ASM – CHECK CRS STATUS SCRIPT

haisins

2년 ago

ASM – CHECK CRS STATUS SCRIPT

#!/usr/bin/ksh
#This script gives crs status
if [[ uname -s = “SunOS” ]] ; then
AWK=/usr/bin/nawk
else
AWK=/usr/bin/awk
fi

function print_usage {
echo ” ”
echo “Usage: crsstat [-h] [-c] [search term]”
echo ” ”
echo ” -h => print this message”
echo ” -c => output the resources by cluster or local”
echo ” ”
echo ” Examples:”
echo ” crsstat # show all resources”
echo ” crsstat listener # only show listener resources”
echo ” crsstat database # only show database resources”
echo ” crsstat -c listener # only show database resources sorted by cluster/local”
echo ” ”
echo ” Output Contains the following fields:”
echo ” Resource Name”
echo ” Resource Type, which includes an identifier C-Cluster and L-Local”
echo ” Target State”
echo ” Current State”
echo ” Current Node (11gR2: or the last node in paraenthesis if the resource is Offline)”
echo ” Failure Count (11gR2 only)”
echo ” Restart Count (11gR2 only)”
echo ” State Details (11gR2 only)”
exit 101
} # print_usage

function get_cmdline_options {
while getopts “:chv” opt; do
case ${opt} in
c ) sort_cluster_local=”true”
;;
h ) print_usage
exit 10
;;
v ) echo “Version: $VERSION”
exit 100
;;
* ) echo “Error: Invalid option specified.”
print_usage
exit 10
;;
esac
done
shift $(($OPTIND -1))
} # get_cmdline_options

get_cmdline_options $@
env_file=$(dirname $0)/crsstat.env
if [[ -e ${env_file} ]] ; then
. ${env_file}
else
CRSCMD=”query crs softwareversion”
HASCMD=”query has softwareversion”
# Try to auto-determine CRS or HAS home & version
CSSD_DIR=dirname $( ps -eo args | grep ocssd.bin | grep -v grep | ${AWK} ‘{print $1}’)
if [[ ! -z ${CSSD_DIR} || ${CSSD_DIR} == “.” ]] ; then
CSSD_DIR=$(dirname $( ps -eo args | grep hasd.bin | grep -v grep | ${AWK} ‘{print $1}’))
fi
if [[ ! -z ${CSSD_DIR} ]] ; then
GRID_HOME=echo $CSSD_DIR|${AWK} ‘{print substr( $1, 1, length( $1)-4)}’
retval=${CSSD_DIR}/crsctl ${CRSCMD}
rc=$?
if (( ${rc} != 0 )) ; then
retval=${CSSD_DIR}/crsctl ${HASCMD}
rc=$?
if (( ${rc} != 0 )); then
echo “The CRS or HAS version could not be determined.”
echo “Commands to query for either failed.”
echo “Exiting….”
exit 2
fi
fi
GRID_VER=echo “${retval}” | ${AWK} ‘{print substr( $NF, 2, 4)}’
if [[ ! -z ${GRID_HOME} || ! -z ${GRID_VER} ]] ; then
echo “GRID_HOME=${GRID_HOME}” > ${env_file}
echo “GRID_VER=${GRID_VER}” >> ${env_file}
fi
else
echo “The CRS or HAS home directory could not be determined.”
echo “If CRS or HAS are down, this could be the cause of the error.”
echo “Exiting….”
exit 1
fi
fi

if [[ -z ${GRID_HOME} || -z ${GRID_VER} ]] ; then
echo “The configuration of your GRID Infrastructure could not be determined.”
echo “Exiting….”
exit 5
fi

format_crs_status_resource=’
BEGIN {
FS=”=”;
ittype=empty
lastnode=””
}
{
if ( $1 == “NAME”) {
tname=$2
tx=split( $2, tsplit, “.”)
tabrev=tsplit[tx]
ttype=”unknown”
if ( tabrev == “asm” )
ttype=”ASM”
if ( tabrev == “lsnr” )
ttype=”Listener”
if ( tabrev == “db” )
ttype=”Database”
if ( tabrev == “inst” )
ttype=”Instance”
if ( tabrev == “vip” )
ttype=”Virtual IP”
if ( tabrev == “ons” )
ttype=”Ora Notif Svc”
if ( tabrev == “cs” )
ttype=”Service”
if ( tabrev == “srv” )
ttype=”Service”
}
if ( $1 == “TYPE”) {
ottype=$2
if (ottype == “application”) {
ottype=ttype
ittype=empty
}
else {
tx=split( $2, tsplit, “.”)
ittype=tsplit[2]
if ( ittype == “asm” )
ottype=”ASM”
else if ( ittype == “gsd” )
ottype=”Gbl Svc Daemon”
else if ( ittype == “listener” )
ottype=”Listener”
else if ( ittype == “scan_listener” )
ottype=”SCAN Listener”
else if ( ittype == “scan_vip” )
ottype=”SCAN VIP”
else if ( ittype == “oc4j” )
ottype=”OC4J”
else if ( ittype == “eons” )
ottype=”eons”
else if ( ittype == “ons” )
ottype=”Ora Notif Svc”
else if ( ittype == “network” )
ottype=”Network (VIP)”
else if ( ittype == “cluster_vip_net1″ )
ottype=”Cluster VIP”
else ottype=ittype
}
}
if ( $1 == “CARDINALITY_ID” ) {
if ( $2 == “ONLINE” || $2 == “OFFLINE” ) {
rtype=”L”
}
else {
rtype=”C”
}
}
if ( $1 == “LAST_SERVER”) {
lastnode=”(“$2″)”
}
if ( $1 == “RESTART_COUNT”) {
trc=$2
}
if ( $1 == “FAILURE_COUNT”) {
tfc=$2
}
if ( $1 == “TARGET”) {
ttarget=$2
tx=split( $2, targetsplit, “,”)
}
if ( $1 == “STATE”) {
if ( ittype == “asm” || ittype == “ons” || ittype == “eons” || ittype == “network” || ittype == “listener” ) {
stx=split( $2, statesplit, “,”)
}
else {
tx=split( $2, tsplit, ” “)
tstate=tsplit[1]
tnode=tsplit[3]
}
}
if ( $1 == “STATE_DETAILS”) {
tdetail=$2
if ( ittype == “asm” || ittype == “ons” || ittype == “eons” || ittype == “network” || ittype == “listener” ) {
for (i in statesplit) {
tx=split( statesplit[i], tsplit, ” “)
tstate=tsplit[1]
tnode=tsplit[3]
ttarget=targetsplit[i]
gsub(/ */,””,ttarget)
gsub(/ */,””,tstate)
if ( tnode == “” )
tnode=lastnode
if ( parm_rtype == “A” || ( parm_rtype == rtype ) ) {
if ( ttarget == “ONLINE” && tstate != “ONLINE” )
printf( “[0;31;40m%-40s %-14s %1s %-10s %-12s %-15s %2s %2s %s[0m\n”, tname, ottype, rtype, ttarget, tstate, tnode, tfc, trc, tdetail)
else
printf( “[0;37;40m%-40s %-14s %1s %-10s %-12s %-15s %2s %2s %s[0m\n”, tname, ottype, rtype, ttarget, tstate, tnode, tfc, trc, tdetail)
}
}
}
else {
if ( tnode == “” )
tnode=lastnode
if ( parm_rtype == “A” || ( parm_rtype == rtype ) ) {
if ( ttarget == “ONLINE” && tstate != “ONLINE” )
printf( “[0;31;40m%-40s %-14s %1s %-10s %-12s %-15s %2s %2s %s[0m\n”, tname, ottype, rtype, ttarget, tstate, tnode, tfc, trc, tdetail)
else
printf( “[0;37;40m%-40s %-14s %1s %-10s %-12s %-15s %2s %2s %s[0m\n”, tname, ottype, rtype, ttarget, tstate, tnode, tfc, trc, tdetail)
}
}
}
}’
# End of variable: format_crs_status_resource

format_crs_stat=’
{
if ($1 == “NAME”) {
tname=$2
}
if ($1 == “TYPE”) {
ttype=$2
}
if ($1 == “TARGET”) {
ttarget=$2
}
if ($1 == “STATE”) {
split( $2, tsplit, ” “)
tstate=tsplit[1]
tnode=tsplit[3]
if ( ttarget == “ONLINE” && tstate != “ONLINE” )
printf( “[0;31;40m%-40s %-14s %-10s %-12s %-15s[0m\n”, tname, ttype, ttarget, tstate, tnode)
else
printf( “[0;37;40m%-40s %-14s %-10s %-12s %-15s[0m\n”, tname, ttype, ttarget, tstate, tnode)
}
}’
# End of variable: format_crs_stat

printf “[0;40;37m\n\n%-40s %-16s %-10s %-12s %-15s %-2s %-2s %s[0m\n” “Resource Name” “Resource Type” “Target” “State” “Node” “FC” “RC” “State Details”
printf “[0;40;37m%-40s %-16s %-10s %-12s %-15s %-2s %-2s %s[0m\n” “—————————————-” “—————-” “———-” “————” “—————” “–” “–” “—————”

if [[ ${GRID_VER} == “11.2” ]] ; then
format_output=${format_crs_status_resource}
if [[ “$1” != “-c” ]] ; then
searchterm=$1
elif [[ ! -z “$2″ ]] ; then
searchterm=$2
fi
if [[ ! -z ${sort_cluster_local} ]] ; then
sort_cluster_local=”local”
printf “[0;40;37mLocal Resources[0m\n”
printf “[0;40;37m——————————————————————————–\n”
if [[ -z ${searchterm} ]] ; then
${GRID_HOME}/bin/crsctl status resource -v | ${AWK} -v “parm_rtype=L” “${format_output}”
else
${GRID_HOME}/bin/crsctl status resource -v | ${AWK} -v “parm_rtype=L” “${format_output}” | grep -i “${searchterm}”
fi
sort_cluster_local=”cluster”
printf “[0;40;37m\nCluster Resources[0m\n”
printf “[0;40;37m——————————————————————————–[0m\n”
if [[ -z ${searchterm} ]] ; then
${GRID_HOME}/bin/crsctl status resource -v | ${AWK} -v “parm_rtype=C” “${format_output}”
else
${GRID_HOME}/bin/crsctl status resource -v | ${AWK} -v “parm_rtype=C” “${format_output}” | grep -i “${searchterm}”
fi
else
if [[ -z ${searchterm} ]] ; then
${GRID_HOME}/bin/crsctl status resource -v | ${AWK} -v “parm_rtype=A” “${format_output}”
else
${GRID_HOME}/bin/crsctl status resource -v | ${AWK} -v “parm_rtype=A” “${format_output}” | grep -i “${searchterm}”
fi
fi
else
if [[ -e ${GRID_HOME}/bin/crs_stat ]] ; then
format_output=${format_crs_stat}
if [[ “$1” != “-c” ]] ; then
searchterm=$1
elif [[ ! -z “$2” ]] ; then
searchterm=$2
fi
if [[ -z ${searchterm} ]] ; then
${GRID_HOME}/bin/crs_stat | ${AWK} -F= “${format_output}”
else
${GRID_HOME}/bin/crs_stat | ${AWK} -F= “${format_output}” | grep -i “${searchterm}”
fi
else
echo “crs_stat was not found in the ${GRID_HOME}/bin”
fi
fi