != ${IRQ} ] && restorevector $ivec
fi
cleanup $RELINK
