#!/bin/ksh
#======================================================================
#
# Filename : system_info_v7.sh
#
#
# Description : Script used to document server configuration
#
#@(#)Version : 2.4 ( 14-Oct-2005 )
#
# Notes : Will take one parameter for 3rd party software
# searches.
# n = no search
# o = oracle only search
# j = java only search
# anything else = full search
# no parameter = full search
#
#———————————————————————-
#
#———————————————————————-
# Functions
#———————————————————————-
f_initialise()
{
DATE=`date +%Y-%m-%d`
thisuser=$(id | cut -f1 -d ” ” | cut -f2 -d “(” | cut -f1 -d “)”)
thisgroup=$(id | cut -f2 -d ” ” | cut -f2 -d “(” | cut -f1 -d “)”)
info_filename=./system_info_v7.txt
temp_filename_1=./temporary_file_1.txt
temp_filename_2=./temporary_file_2.txt
temp_filename_3=./temporary_file_3.txt
temp_filename_4=./temporary_file_4.txt
touch ${info_filename}
touch ${temp_filename_1}
touch ${temp_filename_2}
touch ${temp_filename_3}
touch ${temp_filename_4}
if [[ ! -f ${info_filename} ]]
then
print “Cannot write to ${info_filename} – aborting”
exit 1
fi
if [[ ! -f ${temp_filename_1} ]]
then
print “Cannot write to ${temp_filename_1} – aborting”
exit 1
fi
if [[ ! -f ${temp_filename_2} ]]
then
print “Cannot write to ${temp_filename_2} – aborting”
exit 1
fi
if [[ ! -f ${temp_filename_3} ]]
then
print “Cannot write to ${temp_filename_3} – aborting”
exit 1
fi
if [[ ! -f ${temp_filename_4} ]]
then
print “Cannot write to ${temp_filename_4} – aborting”
exit 1
fi
server_name=$(hostname)
print “\nInformation from ${server_name} on ${DATE}\n” > ${info_filename}
print “\nReport run by ${thisuser}:${thisgroup} (${SHELL})\n” >> ${info_filename}
}
f_hardware()
{
print “\nHARDWARE Information” >> ${info_filename}
print “======== ===========” >> ${info_filename}
case ${op_sys} in
HP-UX)
print “Running model”
hw_info=$(model)
hw_info=$(echo “HP ${hw_info}”)
mc_type=$(model | cut -d ‘/’ -f3)
case ${mc_type} in
A400-44)
mc_name=rp2400
;;
A400-6X)
mc_name=rp2430
;;
A500-44)
mc_name=rp2450
;;
A500-5X)
mc_name=rp2470
;;
A500-6X)
mc_name=rp2470
;;
A500-7X)
mc_name=rp2450
;;
L1000-36)
mc_name=rp5400
;;
L1000-44)
mc_name=rp5400
;;
L1000-5X)
mc_name=rp5400
;;
L1500-5X)
mc_name=rp5430
;;
L1500-6X)
mc_name=rp5430
;;
L1500-7X)
mc_name=rp5430
;;
L1500-8X)
mc_name=rp5430
;;
L2000-36)
mc_name=rp5450
;;
L2000-44)
mc_name=rp5450
;;
L2000-5X)
mc_name=rp5450
;;
L3000-5X)
mc_name=rp5470
;;
L3000-6X)
mc_name=”rp5405/5470″
;;
L3000-7X)
mc_name=rp5470
;;
L3000-8X)
mc_name=rp5470
;;
N4000-65)
mc_name=rp7400
;;
N4000-75)
mc_name=rp7400
;;
rp7410)
mc_name=”rp7405/rp7410″
;;
S16K-A)
mc_name=rp8400
;;
*)
mc_name=”"
;;
esac
print “\n\tModel:\\t\t\t${hw_info} ${mc_name}” >> ${info_filename}
unset mc_name
if [[ -x /usr/sbin/ioscan ]]
then
print “Running ioscan on processor”
typeset i_count=$(/usr/sbin/ioscan -fnkC processor |wc -l)
let i_count=i_count-2
print “\n\tNumber of processors:\t${i_count}” >> ${info_filename}
unset i_count
else
print “/usr/sbin/ioscan not found”
fi
if [[ -x /usr/sbin/cstm ]]
then
print “Running cstm on CPU – please wait”
hw_info=$(echo “selclass qualifier cpu;infolog” | /usr/sbin/cstm | grep “CPU Module” | uniq)
hw_info=$(echo $hw_info | sed -e ’s/Module/Revision/’)
if [[ "${hw_info}" = "" ]]
then
os_ver=$(uname -r | cut -d ‘.’ -f3)
grep CPU /var/tombstones/ts99 | grep PA | uniq > ${temp_filename_4}
case ${os_ver} in
00)
cat ${temp_filename_4} | while read line
do
cpu_type=$(echo ${line} | cut -d ‘ ‘ -f2,3)
done
;;
11)
cat ${temp_filename_4} | while read line
do
cpu_type=$(echo ${line} | cut -d ‘ ‘ -f2)
done
;;
esac
hw_info=${cpu_type}
unset cpu_type
fi
print “\n\tType of processor:\t${hw_info}” >> ${info_filename}
print “Running cstm on memory – please wait”
hw_info=$(echo ’selall;info;wait;infolog;view;done’ | /usr/sbin/cstm |grep ‘Total Configured Memory’ | cut -d ‘:’ -f2)
print “\n\tMemory:\t\t\t${hw_info}” >> ${info_filename}
else
print “/usr/sbin/cstm not found”
fi
if [[ -x /usr/sbin/swapinfo ]]
then
swapsize=$(/usr/sbin/swapinfo -tam | grep total | grep -v /)
swapmb=$(echo $swapsize | cut -d ‘ ‘ -f2)
swapmbtxt=$(echo “${swapmb} MB”)
unset swapsize swapmb
else
print “/usr/sbin/swapinfo cannot be executed by this user”
swapmbtxt=”cannot obtain swap information”
fi
if [[ -x /usr/sbin/kmtune ]]
then
maxsctxt=$(/usr/sbin/kmtune -q maxswapchunks | grep maxswapchunks)
typeset -i maxscnum=$(echo ${maxsctxt} | cut -d ‘ ‘ -f2)
sctxt=$(/usr/sbin/kmtune -q swchunk | grep swchunk)
typeset -i scnum=$(echo ${sctxt} | cut -d ‘ ‘ -f2)
typeset -i maxswapmb=${maxscnum}*${scnum}/1024
maxswaptxt=$(echo “maximum swap space is configured to ${maxswapmb} MB”)
unset sctxt maxsctxt
unset maxswapmb maxscnum scnum
else
print “/usr/sbin/kmtune cannot be executed by this user”
maxswaptxt=”cannot obtain kernel information”
fi
print “\n\tSwap space:\t\t${swapmbtxt}” >> ${info_filename}
print “\t\t\t\t${maxswaptxt}” >> ${info_filename}
unset swapmbtxt maxswaptxt
;;
SunOS)
print “Running uname”
servertype=$(uname -m)
if [[ -x /usr/platform/${servertype}/sbin/prtdiag ]]
then
systeminfo=$(echo “`/usr/platform/${servertype}/sbin/prtdiag |grep ‘System Configuration’ |cut -d’:’ -f2`”)
modelinfo=$(echo ${systeminfo} | cut -d ‘ ‘ -f4,5,6)
print “\n\tModel:\\t\t\t\t${modelinfo}” >> ${info_filename}
else
print “/usr/platform/${servertype}/sbin/prtdiag cannot be executed by this user”
fi
if [[ -x /usr/sbin/psrinfo ]]
then
print “Running psrinfo”
typeset i_count=$(/usr/sbin/psrinfo |wc -l)
print “\n\tNumber of processors:\t ${i_count}” >> ${info_filename}
unset i_count
else
print “/usr/sbin/psrinfo cannot be executed by this user”
fi
if [[ -x /usr/platform/${servertype}/sbin/prtdiag ]]
then
print “Running prtdiag”
systeminfo=$(echo “`/usr/platform/${servertype}/sbin/prtdiag |grep ‘System Configuration’ |cut -d’:’ -f2`”)
cpuinfo=$(echo ${systeminfo} | cut -d ‘ ‘ -f9,10)
cpustrsize=${#cpuinfo}
(( cpustrsize=${cpustrsize}-1 ))
dispcpuinfo=$(print ${cpuinfo} | cut -c 1-${cpustrsize})
print “\n\tCPU:\\t\t\t\t${dispcpuinfo}” >> ${info_filename}
unset cpuinfo cpustrsize dispcpuinfo
else
print “/usr/platform/${servertype}/sbin/prtdiag cannot be executed by this user”
fi
if [[ -x /usr/sbin/prtconf ]]
then
print “Running prtconf”
memsize=$(/usr/sbin/prtconf | grep ‘Memory size’ | cut -d ‘ ‘ -f3)
print “\n\tMemory:\\t\t\t\t${memsize} MB” >> ${info_filename}
unset memsize
else
print “/usr/sbin/prtconf cannot be executed by this user”
fi
if [[ -x /usr/sbin/swap ]]
then
print “Running swap”
memsize=$(/usr/sbin/swap -s | grep ‘total’ | cut -d ‘ ‘ -f2)
memstrsize=${#memsize}
(( memstrsize=${memstrsize}-1 ))
typeset -i memmb=$(echo ${memsize} | cut -c 1-${memstrsize})
(( memmb=${memmb}/1024 ))
print “\n\tSwap space:\\t\t\t${memmb} MB” >> ${info_filename}
unset memsize memstrsize memmb
else
print “/usr/sbin/swap cannot be executed by this user”
fi
;;
esac
}
f_operating_system()
{
print “\n\nOPERATING SYSTEM Information” >> ${info_filename}
print “========= ====== ===========” >> ${info_filename}
case ${op_sys} in
HP-UX)
print “Running uname”
opsys_info=$(uname -s)
print “\n\tOperating System:\t${opsys_info}” >> ${info_filename}
opsys_info=$(uname -r)
print “\n\tRelease:\t\t${opsys_info}” >> ${info_filename}
opsys_info=$(uname -v)
print “\n\tVersion:\t\t${opsys_info}” >> ${info_filename}
opsys_info=$(getconf KERNEL_BITS)
print “\n\tWord size:\t\t${opsys_info} bits” >> ${info_filename}
unset opsys_info
if [[ -x /usr/sbin/swlist ]]
then
print “Running swlist to check patch bundle – please wait”
sw_info=$(/usr/sbin/swlist | grep -e QPK -e GOLD)
sw_date=$(echo ${sw_info} | cut -d ‘,’ -f2)
sw_info=$(echo ${sw_info} | cut -d ‘ ‘ -f1)
print “\n\tLatest patch bundle:\t${sw_date} ${sw_info}\n” >> ${info_filename}
unset sw_info sw_date
else
print “/usr/sbin/swlist not found”
fi
if [[ -x /usr/contrib/bin/show_patches ]]
then
print “Running show_patches – please wait”
print “\nOutput from show_patches:\n” >> ${info_filename}
/usr/contrib/bin/show_patches >> ${info_filename}
else
print “/usr/contrib/bin/show_patches not found”
fi
;;
SunOS)
print “Running uname”
opsys_info=$(uname -s)
print “\n\tOperating System:\t\t${opsys_info}” >> ${info_filename}
opsys_info=$(uname -r)
print “\n\tRelease:\t\t\t${opsys_info}” >> ${info_filename}
opsys_info=$(uname -v)
print “\n\tVersion:\t\t\t${opsys_info}” >> ${info_filename}
unset opsys_info
if [[ -x /usr/bin/isainfo ]]
then
word_size=$(/usr/bin/isainfo -kv | cut -c 1-2)
print “\n\tWord size:\t\t\t${word_size} bits” >> ${info_filename}
unset word_size
else
print “/usr/bin/isainfo cannot be executed by this user”
fi
;;
esac
}
f_kernel()
{
print “\n\nKERNEL Information” >> ${info_filename}
print “====== ===========” >> ${info_filename}
case ${op_sys} in
HP-UX)
if [[ -f /usr/sbin/kmtune ]]
then
print “Running kmtune (selective)”
print “\nOutput from kmtune (selective):\n” >> ${info_filename}
/usr/sbin/kmtune -q ksi_alloc_max -q max_thread_proc -q maxdsiz -q maxdsiz_64bit -q maxfiles -q maxfiles_lim -q maxssiz -q maxssiz_64bit -q maxswapchunks -q maxuprc -q maxusers -q msgmap -q msgmni -q msgseg -q msgtql -q ncallout > ${temp_filename_1}
/usr/sbin/kmtune -q ncsize -q nfile -q nflocks -q ninode -q nkthread -q nproc -q semmap -q semmni -q semmns -q semmnu -q semvmx -q shmmax -q shmmni -q shmseg -q vps_ceiling -q vx_ncsize >> ${temp_filename_1}
sed -e ’s/===============================================================================//’ ${temp_filename_1} > ${temp_filename_2}
sed -e ’s/Parameter Value//’ ${temp_filename_2} > ${temp_filename_1}
cat ${temp_filename_1} | sort | uniq | sed -e ‘/^$/d’ > ${temp_filename_2}
/usr/sbin/kmtune -q bufpages > ${temp_filename_1}
cat ${temp_filename_1} ${temp_filename_2} >> ${info_filename}
print “Running kmtune (long listing)”
print “\nOutput from kmtune (long):\n” >> ${info_filename}
/usr/sbin/kmtune -l >> ${info_filename}
else
print “/usr/sbin/kmtune not found”
fi
;;
SunOS)
if [[ -f /etc/system ]]
then
print “Printing system information”
print “\n\tSelected output from /etc/system:\n” >> ${info_filename}
grep set /etc/system | grep -v ‘*’ | grep -v mddb_bootlist1 | cut -d ‘ ‘ -f2 > ${temp_filename_1}
cat ${temp_filename_1} | while read line
do
print “\t${line}” >> ${info_filename}
done
rm ${temp_filename_1}
else
print “/etc/system cannot be found”
fi
print “\n” >> ${info_filename}
if [[ -x /etc/sysdef ]]
then
print “Getting kernel information – please wait”
print “\tSelected output from sysdef:\n” >> ${info_filename}
> ${temp_filename_1}
/etc/sysdef -i |sed -e ’s/*/#/g’ |while read line
do
START=`echo “${line}” |grep ‘Tunable Parameters’`
if [[ "${START}" != "" ]]
then
WRITE=”YES”
fi
if [[ "${WRITE}" = "YES" ]]
then
echo ${line} |while read first rest
do
if [[ "${first}" != "#" ]]
then
print “\t${rest}\t${first}” >> ${temp_filename_1}
fi
done
fi
done
cat ${temp_filename_1} | grep -v ‘(‘ | sort > ${temp_filename_2}
cat ${temp_filename_1} | grep ‘(‘ | sort > ${temp_filename_3}
typeset -i strsize=0
> ${temp_filename_4}
cat ${temp_filename_3} | while read line
do
field1=$(print ${line} | cut -d ‘(‘ -f1)
field2=$(print ${line} | cut -d ‘(‘ -f2 | cut -d ‘)’ -f1)
field3=$(print ${line} | cut -d ‘(‘ -f2 | cut -d ‘ ‘ -f2)
strsize=${#field2}
if [[ ${strsize} -gt 7 ]]
then
tabstr1=”"
else
tabstr1=”\t”
fi
strsize=${#field3}
if [[ ${strsize} -gt 7 ]]
then
tabstr2=”"
else
tabstr2=”\t”
fi
if [[ ${strsize} -gt 14 ]]
then
tabstr3=”"
else
tabstr3=”\t”
fi
print “\t${field2}${tabstr1}\t${field3}${tabstr2}${tabstr3}\t${field1}” >> ${temp_filename_4}
done
cat ${temp_filename_2} >> ${info_filename}
cat ${temp_filename_4} | sort >> ${info_filename}
rm ${temp_filename_1} ${temp_filename_2} ${temp_filename_3} ${temp_filename_4}
unset strsize field1 field2 field3
fi
if [[ -x /usr/bin/isainfo ]]
then
word_size=$(/usr/bin/isainfo -kv | cut -c 1-2)
if [[ ${word_size} = "64" ]]
then
if [[ -x /usr/bin/showrev ]]
then
print “Running showrev”
print “\nOutput from showrev -p:\n” >> ${info_filename}
/usr/bin/showrev -p >> ${info_filename}
else
print “/usr/bin/showrev cannot be executed by this user”
fi
else
if [[ -x /usr/bin/pkginfo ]]
then
print “Running pkginfo”
print “\nOutput from pkginfo -i package name:\n” >> ${info_filename}
/usr/bin/pkginfo -i package name >> ${info_filename}
else
print “/usr/bin/pkginfo cannot be executed by this user”
fi
fi
else
print “/usr/bin/isainfo cannot be executed by this user”
fi
;;
esac
}
f_network()
{
print “\n\nNETWORK Information” >> ${info_filename}
print “======= ===========” >> ${info_filename}
case ${op_sys} in
HP-UX)
print “Obtaining IP Address”
srvr_name=$(uname -n)
IPADDRESS=`/usr/sbin/ping ${srvr_name} -n 1|grep ^64 |sed -e ’s/(/ /g’ -e ’s/)/ /g’ -e ’s/:/ /g’ |awk ‘{print $4}’`
if [ "${IPADDRESS}" = "" ]; then
IPADDRESS=”Unknown”
fi
print “\n\tIP Address:\t\t${IPADDRESS}\n” >> ${info_filename}
unset srvr_name
f_hosts_file
if [[ -f /usr/bin/ndd ]]
then
print “Running ndd”
print “\nOutput from ndd on tcp_conn_request_max:\n” >> ${info_filename}
/usr/bin/ndd -get /dev/tcp tcp_conn_request_max >> ${info_filename}
else
print “/usr/bin/ndd not found”
fi
;;
SunOS)
print “Obtaining IP Address”
srvr_name=$(uname -n)
ipadd=$(ping -s ${srvr_name} 56 1|grep 64 | cut -d ‘ ‘ -f5)
ipaddstrsize=${#ipadd}
(( ipaddstrsize = ${ipaddstrsize} – 2 ))
dispipadd=$(echo ${ipadd} | cut -c 2-${ipaddstrsize})
if [[ "${dispipadd}" = "" ]]
then
dispipadd=”Unknown”
fi
print “\n\tIP Address:\t\t\t${dispipadd}\n” >> ${info_filename}
unset srvr_name ipadd ipaddstrsize dispipadd
f_hosts_file
;;
esac
}
f_hosts_file()
{
if [[ -f /etc/hosts ]]
then
print “\n\t/etc/hosts file contents:” >> ${info_filename}
print “\n\t\tIP Address\tHostname\tExtra information” >> ${info_filename}
print “\t\t———-\t——–\t—————–” >> ${info_filename}
grep ‘^[0-9]‘ /etc/hosts |awk ‘{print ” “$1″\t”$2″\t”$3″\t”$4″\t”$5}’ >> ${info_filename}
else
print “/etc/hosts not found”
fi
}
f_filesystem()
{
print “\n\nDATA STORAGE Information” >> ${info_filename}
print “==== ======= ===========\n” >> ${info_filename}
case ${op_sys} in
HP-UX)
if [[ -f /etc/fstab ]]
then
print “Getting contents of fstab”
print “\n\t/etc/fstab file contents:\n” >> ${info_filename}
print “\n\t\tRaw device\tMount Point\tType\tOptions\tDump\tFSCK” >> ${info_filename}
print “\t\t———-\t———–\t—-\t——-\t—-\t—-” >> ${info_filename}
egrep ‘^/|^[a-z]‘ /etc/fstab |sed -e ’s/,/;/g’ |awk ‘{print “\t\t”$1″\t”$2″\t”$3″\t”$4″\t”$5″\t”$6}’ >> ${info_filename}
else
print “/etc/fstab not found”
fi
if [[ -f /usr/bin/bdf ]]
then
print “Running bdf”
print “\n\n\tMounted Filesystem information:\n” >> ${info_filename}
/usr/bin/bdf |awk ‘{if ( NF == 1 ) {printf(“\t\t%s\t”,$1)} else {for (i = 1; i <= NF-1; i++) {printf(“\t\t%s\t”,$i)} i++; print $NF } }’ >> ${info_filename}
else
print “/usr/bin/bdf not found”
fi
;;
SunOS)
if [[ -f /etc/vfstab ]]
then
print “Getting contents of vfstab”
print “\n\t/etc/vfstab file contents:\n” >> ${info_filename}
print “\n\t\tRaw device\tMount Point\tType\tOptions\tDump\tFSCK” >> ${info_filename}
print “\t\t———-\t———–\t—-\t——-\t—-\t—-” >> ${info_filename}
egrep ‘^/|^[a-z]‘ /etc/vfstab |sed -e ’s/,/;/g’ |awk ‘{print “\t\t”$1″\t”$2″\t”$3″\t”$4″\t”$5″\t”$6}’ >> ${info_filename}
else
print “/etc/vfstab not found”
fi
if [[ -x /usr/bin/df ]]
then
print “Running df”
print “\n\n\tMounted Filesystem information:\n” >> ${info_filename}
/usr/bin/df > ${temp_filename_1}
cat ${temp_filename_1} | while read line
do
print “\t\t${line}” >> ${info_filename}
done
rm ${temp_filename_1}
else
print “/usr/bin/df not executable by this user”
fi
;;
esac
}
f_3rd_party()
{
case ${supplied_parameter} in
n)
# Do nothing
;;
o)
# Search only for Oracle
print “\n\n3RD PARTY SOFTWARE Information” >> ${info_filename}
print “=== ===== ======== ===========\n” >> ${info_filename}
f_find_oracle
;;
j)
# Search only for Java
print “\n\n3RD PARTY SOFTWARE Information” >> ${info_filename}
print “=== ===== ======== ===========\n” >> ${info_filename}
f_find_java
;;
*)
# Search for Java and Oracle
print “\n\n3RD PARTY SOFTWARE Information” >> ${info_filename}
print “=== ===== ======== ===========\n” >> ${info_filename}
f_find_oracle
f_find_java
;;
esac
}
f_find_java()
{
if [[ "${JAVA_HOME}" != "" ]]
then
> ${temp_filename_1}
java -version 2>&1 | tee ${temp_filename_1}
java_version=$(grep version ${temp_filename_1})
disp_java=$(print ${java_version} | cut -c 6-${#java_version})
print “\n\tJava installed is ${disp_java}\n” >> ${info_filename}
unset disp_java
else
print “Trying to find Java – please wait”
> ${temp_filename_1}
print “#! /bin/ksh” > ${temp_filename_4}
print “find / -name java -print > ${temp_filename_1} 2>/dev/null” >> ${temp_filename_4}
chmod 750 ${temp_filename_4}
./${temp_filename_4} |&
ps_line=$(ps -ef|grep find | grep java)
the_pid=$(echo ${ps_line} | cut -d ‘ ‘ -f2)
unset ps_line
while true
do
print -n — .
sleep 1
if [ `ps -ef | grep ${the_pid} | grep java | wc -l` -eq 0 ]
then
print
break
fi
done
cat ${temp_filename_1} | grep jre | grep bin | grep -v oracle | grep -v openv | grep -v PA_RISC > ${temp_filename_2}
typeset -i file_count=$(wc -l ${temp_filename_2} | cut -d ‘ ‘ -f1)
if [ ${file_count} -gt 0 ]
then
print “\n\tJava found at:” >> ${info_filename}
cat ${temp_filename_2} >> ${info_filename}
else
print “\n\tNo versions of Java were found” >> ${info_filename}
fi
unset file_count
unset the_pid
fi
}
f_find_oracle()
{
if [[ "${ORACLE_HOME}" != "" ]]
then
> ${temp_filename_1}
sqlplus -version > ${temp_filename_1}
disp_ora=$(grep ‘[0-9]‘ ${temp_filename_1} | cut -d ‘ ‘ -f3)
print “\n\tOracle installed is version ${disp_ora}\n” >> ${info_filename}
unset disp_ora
if [ `ps -ef | grep tnslsnr | grep -v grep | wc -l` -eq 1 ]
then
if [ -x ${ORACLE_HOME}/bin/lsnrctl ]
then
print “\n\t\tListener status:\n” >> ${info_filename}
${ORACLE_HOME}/bin/lsnrctl status > ${temp_filename_4}
cat ${temp_filename_4} | grep Instance | grep READY | uniq | sort | sed -e ’s/Instance/ Instance/’ | sed -e ’s/for this service…//’ >> ${info_filename}
cat ${temp_filename_4} | grep Instance | grep UNKNOWN | uniq | sort | sed -e ’s/Instance/ Instance/’ | sed -e ’s/for this service…//’ >> ${info_filename}
fi
fi
else
print “Trying to find Oracle – please wait”
> ${temp_filename_1}
print “#! /bin/ksh” > ${temp_filename_4}
print “find / -name oracle -print > ${temp_filename_1} 2>/dev/null” >> ${temp_filename_4}
chmod 750 ${temp_filename_4}
./${temp_filename_4} |&
ps_line=$(ps -ef|grep find | grep oracle)
the_pid=$(echo ${ps_line} | cut -d ‘ ‘ -f2)
unset ps_line
while true
do
print -n — .
sleep 1
if [ `ps -ef | grep ${the_pid} | grep oracle | wc -l` -eq 0 ]
then
print
break
fi
done
cat ${temp_filename_1} | grep bin | grep -v java | grep -v ultrasearch > ${temp_filename_2}
typeset -i file_count=$(wc -l ${temp_filename_2} | cut -d ‘ ‘ -f1)
if [ ${file_count} -gt 0 ]
then
print “\n\tOracle found at:” >> ${info_filename}
cat ${temp_filename_2} >> ${info_filename}
else
print “\n\tNo versions of Oracle were found” >> ${info_filename}
fi
unset the_pid
unset file_count
fi
}
f_terminate()
{
print “\n\n\t\t\t\t############”
print “\t\t\t\t# FINISHED #”
print “\t\t\t\t############\n”
XX=`date “+%a %d %b %Y %X %Z”`
print “\n${XX}” >> ${info_filename}
rm -f ${temp_filename_1}
rm -f ${temp_filename_2}
rm -f ${temp_filename_3}
rm -f ${temp_filename_4}
}
#———————————————————————-
# Main
#———————————————————————-
op_sys=$(uname -s)
case ${op_sys} in
HP-UX)
;;
SunOS)
;;
*)
print “Unsupported Operating system”
exit 1
;;
esac
if [ "${1}" != "" ]
then
supplied_parameter=${1}
if [ "${supplied_parameter}" = "f" ]
then
print “\nusage: $0 [j|n|o]“
print “\t\tj=show only Java information”
print “\t\tn=do not show 3rd Party Product information”
print “\t\to=show only Oracle information”
exit 0
fi
else
supplied_parameter=”"
fi
f_initialise
f_hardware
f_operating_system
f_kernel
f_network
f_filesystem
f_3rd_party
f_terminate
exit 0
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