pcp-testsuite 4.0.1-1 / var / lib / pcp / testsuite / 120

#! /bin/sh
# PCP QA Test No. 120
#
# Verify some irix.resource.efs metrics
#
# See the instructions below for updating expected ranges (search for NOTE)
#
# Copyright (c) 1995-2002 Silicon Graphics, Inc.  All Rights Reserved.
#

seq=`basename $0`
echo "QA output created by $seq"

# get standard filters
. ./common.product
. ./common.filter

rm -rf $tmp.*

# Find an efs filesystem ... if you do not have one, abandon ship
#
efs=`df 2>/dev/null \
	| grep -v CDROM \
	| $PCP_AWK_PROG ' $2 == "efs"	{ print $NF; exit }'`

if [ "X$efs" = "X" ]
then
    # not much you can do if no EFS filesystem found ...
    sed 1d <$seq.out
    exit 0
fi

[ ! -d $efs/$$ ] && $sudo mkdir $efs/$$
$sudo chmod 777 $efs/$$

trap "$sudo rm -rf $tmp.* $efs/$$" 0 1 2 3 15
#
# real QA starts here

# Don't change this lightly---the DELTAS will require tuning
#
nfiles=250

# Find	metric values and metric names in $tmp.vals.1
#
pminfo -f irix.resource.efs \
    | $PCP_AWK_PROG '
	/^$/		{ next }
	/^No val/	{ next }
	/^irix./	{ metric = $1 }
	/ value /	{ print metric, $2 }
			{ next } ' \
    | LC_COLLATE=POSIX sort \
    > $tmp.vals.1

# Generate some efs activity
#
cd $efs/$$
$here/src/mkfiles xxx $nfiles

# Get the new values of the metrics
pminfo -f irix.resource.efs \
    | $PCP_AWK_PROG '
	/^$/		{ next }
	/^No val/	{ next }
	/^irix./	{ metric = $1 }
	/ value /	{ print metric, $2 }
			{ next } ' \
    | LC_COLLATE=POSIX sort \
    > $tmp.vals.2

# clean up mkfiles' handiwork
#
cd $here
if $sudo rm -rf $efs/$$
then
    :
else
    echo "Error removing files to exercise efs from $efs/$$"
    exit 1
fi

# Create and execute a shell script which computes the differences between
# the efs metrics and displays the equivalent of
#	 printf("%d\t%s", delta, metric_name)
#
echo '#!/bin/sh' >$tmp.sh
LC_COLLATE=POSIX join -j 1 -o 2.2 1.2 1.1 -e ERR $tmp.vals.1 $tmp.vals.2 \
    | $PCP_AWK_PROG '{ printf "echo %s `expr %d - %d`\n", $3, $1, $2 }' \
    >> $tmp.sh
sh $tmp.sh >$tmp.delta

# NOTE : how to update the expected value ranges
# When new metrics appear use this to determine what resonable differences
# may be expected:
#
# echo "DELTAS:"
# cat $tmp.delta
# echo ""

# Here is where to paste the new values AFTER adjusting them to multiples of
# the expected minimum delta (nfiles).  Values less than the minimum delta
# should NOT appear.
#
# Things to beware of!
#
# 1. Use only nondeterministic metrics.  Some metrics rely on kernel data
# structures which may or not be populated with the "right" objects when the
# test is run e.g. things like "allocated from free list" vs "allocated new".
#
# 2. Different versions of the kernel may have different paths through the
# statistics gathering code.  Be conservative in the minima you set below.
# The test must work on all of them.  If possible, try on a variety of kernels.
# E.g. if x.y.z returns 758 on IRIX 6.1 and 516 on IRIX 5.3 the minimum should
# be set to 500.
#
# 3. Use a quiescent system!
#
# DO NOT INCREASE THESE FIGURES WITHOUT CHECKING THE OUTPUT ON 5.3 and 6.1
#
# Nondeterministic metrics zeroed in list below:
#	bmapfbc, itobpf, found
#
cat >$tmp.delta.expect <<END
irix.resource.efs.attempts      250
irix.resource.efs.attrchg       0
irix.resource.efs.bmapfbc       0
irix.resource.efs.bmapfbm       0
irix.resource.efs.bmaprd        250
irix.resource.efs.dirupd        250
irix.resource.efs.dup           0
irix.resource.efs.found         0
irix.resource.efs.frecycle      0
irix.resource.efs.ialloccoll    0
irix.resource.efs.iallocrd      250
irix.resource.efs.iallocrdf     250
irix.resource.efs.icreat        250
irix.resource.efs.itobp         500
irix.resource.efs.itobpf        0
irix.resource.efs.iupacc        250
irix.resource.efs.iupchg        500
irix.resource.efs.iupdat        500
irix.resource.efs.iupmod        0
irix.resource.efs.iupunk        0
irix.resource.efs.iupupd        500
irix.resource.efs.missed        0
irix.resource.efs.reclaims      0
irix.resource.efs.truncs        0
END

LC_COLLATE=POSIX sort $tmp.delta.expect | sed -e 's/[	 ][ 	]*/ /' >$tmp.filtered
mv $tmp.filtered $tmp.delta.expect

# Now generate and run another shell script to compare the observed deltas
# with the expected ones
#
echo '#!/bin/sh' >$tmp.delta.sh
echo 'sts=0' >>$tmp.delta.sh
LC_COLLATE=POSIX join -j 1 -o 1.2 2.2 1.1 $tmp.delta $tmp.delta.expect \
    | tee $tmp.join \
    | $PCP_AWK_PROG '{
	      printf "[ %d -lt %d ]", $1, $2;
	      printf " && sts=1 && " ;
	      printf "echo \"%s: got %d expected min %d\"\n", $3, $1, $2;
	   } ' \
    >>$tmp.delta.sh
echo 'exit $sts' >>$tmp.delta.sh

# For debuging use sh -x
#
if sh $tmp.delta.sh
then
    :
else
    echo ""
    echo "irix.resource.efs: one or more metrics failed range tests"
    exit 1
fi
exit 0