#! /bin/bash ########################################################################### # Copyright (c) 2003, Hewlett Packard Technologies Group, L. P. # ############################################################################ # PROGRAM: install.sh # # PURPOSE: Shell script for initiating the HP Linux Deployment Utility. # ############################################################################ # $Id: install.sh,v 1.15.2.45 2006/03/30 18:35:07 GarnerMi Exp $ ############################################################################ #DEBUG DEBUG DEBUG # set -x ################# ## LOCALE ## ################# #LANG=ENG ################# ## GLOBALS ## ################# # Change the pass number on this variable for each pass. TARBALL=hppldu-1.0.9-1.tar.gz RLS=7.50 export LDUVERSION=`echo $RLS|tr -d '.'` BUILD=${TARBALL#*-} BUILD=${BUILD%\.*\.*} LIBTARBALL="hppldu-librpms-${BUILD}.tar.gz" # Variables RMLIST=/tmp/rmlist.$$ RLS=${RLS%\.*\.*} LCKDIR=/var/lock/hppldu LCKFILE=${LCKDIR}/hppldu.lock LOGFILE=/var/log/hppldu.log TMPDIR="/tmp/hppldu" HPDir="/var/hp" AUTO="" SPACE_REQD=70000 pid=99999 RC=`expr 0` componentInstall=false [ -z "$HOME" ] && HOME=/root # Linux distro codes. RHEL21_32=0 RHEL3_32=1 RHEL3_64=2 RHEL4_32=3 RHEL4_64=4 UL10_32=5 UL10_64=6 UL10_SP3_32=7 UL10_SP3_64=8 SLES8_32=9 SLES8_64=10 SLES9_32=11 SLES9_64=12 # Required GDK Library. GDK_LIB="/usr/lib/libgdk_pixbuf.so.2" GDK_RPM="gdk-pixbuf-0.18.0-8.1.i386.rpm" # Required GTK Library. GTK_LIB="libgtk-1.2.so.0" # Required RPMs GLUT="glut-3.7-12.i386.rpm" GLIB="glib-1.2.10-15.i386.rpm" CURSES="ncurses-5.4-13.i386.rpm" COMPAT_32_CPP="compat-libstdc++-7.3-2.96.122.i386.rpm" COMPAT_64_CPP="compat-libstdc++-7.3-2.96.128.i386.rpm" COMPAT_32_CPP_RHEL4_1="compat-libstdc++-296-2.96-132.7.2.i386.rpm" COMPAT_32_CPP_RHEL4_2="compat-libstdc++-33-3.2.3-47.3.i386.rpm" COMPAT_64_CPP_RHEL4="compat-libstdc++-33-3.2.3-47.3.x86_64.rpm" COMPAT_DB_RH3_32="compat-db-4.0.14-5.i386.rpm" COMPAT_DB_RH3_64="compat-db-4.0.14-5.x86_64.rpm" COMPAT_DB_RH4_32="compat-db-4.1.25-9.i386.rpm" COMPAT_DB_RH4_64="compat-db-4.1.25-9.x86_64.rpm" COMPAT_DB_UL10_32="compat-2003.1.10-0.i586.rpm" COMPAT_DB_SLES8_32="compat-2002.8.15-29.i586.rpm" COMPAT_DB_SLES9_32="compat-2004.7.1-1.2.i586.rpm" COMPAT_DB_SLES9_64="db40-4.0.14-148.3.x86_64.rpm" COMPAT_CRYPT_SLES9_32="compat-sles8-1.3-93.3.i586.rpm" COMPAT_CRYPT_SLES9_64="compat-sles8-1.3-93.3.x86_64.rpm" NETSNMP_LIB_RH4_32="net-snmp-libs-5.1.2-11.i386.rpm" NETSNMP_LIB_RH4_64="net-snmp-libs-5.1.2-11.x86_64.rpm" NETSNMP_RH4_32="net-snmp-5.1.2-11.i386.rpm" NETSNMP_RH4_64="net-snmp-5.1.2-11.x86_64.rpm" NETSNMP_RH3_32="net-snmp-5.0.9-2.30E.6.i386.rpm" NETSNMP_RH3_64="net-snmp-5.0.9-2.30E.6.x86_64.rpm" NETSNMP_SLES9_32="net-snmp-5.1-80.1.i586.rpm" NETSNMP_SLES9_64="net-snmp-5.1-80.3.x86_64.rpm" NETSNMP_UTILS_RH3_32="net-snmp-utils-5.0.9-2.30E.6.i386.rpm" NETSNMP_UTILS_RH3_64="net-snmp-utils-5.0.9-2.30E.6.x86_64.rpm" UCDSNMP_UL10_32="ucdsnmp-4.2.5-132.i586.rpm" UCDSNMP_UL10_64="ucdsnmp-4.2.5-145.x86_64.rpm" X11_LIBS_RHEL4="xorg-x11-libs-6.8.1-23.EL.i386" X11_LIBS_RHEL4_RPM="xorg-x11-libs-6.8.1-23.EL.i386.rpm" LM_SENSORS_32="lm_sensors-2.8.7-2.i386.rpm" LM_SENSORS_64="lm_sensors-2.8.7-2.x86_64.rpm" COMPAT_GCC="compat-gcc-32-3.2.3-47.3.i386.rpm" COMPAT_GCC_CPP="compat-gcc-32-c++-3.2.3-47.3.i386.rpm" LIBGCC="libgcc-3.4.3-9.EL4.i386.rpm" LIBSTDC_32="libstdc++-3.4.3-9.EL4.i386.rpm" # Process table command to use. PSE="ps -e" # Flag for indicating the user has interrupted our execution. RFLAG=0 # Color definitions. GREEN="" BLUE="" RED="" HILITE="" NORMAL="" # Default copy and remove commands to use. CPCMD="/bin/cp -f" MVCMD="/bin/mv -f" RMCMD="/bin/rm -f" MKDIR="/bin/mkdir -p" TARCMD="/bin/tar xzf" KILCMD="/bin/kill -9" # Some temporary scratch files to use. TEMP1=/tmp/templsp1.$$ TEMP2=/tmp/templsp2.$$ # Option Preset from commandline. CMDLINE=false IsItRHEL3=false IsItRHEL3U5=false IsItRHEL3_64=false IsItRHEL4=false IsItRHEL4_64=false ItIsRHEL4=false # Boolean flags for setting states. BLDRPMDIR=false STOPPED=false NOHPASM=false UNTAR=false INTR=false RO=false HelpOnly=false DELAY=false ADDED_X11_RHEL4=false # Filenames for snmpd.conf files per distribution RHConfFile="/etc/snmp/snmpd.conf" #SLES7ConfFile="/usr/share/snmp/snmpd.conf" UL10ConfFile="/usr/share/snmp/snmpd.conf" SLES9ConfFile="/etc/snmpd.conf" tmpConfFile="/var/hp/snmpd.conf.orig" ThresholdEntryFiles="/var/spool/compaq/hpasm/registry/threshold/" TempThresholdEntries="/tmp/threshold/" rpmMacroFile=".rpmmacros" # Base kernel versions for each supported Linux Distro. RHAS21="2.4.9-e.24" RHEL21="2.4.9-e.24" RHEL3="2.4.21-4" RH73="2.4.18-3" RH80="2.4.18-14" RH90="2.4.20-2.21" SLES7SMP="2.4.7-19" SLES7="2.4.7-20" SLES9="2.6.5-7.5" SLES964="2.6.5-7.5" UL10SMP="2.4.19-113" UL10="2.4.19-120" # Distro Packages required RHRPM="rpm rpm-build rpm-devel" SURPM="rpm" ################# ## FUNCTIONS ## ################# # create ram for transport intra-process communications files function createRamDisk() { mknod -m 600 /dev/ram.$$ b 1 1 > /dev/null 2>&1 chown root:disk /dev/ram.$$ > /dev/null 2>&1 mkfs /dev/ram.$$ > /dev/null 2>&1 mkdir -p /tmp/hppldu_ram > /dev/null 2>&1 chown root /tmp/hppldu_ram > /dev/null 2>&1 chgrp root /tmp/hppldu_ram > /dev/null 2>&1 chmod 700 /tmp/hppldu_ram > /dev/null 2>&1 mount /dev/ram.$$ /tmp/hppldu_ram > /dev/null 2>&1 } # remove ramdisk function removeRamDisk() { umount /tmp/hppldu_ram > /dev/null 2>&1 rm -f /dev/ram.$$ > /dev/null 2>&1 rm -rf /tmp/hppldu_ram > /dev/null 2>&1 } #Determine which OS this is, and setup the required directories accordingly. function SetupForOS() { RELFILE="" RKRNL=`uname -r` if [ -f /etc/redhat-release ] then RemoteAccess="NFS" RELFILE="/etc/redhat-release" CheckKerneldoth GetDistrVer if [ ! -d /usr/src/redhat ] then BldDirs "/usr/src/redhat" BLDRPMDIR=true fi export RPMDIR=/usr/src/redhat if [ "$IsItRHEL4" = "true" -o "$IsItRHEL4_64" = "true" ] then KERNELSRC="/lib/modules/`uname -r`/build" export KERNELSRC else KERNELSRC=`uname -r | sed -e 's/enterprise//' -e 's/debug//' -e 's/[sS][mM][pP]//' -e 's/workstation//' -e 's/bigmem//' -e 's/summit//' -e 's/hugemem//' -e 's/largesmp//'` export KERNELSRC=/usr/src/linux-${KERNELSRC} fi Version=`grep "[89]\.[0-9]" /dev/null 2>&1 fi CheckRPMPkgs "$RHRPM" elif [ -f /etc/UnitedLinux-release ] then CompareKernels RemoteAccess="NFS" RELFILE="/etc/UnitedLinux-release" if [ ! -d /usr/src/packages ] then BldDirs "/usr/src/packages" BLDRPMDIR=true fi export RPMDIR=/usr/src/packages tKrnl=`uname -r` sp3bld=$tKrnl tKrnl=${tKrnl#*\.} # Strip the major tKrnl=${tKrnl#*\.} # strip the minor tKrnl=${tKrnl%%-*} # strip the pass & trailing info if [ $tKrnl -ge 21 ] then export KERNELSRC=/usr/src/linux-`uname -r | sed -e 's/[-A-Za-z]*$//'` else RKRNL=`rpm -qf /boot/vmlinuz` export KERNELSRC=/usr/src/linux-`uname -r | sed -e 's/-[-0-9A-Za-z]*$//' -e 's/$/\.SuSE/'` fi # Are we running one of the SP3 kernels? sp3bld=${sp3bld#*-} sp3bld=`echo $sp3bld | sed 's/[-A-Za-z.]*$//'` if [ -n $sp3bld -a $sp3bld -ge 85 ] then export SP3=YES export KRNLCFG="/boot/config-`uname -r`" else export SP3=NO export KRNLCFG="/boot/vmlinuz*.config" fi GetDistrVer if [ "$ARCHITECTURE" = "x86_64" ] then IsItAMD64 GTKLanded "UL64" else GTKLanded "UL" fi export SNMPDCFGFILE=${UL10ConfFile} if [ -f ${UL10ConfFile} ] then ${CPCMD} ${UL10ConfFile} ${tmpConfFile} fi CheckRPMPkgs "$SURPM" elif [ -f /etc/SuSE-release ] then RemoteAccess="NFS" OS="SU" RELFILE="/etc/S?SE-release" if [ `grep -ic "suse linux enterprise server 9" ${RELFILE}` -gt 0 ] then if [ "`uname -m`" = "x86_64" ] then IsItSLES9_64=true GTKLanded "SU64" else IsItSLES9=true GTKLanded "SU9" fi RKRNL=`uname -r` export KERNELSRC=/usr/src/linux-`uname -r | sed -e 's/-[a-zA-Z]*$//'` else GTKLanded "SU" RKRNL=`rpm -qf /boot/vmlinuz` export KERNELSRC=/usr/src/linux-`uname -r | sed -e 's/-[-0-9A-Za-z]*$//' -e 's/$/\.SuSE/'` fi if [ ! -d /usr/src/packages ] then BldDirs "/usr/src/packages" BLDRPMDIR=true fi export RPMDIR=/usr/src/packages GetDistrVer export SNMPDCFGFILE=${SLES9ConfFile} if [ -f ${SLES9ConfFile} ] then ${CPCMD} ${SLES9ConfFile} ${tmpConfFile} fi CheckRPMPkgs "$SURPM" fi if [ ${#RELFILE} -eq 0 ] then putmsg "\n\n${RED}ERROR:\nA key file, \"/etc/-release\" appears to be missing.\nThe HP ProLiant Linux Deployment Utility cannot continue without it.\n\nPlease correct this condition before running this application.${NORMAL}\n\n" 0 exit 2 fi # Lets see if we have kernel source available. avail="`ls $KERNELSRC 2>/dev/null`" if [ \( ! -d $KERNELSRC -o -z "$avail" \) -a "$HelpOnly" = "false" -a "$SILENT" = "false" ] then ans="" putmsg "\nThe HP ProLiant Linux Deployment Utility requires source code\nfor the ${BLUE}${RKRNL}${NORMAL} kernel be available for building and installing\ncertain drivers included in this bundle.\nThe directory, ${BLUE}$KERNELSRC${NORMAL}, is either missing, or is empty.\n\nKernel source code may also be made available via ${RemoteAccess} from a\nremote system.\n\nDo you wish to continue? [Y] \c" 30 CheckAns "y" if [ "$ans" != "y" ] then HelpOnly=true # Using this flag to prevent restarting daemons. cleanup "\nPlease install the RPM package for the ${BLUE}`echo $RKRNL|sed 's/[-a-zA-Z]*$//'`${NORMAL} kernel source code,\nand restart the HP ProLiant Linux Deployment Utility.\n" exit 23 fi fi # Now lets protect the rpmmacro file if present. if [ -f ${HOME}/${rpmMacroFile} ] then ${CPCMD} ${HOME}/${rpmMacroFile} ${HPDir}/${rpmMacroFile} >/dev/null fi # Preserve the thresholds that a user may have set for the agents if [ "$HelpOnly" = "false" ] then [ "$SILENT" = "false" ] && echo -e "Saving user-defined agent thresholds...\c" mkdir -p $TempThresholdEntries 1>/dev/null 2>&1 ${CPCMD} ${ThresholdEntryFiles}/entry.* ${TempThresholdEntries} 1>/dev/null 2>&1 [ "$SILENT" = "false" ] && echo -e "${GREEN}Done${NORMAL}\n" fi return } # This function compares the running kernel on UL10 with the # kernel image linked to /boot/vmlinuz. They need to be the # same for a proper LDU installation. function CompareKernels() { local runKrnl local instKrnl local option local line local file=/boot/grub/menu.lst local KrnlCnt=0 local Found=false runKrnl=`uname -r|sed -e 's/[-a-zA-Z]*$//'` instKrnl=`rpm -qf /boot/vmlinuz|sed 's/k_[a-zA-Z]*-//'` for i in $instKrnl do KrnlCnt=`expr $KrnlCnt + 1` if [ "$runKrnl" = "$i" ] then Found=true fi done if [ "$Found" = "false" ] then line=`grep -n "/boot/vmlinuz " $file|awk -F ':' '{print $1}'` line=`expr $line - 1` option=`awk -v ln=$line '{if(NR == ln) print $2}' $file` if [ -z "$option" ] then option="boot menu option that relates to the $instKrnl kernel." else option="\"$option\" boot menu option, which relates to the $instKrnl kernel." fi putmsg "\n\n---N O T I C E ----\nThe current running kernel, $runKrnl, is not the installed /boot/vmlinuz\nimage which is $instKrnl. Installation under this condition could result\nin improperly installed components. Accordingly, the HP ProLiant Linux\nDeployment Utility cannot continue.\n\nTo correct this condition, reboot the system and select the\n$option\n\n" 0 exit 0 else return fi } # This function is to ensure that we have a clean /boot/kernel.h # for compiling certain of the component drivers. function CheckKerneldoth() { file=/sbin/mkkerneldoth # initscript for creating the /boot/kernel.h file during bootup. tfile=/tmp/mkkernel.h # temporary scratch file. # Scan the initscript to determine which types of kernels this system will support. # then ID the types that are initialized. The purpose of this function is to ensure # that all types supported are initialized to a 0 value. Then the script will set # the value of the running kernel type to 1. if [ -s $file ] then k_types=`cat $file|egrep "^KERNEL_TYPE"|awk -F\) '{print $1}'|awk -F\( '{print $2}'|sed 's/\\\//g'|tr "|" " "` k_types="$k_types up" K_TYPES=`egrep "^ [A-Z]*='0'" $file` k_cnt=`echo $k_types|wc -w` else return fi touch $tfile str="" for j in $K_TYPES do pos=`expr index $j '='` (( pos-- )) str="$str `echo ${j:0:$pos}|tr [:upper:] [:lower:]`" done lineno=0 for i in $k_types do matched=0 if [ ${#i} -ne 0 ] then matched=`echo $str|grep -c $i` fi if [ $matched -eq 0 ] then newstr=`echo $i|tr [:lower:] [:upper:]` echo "# The following line was added by the HP ProLiant Linux Deployment Utility" >> $tfile echo "# to fix a bug in the original script that was preventing certain NIC drivers" >> $tfile echo "# from compiling." >>$tfile echo >>$tfile echo " $newstr='0'" >> $tfile echo >>$tfile else (( match_cnt++ )) fi done if [ $k_cnt -ne $match_cnt ] then cat $file >> $tfile chmod 755 $tfile $MVCMD $tfile $file $MVCMD /boot/kernel.h /boot/kernel.h.orig $file fi return } function CheckRPMPkgs() { rpm_cnt=0 pkgs="" for i in $1 do rpm -q $i >/dev/null 2>&1 if [ $? -ne 0 ] then let "rpm_cn += 1" pkgs="$pkgs, $i" fi done if [ $rpm_cnt -eq 1 ] then word1="A required package" word2="is" else word1="Required packages" word2="are" fi if [ ${#pkgs} -gt 2 ] then putmsg "\n${word1}${BLUE}${pkgs}${NORMAL}, ${word2} not installed on this system.\nThis may result in one or more of the components in this bundle to fail\nto install.\n\nDo you wish to continue? [Y]\c" 10 CheckAns "y" if [ "$ans" != "y" ] then exit 3 fi fi return } # Function for formatting user responses. function CheckAns() { if [ ${#ans} -eq 0 ] then ans="$1" fi ans=`echo ${ans:0:1}|tr [:upper:] [:lower:]` return } # Function for establishing the RPM Build dirtree if not present. function BldDirs() { RootDir=$1 rc=999 while [ $rc -ne 0 ] do rc=0 $MKDIR ${RootDir}/BUILD >/dev/null 2>&1 rc=`expr $rc + $?` $MKDIR ${RootDir}/RPMS/athlon >/dev/null 2>&1 rc=`expr $rc + $?` $MKDIR ${RootDir}/RPMS/i386 >/dev/null 2>&1 rc=`expr $rc + $?` $MKDIR ${RootDir}/RPMS/i486 >/dev/null 2>&1 rc=`expr $rc + $?` $MKDIR ${RootDir}/RPMS/i586 >/dev/null 2>&1 rc=`expr $rc + $?` $MKDIR ${RootDir}/RPMS/i686 >/dev/null 2>&1 rc=`expr $rc + $?` $MKDIR ${RootDir}/RPMS/noarch >/dev/null 2>&1 rc=`expr $rc + $?` $MKDIR ${RootDir}/SOURCES >/dev/null 2>&1 rc=`expr $rc + $?` $MKDIR ${RootDir}/SPECS >/dev/null 2>&1 rc=`expr $rc + $?` $MKDIR ${RootDir}/SRPMS >/dev/null 2>&1 rc=`expr $rc + $?` if [ $rc -ne 0 ] then putmsg "\nA directory tree at ${RPMDIR} does not appear to be present\non this system.\nIf this dirtree is not present, some of the components will not install properly.\nDo you wish to continue? (Default = No) \c" 30 CheckAns "N" if [ "$ans" = "y" ] then return else cleanup "\nThe user aborted installation of the HP ProLiant Linux Deployment Utility.\n\n" exit 23 fi fi return done } # Function for locating required GTK libraries. function GTKLanded() { [ "$IsItRHEL4_64" = "true" ] && return case "$1" in "SU9") GTK_DIR=/opt/gnome/lib/ ;; "SU64") GTK_DIR=/opt/gnome/lib64/ ;; "RH64") GTK_DIR=/usr/lib64/ ;; *) GTK_DIR=/usr/lib/ ;; esac GTK_LIB_PATH="${GTK_DIR}${GTK_LIB}" if [ ! -e ${GTK_LIB_PATH} ] then putmsg "\nA necessary graphics library, (${BLUE}${GTK_LIB_PATH}${NORMAL}) required by the\nHP ProLiant Linux Deployment Utility GUI is not installed on this server.\n\nAccordingly, the Graphical User Interface cannot be used.\n\nThe process will continue in Text mode.\c" 0 sleep 3 GUI="false" fi return } # Function for verifying the presence of required RPM packages. function CheckInstalledRPMs() { [ "$HelpOnly" = "true" ] && return; local String local itsarch local pkgarch local pkgname local found=true local TB=true typeset -a itsarch rpmStr="\n" Intro="The RPM package" pkg="package is that" rpms="this package" conj="and is" unit="package" flag=0 case $OSDISTR in $RHEL3_32) String="$COMPAT_32_CPP $GLUT $COMPAT_DB_RH3_32 $NETSNMP_RH3_32 $NETSNMP_UTILS_RH3_32" osname="Red Hat 3" ;; $RHEL3_64) String="$COMPAT_64_CPP $GLUT $COMPAT_DB_RH3_64 $NETSNMP_RH3_64 $NETSNMP_UTILS_RH3_64" osname="Red Hat 3" ;; $RHEL4_32) String="$GLIB $COMPAT_DB_RH4_32 $CURSES $LIBGCC $COMPAT_GCC $COMPAT_32_CPP_RHEL4_1 $COMPAT_32_CPP_RHEL4_2 $COMPAT_GCC_CPP $LM_SENSORS_32 $NETSNMP_LIB_RH4_32 $NETSNMP_RH4_32" osname="Red Hat 4" ;; $RHEL4_64) String="$GLIB $COMPAT_DB_RH4_64 $CURSES $LIBGCC $COMPAT_GCC $COMPAT_32_CPP_RHEL4_1 $COMPAT_64_CPP_RHEL4 $COMPAT_GCC_CPP $LIBSTDC_32 $LM_SENSORS_64 $NETSNMP_LIB_RH4_64 $NETSNMP_RH4_64" osname="Red Hat 4" ;; $UL10_32) String="$COMPAT_DB_UL10_32 $UCDSNMP_UL10_32" osname="UnitedLinux 1.0" ;; $UL10_64) String="$UCDSNMP_UL10_64" osname="UnitedLinux 1.0" ;; $SLES8_32) String="$COMPAT_DB_SLES8_32 $UCDSNMP_UL10_32" osname="SUSE Linux Enterprise Server 8" ;; $SLES9_32) String="$COMPAT_DB_SLES9_32 $COMPAT_CRYPT_SLES9_32 $NETSNMP_SLES9_32" osname="SUSE Linux Enterprise Server 9" ;; $SLES9_64) String="$COMPAT_DB_SLES9_64 $COMPAT_CRYPT_SLES9_64 $NETSNMP_SLES9_64" osname="SUSE Linux Enterprise Server 9" ;; *) ;; esac for i in $String do found=true if [ `echo $i|grep -c "i386"` -gt 0 ] then pkgarch=i386 elif [ `echo $i|grep -c "i486"` -gt 0 ] then pkgarch=i486 elif [ `echo $i|grep -c "i586"` -gt 0 ] then pkgarch=i586 elif [ `echo $i|grep -c "i686"` -gt 0 ] then pkgarch=i686 else pkgarch=x86_64 fi if [ `echo $i|grep -ic compat-200` -gt 0 ] then pkgname=${i%%-[0-9]*} elif [ `echo $i|grep -ic compat-libstdc++-33` -gt 0 ] then pkgname="compat-libstdc++-33" elif [ `echo $i|grep -ic compat-libstdc++-296` -gt 0 ] then pkgname="compat-libstdc++-296" elif [ `echo $i|grep -ic compat-gcc-32` -gt 0 ] then pkgname="compat-gcc-32" elif [ `echo $i|grep -ic compat-gcc-32-c++` -gt 0 ] then pkgname="compat-gcc-32-c++" else pkgname=${i%%-[0-9]*-[0-9]*} fi itsarch=`rpm -q --queryformat '%{ARCH} ' ${pkgname}` for j in $itsarch do if [ -n "$j" -a "$j" != "$pkgarch" ] then found=false else found=true break fi done if [ \( "${i:0:10}" = "lm_sensors" \) -o \( "${i:0:8}" = "net-snmp" \) -o \( "${i:0:7}" = "ucdsnmp" \) ] then # extract the given rpm extractRPM $i # query package versions and convert to integer newver=`rpm -qp --queryformat '%{VERSION}-%{RELEASE}' ${i} 2>/dev/null` # query installed rpm versions and convert to integer curver=`rpm -q --queryformat '%{VERSION}-%{RELEASE}' ${i%%-[0-9]*} 2>/dev/null` ret_val=$? [ $ret_val != "0" ] && curver=0 # by default, the rpm is NOT installed installRPM=`expr 0` # if the package version is greater than the installed # version then do the RPM install. ./vercmp $curver $newver > /dev/null 2>&1 isVersionNewer=$? [ $isVersionNewer -eq 1 ] && installRPM=`expr 1` # if installRPM is equal to one, then installation # proceeds, else skip installation if [ $installRPM -eq 1 ] then rpm -Uv --nodeps --force $i >/dev/null 2>&1 fi found=true popd > /dev/null 2>&1 fi if [ "$found" = "false" ] then rpmStr="${rpmStr}\t${i}\n" flag=`expr $flag + 1` fi if [ $flag -gt 1 ] then Intro="The RPM packages" pkg="packages are those" rpms="these packages" conj="and are" unit="packages" fi done if [ ${#rpmStr} -gt 2 ] then if [ ! -e $LIBTARBALL ] then msg="\n$Intro, ${BLUE}${rpmStr}${NORMAL}, required for the successful installation\nof one or more of the following:\n\n\tHP System Management Homepage for Linux.\n\tHP Storage Agents for Linux.\n\tHP Array Configuration Utility for Linux.\n\tHP Insight Diagnostics Online Edition for Linux.\n\tHP Version Control Agent for Linux.\n\tHP Tested and Approved Linux 802.1q VLAN Driver.\n\nis not present on this system.\n\nYou may install the required packages from your ${osname} distribution CDs.\nIf installation proceeds without installing ${rpms},\none or more of the above listed components will not install.\nDo you wish to stop now to obtain and install $rpms.? [N] \c" TB=false else msg="\n$Intro, ${BLUE}${rpmStr}${NORMAL}, required for the successful installation\nof one, or more, of the following:\n\n\tHP System Management Homepage for Linux.\n\tHP Storage Agents for Linux.\n\tHP Array Configuration Utility for Linux.\n\tHP Insight Diagnostics Online Edition for Linux.\n\tHP Version Control Agent for Linux.\n\tHP Tested and Approved Linux 802.1q VLAN Driver.\n\nis not present on this system.\nThe ${BLUE}${rpmStr}${NORMAL} $pkg from the\n${osname} distribution CD ${conj} included with this bundle.\nIf you proceed without installing ${rpms}, one or more of the above listed components will not install.\nDo you wish to install ${rpms} now? [Y] \c" TB=true fi if [ "$DELAY" = "false" ] then putmsg "$msg" 30 fi if [ "$TB" = "true" ] then CheckAns "Y" if [ "$ans" != "y" ] then return fi declare -a failed fail=0 ptr=1 if [ "$RO" = "true" ] then cd $TMPDIR else cd "$ORIGDIR" fi for i in `echo -e $rpmStr|tr "\n\t" " "` do if [ ! -f $i ] then extractRPM $i fi [ "$SILENT" = "false" ] && echo -e "Installing $i.....\c" rpm -Uhv --force $i >/dev/null 2>&1 if [ $? -ne 0 ] then fail=1 failed[$ptr]=$i [ "$SILENT" = "false" ] && echo -e "${RED}Failed!${NORMAL}" (( ptr++ )) else sleep 1 [ "$SILENT" = "false" ] && echo -e "${GREEN}Done${NORMAL}" fi done sync;sync # if [ -f /var/hp/hpverdb.xml ] # then # [ "$SILENT" = "false" ] && echo -e "Updating the RPM database....\c" # rpm --rebuilddb >/dev/null 2>&1 # [ "$SILENT" = "false" ] && echo -e "${GREEN}Done${NORMAL}" # fi if [ $fail -ne 0 ] then (( ptr-- )) str="\n\t" while [ $ptr -gt 0 ] do str="${str}\n\t${failed[$ptr]}" (( ptr-- )) done putmsg "\n\n${RED}ERROR: The $str\n\npackage/s failed to install.${NORMAL}\nPlease determine the cause and re-install.\n\nPress to continue.\c" 99 fi else CheckAns "Y" if [ "$ans" = "y" ] then putmsg "\nPlease install the ${BLUE}${rpmStr}${NORMAL} $unit,\nthen rerun the HP ProLiant Linux Deployment Utility.\n\nExiting.\n\n" 30 exit 5 fi fi fi return } # Function for extracting selected RPMs from tarball. function extractRPM() { if [ ${#1} -eq 0 -o ! -f $LIBTARBALL ] then return else ${TARCMD} $LIBTARBALL "${1}" fi return } # Function for verifying the presence of required gdk library on RHEL3. function CheckGDKLib() { if [ "$TERM" = "linux" -a ${#AUTO} -eq 0 ] then GUI=false fi if [ "$GUI" = "false" ] then return else GUI=true fi PROMPT=false LIB=$GDK_LIB RPM=$GDK_RPM if [ ! -s "$LIB" ] then ans="" putmsg "\nA necessary graphics library, (${BLUE}${LIB}${NORMAL},\nprovided by the ${BLUE}${RPM}${NORMAL}) required by the\nHP ProLiant Linux Deployment Utility GUI is not installed on this server.\nDo you want the LDU to install the RPM providing this library\nand continue the installation [default=Y]? \c" 30 CheckAns "Y" if [ "$ans" = "y" ] then extractRPM $RPM if [ -s "$RPM" ] then /bin/rpm -iv $RPM >/dev/null 2>&1 [ $? -eq 0 ] && return putmsg "\nERROR: The installation of ${BLUE}$RPM${NORMAL} was not successful.\nDo you wish to continue the Linux ProLiant Support Pack installation\nwithout the GUI [default=Y]? \c" 30 CheckAns "Y" if [ "$ans" = "y" ] then GUI=false else cleanup "\nThe user aborted installation of the HP ProLiant Linux Deployment Utility.\n\n" exit 23 fi else putmsg "\nThe RPM, ${BLUE}$GDK_RPM${NORMAL}, is missing or corrupt\nand cannot be installed at this time." 99 PROMPT=true fi else PROMPT=true fi fi if [ "$PROMPT" = "true" ] then putmsg "\nDo you wish to continue the Linux ProLiant Support Pack\ninstallation without the GUI [default=Y]? \c" 30 CheckAns "Y" if [ "$ans" = "y" ] then GUI=false else cleanup "\nThe user aborted installation of the HP ProLiant Linux Deployment Utility.\n\n" exit 23 fi fi return } # Function for determining if ELM has passwords configured. function IsELMCfg() { export CMAFDTNECHO=yes export LSPELMCONFIGURED=NO if [ -x /opt/compaq/foundation/etc/hpwebsetup ] then /opt/compaq/foundation/etc/hpwebsetup -q: >/dev/null 2>&1 if [ $? = 4 ]; then export LSPELMCONFIGURED=YES fi fi return } function GetParentProcess() { PID=$$ PP=$PPID pgname=$1 PNAM="" idx=0 [ -f /tmp/pids ] && ${RMCMD} /tmp/pids while [ $PP -ne 1 -a $idx -lt 3 ] do echo -e i"`ps -ef|grep $PP|grep -v grep|grep -v "ps -ef"`" >/tmp/pids while read f0 f1 f2 f3 f4 f5 f6 f7 do if [ $f1 -eq $PP ] then PNAM=$f7 PP=$f2 fi if [ `echo $PNAM|grep -c $pgname` -gt 0 ] then PARENT_VCA=true PP=1 break else PARENT_VCA=false fi idx=`expr $idx + 1` done < /tmp/pids done ${RMCMD} /tmp/pids return } function IsVCACfg() { export HPLSPINSTALL=TRUE if [ -d /opt/hp/vcagent ] then LD_LIBRARY_PATH=/opt/hp/vcagent/lib /opt/hp/vcagent/bin/vcasetup >/dev/null 2>&1 if [ $? -eq 0 ] then export LSPVCACONFIGURED=YES unset LD_LIBRARY_PATH return fi unset LD_LIBRARY_PATH fi export LSPVCACONFIGURED=NO return } # Function for determining which Bundle File we need to use. function GetBundle() { if [ "$Identified" = "false" ] then cleanup "\n\nThe Linux O/S on this system cannot be identified\nby the HP ProLiant Linux Deployment Utility.\nPlease check $RELFILE for correctness.\nCannot continue. Exiting.\n" exit 3 fi pushd "$ORIGDIR" > /dev/null 2>&1 for i in [bB][pP]*.xml do if [ ${#i} -ne 0 -a ${#os} -ne 0 -a ${#version} -ne 0 ] then grep -i "operating_system_xlate" $i >/tmp/bfile while read line do if [ `echo $line |grep -ic "$os $version"` -gt 0 ] then BUNDLE="$i" /usr/bin/dos2unix -k -q $BUNDLE 2>/dev/null break fi done < /tmp/bfile ${RMCMD} /tmp/bfile >/dev/null 2>&1 fi done if [ "$BUNDLE" = "" ] then echo "No supported bundle XML file found to use for this installation" exit 3 fi [ "$DELAY" = "false" -a "$HelpOnly" = "false" ] && CompareVersion $BUNDLE if [ -z "$BUNDLE" -a "$HelpOnly" = "false" ] then HelpOnly=true cleanup "\nThe ${RLS} release of the HP Linux Deployment Utility\ndoes not include support for ${os} ${version}.\n\nPlease visit the www.hp.com/linux website for available support.\n" exit 3 elif [ -n "$BUNDLE" ] then grep -n "" "$BUNDLE" | awk -F\> '{print $2}'| awk -F\< '{print $1}' > $TEMP1 fi if [ "$RO" = "true" ] then MEDIA_TYPE="Read-Only" elif [ $NOLINK -ne 0 ] then MEDIA_TYPE="USB Key" fi if [ -d ${TMPDIR} ] then putmsg "\n\nBecause of $MEDIA_TYPE media, the HP ProLiant Linux Deployment Utility\nis copying the files to a temporary work location.\n\nThis may take several seconds..." 55 rm -f ${RMLIST} touch ${RMLIST} while read LOOP1 LOOP2 do NEWLOOP=${LOOP1%.rpm} if [ -f "${ORIGDIR}"/${LOOP1} ] then ${CPCMD} "${ORIGDIR}"/${LOOP1} ${TMPDIR} >/dev/null 2>&1 pushd ${TMPDIR} > /dev/null 2>&1 tar zvxf ${LOOP1} >> ${RMLIST} popd > /dev/null 2>&1 elif [ -f "${ORIGDIR}"/${NEWLOOP}.tar.gz ] then ${CPCMD} "${ORIGDIR}"/${NEWLOOP}.tar.gz ${TMPDIR} >/dev/null 2>&1 UNTAR=true fi done < $TEMP1 ${RMCMD} $TEMP1 ${CPCMD} "$ORIGDIR"/install???.sh ${TMPDIR} >/dev/null 2>&1 ${CPCMD} "$ORIGDIR"/hppldu-*.tar.gz ${TMPDIR} >/dev/null 2>&1 [ $pid -ne 99999 ] && $KILCMD $pid >/dev/null 2>&1 pid=99999 else for i in `ls *.tar.gz` do if [ `echo $i|grep -c hppldu-` -eq 0 ] then UNTAR=true fi done fi popd > /dev/null 2>&1 return } function CompareVersion() { local BPfile="$1" local BPVersion local BaseVersion local CurrVer local msg BaseVersion=`basename $0` BaseVersion=`echo $BaseVersion|tr -d '[a-z.]'` [ "$BaseVersion" = "" ] && BaseVersion=0 BPVersion=`egrep -s "install[0-9][0-9][0-9]\.sh" "$BPfile"|uniq|tr -d '[a-z<>/.]'|tr -d ' ' 2>/dev/null` if [ $? != 0 -o -z "$BPVersion" ] then echo -e "\nThe bundle XML file, $BPfile, appears to be corrupted or, it is not\ncompatible with this version of the HP Linux ProLiant Deployment Utiltiy.\nIf you do not have another copy of $BPfile, please visit www.hp.com/linux\nwebsite for support.\n" exit 3 fi CurrVer=`awk -v ver=$BPVersion 'BEGIN {printf("%4.2f", ver/100.0)}'` if [ -z "$BPVersion" -o $BPVersion -gt $BaseVersion ] then msg="\n\nThe command, ${0}, used to initiate this installation,\nis not compatible with version ${CurrVer} of the HP Linux ProLiant Deployment Utiltiy.\nIf you do not have a copy of install${BPVersion}.sh, please visit www.hp.com/linux\nwebsite for support.\n" putmsg "$msg" 0 exit 3 fi return } function GetOpts() { if [ "$TERM" = "linux" ] then if [ ${#AUTO} -gt 0 ] then GUI=true else GUI=false fi else GUI=true fi SILENT=false for i in $1 do opt=`echo $i|tr [:upper:] [:lower:]` if [ "$opt" = "-s" -o "$opt" = "--silent" -o "$opt" = "-silent" ] #-o "$opt" = "-c" ] then GUI=false CMDLINE=true SILENT=true export HPSMHSILENT=true elif [ "$opt" = "-c" ] then DELAY=true componentInstall=true GetParentProcess "vca" if [ "${PARENT_VCA}" = "true" ] then SILENT=true fi elif [ "$opt" = "--nui" -o "$opt" = "-nui" ] then CMDLINE=true elif [ "$opt" = "-h" \ -o "$opt" = "-help" \ -o "$opt" = "--help" \ -o "$opt" = "-?" \ -o "$opt" = "--view" \ -o "$opt" = "-view" \ -o "$opt" = "--querystatuscode" \ -o "$opt" = "-querystatuscode" \ -o "$opt" = "-q" ] then HelpOnly=true elif [ "$opt" = "--inputfile" -o "$opt" = "-inputfile" ] then export HPVCARECONFIGURE="YES" fi done return } # Function for IDing the OS, Version and Base Kernel version. function GetDistrVer() { BASEKRNL="" Identified=false krnl=`uname -r` ktype=`echo $krnl|grep -i smp` for File in /etc/redhat-release /etc/UnitedLinux-release /etc/S?SE-release do if [ -f ${File} ] then if [ `grep -c "Red Hat" $File` -gt 0 ] then if [ `grep -c "Red Hat Enterprise" $File` -gt 0 ] then # we found a RedHat Enterprise Linux version=`cat $File | awk '{print $6}'` if [ "$version" = "release" ] then # Must be RHEL21 version=`cat $File | awk '{print $7}'` if [ "$version" = "3" ] then BASEKRNL=$RHEL3 if [ "$ARCHITECTURE" = "x86_64" ] then OSDISTR=$RHEL3_64 IsItRHEL3_64=true else OSDISTR=$RHEL3_32 IsItRHEL3=true fi if [ $IsItRHEL3 = "true" ] then krnlver=`uname -r | sed -e 's/\.[-A-Za-z]*$//'` ./vercmp $krnlver "2.4.20-32" > /dev/null 2>&1 isVersionNewer=$? # if it's greater than or equal - then true [ $isVersionNewer -ge 0 ] && IsItRHEL3U5=true # else false! [ $isVersionNewer -eq 255 ] && IsItRHEL3U5=false fi export KERNELSRC=/usr/src/linux-`uname -r|tr -d "[a-z]"` elif [ "$version" = "4" ] then version=4 if [ "$ARCHITECTURE" = "x86_64" ] then OSDISTR=$RHEL4_64 IsItRHEL4_64=true if [ `rpm -q $X11_LIBS_RHEL4 | wc -l` -eq 0 ] then ADDED_X11_RHEL4=true fi else OSDISTR=$RHEL4_32 IsItRHEL4=true fi export KERNELSRC=/lib/modules/`uname -r`/build else OSDISTR=$RHEL21_32 BASEKRNL=$RHEL21 fi fi os="Red Hat Enterprise Linux" [ ${#version} -gt 0 -a ${#os} -gt 0 ] && Identified=true elif [ `grep -c Advanced $File` -gt 0 -o `grep -c AS $File` -gt 0 ] then # we found a RedHat Advanced Server Linux version=`cat $File | awk '{print $7}'` if [ "$version" = "2.1AS" ] then os="Red Hat Enterprise Linux" version=`echo $version|sed 's/AS//'` BASEKRNL=$RHAS21 OSDISTR=RHEL21_32 else os="Red Hat Advanced Server" BASEKRNL=$RHAS21 OSDISTR=RHEL21_32 fi [ ${#version} -gt 0 -a ${#os} -gt 0 ] && Identified=true elif [ `grep -c "Red Hat Linux" $File` -gt 0 ] then # we found a RedHat Linux Professional system. version=`cat $File | awk '{print $5}'` os="Red Hat Linux" case "$version" in "7.3") BASEKRNL=$RH73 ;; "8.0") BASEKRNL=$RH80 CheckRPM ;; *) ;; esac [ ${#version} -gt 0 -a ${#os} -gt 0 ] && Identified=true fi elif [ `grep -c "UnitedLinux" $File` -gt 0 ] then version=`cat $File | awk '{if(NR == 1) {print $2}}'` os="UnitedLinux" # IsItAMD64 if [ "$ARCHITECTURE" = "x86_64" ] then OSDISTR=$UL10_64 else OSDISTR=$UL10_32 fi if [ -n "$ktype" ] then BASEKRNL=$UL10SMP else BASEKRNL=$UL10 fi [ ${#version} -gt 0 -a ${#os} -gt 0 ] && Identified=true elif [ `grep -ic "suse sles-7" $File` -gt 0 ] then if [ -n "$ktype" ] then BASEKRNL=$SLES7SMP else BASEKRNL=$SLES7 fi version=`cat $File | awk '{if(NR == 2) {print substr($3,0,1)}}'` os="SUSE LINUX Enterprise Server" [ ${#version} -gt 0 -a ${#os} -gt 0 ] && Identified=true elif [ `grep -ic "suse sles-8" $File` -gt 0 ] then if [ "$ARCHITECTURE" = "x86_64" ] then OSDISTR=$SLES8_64 else OSDISTR=$SLES8_32 fi version=`cat $File | awk '{if(NR == 2) {print substr($3,0,1)}}'` os="SUSE LINUX Enterprise Server" [ ${#version} -gt 0 -a ${#os} -gt 0 ] && Identified=true elif [ `grep -ic "SUSE LINUX Enterprise Server 9" $File` -gt 0 ] then if [ "$ARCHITECTURE" = "x86_64" ] then OSDISTR=$SLES9_64 BASEKRNL=SLES964 else OSDISTR=$SLES9_32 BASEKRNL=SLES9 fi version=`cat $File | awk '{if(NR == 2) {print substr($3,0,1)}}'` os="SUSE LINUX Enterprise Server" [ ${#version} -gt 0 -a ${#os} -gt 0 ] && Identified=true fi fi done # Now we have identified the Base Kernel, lets move it to the environment. export BASEKRNL return } function MoveGtkRC() { for i in `ls ~/.gtkrc* 2>/dev/null` do ${MVCMD} $i ${i}.LSP >/dev/null 2>&1 done return } function IsItAMD64() { if [ "$PROC_TYPE" = "AMD" ] then return else cleanup "\n$os, v$version, on $PROC_TYPE is not supported on this release of HP ProLiant Support Packs.\nPlease download a version of the HP ProLiant Support Packs for Linux >= 7.11 from www.hp.com to obtain support for the processor family used in this server.\n\n" exit 1 fi return } #Function for displaying messages to user. function putmsg() { [ "$SILENT" = "true" ] && return [ $2 -eq 99 ] && timer=999 || timer=$2 # Make sure we have the display program available. if [ ! -s $HPDir/displayit.sh ] then cat >$HPDir/displayit.sh <<-END echo -e \$1 read ans echo \$ans >/tmp/tmpans END chmod 700 $HPDir/displayit.sh fi # Display the message either on a popup or console. old_resume=${auto_resume} unset auto_resume answered=0 if [ ${#AUTO} -gt 0 ] then xterm -bg white -fg black -T "NOTICE!!!" -hold -e $HPDir/displayit.sh "$1" >/dev/null 2>&1 & pid=$! [ $2 -eq 55 ] && return else echo -e "$1" [ $2 -eq 55 ] && return if [ ${#1} -gt 0 ] then read -t $timer ans fi return fi if [ ${#1} -gt 0 ] then while [ $timer -gt 0 ] do if [ -s /tmp/tmpans ] then answered=1 read ans /dev/null 2>&1 break fi sleep 1 (( timer++ )) done fi ${RMCMD} /tmp/tmpans >/dev/null 2>&1 [ $pid -ne 99999 ] && $KILCMD $pid >/dev/null 2>&1 pid=99999 [ ${#answered} -eq 0 ] && ans="Y" set auto_resume=$old_resume return } # Function for validating the RPM package on RH80 systems. function CheckRPM() { if [ "$GUI" = "false" -o "$SILENT" = "true" -o "$HelpOnly" = "true" ] then return fi RPMQ=`$PSE | grep rpm` if [ ${#RPMQ} -gt 0 ] then ans="" putmsg "\nThe RPM database on this system appears to be open, or locked.\nAccordingly, the HP ProLiant Linux Deployment Utility cannot continue.\nPlease refer to Bugzilla Issue #73097 for instructions on how to resolve\nthis condition.\n\nPlease resolve the issue and re-start the HP ProLiant Linux Deployment Utility.\n\nExiting...\n" 99 exit 23 fi return } # Function for cleaning up the work area. function cleanup() { # Ensure all buffers are flushed. sync;sync # Remove the lock. if [ -d $LCKDIR -a ${RFLAG} -eq 1 ] then rm -rf $LCKDIR >/dev/null 2>&1 fi # Restore the user terminal tput cnorm # Determine if we need to restart the agents. if [ -f /var/spool/compaq/cma.install ] then $RMCMD /var/spool/compaq/cma.install >/dev/null 2>&1 fi # if [ -f /opt/compaq/cma.conf ] # then # if [ `grep -c exclude /opt/compaq/cma.conf` -gt 0 ] # then # cat /opt/compaq/cma.conf|grep -v exclude >/tmp/cma.conf # $MVCMD /tmp/cma.conf /opt/compaq/cma.conf # fi # fi if [ -s /opt/compaq/hpasm/etc/hpasm -o "$STOPPED" = "true" -o "$NOHPASM" = "true" ] then RESTARTEM=true fi # Restore the thresholds that a user may have set for the agents if [ "$HelpOnly" = "false" -a $RC -ne 16 ] then [ "$SILENT" = "false" ] && echo -e "Restoring user defined agent thresholds...\c" mkdir -p ${ThresholdEntrieFiles} 1>/dev/null 2>&1 ${CPCMD} ${TempThresholdEntries}/entry.* ${ThresholdEntryFiles} 1>/dev/null 2>&1 rm -rf ${TempThresholdEntries} 1>/dev/null 2>&1 [ "$SILENT" = "false" ] && echo -e "${GREEN}Done${NORMAL}\n" fi if [ "$HelpOnly" = "false" -a $RC -ne 16 ] then if [ "$RESTARTEM" = "true" -a "$DELAY" = "false" -a "$SILENT" = "false" ] then echo -e "\nRestarting SNMP Daemon...\c" /etc/init.d/snmpd restart >/dev/null 2>&1 echo -e "${GREEN}Done${NORMAL}\n" echo -e "\nRestarting HP System Management Homepage...\c" /etc/init.d/hpvca restart >/dev/null 2>&1 /etc/init.d/hpsmhd restart >/dev/null 2>&1 echo -e "${GREEN}Done${NORMAL}\n" fi if [ "$RESTARTEM" = "true" -a \( "$INTR" = "false" -a -f /tmp/didit.tmp \) ] then [ "$SILENT" = "false" ] && echo -e "\nRestarting HP System Management Drivers and Agents...\c" /etc/init.d/hpasm restart >/dev/null 2>&1 /etc/init.d/cmanic restart >/dev/null 2>&1 [ "$SILENT" = "false" ] && echo -e "${GREEN}Done${NORMAL}\n" elif [ "$RESTARTEM" = "true" -a \( "$INTR" = "true" -o ! -f /tmp/didit.tmp \) ] then [ "$SILENT" = "false" ] && echo -e "\nRestarting HP System Management Drivers and Agents...\c" /etc/init.d/hpasm restart >/dev/null 2>&1 /etc/init.d/cmanic restart >/dev/null 2>&1 [ "$SILENT" = "false" ] && echo -e "${GREEN}Done${NORMAL}\n" fi fi if [ -s /opt/compaq/hpasm/etc/hpasm -o "$STOPPED" = "true" -o "$NOHPASM" = "true" ] then RESTARTDIAGS=true fi if [ "$HelpOnly" = "false" -a $RC -ne 16 ] then if [ "$IsItRHEL3" = "true" ] then if [ "$RESTARTDIAGS" = "true" -a \( "$INTR" = "false" -a -f /tmp/didit.tmp \) ] then [ "$SILENT" = "false" ] && echo -e "\nRestarting HP Insight Diagnostics Online Edition for Linux...\c" /etc/init.d/hpdiags start >/dev/null 2>&1 [ "$SILENT" = "false" ] && echo -e "${GREEN}Done${NORMAL}\n" elif [ "$RESTARTDIAGS" = "true" -a \( "$INTR" = "true" -o ! -f /tmp/didit.tmp \) ] then [ "$SILENT" = "false" ] && echo -e "\nRestarting HP Insight Diagnostics Online Edition for Linux...\c" /etc/init.d/hpdiags restart >/dev/null 2>&1 [ "$SILENT" = "false" ] && echo -e "${GREEN}Done${NORMAL}\n" fi fi fi # See if we need to cleanup any Remote Access mounts/directories. if [ ${#KERNELSRC} -ne 0 ] then MTD=`mount | grep $KERNELSRC 2>/dev/null` if [ -n "$MTD" ] then umount $KERNELSRC 1>/dev/null 2>&1 fi if [ -d $KERNELSRC ] then /bin/rmdir $KERNELSRC 1>/dev/null 2>&1 fi fi # Lets restore the .rpmmacros file if we copied it. if [ -f ${HPDir}/${rpmMacroFile} ] then ${MVCMD} ${HPDir}/${rpmMacroFile} ${HOME}/${rpmMacroFile} fi # Restore the GtkRC files if needed. if [ "${IsItRHEL3_64}" = "true" -o "${IsItRHEL4_64}" = "true" ] then for i in `ls ~/.gtkrc* 2>/dev/null` do ${MVCMD} ${i} ${i%%\.LSP*} >/dev/null 2>&1 done fi # Remove the xorg-x11-libs RPM that we needed for GUI install... if [ "$IsItRHEL4_64" = "true" -a "$ADDED_X11_RHEL4" = "true" ] then rpm -e --nodeps $X11_LIBS_RHEL4 >/dev/null 2>&1 fi # Did we have to build the RPM directory tree? if [ "$BLDRPMDIR" = "true" ] then /bin/rm -rf ${RPMDIR} >/dev/null 2>&1 fi # Did we have to copy the files to a /tmp directory? # If so, we need to clean it up, or just cleanup here. unset HPLSPINSTALL KERNELSRC RPMDIR BASEKRNL LSPELMCONFIGURED SNMPDCFGFILE unset LSPVCACONFIGURED HPVCARECONFIGURE ${RMCMD} ${TEMP1} ${RMCMD} ${TEMP2} removeRamDisk # remove the ramdisk if [ -d $TMPDIR -a $RFLAG -eq 1 ] then cd "$ORIGDIR" /bin/rm -rf ${TMPDIR} >/dev/null 2>&1 elif [ $RFLAG -eq 1 ] then ${RMCMD} vercmp >/dev/null 2>&1 ${RMCMD} *snmp* >/dev/null 2>&1 ${RMCMD} hppldu >/dev/null 2>&1 ${RMCMD} hpplduparserss >/dev/null 2>&1 ${RMCMD} crypton >/dev/null 2>&1 ${RMCMD} hpplduioss >/dev/null 2>&1 ${RMCMD} hppldudepchkss >/dev/null 2>&1 ${RMCMD} hpplduinstallerss >/dev/null 2>&1 ${RMCMD} hpplduverchkdbss >/dev/null 2>&1 ${RMCMD} hppldu.conf >/dev/null 2>&1 ${RMCMD} hppldu.prm >/dev/null 2>&1 ${RMCMD} ncmcon.cfg >/dev/null 2>&1 ${RMCMD} bcmpatch.sed >/dev/null 2>&1 ${RMCMD} libcpqlsp* >/dev/null 2>&1 ${RMCMD} install\?\?\?.sh >/dev/null 2>&1 ${RMCMD} ${HPDir}/displayit.sh >/dev/null 2>&1 ${RMCMD} ${GDK_RPM} >/dev/null 2>&1 ${RMCMD} ${GLUT} >/dev/null 2>&1 ${RMCMD} ${GLIB} >/dev/null 2>&1 ${RMCMD} ${CURSES} >/dev/null 2>&1 ${RMCMD} compat* >/dev/null 2>&1 ${RMCMD} db40* >/dev/null 2>&1 ${RMCMD} lm_sensors-2.8.7-2* >/dev/null 2>&1 ${RMCMD} libgcc-3.4* >/dev/null 2>&1 ${RMCMD} ${LIBSTDC_32} >/dev/null 2>&1 ${RMCMD} xorg-x11-libs* >/dev/null 2>&1 ${RMCMD} /usr/lib/libcpqlsptransport.* >/dev/null 2>&1 ${RMCMD} /tmp/didit.tmp >/dev/null 2>&1 if [ "$IsItRHEL3_64" = "true" -o "$IsItRHEL4_64" = "true" ] then [ "$GTK_COPIED" = "true" -o "$COPIEDGTKLIB" = "yes" ] && ${RMCMD} /usr/lib/libgtk-1.2.so* > /dev/null 2>&1 [ "$GDK_COPIED" = "true" -o "$COPIEDGDKLIB" = "yes" ] && ${RMCMD} /usr/lib/libgdk-1.2.so* > /dev/null 2>&1 fi fi # Move to the original working directory and get ready to exit. cd "$ORIGDIR" # remove detrius from the working directory if [ -s ${RMLIST} ] then while read RMFILE DETRIUS do [ ${RMFILE} = "./" -o ${RMFILE} = "." -o ${RMFILE} = ".." ] && continue if [ -n "${RMFILE}" ] && [ -e "${RMFILE}" ] then ${RMCMD} "${RMFILE}" fi done < ${RMLIST} fi ${RMCMD} ${RMLIST} # Echo message, if any, to user. if [ -n "$1" ] then putmsg "$1" 0 fi # Clear the traps. trap '' 2 3 15 # Then return. return } # Function for killing all hppldu processes. function killer() { # Identify all our appl processes. PIDs=`${PSE}|grep hppldu|awk '{print $1}'|sort -r` # Now kill them one at a time. (use SIGKILL to make sure) for k in $PIDs do $KILCMD $k >/dev/null 2>&1 done return } # Function for catching a user interrupt, then # terminate our HPPLDU. function interrupt() { # Set a flag to indicate interrupt has occurred. INTR=true # Call killer to terminate all hppldu processes. killer # Set the remove flag. RFLAG=1 # Call the cleanup crew. cleanup "$1" # Make an entry in logfile. [ -f /var/log/hppldu.log ] && echo -e "$1" >> /var/log/hppldu.log # and, get out! exit 21 } function SetProcTypeAndArchitecture() { ARCHITECTURE=`uname -m` export ARCHITECTURE VALUE=`cat /proc/cpuinfo | grep -i genuineintel | sed 's/[ ]//g'` if [ -n "$VALUE" ] then PROC_TYPE="INTEL" else VALUE=`cat /proc/cpuinfo | grep -i authenticamd | sed 's/[ ]//g'` if [ "$VALUE" != "" ] then PROC_TYPE="AMD" else PROC_TYPE="INTEL" fi fi # If it is RHEL3 lets verify the Kernel Arch. if [ "$IsItRHEL3" = "true" ] then for i in K6= K7= K8= do if [ -f /boot/config-${RKRNL} ] then VALUE=`grep -c "^CONFIG_M${i}" /boot/config-${RKRNL}` if [ $VALUE -gt 0 ] then PROC_TYPE="AMD" fi fi done fi export PROC_TYPE return } function checkForComponentInstall() { argv=$@ declare -i n=0 touch $RMLIST for param in $argv do if [ $param = "-c" ] then componentInstall="true" fi n=`echo $param|grep -n .rpm.tar.gz|awk -F ':' '{print $1}'` if [ "$componentInstall" = "true" -a -s $param -a $n -gt 0 ] then COMPNAME=$param RPMNAME=`basename $param .tar.gz` XMLNAME=`basename $param .rpm.tar.gz`.xml tar xzvf $COMPNAME $RPMNAME >> $RMLIST tar xzvf $COMPNAME $XMLNAME >> $RMLIST fi shift done } ################################### ## ## ## M A I N ## ## ## ################################### # Lets verify that 'superuser' is running this app. if [ `id -u` -eq 0 ] then AUTO=${SS_CD_MOUNTPOINT} # Set some traps. trap 'interrupt "\nTerminated!\n"' 2 trap 'cleanup ""' 1 3 15 # Remove an empty lock directory if [ -d ${LCKDIR} -a ! -s ${LCKFILE} ] then rmdir $LCKDIR fi # Now setup a lock, so that we only allow one instance of # the HPPLDU to run at a time. if [ ! -d ${LCKDIR} ] then $MKDIR $LCKDIR >/dev/null 2>&1 echo $$ >$LCKFILE else ISITCURR=0 CHKLCK=`cat $LCKFILE 2>/dev/null` [ -n "$CHKLCK" ] && ISITCURR=`$PSE | grep "^ *$CHKLCK"` if [ ${#ISITCURR} -gt 0 ] then RFLAG=0 cleanup "\nOnly one instance of the HP ProLiant Linux Deployment Utility\nmay run at a time.\n" exit 22 else echo $$ >$LCKFILE fi fi # Setup our HP directory if needed. if [ ! -d $HPDir ] then $MKDIR $HPDir [ $? -ne 0 ] && cleanup "Unable to create $HPDir..this directory is required for\nstoring certain files used with the HP ProLiant Linux Deployment Utility." fi # Determine the path to our executables, and move there. ORIGDIR=`dirname "$0"` if [ "${ORIGDIR}" = "." ] then ORIGDIR="${PWD}" elif [ `echo ${ORIGDIR} | egrep -c "^\.\/"` -ne 0 ] then workingDir=`echo ${ORIGDIR} | awk -F '.' '{print $2}'` ORIGDIR="${PWD}""${workingDir}" fi cd "$ORIGDIR" # Lets make the command line options local. GetOpts "$*" # Which Distr. of Linux are we on. SetProcTypeAndArchitecture SetupForOS checkForComponentInstall $@ # Are we on a RO filesystem, or one that prohibits soft links? /bin/ln -s ./install???.sh ./dummy &>/dev/null NOLINK=$? /bin/rm -f ./dummy &>/dev/null touch "${ORIGDIR}"/install???.sh >/dev/null 2>&1 if [ $? -ne 0 -o $NOLINK -ne 0 ] then RO=true # This is a READ-ONLY directory, or non-linkable FS. if [ ${#AUTO} -gt 0 ] then CDDEV=$MNTDEV else CDDEV=`df -k "$ORIGDIR"|awk '{if( NR > 1) print $1}'` fi export CDDEV if [ "$IsItRHEL4" = "true" -o "$IsItRHEL4_64" = "true" ] then SPACE_AVAIL=`df /tmp | awk '{if(NR > 1) print $3}'` else SPACE_AVAIL=`df /tmp | awk '{if(NR > 1) print $4}'` fi if [ $SPACE_AVAIL -ge $SPACE_REQD ] then $MKDIR "$TMPDIR" >/dev/null 2>&1 # Create a temporary work space. if [ $? -ne 0 ] then cleanup "\n\nUnable to create a temporary working directory in '/tmp'.\nPlease verify, or set '/tmp' for proper permissions, and re-run\nthe HP ProLiant Linux Deployment Utility." exit 1 fi if [ "$componentInstall" = "false" ] then GetBundle "$TMPDIR" ${CPCMD} ${BUNDLE} "${TMPDIR}" >/dev/null 2>&1 cd "${TMPDIR}" fi # Well we finally got thru all the preliminaries, so now # we can get down to business. # Setup the execution environment. tar zxf ${TARBALL} >/dev/null else cleanup "\n\nThere is inadequate disk space available in '/tmp' to execute\nthe HP ProLiant Linux Deployment Utility.\n Exiting...\n" exit 1 fi else if [ "$componentInstall" = "false" ] then GetBundle "$ORIGDIR" fi # Well we finally got thru all the preliminaries, so now # we can get down to business. # Setup the execution environment. tar zxf ${TARBALL} >/dev/null fi rm -f ${RMLIST} touch ${RMLIST} if [ "$UNTAR" = "true" ] then for i in `ls *.tar.gz` do if [ `echo $i|grep -c hppldu-` -eq 0 ] then /bin/tar zvxf ${i} >> ${RMLIST} fi done fi # See if we are on RH EL3, if so verify libgdk_pixbuf.so.2 and required RPMs are present. if [ "$IsItRHEL3" = "true" ] then CheckGDKLib # The next two lines were added to fix the RHEL3 rpm database corruption issue. export LD_ASSUME_KERNEL=2.4.1 export RPM_FORCE_NPTL=1 elif [ "$IsItRHEL3_64" = "true" -o "$IsItRHEL4_64" = "true" ] then MoveGtkRC # The next two lines were added to fix the RHEL3 rpm database corruption issue. if [ "$IsItRHEL3_64" = "true" ] then export LD_ASSUME_KERNEL=2.4.21 fi export RPM_FORCE_NPTL=1 fi CheckInstalledRPMs # Is HPASM installed, and are the agents running, if so, stop them. if [ "$HelpOnly" = "false" ] then # Is the hpasm running? ASM=`ps -e | grep hpasmd` if [ ${#ASM} -ne 0 ] then [ "$SILENT" = "false" ] && echo -e "\nStopping HP System Management Drivers and Agents...\c" /etc/init.d/cmanic stop >/dev/null 2>&1 /etc/init.d/hpasm stop >/dev/null 2>&1 [ "$SILENT" = "false" ] && echo -e "${GREEN}Done${NORMAL}\n" if [ "$DELAY" = "false" -a "$SILENT" = "false" ] then echo -e "\nStopping HP System Management Homepage...\c" /etc/init.d/hpvca stop >/dev/null 2>&1 /etc/init.d/hpsmhd stop >/dev/null 2>&1 echo -e "${GREEN}Done${NORMAL}\n" echo -e "\nStopping SNMP Daemon...\c" /etc/init.d/snmpd stop >/dev/null 2>&1 echo -e "${GREEN}Done${NORMAL}\n" fi STOPPED=true else ASM=`/bin/rpm -q hpasm 2>&1|grep "not installed"` if [ ${#ASM} -ne 0 ] then NOHPASM=true fi fi fi if [ -f /var/spool/compaq/cma.install ] then $RMCMD /var/spool/compaq/cma.install >/dev/null 2>&1 fi if [ ! -d /var/spool/compaq ] then $MKDIR /var/spool/compaq >/dev/null 2>&1 fi # Added hpasmd per request from S. Sherbert 10/11/04. # Added cmastor per request from S. Sherbert 10/13/04. echo "hpasmd cmastor cmafdtn cmasvr" > /var/spool/compaq/cma.install # Is ELM configured with passwords? IsELMCfg # Is VCA configured? IsVCACfg # Add the x11-libs needed by the UI if necessary... if [ "$IsItRHEL4_64" = "true" -a "$ADDED_X11_RHEL4" = "true" -a "${GUI}" = "true" ] then extractRPM $X11_LIBS_RHEL4_RPM rpm -iv --nodeps $X11_LIBS_RHEL4_RPM >/dev/null 2>&1 fi ln -sf libcpqlsptransport.so.0.0 libcpqlsptransport.so.0 >/dev/null 2>&1 ln -sf libcpqlsptransport.so.0 libcpqlsptransport.so >/dev/null 2>&1 ${CPCMD} libcpqlsptransport.so.0.0 /usr/lib/ >/dev/null 2>&1 ${CPCMD} libcpqlsptransport.so.0 /usr/lib/ >/dev/null 2>&1 /sbin/ldconfig >/dev/null 2>&1 HPLSPINSTALL=TRUE export HPLSPINSTALL # Then kick off the Application. RFLAG=1 if [ "$IsItRHEL4" = "true" -o "$IsItRHEL4_64" = "true" ] then export ItIsRHEL4=true else export ItIsRHEL4=false fi if [ "$GUI" = "false" -a "$CMDLINE" = "false" ] then createRamDisk ./hppldu $@ "--nui" RC=`expr $?` # Capture the return code from the HPPLDU. removeRamDisk else if [ "$IsItRHEL3_64" = "true" -o "$IsItRHEL4_64" = "true" ] then if [ ! -e /usr/lib/libgtk-1.2.so.0.9.1 ] then extractRPM libgtk-1.2.so.0.9.1 ${CPCMD} libgtk-1.2.so.0.9.1 /usr/lib/libgtk-1.2.so.0 GTK_COPIED=true fi if [ ! -e /usr/lib/libgdk-1.2.so.0.9.1 ] then extractRPM libgdk-1.2.so.0.9.1 ${CPCMD} libgdk-1.2.so.0.9.1 /usr/lib/libgdk-1.2.so.0 GDK_COPIED=true fi fi /sbin/ldconfig >/dev/null 2>&1 createRamDisk ./hppldu "$@" # Capture the return code from the HPPLDU. RC=`expr $?` removeRamDisk fi # Delay for a few seconds if we are running a VCA install. if [ "$DELAY" = "true" ] then sleep 15 fi # We are finished, so call the cleanup crew. cleanup "" else RFLAG=1 cleanup "\n'root' access is required to run the HP Deployment Utility for Linux.\n" RC=`expr 1` fi # If we were called from a CD using autorun and a reboot is scheduled, # we need to eject the CD. if [ \( -n "$AUTO" -a -n "$CDDEV" \) -a $RC -eq 16 ] then [ -x /usr/bin/eject ] && EJECT=/usr/bin/eject [ -x /bin/eject ] && EJECT=/bin/eject cat >/tmp/eject.sh <<-[] cd /root autorunpid=`ps -eaf | grep autorun | awk '{print $2}'` kill -HUP $autorunpid sleep 2 kill -HUP $PPID sleep 2 $EJECT -r $CDDEV sleep 5 /bin/rm -f /tmp/eject.sh exit [] cd /tmp chmod 700 /tmp/eject.sh nohup /tmp/eject.sh >/dev/null 2>&1 & disown %nohup $EJECT -r $CDDEV > /dev/null 2>&1 sleep 3 $EJECT -r $CDDEV > /dev/null 2>&1 fi cd "$HOME" exit $RC