#!/bin/sh # IBM(c) 2007 EPL license http://www.eclipse.org/legal/epl-v10.html #------------------------------------------------------------------------------- #=head1 otherpkgs #=head2 It gets the extra rpms and install/update them. # The environment variable OTHERPKGS contains the rpms to be installed/updated. # On MN, You need to: # 1. put rpms under /install/post/otherpkgs/os/arch directory where 'os' and 'arch' # can be found in the nodetype table. # 2. put the name of the packages to /opt/xcat/share/xcat/netboot(install)/platform # directory. The file name is one of the following: # profile.os.arch.otherpkgs.pkglist # profile.os.otherpkgs.pkglist # profile.arch.otherpkgs.pkglist # profile.otherpkgs.pkglist # The install/deployment process will pick up the rpms and install them on the nodes. # However, if the nodes have already installed and up and running, you can run the following # command to have the extra rpms installed: # updatenode noderange otherpkgs # #=cut #------------------------------------------------------------------------------- # pmatch determines if 1st argument string is matched by 2nd argument pattern pmatch () { case $1 in $2) return 0;; # zero return code means string matched by pattern esac return 1 # non-zero return code means string not matched by pattern } ## ## The following routines implement the notion of an array. ## The POSIX shell does not support arrays. ## With these routines, an array conceptually called "my_array" is implmented using the following series ## of variables: ## ## my_array__ARRAY_HIGH_INDEX - holds the highest index used in the array ## my_array__0 - value for element 0 of my_array: my_array[0] in standard array notation ## my_array__1 - value for element 1 of my_array: my_array[1] in standard array notation ## . . ## . . ## . . ## # # array_empty - make the array whose name is given by $1 empty (with no elements). # # sample call: array_empty my_array # array_empty () { local array_name="$1" local high_ndx_varname="${array_name}__ARRAY_HIGH_INDEX" local elem_varname local high_ndx local ndx # Determine current element count eval "high_ndx=\$${high_ndx_varname}" if [ -z "$high_ndx" ]; then return fi # Unset all previously defined element variables and the high index variable ndx=0 while [ $ndx -le $high_ndx ]; do elem_varname="${array_name}__${ndx}" eval "unset ${elem_varname}" ndx=$(expr $ndx + 1) done eval "unset ${high_ndx_varname}" } # # array_get_size - return the size of the array whose name is given by $1. # The size, which is the highest index plus one is written to standard output # # sample call: size=$(array_get_size my_array) # array_get_size () { local array_name="$1" local high_ndx_varname="${array_name}__ARRAY_HIGH_INDEX" local high_ndx eval "high_ndx=\$${high_ndx_varname}" if [ -z "$high_ndx" ]; then high_ndx=-1 fi echo $(expr $high_ndx + 1) } # # array_set_element - set an element to a value. $1 is the array name, $2 is the element index, # $3 is the element value. # # sample call: array_set_element my_array index "the new element value" # array_set_element () { local array_name="$1" local ndx="$2" local elem_value="$3" local high_ndx_varname="${array_name}__ARRAY_HIGH_INDEX" local elem_varname local high_ndx # Set specified element to specified value elem_varname="${array_name}__${ndx}" eval "${elem_varname}=\"${elem_value}\"" # Adjust high index eval "high_ndx=\$${high_ndx_varname}" if [ -z "$high_ndx" ]; then high_ndx=-1 fi if [ $ndx -gt $high_ndx ]; then eval "${high_ndx_varname}=${ndx}" fi } # # array_get_element - get an element's value. $1 is the array name, $2 is the element index. # # sample call: value=$(array_get_element my_array index) # array_get_element () { local array_name="$1" local ndx="$2" eval "echo \"\$${array_name}__${ndx}\"" } ## ## End of set routines. ## # do nothing for diskless deployment case because it is done in the image already if [ -z "$UPDATENODE" ] || [ $UPDATENODE -ne 1 ]; then if [ "$NODESETSTATE" = "netboot" -o \ "$NODESETSTATE" = "statelite" -o \ "$NODESETSTATE" = "diskless" -o \ "$NODESETSTATE" = "dataless" ] then echo " Did not install any extra rpms." exit 0 fi fi if [ -z "$OTHERPKGS_INDEX" ]; then echo "$0: no extra rpms to install" exit 0 fi if [ -z "$NFSSERVER" ]; then NFSSERVER=$MASTER fi if [ -z "$INSTALLDIR" ]; then INSTALLDIR="/install" fi #check if /install is mounted on the server, we may need to add code to conver NFSSERVER to ip mounted=0; result=`mount |grep /install |grep $NFSSERVER` if [ $? -eq 0 ]; then NFSSERVER="/install" mounted=1 fi if [ -z "$OTHERPKGDIR" ]; then OTHERPKGDIR="$NFSSERVER/post/otherpkgs/$OSVER/$ARCH" fi if [ $mounted -eq 0 ]; then otherpkg_subdir=${OTHERPKGDIR#$INSTALLDIR} if [ "$otherpkg_subdir" != "$OTHERPKGDIR" ]; then OTHERPKGDIR=${NFSSERVER}${otherpkg_subdir} fi fi echo NFSSERVER=$NFSSERVER logger -t xcat "NFSSERVER=$NFSSERVER" echo OTHERPKGDIR=$OTHERPKGDIR logger -t xcat "OTHERPKGDIR=$OTHERPKGDIR" #if [ -x "/sbin/dhcpcd" ]; then # dhcpcd -n $PRIMARYNIC #fi #check if the node has yum or zypper installed, it will try yum first, then zypper and last rpm # for rpm based machines, or check if apt is installed, then it will use apt then dpkg hasrpm=0 hasyum=0 haszypper=0 hasapt=0 hasdpkg=0 supdatecommand="rpm -Uvh --replacepkgs" sremovecommand="rpm -ev" result=`which rpm` if [ $? -eq 0 ]; then hasrpm=1 result=`rpm -q yum` if [ $? -eq 0 ]; then hasyum=1 else result=`rpm -q zypper` if [ "$?" = "0" ]; then haszypper=1 fi fi else result=`which dpkg` if [ $? -eq 0 ]; then hasdpkg=1 supdatecommand="dpkg -i" sremovecommand="dpkg -r" result=`dpkg -l apt` if [ $? -eq 0 ]; then hasapt=1 fi fi fi # To support the #NEW_INSTALL_LIST# entry in otherpkgs.pkglist files, # multiple lists of packages are provided to this script in the form: # OTHERPKGS1, OTHERPKGS2, ... OTHERPKSn where n=OTHERPKGS_INDEX # Each sublist will be installed in a separate call (separate pass # through this loop) op_index=1 #echo "OTHERPKGS_INDEX = $OTHERPKGS_INDEX" while [ $op_index -le $OTHERPKGS_INDEX ]; do eval pkglist=\$OTHERPKGS$op_index #echo "pkglist = $pkglist" if [ $hasyum -eq 1 ]; then mkdir -p /etc/yum.repos.d result=`rm /etc/yum.repos.d/xCAT-otherpkgs*.repo 2>&1` result=`yum clean all` repo_base="/etc/yum.repos.d" elif [ $haszypper -eq 1 ]; then #remove old repo old_repo=`zypper sl |grep xcat-otherpkgs | cut -f2 -d '|'` for x in $old_repo do result=`zypper sd $x` done zypper --non-interactive refresh repo_base="/tmp" elif [ $hasapt -eq 1 ] ; then mkdir -p /etc/apt/sources.list.d result=`rm /etc/apt/sources.list.d/xCAT-otherpkgs*.list 2>&1` result=`apt-get -y update` repo_base="/etc/apt/sources.list.d" fi array_empty repo_path repo_pkgs="" repo_pkgs_preremove="" repo_pkgs_postremove="" plain_pkgs="" plain_pkgs_preremove="" plain_pkgs_postremove="" array_empty handled_path for x in `echo "$pkglist" | tr "," "\n"` do #check if the file name starts with -- or -. #If it is start with -, then the rpm must be removed before installing other packages #If it is start with --, then the rpm will be removed after installing other packages string_type=0; #nornmal rpm pos=`expr index $x -` if [ $pos -eq 1 ]; then x=`echo ${x#-}` pos=`expr index $x -` if [ $pos -eq 1 ]; then x=`echo ${x#-}` string_type=1 #start with -- else string_type=-1 #start with - fi fi if [ $hasyum -eq 0 ] && [ $haszypper -eq 0 ] && [ $hasapt -eq 0 ]; then if [ $string_type -eq -1 ]; then plain_pkgs_preremove="$plain_pkgs_preremove $x" elif [ $string_type -eq 1 ]; then plain_pkgs_postremove="$plain_pkgs_postremove $x" else plain_pkgs="$plain_pkgs $x*" fi continue fi if [ $string_type -eq -1 ]; then repo_pkgs_preremove="$repo_pkgs_preremove $x" elif [ $string_type -eq 1 ]; then repo_pkgs_postremove="$repo_pkgs_postremove $x" else fn=`basename $x` path=`dirname $x` whole_path=$OTHERPKGDIR/$path #whole_path=$OTHERPKGDIR #find out if this path has already handled try_repo=1 rc=1 i=0 while [ $i -lt $(array_get_size handled_path) ]; do if [ $(array_get_element handled_path $i) = $path ]; then try_repo=0 j=0 while [ $j -lt $(array_get_size repo_path) ]; do if [ $(array_get_element repo_path $j) = $path ]; then rc=0 break fi j=$((j+1)) done break fi i=$((i+1)) done #try to add the path to the repo if [ $try_repo -eq 1 ]; then index=$(array_get_size repo_path) if [ $hasyum -eq 1 ] || [ $haszypper -eq 1 ] ; then REPOFILE="$repo_base/xCAT-otherpkgs$index.repo" echo "[xcat-otherpkgs$index]" > $REPOFILE echo "name=xcat-otherpkgs$index" >> $REPOFILE if [ $mounted -eq 0 ]; then echo "baseurl=ftp://$whole_path" >> $REPOFILE else echo "baseurl=file://$whole_path" >> $REPOFILE fi echo "enabled=1" >> $REPOFILE echo "gpgcheck=0" >> $REPOFILE elif [ $hasapt -eq 1 ] ; then REPOFILE="$repo_base/xCAT-otherpkgs$index.list" if [ $mounted -eq 0 ]; then type=ftp else type=file fi echo "deb http://$MASTER$INSTALLDIR/post/otherpkgs/$OSVER/$ARCH/$path /" >> $REPOFILE fi if [ $hasyum -eq 1 ]; then #use yum result=`yum list $fn 2>&1` if [ $? -eq 0 ]; then rc=0 array_set_element repo_path $index $path else rm $REPOFILE fi elif [ $haszypper -eq 1 ]; then #use zypper if ( pmatch "$OSVER" "sles11*" ); then result=`zypper ar -c $REPOFILE` else result=`zypper sa -c $REPOFILE` fi result=`zypper --non-interactive refresh xcat-otherpkgs$index 2>&1` if [ $? -eq 0 ]; then rc=0 array_set_element repo_path $index $path else result=`zypper sd xcat-otherpkgs$index` fi elif [ $hasapt -eq 1 ]; then #use apt result=`apt-cache search $fn 2>&1` if [ $? -eq 0 ]; then rc=0 array_set_element repo_path $(array_get_size repo_path) $path else rm $REPOFILE fi fi fi if [ $rc -eq 0 ]; then repo_pkgs="$repo_pkgs $fn" else #now no hope we have to use rpm command plain_pkgs="$plain_pkgs $x*" fi array_set_element handled_path $(array_get_size handled_path) $path fi done #now update all the existing rpms if [ $hasyum -eq 1 ]; then echo "yum -y upgrade" result=`yum -y upgrade 2>&1` logger -t xcat "$result" if [ $? -ne 0 ]; then logger -t xcat "otherpkgs: $result" fi echo "$result" elif [ $haszypper -eq 1 ]; then echo "zypper --non-interactive update --auto-agree-with-license" result=`zypper --non-interactive update --auto-agree-with-license 2>&1` logger -t xcat "$result" if [ $? -ne 0 ]; then logger -t xcat "otherpkgs: $result" fi echo "$result" fi #echo "repo_pkgs=$repo_pkgs,\nrepo_pkgs_preremove=$repo_pkgs_preremove,\nrepo_pkgs_postremove=$repo_pkgs_postremove" #echo "plain_pkgs=$plain_pkgs,\nplain_pkgs_preremove=$plain_pkgs_preremove,\nplain_pkgs_postremove=$plain_pkgs_postremove" #Now we have parsed the input, let's remove rpms if is specified with - if [ "$repo_pkgs_preremove" != "" ]; then if [ $hasyum -eq 1 ]; then echo "yum -y remove $repo_pkgs_preremove" result=`yum -y remove $repo_pkgs_preremove 2>&1` logger -t xcat "$result" if [ $? -ne 0 ]; then logger -t xcat "otherpkgs: $result" fi echo "$result" elif [ $haszypper -eq 1 ]; then echo "zypper remove -y $repo_pkgs_preremove" result=`zypper remove -y $repo_pkgs_preremove 2>&1` logger -t xcat "$result" if [ $? -ne 0 ]; then logger -t xcat "otherpkgs: $result" fi echo "$result" fi fi if [ "$plain_pkgs_preremove" != "" ]; then echo "$sremovecommand $plain_pkgs_preremove" result=`$sremovecommand $plain_pkgs_preremove 2>&1` logger -t xcat "$result" if [ $? -ne 0 ]; then logger -t xcat "otherpkgs $result" fi echo "$result" fi #installation using yum or zypper if [ "$repo_pkgs" != "" ]; then if [ $hasyum -eq 1 ]; then echo "yum -y install $repo_pkgs" result=`yum -y install $repo_pkgs 2>&1` logger -t xcat "$result" if [ $? -ne 0 ]; then logger -t xcat "otherpkgs: $result" fi echo "$result" elif [ $haszypper -eq 1 ]; then echo "zypper install -y $repo_pkgs" result=`zypper install -y $repo_pkgs 2>&1` logger -t xcat "$result" if [ $? -ne 0 ]; then logger -t xcat "otherpkgs: $result" fi echo "$result" #remove the repos #old_repo=`zypper lr -u |grep xcat-otherpkgs | cut -f2 -d '|'` #for x in $old_repo #do # result=`zypper sd $x` #done elif [ $hasapt -eq 1 ]; then result=`apt-get -y update 2>&1` echo "apt-get -q -y --force-yes install $repo_pkgs" result=`apt-get -q -y --force-yes install $repo_pkgs 2>&1` logger -t xcat "$result" if [ $? -ne 0 ]; then logger -t xcat "otherpkgs: $result" fi echo "$result" fi fi #Handle the rest with rpm if [ "$plain_pkgs" != "" ]; then if [ $mounted -eq 0 ]; then dir_no_ftproot=${OTHERPKGDIR#$INSTALLDIR/} mkdir -p /xcatpost/$dir_no_ftproot rm -f -R /xcatpost/$dir_no_ftproot/* mkdir -p /tmp/postage/ rm -f -R /tmp/postage/* cd /tmp/postage for x in `echo "$plain_pkgs" | tr " " "\n"` do wget -l inf -N -r --waitretry=10 --random-wait --retry-connrefused -t 0 -T 60 ftp://$OTHERPKGDIR/$x 2> /tmp/wget.log done mv $dir_no_ftproot/* /xcatpost/$dir_no_ftproot; rm -rf $NFSSERVER cd /xcatpost/$dir_no_ftproot else cd $OTHERPKGDIR fi echo "$supdatecommand $plain_pkgs" result=`$supdatecommand $plain_pkgs 2>&1` logger -t xcat "$result" if [ $? -ne 0 ]; then logger -t xcat "otherpkgs $result" fi echo "$result" if [ $mounted -eq 0 ]; then cd /xcatpost dir_no_ftproot=${OTHERPKGDIR#$INSTALLDIR/} dir_no_ftproot=${dir_no_ftproot%%/*} rm -f -R $dir_no_ftproot fi fi #remove more rpms if specified with -- if [ "$repo_pkgs_postremove" != "" ]; then if [ $hasyum -eq 1 ]; then echo "yum -y remove $repo_pkgs_postremove" result=`yum -y remove $repo_pkgs_postremove 2>&1` logger -t xcat "$result" if [ $? -ne 0 ]; then logger -t xcat "otherpkgs: $result" fi echo "$result" elif [ $haszypper -eq 1 ]; then echo "zypper remove -y $repo_pkgs_postremove" result=`zypper remove -y $repo_pkgs_postremove 2>&1` logger -t xcat "$result" if [ $? -ne 0 ]; then logger -t xcat "otherpkgs: $result" fi echo "$result" elif [ $hasapt -eq 1 ]; then echo "apt-get -y remove $repo_pkgs_postremove" result=`apt-get -y remove $repo_pkgs_postremove 2>&1` logger -t xcat "$result" if [ $? -ne 0 ]; then logger -t xcat "otherpkgs: $result" fi echo "$result" fi fi if [ "$plain_pkgs_postremove" != "" ]; then echo "$sremovecommand $plain_pkgs_postremove" result=`$sremovecommand $plain_pkgs_postremove 2>&1` logger -t xcat "$result" if [ $? -ne 0 ]; then logger -t xcat "otherpkgs $result" fi echo "$result" fi op_index=$((op_index+1)) done exit 0