#!/bin/sh
# PCP QA Test No. 275
#
# pmUnits handling for derived metrics
#
# Copyright (c) 2009 Ken McDonell.  All Rights Reserved.
#

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

# get standard environment, filters and checks
. ./common.product
. ./common.filter
. ./common.check

if grep -q 'pmRegisterDerived' $PCP_DIR/usr/include/pcp/pmapi.h
then
    :
else
    echo "No derived metric support" >$seq.notrun
    echo "$seq: [not run] `cat $seq.notrun`"
    exit 0
fi

status=0	# success is the default!
$sudo rm -rf $tmp.* $seq.full
trap "rm -f $tmp.*; exit \$status" 0 1 2 3 15

export PCP_DERIVED_CONFIG=$tmp.config

# Derived metric expr dump from 0x8513a48...
# expr node 0x867eb68 type=PLUS left=0x867eb98 right=0x867ed28
_filter()
{
    cat $tmp.out >>$seq.full
    awk <$tmp.out >$tmp.sed '
BEGIN				{ n = 0 }
$1 == "expr" && $2 == "node" && $3 ~ /^0x/	{ print "s/" $3 "/<addr-" n ">/"; n++ }
				{ next }'
    echo "=== sed ===" >>$seq.full
    cat $tmp.sed >>$seq.full
    sed -f $tmp.sed <$tmp.out \
    | sed \
	-e '/[0-9][0-9]:[0-9][0-9]:[0-9][0-9]/s/[^ ]*.*numpmid/TIMESTAMP ... numpmid/' \
	-e 's/=0x0 /=(nil) /g' \
	-e "s;$tmp;TMP;"
# -e 's/ val=[0-9][0-9]*/ val=<number>/g'
}

# expr node <addr-6> type=NAME left=(nil) right=(nil) save_last=1 [sample.pdu] master=0
# ...
# [0] inst=-1, val=49794
_filter2()
{
    sed <$tmp.out -e 's/val=/val /' \
    | awk >$tmp.sed2 '
BEGIN			{ n = 0 }
/expr.*sample\./	{ want=1; next }
want == 1 && $3 == "val"	{ if (seen[$4] != "y") {
				    print "s/ val=" $4 "$/ val=<value-" n ">/"
				    n++
				    seen[$4] = "y"
				  }
				}
$1 == "expr"		{ want = 0 }'
    echo "=== sed2 ===" >>$seq.full
    cat $tmp.sed2 >>$seq.full
    sed -f $tmp.sed2
}

# real QA test starts here

echo "=== expression trees and pmDesc propagation ==="
cat <<End-of-File >$tmp.config
my.space_over_time1 = sample.mirage + sample.mirage_longlong
my.space_over_time2 = sample.mirage_longlong + sample.mirage
my.space_over_time3 = sample.mirage_longlong + sample.mirage - sample.byte_rate
my.space_over_time4 = sample.byte_rate + sample.byte_rate_perhour
my.space = sample.byte_ctr + sample.kbyte_ctr
my.byte1 = sample.byte_rate * sample.scale_step.time_up_secs
my.byte2 = sample.byte_rate * sample.scale_step.time_up_nanosecs
my.x1 = sample.scale_step.bytes_down / sample.scale_step.time_up_secs
my.x2 = sample.scale_step.bytes_down / sample.scale_step.time_up_secs + sample.mirage
my.x3 = sample.scale_step.count_up * sample.scale_step.count_down
my.x4 = sample.scale_step.count_down / sample.scale_step.count_up
# discrete and instantaneous combinations
my.i1 = 42 + sample.scale_step.none_up
my.i2 = sample.scale_step.none_up + 42
my.i3 = pmcd.pmlogger.port - pmcd.pmlogger.port
End-of-File
echo
cat $tmp.config

echo
pminfo -Dderive,appl0,appl1 -d my >$tmp.out 2>&1
_filter

echo
echo "=== fetch values exercises ==="
echo

pminfo -f -a src/sample_expr

# suggested by gcov analysis
echo
echo "=== some more scale conversion tests ==="

cat <<End-of-File >$tmp.config
gcov.a = ( 1 / sample.mirage_longlong ) / (1 / sample.mirage )
gcov.b = ( 1 / sample.mirage ) / (1 / sample.mirage_longlong )
gcov.c = sample.seconds + disk.all.total
gcov.d = sample.ulong.count.base - sample.ulong.count.kilo
gcov.e = sample.ulong.count.mega - sample.ulong.count.kilo
gcov.f = (1/sample.ulong.count.base) - (1/sample.ulong.count.kilo)
gcov.g = (1/sample.ulong.count.mega) - (1/sample.ulong.count.kilo)
End-of-File
echo
cat $tmp.config

pminfo -Dderive,appl1 -d gcov >$tmp.out 2>&1
_filter | _filter2

pminfo -f gcov.d gcov.e gcov.f gcov.g

exit

# don't have any semantic checking at this stage ... all done earlier

echo
echo "=== semantic errors ==="
cat <<End-of-File >$tmp.config
End-of-File
echo
cat $tmp.config

echo
pminfo -Dderive,appl0,appl1 -d my >$tmp.out 2>&1
_filter

# success, all done
exit