gistfile1.txt

j=$1
nr=$2
cpri=$3
dyn=$4
secs=$5
dname=$6
vsz=$7

dbdir="./rdb"

myargs="--max_background_jobs=$j --compaction_pri=$cpri --level_compaction_dynamic_level_bytes=$dyn"
defargs="--key_size=20 --value_size=$vsz -stats_interval_seconds=10 --stats_per_interval=1 --rate_limiter_bytes_per_sec=$(( 1024 * 1024 * 4 )) "

sfx=j${j}.pri${cpri}.dyn${dyn}

./db_bench --benchmarks="fillrandom,readrandom,stats" --use_existing_db=0 --db=$dbdir --num=$nr $defargs $myargs >& ow.$sfx &
bid=$!

sleep 5
while ! grep ^fillrandom ow.$sfx ; do
  sleep 1
done
echo found at $( date )

vmstat 1 >& vw.$sfx &
vpid=$!
iostat -kx 1 >& iw.$sfx &
ipid=$!

wait $bid
echo done at $( date )

kill $vpid
kill $ipid
du -hs $dbdir > dw.$sfx

echo iostat metrics > hw.$sfx
printf "Nsamp\tr/s\trMB/s\tw/s\twMB/s\trGB\twGB\tr/i\tw/i\trkb/i\twkb/i\tMrows\n" >> hw.$sfx
c=$( grep -a $dname iw.$sfx | wc -l )
grep -a $dname iw.$sfx | tail -$(( $c - 1 )) > tmp.iw

cat tmp.iw | awk '{ rs += $4; ws += $5; rkb += $6; wkb += $7; c += 1 } END { printf "%s\t%.0f\t%.1f\t%.0f\t%.1f\t%.1f\t%.1f\t%.5f\t%.5f\t%.5f\t%.5f\t%.1f\n", c, rs/c, rkb/1024.0/c, ws/c, wkb/1024.0/c, rkb/(1024*1024.0), wkb/(1024*1024.0), rs/c/q, rkb/c/q, ws/c/q, wkb/c/q, q/1000000.0 }' q=$nr  >> hw.$sfx

c=$( grep -av swpd vw.$sfx | wc -l )
grep -av swpd vw.$sfx | tail -$(( $c - 1 )) > tmp.vw

echo >> hw.$sfx
echo vmstat metrics >> hw.$sfx
printf "samp\tcs/s\tcpu/c\tcs/q\tcpu/q\n" >> hw.$sfx
cat tmp.vw | awk '{ cs += $12; cpu += $13 + $14; c += 1 } END { printf "%s\t%.0f\t%.1f\t%.3f\t%.6f\n", c, cs/c, cpu/c, cs/c/q, cpu/c/q }' q=$nr>> hw.$sfx

w1=$( grep -a "^Cumulative compaction" ow.$sfx | tail -1 | awk '{ print $3 }' )
r1=$( grep -a "^Cumulative compaction" ow.$sfx | tail -1 | awk '{ print $9 }' )

echo "w1 r1" >> hw.$sfx
echo $w1 $r1 >> hw.$sfx