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#!/bin/sh
#
# $Id$
#
MSG_INTERVAL=5000 # 50000
# The interval between the messages, in usecs
UTL_COUNT=50000 # 500000
# The number of iterations in the scavenger thread; each iteration is
# (roughly) 20 usecs (On a Sparc Ultra 30); and the number of
# iterations must be high enough so all the messages are sent while
# the scavenger is still running.
MSG_COUNTS="1 50 100 150 200 250 300 350 400 450 500 550 600 650 700 "
"750 800 850 900 950 1000"
# The number of messages sent on each test...
RPT_ITER="01 02 03 04 05 06 07 08 09 10"
# The iterations for the final test.
RPT_MSGS=1000
# The number of messages in the final test.
/bin/rm -f NameService.ior NameService.pid EC1.pid EC2.pid EC.pid
for i in $RPT_ITER; do
echo Short circuit RPT test $i
sleep 1
./EC_Multiple -l EC1 -s RUNTIME1 \
-a 1 -b 2 -c 2 -p EC1.pid -m $RPT_MSGS -u $UTL_COUNT \
-i $MSG_INTERVAL -x > OVH.RPT.X.${i}.log 2>&1
echo Local RPT EC test $i
../../Naming_Service/Naming_Service \
-o NameService.ior -p NameService.pid >/dev/null 2>&1 &
sleep 2
NameService=`cat NameService.ior`
export NameService
./EC_Multiple -l EC1 -s RUNTIME1 \
-a 1 -b 2 -c 2 -p EC1.pid -m $RPT_MSGS -u $UTL_COUNT \
-i $MSG_INTERVAL > OVH.RPT.LCL.${i}.log 2>&1
kill `cat NameService.pid`
echo Remote RPT EC test $i
../../Naming_Service/Naming_Service \
-o NameService.ior -p NameService.pid >/dev/null 2>&1 &
sleep 2
NameService=`cat NameService.ior`
export NameService
./EC_Multiple -l EC1 -r EC2 -s RUNTIME1 -o RUNTIME2 \
-a 1 -b 2 -c 3 -p EC1.pid -m $RPT_MSGS -u $UTL_COUNT \
-i $MSG_INTERVAL > OVH.RPT.RMT1.${i}.log 2>&1 &
./EC_Multiple -l EC2 -r EC1 -s RUNTIME2 -o RUNTIME1 \
-a 4 -b 3 -c 2 -p EC2.pid -m $RPT_MSGS -u $UTL_COUNT \
-i $MSG_INTERVAL > OVH.RPT.RMT2.${i}.log 2>&1 &
sleep 2
wait `cat EC1.pid`
wait `cat EC2.pid`
kill `cat NameService.pid`
wait
done
exit 0
# This tests prove that the overhead is linear on the number of
# messages...
# Generate the baseline data, i.e. shortcircuit the EC.
for i in $MSG_COUNTS; do
echo Short circuit test $i
sleep 1
./EC_Multiple -l EC1 -s RUNTIME1 \
-a 1 -b 2 -c 2 -m $i -u $UTL_COUNT \
-i $MSG_INTERVAL -x > OVH.X.${i}.log 2>&1
done
# Generate the local data, i.e. what is the overhead of using the local EC.
for i in $MSG_COUNTS; do
echo Local EC test $i
../../Naming_Service/Naming_Service \
-o NameService.ior -p NameService.pid >/dev/null 2>&1 &
sleep 2
NameService=`cat NameService.ior`
export NameService
./EC_Multiple -ORBport 0 -l EC1 -s RUNTIME1 \
-a 1 -b 2 -c 2 -m $i -u $UTL_COUNT \
-i $MSG_INTERVAL -p EC1.pid > OVH.LCL.${i}.log 2>&1
kill `cat NameService.pid`
done
# Generate the remote data, this test is much slower since the latency
# can be as high as 2 msec
for i in $MSG_COUNTS; do
echo Remote EC test $i
../../Naming_Service/Naming_Service \
-o NameService.ior -p NameService.pid >/dev/null 2>&1 &
sleep 2
NameService=`cat NameService.ior`
export NameService
./EC_Multiple -l EC1 -r EC2 -s RUNTIME1 -o RUNTIME2 \
-a 1 -b 2 -c 3 -p EC1.pid -m $i -u $UTL_COUNT \
-i $MSG_INTERVAL > OVH.RMT1.${i}.log 2>&1 &
./EC_Multiple -l EC2 -r EC1 -s RUNTIME2 -o RUNTIME1 \
-a 4 -b 3 -c 2 -p EC2.pid -m $i -u $UTL_COUNT \
-i $MSG_INTERVAL > OVH.RMT2.${i}.log 2>&1 &
sleep 2
wait `cat EC1.pid`
wait `cat EC2.pid`
kill `cat NameService.pid`
wait
done
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