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lspatches.sh
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lspatches.sh
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#!/bin/bash
# Fred Denis -- [email protected] -- June 22nd 2018
#
# Please have a look at https://unknowndba.blogspot.com/2018/07/lspatchessh-oracle-patch-reporting-tool.html for detailed explanations
#
# Provide information on the installed and missing patches on ORACLE_HOMEs
# $0 -h for more information
#
# The version of the script is 20190906
# 20190906 - Fred Denis - A new -V option to show the version of the script
# 20191401 - Fred Denis - opatchauto report: show Homes with -s option properly, fixed GREP/UNGREP
# - Fixed issue with GI HOMe with no olsnodes (non-RAC)
# 20190401 - Fred Denis - Implement opatchauto report instead of lsinventory -all_nodes for versions > 1220112 or for 11g
# 20180809 - Fred Denis - Add the desription of a patch if available
# 20180704 - Fred Denis - GREP and UNGREP now works when a file is specified
# A new -o option to only get the opatch output on a file
# The -s option is now compatible with the -f one
# 20180626 - Fred Denis - Started the opatch version management by showing a warning when the special 12.2.0.1.13 and 11.2.0.3.18 versions are used
# see https://unknowndba.blogspot.com/2018/06/deprecation-of-opatch-command-option.html for more information
# Shows an error when opatch raises an error (when another user owns the ORACLE_HOME for example)
# 20180625 - Fred Denis - Different OS support : (the script is developed under Linux)
# --- Solaris :
# - grep "^[Aa-Zz|+]" does not work on Solaris so I moved to grep -v "^#" | grep -v "^$" when reading oratab
# - default Solaris awk is the original awk and nawk lacks features from gawk (the script definitely does not work with nawk due to array management features)
# gawk is installed by default with Solaris 11 and is available for Solaris < 11, the script then expects gawk to be here for Solaris and if not it cannot continue
# --- HP-UX and AIX :
# - The "case" to support other OS is also HP-UX and AIX ready but I have not tested it as I have no such OS handy
# 20180622 - Fred Denis - Initial release
#
#
# Default values
#
ALL_NODES="Yes" # RAC system
GREP="." # What we grep -- default is everything
UNGREP="nothing_to_ungrep_unless_v_option_is_used$$" # What we don't grep (grep -v) -- default is nothing
FILE="" # No input file
OUT="" # No output file
TMP=/tmp/fictemplspatches$$ # A tempfile
TMP2=/tmp/fictemplspatches2$$ # Another tempfile
SHOW_HOMES="NO" # YES or NO we want to show the Homes from /etc/oratab or the input file $FILE ONLY
#
# Show the version of the script (-V)
#
show_version()
{
VERSION=`awk '{if ($0 ~ /^# 20[0-9][0-9][0-1][0-9]/) {print $2; exit}}' $0`
printf "\n\t\033[1;36m%s\033[m\n" "The current version of "`basename $0`" is "$VERSION"." ;
}
#
# An usage function
#
usage()
{
printf "\n\033[1;37m%-8s\033[m\n" "NAME" ;
cat << END
$0 -- Provide information on the installed and missing patches on ORACLE_HOMEs
END
printf "\n\033[1;37m%-8s\033[m\n" "SYNOPSIS" ;
cat << END
$0 [-f] [-o] [-g] [-l] [-v] [-s] [-h]
END
printf "\n\033[1;37m%-8s\033[m\n" "DESCRIPTION" ;
cat << END
$0 relies on the content of the /etc/oratab file to look at the installed patch on the ORACLE_HOMEs
It uses the opatch installed on each Home to list the installed patches and find the missing ones in case of RAC system
A file containing some opatch outputs can also be provided to $0; it will then not use opatch but rely on the input file
oraenv has to work as it is used to check if it is a RAC installation with olsnodes
If olsnodes from the ASM Home returns no rows then we go with local opatch
END
printf "\n\033[1;37m%-8s\033[m\n" "OPTIONS" ;
cat << END
-f A file containing one or more opatch outputs (no opatch command is performed in this mode)
- not compatible with the -o option
- compatible with the -g and -v options
-o An output file if you just want to generate the opatch output (no patch analysis shown)
- not compatible with the -f option
- compatible with the -g and -v options
-l Run opatch as Local only (default is opatch is run using the -all_nodes option)
-g Act as a grep command to grep the Homes you want to have the patches information
Examples :
$0 -g 12 # Will only consider the Homes that contain "12" in their name
$0 -g /u01/app/oracle/product/12.1.0.2/dbhome_dr2 # Will only consider this home
$0 -g dbhome_1 # Will only consider the Homes containing "dbhome_1"
$0 -g dbhome_1 -f /tmp/opatchoutput # Will only consider the Homes containing "dbhome_1"in the /tmp/opatchoutput file
-v Act as a grep -v comnmand when selecting the Homes you want the patches information from; it can be combined with the -g option
Examples :
$0 -v 12 # Will NOT consider the Homes which have"12" in their name
$0 -g dbhome_1 -v 12 # Will consider the "dbhome_1" Homes BUT those containing "12" in their name
$0 -v grid # All the Homes but the "grid" ones
-s Show the ORACLE_HOMEs that would be considered by the script, it can be used in conjunction with the -g and -v options
You can then test your -g and -v combination here
Examples :
$0 -s # Show all Homes from /etc/oratab
$0 -g 12 -v oa -s # Show all "12" Homes BUT the "oa" ones
$0 -f /tmp/opatchoutput -g 12 -s # Show the Homes from an opatch output file for the "12" Homes only
-V Shows the version of the script
-h Shows this help
END
exit 123
}
#
# Parameters management
#
while getopts "lg:v:f:o:hsV" OPT; do
case ${OPT} in
f) FILE=${OPTARG} ;;
o) OUT=${OPTARG} ;;
g) GREP=${OPTARG} ;;
l) ALL_NODES="" ;;
v) UNGREP=${OPTARG} ;;
s) SHOW_HOMES="YES" ;;
V) show_version; exit 567 ;;
h) usage ;;
\?) echo "Invalid option: -$OPTARG" >&2; usage ;;
esac
done
#
# Different OS support
#
OS=`uname`
case ${OS} in
SunOS)
ORATAB=/var/opt/oracle/oratab
AWK=/usr/bin/gawk ;;
Linux)
ORATAB=/etc/oratab
AWK=`which awk` ;;
HP-UX)
ORATAB=/etc/oratab
AWK=`which awk` ;;
AIX)
ORATAB=/etc/oratab
AWK=`which awk` ;;
*) echo "Unsupported OS, cannot continue."
exit 666 ;;
esac
if [ ! -f ${ORATAB} ]
then
cat << !
Unable to find oratab file in ${ORATAB}, cannot continue.
!
exit 667
fi
if [ ! -f ${AWK} ]
then
cat << !
Cannot find a modern version of awk in ${AWK}, cannot continue.
!
exit 668
fi
if [[ -n ${FILE} && -n ${OUT} ]]
then
cat << END
The -f and -o options cannot be used together; cannot continue.
$0 -h for help
END
exit 669
fi
#
# Show Homes only if -s option specified
#
if [ ${SHOW_HOMES} = "YES" ]
then
if [[ -f ${FILE} ]]
then
printf "\n\033[1;37m%-8s\033[m\n\n" "ORACLE_HOMEs that would be considered (${FILE}) :" ;
cat ${FILE} | grep "^Oracle Home" | awk 'BEGIN {FS=":"} { printf("\t%s\n", $NF)}' | grep ${GREP} | grep -v ${UNGREP} | sort | uniq
cat ${FILE} | grep "homes path=" | uniq | sed s'/" .*$//' | sed s'/.*"//' | sort | grep ${GREP} | grep -v ${UNGREP}
else
printf "\n\033[1;37m%-8s\033[m\n\n" "ORACLE_HOMEs that would be considered (${ORATAB}) :" ;
cat ${ORATAB} | grep -v "^#" | grep -v "^$" | grep -v agent | awk 'BEGIN {FS=":"} { printf("\t%s\n", $2)}' | grep ${GREP} | grep -v ${UNGREP} | sort | uniq
fi
printf "\n"
exit 0
fi
#
# Check that the file in parameter exists
#
if [ ! -f ${FILE} ]
then
cat << !
File ${FILE} does not exist, cannot proceed.
!
exit 123
fi
#
# Check if we could write in the out file
#
if [[ -n ${OUT} ]]
then
if [ -d ${OUT} ]; then echo "${OUT} is a directory, please specify a regular file; cannot continue."; exit 670; fi
if [ ! -w `dirname ${OUT}` ] ; then echo "`dirname ${OUT}` is not writable; cannot continue."; exit 671; fi
fi
#
# Set the ASM env to be able to use crsctl commands as well as olsnodes
#
ORACLE_SID=`ps -ef | grep pmon | grep asm | awk '{print $NF}' | sed s'/asm_pmon_//' | egrep "^[+]"`
#
# No ASM then we go local (I would need a RAC config with FS to test)
#
if [ -z ${ORACLE_SID} ]
then
ALL_NODES=""
else
export ORAENV_ASK=NO
. oraenv > /dev/null 2>&1
#
# Check if it is a RAC installtion, if not we go Local with opatch
#
if [ ! -f ${ORACLE_HOME}/bin/olsnodes ]
then
ALL_NODES=""
else
if [[ $(olsnodes | wc -l) -eq "0" ]] # No RAC installed so we go local only
then
ALL_NODES=""
fi
fi
fi
if [ -z ${FILE} ] # If a file as parameter we do not do the opatch
then
cat /dev/null > ${TMP}
for OH in `cat ${ORATAB} | grep -v "^#" | grep -v "^$" | grep -v agent | awk 'BEGIN {FS=":"} { print $2}' | grep ${GREP} | grep -v ${UNGREP} | sort | uniq`
do
printf "%-80s" "Proceeding with ${OH} . . ."
if [ -f $OH/OPatch/opatch ] && [ -x $OH/OPatch/opatch ]
then
OPATCH_DOTTED_VERSION=`$OH/OPatch/opatch version | grep Version | awk '{print $NF}'`
ERR=$?
if [ ${ERR} -eq 0 ]
then
OPATCH_VERSION=`echo ${OPATCH_DOTTED_VERSION} | sed s'/\.//g'`
if [[ "${OPATCH_VERSION:0:2}" -eq "12" && "${OPATCH_VERSION}" -gt 1220112 ]] ||
[[ "${OPATCH_VERSION:0:2}" -eq "11" && "${OPATCH_VERSION}" -gt 1120318 ]]
then # remote
if [ "${ALL_NODES}" = "Yes" ]
then
ALL_NODES_OPTION=" -remote "
else
ALL_NODES_OPTION=""
fi
echo "Oracle Interim Patch Installer version "$OPATCH_DOTTED_VERSION >> ${TMP}
$OH/OPatch/opatchauto report -type patches -format xml ${ALL_NODES_OPTION} >> ${TMP} 2>${TMP2}
ERR=$?
else # lsinventory
if [ "${ALL_NODES}" = "Yes" ]
then
ALL_NODES_OPTION=" -all_nodes "
else
ALL_NODES_OPTION=""
fi
$OH/OPatch/opatch lsinventory ${ALL_NODES_OPTION} -oh ${OH} >> ${TMP} 2>${TMP2}
ERR=$?
fi
if [ ${ERR} -eq 0 ]
then
printf "\t\033[1;32m%-8s\033[m\n" "OK" ;
else
printf "\t\033[1;31m%-8s" "Error $ERR" ;
cat ${TMP2} ;
printf "\033[m\n" "" ;
fi
else
printf "\t\033[1;31m%-8s" "Error " ;
fi
#if (((substr(OPATCH_VERSION_NUMERIC,1,2) == 12) && (OPATCH_VERSION_NUMERIC > 1220112)) ||
# ((substr(OPATCH_VERSION_NUMERIC,1,2) == 11) && (OPATCH_VERSION_NUMERIC > 1120318)))
#$OH/OPatch/opatch lsinventory ${ALL_NODES} -oh ${OH} >> ${TMP} 2>${TMP2}
#ERR=$?
#if [ ${ERR} -eq 0 ]
#then
# printf "\t\033[1;32m%-8s\033[m\n" "OK" ;
#else
# printf "\t\033[1;31m%-8s" "Error " ;
# cat ${TMP2} ;
# printf "\033[m\n" "" ;
#fi
else #if [ -f $OH/OPatch/opatch ] && [ -x $OH/OPatch/opatch ]
printf "\t\033[1;31m%-8s" "Cannot find $OH/OPatch/opatch " ;
printf "\033[m\n" "" ;
fi
done
else
cp ${FILE} ${TMP}
fi
#echo $TMP
#exit
#
# An output file is specified, we just want the opatch output so we exit before analyzing the opatch output
#
if [[ -n ${OUT} ]]
then
if [ -f ${TMP} ]
then
cp ${TMP} ${OUT}
if [ $? -ne 0 ]
then
cat << END
Could not copy the tempfile into ${OUT}; the opatch output should be in ${TMP};
END
fi
rm -f ${TMP}
exit $?
fi
fi
printf "\n" ;
${AWK} -v GREP="$GREP" -v UNGREP="$UNGREP" -v OPATCH_DOTTED_VERSION="$OPATCH_DOTTED_VERSION"\
'BEGIN { FS = ":" ;
# some colors
COLOR_BEGIN = "\033[1;" ;
COLOR_END = "\033[m" ;
RED = "31m" ;
GREEN = "32m" ;
YELLOW = "33m" ;
BLUE = "34m" ;
TEAL = "36m" ;
WHITE = "37m" ;
UNKNOWN = "-" ; # Something to print when the status is unknown
# Default columns size
COL_NODE = 16 ;
COL_PATCH = 12 ;
COL_VER = 14 ;
}
#
# A function to center the outputs with colors
#
function center( str, n, color, sep)
{ right = int((n - length(str)) / 2) ;
left = n - length(str) - right ;
return sprintf(COLOR_BEGIN color "%" left "s%s%" right "s" COLOR_END sep, "", str, "" ) ;
}
#
# A function that just print a "---" white line
#
function print_a_line()
{
printf("%s", COLOR_BEGIN WHITE) ;
for (k=1; k<=WIDTH; k++) {printf("%s", "-");} ; # n = number of nodes
printf("%s", COLOR_END"\n") ;
}
#
# The function that prints the output in nice tables
#
function print_output()
{
WIDTH = COL_PATCH+COL_NODE*n+n+1 ;
printf(COLOR_BEGIN BLUE" %s"COLOR_END, OH) ; # OH as a title
if (OPATCH_VERSION == "")
{ OPATCH_VERSION="unknown; opatchauto report does not provide the opatch version";
}
printf(" %s\n", "(opatch version " OPATCH_VERSION")") ; # Opatch version
# A header
print_a_line() ;
printf("%s", center("Patch ID", COL_PATCH, WHITE, "|")) ;
for (i = 1; i <= n; i++)
{
printf("%s", center(nodes[i], COL_NODE, WHITE, "|")) ; # Hostname / nodes
}
printf("\n") ;
print_a_line() ;
some_patches=0 ;
p=asort(all_patches) ;
for (i = 1; i <= p; i++)
{
some_patches=1 ;
printf("%s", center(all_patches[i], COL_PATCH, WHITE, "|")) ;
for (j = 1; j <= n; j++) # for each node
{
if (patch_tab[nodes[j], all_patches[i]] == all_patches[i]) # Patch is here
{ printf("%s", center("-", COL_NODE, GREEN, "|")) ;
}
else # Patch is missing
{
printf("%s", center("Missing", COL_NODE, RED, "|")) ;
}
}
printf ("%s", descr[all_patches[i]]) ; # Patch description
printf "\n" ;
}
if (some_patches == 0)
{ printf("%s\n", center("No patch installed ", WIDTH-1, TEAL, "|")) ;
}
delete all_patches ;
delete patch_tab ;
delete nodes ;
delete descr ;
NB_PATCHES_INSTALLED=0 ;
print_a_line() ;
printf "\n" ;
}
#
# Main awk
#
{ if ($0 ~ /^Oracle Interim Patch Installer version/)
{ gsub(/([aA-zZ])| /, "", $0) ;
OPATCH_VERSION=$0 ;
gsub(/\./, "", $0) ;
OPATCH_VERSION_NUMERIC=$0 ;
}
if ($1 ~ /^Oracle Home/) # opatch lsinventory output
{
gsub(" ", "", $2) ;
OH=$2 ;
oh_tab[oh_nb++]=OH ;
if ((OH !~ GREP) || (OH ~ UNGREP))
{
next ;
}
while (getline)
{
if ($1 ~ /^Hostname/) # The hostname in case it is a local opatch
{
gsub(" ", "", $2) ;
sub(/\..*$/, "", $2) ;
SERVER = $2 ;
nodes[1] = $2 ;
n = 1 ;
}
if (($1 ~ /^Rac system comprising/) && (! NB_PATCHES_INSTALLED)) # RAC Home
{
cpt=1 ;
while(getline)
{ if ($0 ~ /^$/)
{ break ;
}
gsub(" ", "", $0) ;
gsub(/^.*=/, "", $0) ;
nodes[cpt] = $0 ;
cpt++ ;
}
n=asort(nodes) ; # sort array nodes
}
if (($1 ~ /^Patch level status of Cluster node/) && (! NB_PATCHES_INSTALLED)) # Grid Homes
{ getline; getline; getline;
nodes_list = "" ;
while(getline)
{
if ($0 ~ /^$/)
{
split(nodes_list, nodes, ",") ;
n=asort(nodes) ; # sort array nodes
break ;
}
if ($1 ~ /^ *[0-9]* /)
{
sub(/^ *[0-9]* /, "", $1);
gsub(" ", "", $1) ;
gsub("\t", "", $1) ;
if (nodes_list == "")
{ nodes_list = $1 ;
} else {
nodes_list=nodes_list","$1 ;
}
}
}
}
if ($1 ~ /^Node Name/)
{
gsub(" ", "", $2) ;
SERVER=$2 ;
}
if ($1 ~ /^Interim patches/)
{
gsub(/^.*\(/, "", $1) ;
gsub(/\).*$/, "", $1) ;
NB_PATCHES_INSTALLED = $1 ;
NB_PATCHES_FOUND = 0 ;
while(getline)
{
if (($1 ~ /^Patch/) && ($0 ~ /applied on/)) # Patch id
{ NB_PATCHES_FOUND++ ;
patch_id = $1 ;
sub("Patch", "", patch_id) ;
gsub(" ", "", patch_id) ;
patch_tab[SERVER, patch_id]=patch_id ; # Patches per server
if (patch_id in all_patches)
{ cpt++; } else {
all_patches[patch_id] = patch_id ; # All patches accross all nodes
}
getline; getline ;
if ($1 ~ /^Patch description/) # Get the patch descr if available
{
sub("Patch description: ", "", $0) ;
gsub("\"", "", $0) ;
descr[patch_id] = $0 ;
}
}
if (NB_PATCHES_FOUND == NB_PATCHES_INSTALLED)
{ break ;
}
}
}
if (($1 ~ /^OPatch succeeded/) || ($1 ~ /^OPatch completed with warnings/))
{
print_output() ;
break ;
}
}
} # End if ($1 ~ /^Oracle Home/)
if ($0 ~ /OPatchAuto report result/) # opatchauto report output
{
n=0 ; # Number of nodes
while (getline)
{ if ($0 ~ /host name=/)
{ sub(/^.*name="/, "", $0) ;
sub(/".*$/, "", $0) ;
SERVER=$0 ;
n++ ;
nodes[n]=SERVER ;
}
if ($0 ~ /homes path/)
{ sub(/^.*path="/, "", $0) ;
sub(/".*$/, "", $0) ;
OH=$0 ;
if ((OH !~ GREP) || (OH ~ UNGREP))
{
next ;
}
}
if($0 ~ /patch id/)
{
patch_id = $0 ;
sub(/^ *<patch id="/, "", patch_id) ;
sub(/".*$/, "", patch_id) ;
patch_tab[SERVER, patch_id]=patch_id ; # Patches per server
if (patch_id in all_patches)
{ cpt++; } else {
all_patches[patch_id] = patch_id ; # All patches accross all nodes
}
}
if ($0 ~ /OPatchAuto report end of result/)
{ print_output() ;
break ;
}
}
}
} ' ${TMP}
for F in ${TMP} ${TMP2}
do
if [ -f ${F} ]
then
rm -f ${F}
fi
done
#************************************************************************#
#* E N D O F S O U R C E *#
#************************************************************************#