#
# Originally based on hb_report
# Copyright 2007 Dejan Muhamedagic <dmuhamedagic@suse.de>
# Later changes copyright 2010-2018 the Pacemaker project contributors
#
# The version control history for this file may have further details.
#
# This source code is licensed under the GNU General Public License version 2
# or later (GPLv2+) WITHOUT ANY WARRANTY.
#
 
host=`uname -n`
shorthost=`echo $host | sed s:\\\\..*::`
if [ -z $verbose ]; then
    verbose=0
fi
 
# Target Files
EVENTS_F=events.txt
ANALYSIS_F=analysis.txt
HALOG_F=cluster-log.txt
BT_F=backtraces.txt
SYSINFO_F=sysinfo.txt
SYSSTATS_F=sysstats.txt
DLM_DUMP_F=dlm_dump.txt
CRM_MON_F=crm_mon.txt
MEMBERSHIP_F=members.txt
CRM_VERIFY_F=crm_verify.txt
PERMISSIONS_F=permissions.txt
CIB_F=cib.xml
CIB_TXT_F=cib.txt
DRBD_INFO_F=drbd_info.txt
 
EVENT_PATTERNS="
state		do_state_transition
membership	pcmk_peer_update.*(lost|memb):
quorum		(crmd|pacemaker-controld).*crm_update_quorum
pause		Process.pause.detected
resources	(lrmd|pacemaker-execd).*rsc:(start|stop)
stonith		te_fence_node|fenced.*(requests|(Succeeded|Failed).to.|result=)
start_stop	shutdown.decision|Corosync.Cluster.Engine|corosync.*Initializing.transport|Executive.Service.RELEASE|crm_shutdown:.Requesting.shutdown|pcmk_shutdown:.Shutdown.complete
"
 
# superset of all packages of interest on all distros
# (the package manager will be used to validate the installation
# of any of these packages that are installed)
PACKAGES="pacemaker pacemaker-libs pacemaker-cluster-libs libpacemaker3
pacemaker-remote pacemaker-pygui pacemaker-pymgmt pymgmt-client
corosync corosynclib libcorosync4
resource-agents cluster-glue-libs cluster-glue libglue2 ldirectord
ocfs2-tools ocfs2-tools-o2cb ocfs2console
ocfs2-kmp-default ocfs2-kmp-pae ocfs2-kmp-xen ocfs2-kmp-debug ocfs2-kmp-trace
drbd drbd-kmp-xen drbd-kmp-pae drbd-kmp-default drbd-kmp-debug drbd-kmp-trace
drbd-pacemaker drbd-utils drbd-bash-completion drbd-xen
lvm2 lvm2-clvm cmirrord
libdlm libdlm2 libdlm3
hawk ruby lighttpd
kernel-default kernel-pae kernel-xen
glibc
"
 
# Potential locations of system log and cluster daemon logs
SYSLOGS="
    /var/log/*
    /var/logs/*
    /var/syslog/*
    /var/adm/*
    /var/log/ha/*
    /var/log/cluster/*
    /var/log/pacemaker/*
"
 
# Whether pacemaker-remoted was found (0 = yes, 1 = no, -1 = haven't looked yet)
REMOTED_STATUS=-1
 
#
# keep the user posted
#
record() {
    if [ x != x"$REPORT_HOME" -a -d "${REPORT_HOME}/$shorthost" ]; then
        rec="${REPORT_HOME}/$shorthost/report.out"
 
    elif [ x != x"${l_base}" -a -d "${l_base}" ]; then
        rec="${l_base}/report.summary"
 
    else
        rec="/dev/null"
    fi
    printf "%-10s  $*\n" "$shorthost:" 2>&1 >> "${rec}"
}
 
log() {
    printf "%-10s  $*\n" "$shorthost:" 1>&2
    record "$*"
}
 
debug() {
    if [ $verbose -gt 0 ]; then
	log "Debug: $*"
    else
        record "Debug: $*"
    fi
}
 
info() {
    log "$*"
}
 
warning() {
    log "WARN: $*"
}
 
fatal() {
    log "ERROR: $*"
    exit 1
}
 
require_tar() {
    which tar >/dev/null 2>&1
    if [ $? -ne 0 ]; then
        fatal "Required program 'tar' not found, please install and re-run"
    fi
}
 
# check if process of given substring in its name does exist;
# only look for processes originated by user 0 (by UID), "@CRM_DAEMON_USER@"
# or effective user running this script, and/or group 0 (by GID),
# "@CRM_DAEMON_GROUP@" or one of the groups the effective user belongs to
# (there's no business in probing any other processes)
is_running() {
    ps -G "0 $(getent group '@CRM_DAEMON_GROUP@' 2>/dev/null | cut -d: -f3) $(id -G)" \
       -u "0 @CRM_DAEMON_USER@ $(id -u)" -f \
      | grep -Eqs  $(echo "$1" | sed -e 's/^\(.\)/[\1]/')
}
 
has_remoted() {
    if [ $REMOTED_STATUS -eq -1 ]; then
        REMOTED_STATUS=1
        if which pacemaker-remoted >/dev/null 2>&1; then
            REMOTED_STATUS=0
        # Check for pre-2.0.0 daemon name in case we have mixed-version cluster
        elif which pacemaker_remoted >/dev/null 2>&1; then
            REMOTED_STATUS=0
        elif [ -x "@sbindir@/pacemaker-remoted" ]; then
            REMOTED_STATUS=0
        elif [ -x "@sbindir@/pacemaker_remoted" ]; then
            REMOTED_STATUS=0
        else
            # @TODO: the binary might be elsewhere,
            # but a global search is too expensive
            for d in /{usr,opt}/{local/,}{s,}bin; do
                if [ -x "${d}/pacemaker-remoted" ]; then
                    REMOTED_STATUS=0
                elif [ -x "${d}/pacemaker_remoted" ]; then
                    REMOTED_STATUS=0
                fi
            done
        fi
    fi
    return $REMOTED_STATUS
}
 
# found_dir <description> <dirname>
found_dir() {
    echo "$2"
    info "Pacemaker $1 found in: $2"
}
 
detect_daemon_dir() {
    info "Searching for where Pacemaker daemons live... this may take a while"
 
    for d in \
        {/usr,/usr/local,/opt/local,@exec_prefix@}/{libexec,lib64,lib}/pacemaker
    do
        # pacemaker and pacemaker-cts packages can install to daemon directory,
        # so check for a file from each
        if [ -e $d/pacemaker-schedulerd ] || [ -e $d/cts-exec-helper ]; then
            found_dir "daemons" "$d"
            return
        fi
    done
 
    # Pacemaker Remote nodes don't need to install daemons
    if has_remoted; then
        info "Pacemaker daemons not found (this appears to be a Pacemaker Remote node)"
        return
    fi
 
    for f in $(find / -maxdepth $maxdepth -type f -name pacemaker-schedulerd -o -name cts-exec-helper); do
        d=$(dirname "$f")
        found_dir "daemons" "$d"
        return
    done
 
    fatal "Pacemaker daemons not found (nonstandard installation?)"
}
 
detect_cib_dir() {
    d="${local_state_dir}/lib/pacemaker/cib" 
    if [ -f "$d/cib.xml" ]; then
        found_dir "config files" "$d"
        return
    fi
 
    # Pacemaker Remote nodes don't need a CIB
    if has_remoted; then
        info "Pacemaker config not found (this appears to be a Pacemaker Remote node)"
        return
    fi
 
    info "Searching for where Pacemaker keeps config information... this may take a while"
    # TODO: What about false positives where someone copied the CIB?
    for f in $(find / -maxdepth $maxdepth -type f -name cib.xml); do
        d=$(dirname $f)
        found_dir "config files" "$d"
        return
    done
 
    warning "Pacemaker config not found (nonstandard installation?)"
}
 
detect_state_dir() {
    if [ -n "$CRM_CONFIG_DIR" ]; then
        # Assume new layout
        # $local_state_dir/lib/pacemaker/(cib,pengine,blackbox,cores)
        dirname "$CRM_CONFIG_DIR"
 
    # Pacemaker Remote nodes might not have a CRM_CONFIG_DIR
    elif [ -d "$local_state_dir/lib/pacemaker" ]; then
        echo $local_state_dir/lib/pacemaker
    fi
}
 
detect_pe_dir() {
    config_root="$1"
 
    d="$config_root/pengine"
    if [ -d "$d" ]; then
        found_dir "scheduler inputs" "$d"
        return
    fi
 
    if has_remoted; then
        info "Pacemaker scheduler inputs not found (this appears to be a Pacemaker Remote node)"
        return
    fi
 
    info "Searching for where Pacemaker keeps scheduler inputs... this may take a while"
    for d in $(find / -maxdepth $maxdepth -type d -name pengine); do
        found_dir "scheduler inputs" "$d"
        return
    done
 
    fatal "Pacemaker scheduler inputs not found (nonstandard installation?)"
}
 
detect_host() {
    local_state_dir=@localstatedir@
 
    if [ -d $local_state_dir/run ]; then
	CRM_STATE_DIR=$local_state_dir/run/crm
    else
        info "Searching for where Pacemaker keeps runtime data... this may take a while"
	for d in `find / -maxdepth $maxdepth -type d -name run`; do
	    local_state_dir=`dirname $d`
	    CRM_STATE_DIR=$d/crm
	    break
	done
	info "Found: $CRM_STATE_DIR"
    fi
    debug "Machine runtime directory: $local_state_dir"
    debug "Pacemaker runtime data located in: $CRM_STATE_DIR"
 
    CRM_DAEMON_DIR=$(detect_daemon_dir)
    CRM_CONFIG_DIR=$(detect_cib_dir)
    config_root=$(detect_state_dir)
 
    # Older versions had none
    BLACKBOX_DIR=$config_root/blackbox
    debug "Pacemaker blackboxes (if any) located in: $BLACKBOX_DIR"
 
    PE_STATE_DIR=$(detect_pe_dir "$config_root")
 
    CRM_CORE_DIRS=""
    for d in $config_root/cores $local_state_dir/lib/corosync; do
	if [ -d $d ]; then
	    CRM_CORE_DIRS="$CRM_CORE_DIRS $d"
	fi
    done
    debug "Core files located under: $CRM_CORE_DIRS"
}
 
time2str() {
	perl -e "use POSIX; print strftime('%x %X',localtime($1));"
}
 
get_time() {
	perl -e "\$time=\"$*\";" -e '
	$unix_tm = 0;
	eval "use Date::Parse";
	if (index($time, ":") < 0) {
	} elsif (!$@) {
		$unix_tm = str2time($time);
	} else {
		eval "use Date::Manip";
		if (!$@) {
			$unix_tm = UnixDate(ParseDateString($time), "%s");
		}
	}
	if ($unix_tm != "") {
		print int($unix_tm);
	} else {
		print "";
	}
	'
}
 
get_time_syslog() {
    awk '{print $1,$2,$3}'
}
 
get_time_legacy() {
    awk '{print $2}' | sed 's/_/ /'
}
 
get_time_iso8601() {
    awk '{print $1}'
}
 
get_time_format_for_string() {
    l="$*"
    t=$(get_time `echo $l | get_time_syslog`)
    if [ "x$t" != x ]; then
	echo syslog
	return
    fi
 
    t=$(get_time `echo $l | get_time_iso8601`)
    if [ "x$t" != x ]; then
	echo iso8601
	return
    fi
 
    t=$(get_time `echo $l | get_time_legacy`)
    if [ "x$t" != x ]; then
	echo legacy
	return
    fi
}
 
get_time_format() {
    t=0 l="" func=""
    trycnt=10
    while [ $trycnt -gt 0 ] && read l; do
	func=$(get_time_format_for_string $l)
	if [ "x$func" != x ]; then
	    break
	fi
	trycnt=$(($trycnt-1))
    done
    #debug "Logfile uses the $func time format"
    echo $func
}
 
get_time_from_line() {
    GTFL_FORMAT="$1"
    shift
    if [ "$GTFL_FORMAT" = "" ]; then
        GTFL_FORMAT=$(get_time_format_for_string "$@")
    fi
    case $GTFL_FORMAT in
        syslog|legacy|iso8601)
            get_time $(echo "$@" | get_time_${GTFL_FORMAT})
            ;;
        *)
            warning "Unknown time format in: $@"
            ;;
    esac
}
 
get_first_time() {
    l=""
    format=$1
    while read l; do
        ts=$(get_time_from_line "$format" "$l")
	if [ "x$ts" != x ]; then
	    echo "$ts"
	    return
	fi
    done
}
 
get_last_time() {
    l=""
    best=`date +%s` # Now
    format=$1
    while read l; do
        ts=$(get_time_from_line "$format" "$l")
	if [ "x$ts" != x ]; then
	    best=$ts
	fi
    done
    echo $best
}
 
linetime() {
    get_time_from_line "" $(tail -n +$2 $1 | grep -a ":[0-5][0-9]:" | head -n 1)
}
 
#
# findmsg <max> <pattern>
#
# Print the names of up to <max> system logs that contain <pattern>,
# ordered by most recently modified.
#
findmsg() {
    max=$1
    pattern="$2"
    found=0
 
    # List all potential system logs ordered by most recently modified.
    candidates=$(ls -1td $SYSLOGS 2>/dev/null)
    if [ -z "$candidates" ]; then
        debug "No system logs found to search for pattern \'$pattern\'"
        return
    fi
 
    # Portable way to handle files with spaces in their names.
    SAVE_IFS=$IFS
    IFS="
"
 
    # Check each log file for matches.
    logfiles=""
    for f in $candidates; do
        local cat=""
 
        # We only care about readable files with something in them.
        if [ ! -f "$f" ] || [ ! -r "$f" ] || [ ! -s "$f" ] ; then
            continue
        fi
 
        cat=$(find_decompressor "$f")
 
        # We want to avoid grepping through potentially huge binary logs such
        # as lastlog. However, control characters sometimes find their way into
        # text logs, so we use a heuristic of more than 256 nonprintable
        # characters in the file's first kilobyte.
        if [ $($cat "$f" 2>/dev/null | head -c 1024 | tr -d '[:print:][:space:]' | wc -c) -gt 256 ]
        then
            continue
        fi
 
        # Our patterns are ASCII, so we can use LC_ALL="C" to speed up grep
        $cat "$f" 2>/dev/null | LC_ALL="C" grep -q -e "$pattern"
        if [ $? -eq 0 ]; then
 
            # Add this file to the list of hits
            # (using newline as separator to handle spaces in names).
            if [ -z "$logfiles" ]; then
                logfiles="$f"
            else
                logfiles="$logfiles
$f"
            fi
 
            # If we have enough hits, print them and return.
            found=$(($found+1))
            if [ $found -ge $max ]; then
                break
            fi
        fi
    done 2>/dev/null
    IFS=$SAVE_IFS
    if [ -z "$logfiles" ]; then
        debug "Pattern \'$pattern\' not found in any system logs"
    else
        debug "Pattern \'$pattern\' found in: [ $logfiles ]"
        echo "$logfiles"
    fi
}
 
node_events() {
  if [ -e $1 ]; then
    Epatt=`echo "$EVENT_PATTERNS" |
      while read title p; do [ -n "$p" ] && echo -n "|$p"; done |
      sed 's/.//'
      `
    grep -E "$Epatt" $1
  fi
}
 
pickfirst() {
    for x; do
	which $x >/dev/null 2>&1 && {
	    echo $x
	    return 0
	}
    done
    return 1
}
 
shrink() {
    olddir=$PWD
    dir=`dirname $1`
    base=`basename $1`
 
    target=$1.tar
    tar_options="cf"
 
    variant=`pickfirst bzip2 gzip xz false`
    case $variant in
	bz*)
	    tar_options="jcf"
	    target="$target.bz2"
	    ;;
	gz*)
	    tar_options="zcf"
	    target="$target.gz"
	    ;;
	xz*)
	    tar_options="Jcf"
	    target="$target.xz"
	    ;;
	*)
	    warning "Could not find a compression program, the resulting tarball may be huge"
	    ;;
    esac
 
    if [ -e $target ]; then
	fatal "Destination $target already exists, specify an alternate name with --dest"
    fi
 
    cd $dir  >/dev/null 2>&1
    tar $tar_options $target $base >/dev/null 2>&1
    if [ $? -ne 0 ]; then
        fatal "Could not archive $base, please investigate and collect manually"
    fi
    cd $olddir  >/dev/null 2>&1
 
    echo $target
}
 
findln_by_time() {
    local logf=$1
    local tm=$2
    local first=1
 
    # Some logs can be massive (over 1,500,000,000 lines have been seen in the wild) 
    # Even just 'wc -l' on these files can take 10+ minutes 
 
    local fileSize=`ls -lh "$logf" | awk '{ print $5 }' | grep -ie G`
    if [ x$fileSize != x ]; then
        warning "$logf is ${fileSize} in size and could take many hours to process. Skipping."
        return
    fi
 
    local last=`wc -l < $logf`
    while [ $first -le $last ]; do
	mid=$((($last+$first)/2))
	trycnt=10
	while [ $trycnt -gt 0 ]; do
	    tmid=`linetime $logf $mid`
	    [ "$tmid" ] && break
	    warning "cannot extract time: $logf:$mid; will try the next one"
	    trycnt=$(($trycnt-1))
			# shift the whole first-last segment
	    first=$(($first-1))
	    last=$(($last-1))
	    mid=$((($last+$first)/2))
	done
	if [ -z "$tmid" ]; then
	    warning "giving up on log..."
	    return
	fi
	if [ $tmid -gt $tm ]; then
	    last=$(($mid-1))
	elif [ $tmid -lt $tm ]; then
	    first=$(($mid+1))
	else
	    break
	fi
    done
    echo $mid
}
 
dumplog() {
    local logf=$1
    local from_line=$2
    local to_line=$3
    [ "$from_line" ] ||
    return
    tail -n +$from_line $logf |
    if [ "$to_line" ]; then
	head -$(($to_line-$from_line+1))
    else
	cat
    fi
}
 
#
# find log/set of logs which are interesting for us
#
#
# find log slices
#
 
find_decompressor() {
    case $1 in
        *bz2) echo "bzip2 -dc" ;;
        *gz)  echo "gzip -dc" ;;
        *xz)  echo "xz -dc" ;;
        *)    echo "cat" ;;
    esac
}
 
#
# check if the log contains a piece of our segment
#
is_our_log() {
	local logf=$1
	local from_time=$2
	local to_time=$3
 
	local cat=`find_decompressor $logf`
	local format=`$cat $logf | get_time_format`
	local first_time=`$cat $logf | head -10 | get_first_time $format`
	local last_time=`$cat $logf | tail -10 | get_last_time $format`
 
	if [ x = "x$first_time" -o x = "x$last_time" ]; then
	    warning "Skipping bad logfile '$1': Could not determine log dates"
	    return 0 # skip (empty log?)
	fi
	if [ $from_time -gt $last_time ]; then
		# we shouldn't get here anyway if the logs are in order
		return 2 # we're past good logs; exit
	fi
	if [ $from_time -ge $first_time ]; then
		return 3 # this is the last good log
	fi
	# have to go further back
	if [ x = "x$to_time" -o $to_time -ge $first_time ]; then
		return 1 # include this log
	else
		return 0 # don't include this log
	fi
}
#
# go through archived logs (timewise backwards) and see if there
# are lines belonging to us
# (we rely on untouched log files, i.e. that modify time
# hasn't been changed)
#
arch_logs() {
	local logf=$1
	local from_time=$2
	local to_time=$3
 
	# look for files such as: ha-log-20090308 or
	# ha-log-20090308.gz (.bz2) or ha-log.0, etc
	ls -t $logf $logf*[0-9z] 2>/dev/null |
	while read next_log; do
		is_our_log $next_log $from_time $to_time
		case $? in
		0) ;;  # noop, continue
		1) echo $next_log  # include log and continue
			debug "Found log $next_log"
			;;
		2) break;; # don't go through older logs!
		3) echo $next_log  # include log and continue
			debug "Found log $next_log"
			break
			;; # don't go through older logs!
		esac
	done
}
 
#
# print part of the log
#
drop_tmp_file() {
	[ -z "$tmp" ] || rm -f "$tmp"
}
 
print_logseg() {
	local logf=$1
	local from_time=$2
	local to_time=$3
 
	# uncompress to a temp file (if necessary)
	local cat=`find_decompressor $logf`
	if [ "$cat" != "cat" ]; then
		tmp=`mktemp`
		$cat $logf > $tmp
		trap drop_tmp_file 0
		sourcef=$tmp
	else
		sourcef=$logf
		tmp=""
	fi
 
	if [ "$from_time" = 0 ]; then
		FROM_LINE=1
	else
		FROM_LINE=`findln_by_time $sourcef $from_time`
	fi
	if [ -z "$FROM_LINE" ]; then
		warning "couldn't find line for time $from_time; corrupt log file?"
		return
	fi
 
	TO_LINE=""
	if [ "$to_time" != 0 ]; then
		TO_LINE=`findln_by_time $sourcef $to_time`
		if [ -z "$TO_LINE" ]; then
			warning "couldn't find line for time $to_time; corrupt log file?"
			return
		fi
		if [ $FROM_LINE -lt $TO_LINE ]; then
		    dumplog $sourcef $FROM_LINE $TO_LINE
		    log "Including segment [$FROM_LINE-$TO_LINE] from $logf"
		else
		    debug "Empty segment [$FROM_LINE-$TO_LINE] from $logf"
		fi
	else
	    dumplog $sourcef $FROM_LINE $TO_LINE
	    log "Including all logs after line $FROM_LINE from $logf"
	fi
	drop_tmp_file
	trap "" 0
}
 
#
# find log/set of logs which are interesting for us
#
dumplogset() {
	local logf=$1
	local from_time=$2
	local to_time=$3
 
	local logf_set=`arch_logs $logf $from_time $to_time`
	if [ x = "x$logf_set" ]; then
		return
	fi
 
	local num_logs=`echo "$logf_set" | wc -l`
	local oldest=`echo $logf_set | awk '{print $NF}'`
	local newest=`echo $logf_set | awk '{print $1}'`
	local mid_logfiles=`echo $logf_set | awk '{for(i=NF-1; i>1; i--) print $i}'`
 
	# the first logfile: from $from_time to $to_time (or end)
	# logfiles in the middle: all
	# the last logfile: from beginning to $to_time (or end)
	case $num_logs in
	1) print_logseg $newest $from_time $to_time;;
	*)
		print_logseg $oldest $from_time 0
		for f in $mid_logfiles; do
		    `find_decompressor $f` $f
		    debug "including complete $f logfile"
		done
		print_logseg $newest 0 $to_time
	;;
	esac
}
 
# cut out a stanza
getstanza() {
	awk -v name="$1" '
	!in_stanza && NF==2 && /^[a-z][a-z]*[[:space:]]*{/ { # stanza start
		if ($1 == name)
			in_stanza = 1
	}
	in_stanza { print }
	in_stanza && NF==1 && $1 == "}" { exit }
	'
}
# supply stanza in $1 and variable name in $2
# (stanza is optional)
getcfvar() {
    cf_type=$1; shift;
    cf_var=$1; shift;
    cf_file=$*
 
    [ -f "$cf_file" ] || return
    case $cf_type in
	corosync)
	    sed 's/#.*//' < $cf_file |
	        if [ $# -eq 2 ]; then
			getstanza "$cf_var"
			shift 1
		else
			cat
		fi |
		awk -v varname="$cf_var" '
		NF==2 && match($1,varname":$")==1 { print $2; exit; }
		'
	;;
    esac
}
 
pickfirst() {
    for x; do
	which $x >/dev/null 2>&1 && {
	    echo $x
	    return 0
	}
    done
    return 1
}
 
#
# figure out the cluster type, depending on the process list
# and existence of configuration files
#
get_cluster_type() {
    if is_running corosync; then
	tool=`pickfirst corosync-objctl corosync-cmapctl`
	case $tool in
	    *objctl) quorum=`$tool -a | grep quorum.provider | sed 's/.*=\s*//'`;;
	    *cmapctl) quorum=`$tool | grep quorum.provider | sed 's/.*=\s*//'`;;
	esac
        stack="corosync"
 
    # Now we're guessing...
 
    # TODO: Technically these could be anywhere :-/
    elif [ -f /etc/corosync/corosync.conf ]; then
	stack="corosync"
 
    else
        # We still don't know. This might be a Pacemaker Remote node,
        # or the configuration might be in a nonstandard location.
        stack="any"
    fi
 
    debug "Detected the '$stack' cluster stack"
    echo $stack
}
 
find_cluster_cf() {
    case $1 in
	corosync)
	    best_size=0
	    best_file=""
 
	    # TODO: Technically these could be anywhere :-/
	    for cf in /etc/corosync/corosync.conf; do
		if [ -f $cf ]; then
		    size=`wc -l $cf | awk '{print $1}'`
		    if [ $size -gt $best_size ]; then
			best_size=$size
			best_file=$cf
		    fi
		fi
	    done
	    if [ -z "$best_file" ]; then
		debug "Looking for corosync configuration file. This may take a while..."
		for f in `find / -maxdepth $maxdepth -type f -name corosync.conf`; do
		    best_file=$f
		    break
		done
	    fi
	    debug "Located corosync config file: $best_file"
	    echo "$best_file"
	    ;;
	any)
	    # Cluster type is undetermined. Don't complain, because this
	    # might be a Pacemaker Remote node.
	    ;;
	*)
	    warning "Unknown cluster type: $1"
	    ;;
    esac
}
 
#
# check for the major prereq for a) parameter parsing and b)
# parsing logs
#
t=`get_time "12:00"`
if [ "$t" = "" ]; then
	fatal "please install the perl Date::Parse module (perl-DateTime-Format-DateParse on Fedora/Red Hat)"
fi
 
# vim: set expandtab tabstop=8 softtabstop=4 shiftwidth=4 textwidth=80: