#!/bin/sh

# CDDL HEADER START

#

# The contents of this file are subject to the terms of the

# Common Development and Distribution License (the "License").

# You may not use this file except in compliance with the License.

#

# You can obtain a copy of the license at usr/src/OPENSOLARIS.LICENSE

# or http://www.opensolaris.org/os/licensing.

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# file and include the License file at usr/src/OPENSOLARIS.LICENSE.

# If applicable, add the following below this CDDL HEADER, with the

# fields enclosed by brackets "[]" replaced with your own identifying

# information: Portions Copyright [yyyy] [name of copyright owner]

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# CDDL HEADER END

#

# Copyright 2008 Sun Microsystems, Inc.  All rights reserved.

# Use is subject to license terms.

#

# ident	"@(#)test_ipmievd	1.1	08/12/17 SMI"

# ----------------------------------------------------------------------------

# test_ipmievd		confirm basic ipmievd functionality works

#

# exercise syslog event reporting via event injection via ipmitool

# ----------------------------------------------------------------------------

cmd_name="`basename $0`"		# the name of this command

cmd_err="${cmd_name}: error:"		# the (fatal) error header

cmd_warn="${cmd_name}: warning:"	# the warning header

cmd_info="${cmd_name}: info:"		# the informational header

cmd_query="${cmd_name}: query:"		# the interrogative header

bin_path="/usr/sbin:/usr/lib"	# path(s) to needed binary executable(s)

proto_root=""			# path to proto root from build

state_fn="/tmp/$cnd_name.$$.db"	# state file for cleanup

# Design_Note: typically it takes about 4 seconds for an event to be syslogged,

#              let's allow at least 12 seconds for it to be syslogged.

SYSLOG_DELAY_SEC=12	# max wait in sec for event to be syslogged

# ----------------------------------------------------------------------------

usage()

{

    echo "usage: $cmd_name [-r <proto_root>]"

    echo "       -r  path to proto root of recent build of tool+daemon"

    echo "purpose: confirm basic ipmievd functionality works;"

    echo "         this is NOT a comprehensive test"

    echo "examples:"

    echo "	$cmd_name -r \$CODEMGR_WS/proto/root_\`uname -p\`"

    echo "caveats: installs and leaves installed new tool+daemon on error"

} # usage()

# ----------------------------------------------------------------------------

show_env()

{

    echo "$cmd_info general environment:"

    date ; id ; uname -a ; pwd ; echo "$PATH"

    [ -r /etc/release ] && cat /etc/release

    [ -r /etc/motd ] && grep bfu /etc/motd

    ipmievd -V

    ipmitool -V

} # usage()

# ----------------------------------------------------------------------------

enforce_i386()

{

    proctype=`uname -p`

    [ "$proctype" != "i386" ] && {

	echo "$cmd_err processor type $proctype != i386"

	exit 1

    }

} # enforce_i386()

# ----------------------------------------------------------------------------

install_proto()

{

    [ "$proto_root" = "" ] && {

	echo "$cmd_info skipping install of unset proto_root" ; return 0

    }

    [ ! -r /usr/sbin/ipmitool.orig ] && {

	cp -p /usr/sbin/ipmitool /usr/sbin/ipmitool.orig

    }

    [ ! -r /usr/lib/ipmievd.orig ] && {

	cp -p /usr/lib/ipmievd /usr/lib/ipmievd.orig

    }

    # disable/kill ipmievd before overwriting binary

    sstate=`svcs | grep '/ipmievd:' | awk '{print $1}'`

    echo "ipmievd_svc_state: $sstate" > $state_fn

    [ "$sstate" = "online" ] && {

	echo "$cmd_info disabling ipmievd service per proto_root"

	svcadm disable -ts ipmievd

    }

    pkill -x ipmievd	# may or may not have been running as a service

    echo "$cmd_info installing proto_root tool+daemon"

    cp $proto_root/usr/sbin/ipmitool /usr/sbin/ipmitool

    cp $proto_root/usr/lib/ipmievd   /usr/lib/ipmievd

} # install_proto()

# ----------------------------------------------------------------------------

uninstall_proto()

{

    [ "$proto_root" = "" ] && {

	echo "$cmd_info skipping uninstall of unset proto_root" ; return 0

    }

    # disable/kill ipmievd before overwriting binary

    sstate=`svcs | grep '/ipmievd:' | awk '{print $1}'`

    [ "$sstate" = "online" ] && {

	echo "$cmd_info disabling ipmievd service per proto_root"

	svcadm disable -ts ipmievd

    }

    pkill -x ipmievd	# may or may not have been running as a service

    echo "$cmd_info uninstalling proto_root tool+daemon"

    [ -r /usr/sbin/ipmitool.orig ] && {

	cp -p /usr/sbin/ipmitool.orig /usr/sbin/ipmitool

    }

    [ -r /usr/lib/ipmievd.orig ] && {

	cp -p /usr/lib/ipmievd.orig /usr/lib/ipmievd

    }

    # restore initial state of ipmievd svc if known

    [ ! -r $state_fn ] && return 0

    was_online=`grep -c "ipmievd_svc_state.*online" $state_fn`

    [ $was_online -ne 0 ] && {

	echo "$cmd_info enabling ipmievd service per initial state"

	svcadm enable -s ipmievd

    }

} # uninstall_proto()

# ----------------------------------------------------------------------------

test_opt_version()

{

    tnm="version option"

    ipmievd -V > ipmievd_V.out

    rc=$?

    [ $rc -ne 0 ] && {

	echo "$cmd_err $tnm failed with exit code $rc" ; exit $rc

    }

    cnt=`grep -i -c 'version.*[0-9][0-9]*\.[0-9]' ipmievd_V.out`

    [ $cnt -le 0 ] && {

	echo "$cmd_err $tnm output missing version" ; exit 1

    }

    echo "$cmd_info $tnm passed"

} # test_opt_version()

# ----------------------------------------------------------------------------

test_opt_help()

{

    tnm="help option"

    ipmievd -h > ipmievd_h.out 2>&1

    rc=$?

    [ $rc -ne 0 ] && {

	echo "$cmd_err $tnm failed with exit code $rc" ; exit $rc

    }

    cnt=`grep -i 'interface' ipmievd_h.out | grep -i -c 'bmc'`

    [ $cnt -le 0 ] && {

	echo "$cmd_err $tnm output missing bmc interface" ; exit 1

    }

    echo "$cmd_info $tnm passed"

} # test_opt_help()

# ----------------------------------------------------------------------------

test_svc_online()

{

    tnm="service online check"

    sstate=`svcs | grep '/ipmievd:' | awk '{print $1}'`

    [ "$sstate" = "online" ] && {

	echo "$cmd_info disabling ipmievd service"

	svcadm disable -ts ipmievd

    }

    echo "$cmd_info enabling ipmievd service"

    svcadm enable -ts ipmievd

    sstate=`svcs | grep '/ipmievd:' | awk '{print $1}'`

    [ "$sstate" != "online" ] && {

	echo "$cmd_err $tnm ipmievd service state $sstate != online" ; exit 1

    }

    echo "$cmd_info $tnm passed"

} # test_svc_online()

# ----------------------------------------------------------------------------

test_syslog_init()

{

    tnm="syslog initial entries"

    # Reading|Waiting events below are generated by bringing svc online;

    # wait some for them to be syslogged.

    echo "$cmd_info may wait $SYSLOG_DELAY_SEC sec per expected syslog entry"

    sleep $SYSLOG_DELAY_SEC

    cnt1=`grep -i -c 'ipmievd.*Reading' /var/adm/messages`

    cnt2=`grep -i -c 'ipmievd.*Waiting' /var/adm/messages`

    grep ipmievd /var/adm/messages > ipmievd.syslog_init.out

    [ $cnt1 -lt 1 ] || [ $cnt2 -lt 1 ] && {

	echo "$cmd_err $tnm ipmievd too few initial syslog entries" ; exit 1

    }

    echo "$cmd_info $tnm passed"

} # test_syslog_init()

# ----------------------------------------------------------------------------

test_syslog_event()

{

    num="$1"	# event number being tested

    tnm="syslog event $num entry"

    now=`date | awk '{print $2 " " $3}'`

    cnt1=`grep -i -c "$now.*ipmievd" /var/adm/messages`

    ipmitool event $num > ipmitool.syslog_event_$num.out

    rc=$?

    [ $rc -ne 0 ] && {

	echo "$cmd_warn $tnm ipmitool exit code $rc"

    }

    sleep $SYSLOG_DELAY_SEC

    cnt2=`grep -i -c "$now.*ipmievd" /var/adm/messages`

    cnt3=`expr $cnt1 + 1` # expected val

    [ $cnt2 -lt $cnt3 ] && {

	echo "$cmd_err $tnm not syslogged in $SYSLOG_DELAY_SEC sec" ; exit 1

    }

    [ $cnt2 -gt $cnt3 ] && {

	echo "$cmd_warn $tnm more syslog entries seen than expected"

    }

    echo "$cmd_info $tnm passed"

} # test_syslog_event()

# ----------------------------------------------------------------------------

# main()

while getopts r: opt; do # {

    case $opt in

	r)  proto_root="$OPTARG";;

	-)  break;;

	\?) echo "$cmd_err bad option(s)" ; usage ; exit 22;;

    esac

done # } while grabbing cmd line args

shift `expr $OPTIND - 1`

too_much="$1"

[ "$too_much" != "" ] && {

    echo "$cmd_err too few/many args" ; usage ; exit 7

}

[ "$proto_root" != "" ] && [ ! -d $proto_root ] && {

    echo "$cmd_err proto_root $proto_root not a dir" ; usage ; exit 20

}

PATH="${bin_path}:$PATH"

export PATH

# ----------------------------------------------------------------------------

enforce_i386

install_proto

show_env

test_opt_version

test_opt_help

test_svc_online

test_syslog_init

# Design_Note: not all platforms appear to support event 3 (ECC);

#              so skip it and just do events 1 and 2.

for n in 1 2; do

    test_syslog_event $n

done

uninstall_proto

echo "$cmd_info all tests passed"	# if reach here then aok