#ident "@(#)ether:ID/Install 1.8.1.7" # Device Driver Install Package # TMP=/tmp/ether.err PATH=/bin:/usr/bin:/etc:/etc/conf/bin ERROR1=" Errors have been written to the file $TMP." rm -f $TMP > /dev/null 2>&1 NAME="ACCTON Ethernet Stream Driver" PKG="accdrv" INT1=3 LADD1=280 HADD1=29f LMEM1=D0000 HMEM1=D1fff # # Edit the sdevice file to remove the driver # Remove temp files and exit with the status passed as argument # Prompt for yes or no answer with message passed as argument - # returns non-zero for no getyn() { while echo "\n$* (y/n/q) \c">&2 do read yn rest case $yn in [yY]) return 0 ;; [nN]|[qQ]) return 1 ;; *) echo "Please answer y,n or q" >&2 ;; esac done } cleanup() { trap '' 1 2 3 15 [ "$tmp" ] && rm -f $tmp* exit $1 } rmsystem() { ed -s /etc/conf/cf.d/sdevice << TOAST /^$1/ d w q TOAST } chktcp() { /etc/conf/bin/idcheck -p tcp > /dev/null 2>&1 RETTP=$? echo ".\c" if [ $RETTP != 31 ] then ERROR="cannot be installed. \ You must install the TCP/IP package before you can install this package." message "The ${PKG} ${ERROR}. \ Use installpkg to install the TCP/IP driver before attempting \ to install the ${NAME} again." exit 1 fi } # Re-link new kernel relink() { if [ -z "$_NOPROMPT" ] ; then echo "\nRe-linking the kernel ... \c" >&2 fi [ "$_RELINK" ] && { > /tmp/_relink return 0 } [ -f unix ] && mv unix unix.old /etc/conf/bin/idbuild 2>&1 if [ $? != 0 ] then echo " The installation cannot be completed due to" echo " an error in the kernel reconfiguration." echo " Please try the installation again." echo "" return 1 fi grep 'SCO' /etc/motd > /dev/nul stat=$? if [ "$stat" -eq "1" ]; then /etc/conf/bin/idmkenv cp /etc/conf/cf.d/unix / fi echo "" echo "The new kernel has been installed successfully," >&2 echo "the following step is to modify TCP/IP configuration." >&2 sleep 2 chmod u+x /accdrv/ethtcp /accdrv/ethtcp echo "Now you can reboot the system via 'init 6' command." >&2 return 0 } getmaj() { awk '$1 ~ /ether/ {print $6}' /etc/conf/cf.d/mdevice > tmp ed /etc/conf/pack.d/ether0/space.c << TOAST > /dev/null 25r tmp 1 /$1 s/$1// - j w q TOAST rm tmp } cd /accdrv chktcp echo "\n\n\n\n\c" echo " SCO System V/386 Release 3.2 2 Ethernet Device Driver Iteractive System i386 3.2 2 Ethernet Device Driver Installation Copyright (C) 1990-1992 ACCTON Corp. All Right Reserved " while echo "Do you want to install or delete the ACCTON ethernet stream driver (i/d/q)? \c" do read ANSWER case $ANSWER in I|i) break ;; D|d) cd /etc/conf/pack.d for i in ether[0-3] ; do idinstall -d -e $i done cd /etc/conf/cf.d rmsystem ether0 cd / if [ -f /etc/tcp -o -f /etc/strcf ]; then grep -v ether /etc/tcp > /tmp/tcp && cp /tmp/tcp /etc/tcp grep -v ether /etc/strcf > /tmp/strcf && cp /tmp/strcf /etc/strcf rm -f /tmp/tcp /tmp/strcf fi if [ -f /etc/netd.cf ]; then grep -v ether /etc/netd.cf > /tmp/netd.cf && cp /tmp/netd.cf /etc/netd.cf rm -f /tmp/netd.cf fi # Relink the kernel with the new driver information if [ -z "$_NOPROMPT" ] ; then if getyn "\nDo you wish to relink the kernel now?" then relink else echo "\nChanges will not take effect until the kernel is relinked." >&2 fi else relink fi cleanup 0 ;; Q|q) cleanup 0 ;; *) echo "Please answer 'i', 'd' or 'q'." ;; esac done RELEASE=`uname -v` count=0 while expr $count \< 3 >/dev/null do RETVCHK=0 clear="\033[2J" home="\033[1;1H" while true do echo $clear echo $home VNUM="" echo "" echo "" echo "" echo "" echo " \033[4mNetwork Driver Installation\033[0m" echo "" echo "" echo " Which network driver do you want to install?" echo "" echo " 1. ACCTON EtherPair/EtherCoax-NE" echo "" echo " 2. ACCTON EtherCombo-32" echo "" echo " Please select any number: \c" read VNUM echo "\033[18;1H\033[0J" case ${VNUM} in 1) echo ""; echo " \033[7mACCTON EtherPair/EtherCoax-NE was selected.\033[0m"; LMEM1=0; HMEM1=0; cp /accdrv/newd.o /accdrv/Driver.o; cp /accdrv/space.c /accdrv/Space.c; ln ioaddrne ioaddr; break ;; 2) echo ""; echo " \033[7mACCTON EtherCombo-32 was selected.\033[0m"; LADD1=0; HADD1=0; LMEM1=0; HMEM1=0; cp /accdrv/en1200.o /accdrv/Driver.o; cp /accdrv/space.c /accdrv/Space.c; break ;; *) ;; esac done echo "clone ether$count c ether$count" > ./Node # sysconf prompts for parameters and creates # the System file /etc/conf/bin/idcheck -p ether$count > /dev/null 2>&1 RETTP=$? echo ".\c" while [ $RETTP != 31 ] do echo ".\c" ################ # find out if interrupts 2, 3, 4, 5 ,7 and 9 are available and then # prompt the user to select one VECTMSG="" for VECT in 2 3 4 5 7 10 11 15 do /etc/conf/bin/idcheck -v $VECT >/dev/null 2>&1 RETVCHK=$? if [ "$RETVCHK" = 0 ] then VECTMSG="${VECTMSG}\n\tIRQ ${VECT}" VECTLIST="${VECTLIST} ${VECT}" fi done if [ "$VECTLIST" != "" ] then while true do VANSWER="" message -d "Available interrupt(s) for the first ${NAME}: \ ${VECTMSG}\n\nType the interrupt number and strike the ENTER key or\n\ type Q to cancel installation." read VANSWER if [ "x$VANSWER" != xQ -a "x$VANSWER" != xq ] then for i in $VECTLIST do if [ "x$VANSWER" = "x$i" ] then INT1="$VANSWER" break 2 fi done else exit 1 fi message -d "Invalid Answer" done fi ##################### if [ "$VNUM" = 4 ] then LADD1=3000 HADD1=301f break fi echo 'I/O address can be set to the following values:' csplit -fGarbage -s ioaddr 2 cat Garbage01 rm -f Garbage* set `echo \`cat ioaddr\`` while [ $# != 0 ] do LADD1=$1 HADD1=$2 message -d "Default i/o address ranges are $LADD1 to $HADD1.\ Type i/o address or strike ENTER to accept the default." read VANSWER if [ "x$VANSWER" != "x" ] then while true do ADDCHK=`grep $VANSWER ioaddr` if [ "x$ADDCHK" != "x" ] then set `echo $ADDCHK` LADD1=$1 HADD1=$2 break 2 else message -d "I/O address $VANSWER\ is invalid. Please try another address or strike ENTER for a list of valid \ addresses." read VANSWER if [ "x$VANSWER" = "x" ] then cat ioaddr message -d "Please type \ i/o address." read VANSWER fi fi done else break fi done if [ "$VNUM" = 2 ] then echo '.\c' echo 'Memory address can be set to the following values:' csplit -fGarbage -s address 2 cat Garbage01 rm -f Garbage* set `echo \`cat address\`` while [ $# != 0 ] do LMEM1=$1 HMEM1=$2 message -d "Default memory address ranges are $LMEM1 to $HMEM1,\ Type the memory address number or strike ENTER to accept the default." read VANSWER if [ "x$VANSWER" != "x" ] then while true do ADDCHK=`grep $VANSWER address` if [ "x$ADDCHK" != "x" ] then set `echo $ADDCHK` LMEM1=$1 HMEM1=$2 break 2 else message -d "Memory address $VANSWER\ is invalid. Please try another address or strike ENTER for a list of valid \ addresses." read VANSWER if [ "x$VANSWER" = "x" ] then cat address message -d "Please type \ memory address number." read VANSWER fi fi done else break fi done break else LMEM1=00000 HMEM1=00000 break fi done if [ "$VNUM" = 2 ] then echo "You are installing the ${NAME}" echo "using hardware interrupt number ${INT1}, and i/o addresses ${LADD1}" echo "through ${HADD1}. And memory addresses ${LMEM1} through ${HMEM1}." echo "Be sure that these values are not in use by another" echo "add-on board." elif [ "$VNUM" = 4 ] then echo "You are installing the ${NAME}" echo "using hardware interrupt number ${INT1}" else echo "You are installing the ${NAME}" echo "using hardware interrupt number ${INT1}, and i/o addresses ${LADD1}" echo "through ${HADD1}. Be sure that these values are not in use" echo "by another add-on board." fi message "The ${NAME} Configuration Ok !!" ################# # Make sure to switch interrupt 2 to 9 so that idbuild will not fail. if [ "$INT1" = 2 ] then INT1=9 fi echo ".\c" cp /accdrv/accsys /accdrv/System sed -e "s/LADD1/${LADD1}/" -e "s/HADD1/${HADD1}/" -e "s/INT1/${INT1}/" < /accdrv/System > Sys.$$ cat Sys.$$ > /accdrv/System rm -f Sys.$$ echo ".\c" sed -e "s/LMEM1/${LMEM1}/" -e "s/HMEM1/${HMEM1}/" < /accdrv/System > Sys.$$ cat Sys.$$ > /accdrv/System rm -f Sys.$$ echo ".\c" sed -e "s/ether/ether$count/" < /accdrv/System > Sys.$$ cat Sys.$$ > /accdrv/System rm -f Sys.$$ # Driver.o and Master (for ether1 and above) if [ $count -gt 0 ] ; then echo "clone ether$count c ether$count" > ./Node echo "ether$count - iScH ether$count 0 0 1 256 -1" > ./Master idcheck -p ether$count ; res=$? if [ $res -lt 16 ] ; then if [ ! -d /etc/conf/pack.d/ether$count ] ; then mkdir /etc/conf/pack.d/ether$count fi idinstall -a -m -s -n -o -p -e ether$count else idinstall -u -m -s -n -o -p -e ether$count fi else echo "ether0 I iScH ether 0 0 1 256 -1" > ./Master if [ ! -d /etc/conf/pack.d/ether$count ] ; then mkdir /etc/conf/pack.d/ether$count fi idinstall -a -m -s -n -o -p -e ether$count fi getmaj ETHER_CMAJOR_$count count=`expr $count + 1` break done echo "" cd / # Relink the kernel with the new driver information if [ -z "$_NOPROMPT" ] ; then if getyn "\nDo you wish to relink the kernel now?" then relink else echo "\n$set will not work until the kernel is relinked." >&2 cleanup 0 fi else relink fi