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run_all.sh
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run_all.sh
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#/bin/bash
FILE_DIR=`dirname ${BASH_SOURCE[0]}`
cd ${FILE_DIR}
FULL_PATH=`pwd`
# >>>>>>>> SERVER OPTIONS >>>>>>>>
# total number of servers
NUM_SERVS=8
# number of servers to run on each machine
SERVS_PER_MACHINE=2
# server port
SERV_START_PORT=23000
# server machines
#SERV_MACHINES=( beaker-20 beaker-21 beaker-22 beaker-23 beaker-24 beaker-25 )
#SERV_MACHINES=( beaker-22 beaker-23 beaker-24 beaker-25 )
SERV_MACHINES=( beaker-22 beaker-23 beaker-24 beaker-25 )
# <<<<<<<< SERVER OPTIONS <<<<<<<<
# >>>>>>>> CLIENT OPTIONS >>>>>>>>
# number of coordinators for each client process
COOS_PER_CLIENT=1
CLIENT_PROCESS_INC=4
# maximum number of client processes on each client machine
MAX_CLIENT_PROCESSES=128
# maximum coordinator scale factor, actual number of coordinators to feed each
# server will be (COOS_COARSE_UNIT * coor_scale), coor_scale will scale from
# 1, 2, 3, ..., COOS_COARSE_UNIT * MIN_COO_SCALE, COOS_COARSE_UNIT * (MIN_COO_SCALE + 1), ...,
# COOS_COARSE_UNIT * MAX_COO_SCALE
MAX_COO_SCALE=10
MIN_COO_SCALE=2
# coarse granularity to increment the number of coordinators
COOS_COARSE_UNIT=10
#COOS_COARSE_UNIT=2
# starting number of coordinators
COOS_START=1
# client machines
#CLIENT_MACHINES=( beaker-14 beaker-15 beaker-16 beaker-17 beaker-18 beaker-19 beaker-20 beaker-21 beaker-20 beaker-21 )
CLIENT_MACHINES=( beaker-14 beaker-15 beaker-17 beaker-18 beaker-19 beaker-20 beaker-21 beaker-20 beaker-21 )
# <<<<<<<< CLIENT OPTIONS <<<<<<<<
LOGGING_DIR="/scratch1/ycui"
DO_LOGGING=0
# >>>>>>>> BENCHMARK >>>>>>>>
# benchmarks to run
BENCHS=( tpcc_mix_10 tpcc_no_10 )
#BENCHS=( tpcc_mix_10 )
# interested txn name
#BENCH_INTEREST_TXN=( "NEW ORDER" "NEW ORDER" "NEW ORDER" "NEW ORDER" )
#BENCH_INTEREST_TXN=( "NEW ORDER" "NEW ORDER" )
BENCH_INTEREST_TXN=( "STOCK LEVEL" "STOCK LEVEL" )
#BENCH_INTEREST_TXN=( "NEW ORDER" )
# max retry
MAX_RETRY=5
# available modes
MODES=( deptran occ 2pl_wound_die ro6 )
#MODES=( deptran occ 2pl_wound_die )
#MODES=( 2pl )
# benchmark running duration
BENCH_DURATION=60
# TASKSET SCHEMA
TASKSET=1
# script ctrl port
CTRL_PORT=12000
# benchmark log
BENCHMARK_LOGGING_FILE="benchmark.log"
# <<<<<<<< BENCHMARK <<<<<<<<
# >>>>>>>> SCALE BENCH >>>>>>>>
SCALE_NUM_SERVS=( 1 2 3 4 5 10 20 30 40 50 60 70 80 90 100 )
# benchmarks to run
#SCALE_BENCHS=( tpcc_no_10 tpcc_mix_10 )
SCALE_BENCHS=( tpcc_mix_10 tpcc_no_10 )
# interested txn name
#SCALE_BENCH_INTEREST_TXN=( "NEW ORDER" "NEW ORDER" )
SCALE_BENCH_INTEREST_TXN=( "NEW ORDER" "NEW ORDER" )
# number of coordinators per server
SCALE_COOS_PER_SERV=( 10 20 40 )
#SCALE_COOS_PER_SERV=( 20 40 )
# minimum number of servers
SCALE_NUM_SERVS_START=1
# this parameter determines the maximum number of servers used for
# for scaling experiment, numbers of servers are:
# SCALE_NUM_SERVS_START * (2^0, 2^1, 2^2, ..., 2^SCALE_MAX_SERV_SCALE)
SCALE_MAX_SERV_SCALE=5
# <<<<<<<< SCALE BENCH <<<<<<<<
# >>>>>>>> MICRO BENCH >>>>>>>>
# null rpc starts from 1 to RPC_MAX_CLIENTS
NULL_RPC_MAX_CLIENTS=24
# kv starts from MICRO_BENCH_MIN_CLIENTS to MICRO_BENCH_MAX_CLIENTS
MICRO_BENCH_MIN_CLIENTS=8
MICRO_BENCH_MAX_CLIENTS=24
# for micro bench 4-piece txn
MICRO_BENCH_MAX_COOS=24
MICRO_BENCH_MIN_COOS=8
# for micro bench 4-piece txn
MICRO_BENCH_NUM_SERVS=4
MICRO_MODES=( none 2pl occ deptran )
# <<<<<<<< MICRO BENCH <<<<<<<<
GEN_CONFIG=0
DO_COMMON_BENCH=0
DO_SCALE_BENCH=0
DO_MICRO_BENCH=0
usage()
{
echo "Usage: $0 [options]"
echo ""
echo "Options:"
echo ""
echo " -h,"
echo " help"
echo ""
echo " -g,"
echo " only generat configuration files, don't run benchmark"
echo ""
echo " -p N,"
echo " set number of servers to run on each machine"
echo ""
echo " -s N,"
echo " set total number of servers to run"
echo ""
echo " -P port,"
echo " set server start port, for each server the port number will"
echo " be (start_port + server_id)"
echo ""
echo " -S,"
echo " do scaling bench"
echo ""
echo " -C,"
echo " do common benchmark"
echo ""
echo " -M,"
echo " do micro benchmark"
echo ""
}
while getopts "SCMhgp:s:P:" OPTION
do
case ${OPTION} in
g)
GEN_CONFIG=1
;;
h)
usage
exit 1
;;
p)
SERVS_PER_MACHINE=$OPTARG
;;
P)
SERV_START_PORT=$OPTARG
;;
s)
NUM_SERVS=$OPTARG
;;
S)
DO_SCALE_BENCH=1
;;
C)
DO_COMMON_BENCH=1
;;
M)
DO_MICRO_BENCH=1
;;
esac
done
print_opt()
{
echo ""
echo "Parameters:"
echo " number of servers per machine : ${SERVS_PER_MACHINE}"
echo " total number of servers : ${NUM_SERVS}"
echo " server start port : ${SERV_START_PORT}"
echo ""
}
print_opt
NL=$'\n'
INDENT=" "
# make server config string
# args: 1: number of servers
make_server_config_str()
{
local num_servers=${1}
local server_line_temp="<site id=\"__SID__\" threads=\"1\">__S_MACHINE__:__S_PORT__</site>"
local server_config_str="${INDENT}<hosts number=\"${num_servers}\">${NL}"
local sid=0
local s_m_id=0
local s_port=${SERV_START_PORT}
while [ ${sid} -lt ${num_servers} ]
do
server_one_line=`echo ${server_line_temp} | \
sed "s/__SID__/${sid}/g" | \
sed "s/__S_MACHINE__/${SERV_MACHINES[${s_m_id}]}/g" | \
sed "s/__S_PORT__/${s_port}/g"`
server_config_str="${server_config_str}${INDENT}${INDENT}${server_one_line}${NL}"
sid=$((${sid}+1))
if [ 0 -eq $((${sid}%${SERVS_PER_MACHINE})) ]
then
s_m_id=$((${s_m_id}+1))
#s_port=${SERV_START_PORT}
s_port=$((${s_port}+1))
else
s_port=$((${s_port}+1))
fi
done
local server_config_str="${server_config_str}${INDENT}</hosts>"
echo "${server_config_str}"
}
# make clients config string
# args: 1: number of coordinators
make_client_config_str()
{
local client_line_temp="<client id=\"__CID_START__-__CID_END__\" threads=\"${COOS_PER_CLIENT}\">__C_MACHINE__</client>"
local client_line_temp_no_end="<client id=\"__CID_START__\" threads=\"${COOS_PER_CLIENT}\">__C_MACHINE__</client>"
local num_coos=${1}
if [ 0 -ne $((${num_coos}%${COOS_PER_CLIENT})) ]
then
echo "" >&2
echo "Number of coordinators ${num_coos} not divided by number of" >&2
echo "coordinators per client ${COOS_PER_CLIENT}" >&2
echo "" >&2
exit 3
fi
local num_clients=$((${num_coos}/${COOS_PER_CLIENT}))
local client_config_str="${INDENT}<clients number=\"${num_clients}\">${NL}"
local c_id_start=0
local c_m_id=0
while [ ${c_id_start} -lt ${num_clients} ]
do
c_id_end=$((${c_id_start}+${CLIENT_PROCESS_INC}-1))
if [ ${c_id_end} -ge ${num_clients} ]
then
c_id_end=$((${num_clients}-1))
fi
if [ ${c_id_end} -eq ${c_id_start} ]
then
client_one_line=`echo ${client_line_temp_no_end} | \
sed "s/__CID_START__/${c_id_start}/g" | \
sed "s/__C_MACHINE__/${CLIENT_MACHINES[${c_m_id}]}/g"`
else
client_one_line=`echo ${client_line_temp} | \
sed "s/__CID_START__/${c_id_start}/g" | \
sed "s/__CID_END__/${c_id_end}/g" | \
sed "s/__C_MACHINE__/${CLIENT_MACHINES[${c_m_id}]}/g"`
fi
client_config_str="${client_config_str}${INDENT}${INDENT}${client_one_line}${NL}"
c_id_start=$((${c_id_end}+1))
c_m_id=$((${c_m_id}+1))
if [ ${c_m_id} -ge ${#CLIENT_MACHINES[@]} ]
then
c_m_id=0
fi
done
local client_config_str="${client_config_str}${INDENT}</clients>"
echo "${client_config_str}"
}
# make the whole configuration file
# args: 1: benchmark template file
# args: 2: mode
# args: 3: number of servers
# args: 4: number of coordinators
# args: 5: scale factor
make_bench_config()
{
local template_filename=${1}
local mode=${2}
local num_servers=${3}
local num_coos=${4}
local scale_factor=${5}
local first_line=1
while IFS='' read line
do
echo "${line}"
if [ ${first_line} -eq 1 ]
then
make_server_config_str ${num_servers}
make_client_config_str ${num_coos}
first_line=0
fi
done < <(sed "s/__MODE__/${mode}/g" ${template_filename} | sed "s/__SCALE_FACTOR__/${scale_factor}/g")
}
do_scaling_bench()
{
if [ ${#SCALE_BENCH_INTEREST_TXN[@]} -ne ${#SCALE_BENCHS[@]} ]
then
echo "" >&2
echo "Numbers of scaling benchmark interested txns and benchmarks not consistent" >&2
echo "" >&2
exit 5
fi
local l_logging=""
local l_f_name="nlog"
if [ ${DO_LOGGING} -eq 1 ]
then
# logging
l_logging="-r ${LOGGING_DIR}"
l_f_name="log"
fi
local bench_index=0
for bench_index in $(seq 0 $((${#SCALE_BENCHS[@]}-1)))
do
local num_coos=
for num_coos in ${SCALE_COOS_PER_SERV[@]}
do
local bench="scale_${num_coos}coos_${SCALE_BENCHS[${bench_index}]}"
local interested_txn=${SCALE_BENCH_INTEREST_TXN[${bench_index}]}
local figure_gen_file=scripts/${bench}_${l_f_name}_figure_gen_local.py
cp -f template/scale_figure_gen_template.py ${figure_gen_file}
sed -i "s/__BENCH_NAME__/local\/${bench}_${l_f_name}/g" ${figure_gen_file}
local template_file="./template/scale_${SCALE_BENCHS[${bench_index}]}.xml"
#local num_servs=${SCALE_NUM_SERVS_START}
local num_servs=1
for num_servs in ${SCALE_NUM_SERVS[@]}
do
for mode in ${MODES[@]}
do
# TRY TO FINISH A BENCH, TILL MAX_RETRY
local this_start_time=`date +"%H:%M:%S"`
local s_time_in_s=`date +"%s"`
local succ=0
local tried=0
while [ ${tried} -lt ${MAX_RETRY} ]
do
succ=0
# PREPARE TO DO BENCHMARK
local total_num_coos=$((${num_coos}*${num_servs}))
make_bench_config ${template_file} ${mode} ${num_servs} ${total_num_coos} ${num_servs} >tmp_conf.xml
# KILL UNFINISHED PROCESSES
for serv_m in ${SERV_MACHINES[@]}
do
ssh ${serv_m} 'killall -9 deptran_server 2>/dev/null'
done
for coor_m in ${CLIENT_MACHINES[@]}
do
ssh ${coor_m} 'killall -9 deptran_client 2>/dev/null'
done
# WAITING FOR CONFIG FLUSH TO TMP_CONF.XML
sleep 1
local l_txns=
local l_tries=
local l_commits=
local l_tps=
local l_latency_50=
local l_latency_90=
local l_latency_99=
local l_latency_999=
local l_att_lt_50=
local l_att_lt_90=
local l_att_lt_99=
local l_att_lt_999=
local l_c_time=
local l_min_latency=
local l_max_latency=
local l_graph=
local l_ask=
local l_scc=
local l_cpu_info="-1"
local l_log_flush_cnt="-1"
local l_log_flush_sz="-1"
# START BENCH AND GREP RESULT
while read line
do
echo "${line}"
if [[ ${line} == "BENCHMARK_SUCCEED" ]]
then
succ=1
fi
if [[ ${line} == *"RECORDING"* ]] && [[ ${line} == *"<${interested_txn}>"* ]]
then
# grep client statistics
space_out=`echo ${line} | sed "s/^.*FINISHED_TXNS: \([0-9]\+\); ATTEMPTS: \([0-9]\+\); COMMITS: \([0-9]\+\); TPS: \([0-9]\+\); 50\.0% LATENCY: \([0-9]*\.\?[0-9]*\); 90\.0% LATENCY: \([0-9]*\.\?[0-9]*\); 99\.0% LATENCY: \([0-9]*\.\?[0-9]*\); 99\.9% LATENCY: \([0-9]*\.\?[0-9]*\);.*/\1 \2 \3 \4 \5 \6 \7 \8/g"`
read l_txns l_tries l_commits l_tps l_latency_50 l_latency_90 l_latency_99 l_latency_999 <<< "${space_out}"
space_out=`echo ${line} | sed "s/^.*50\.0% ATT_LT: \([0-9]*\.\?[0-9]*\); 90\.0% ATT_LT: \([0-9]*\.\?[0-9]*\); 99\.0% ATT_LT: \([0-9]*\.\?[0-9]*\); 99\.9% ATT_LT: \([0-9]*\.\?[0-9]*\); TIME: \([0-9]*\.\?[0-9]*\); LATENCY MIN: \([0-9]*\.\?[0-9]*\); LATENCY MAX: \([0-9]*\.\?[0-9]*\);.*/\1 \2 \3 \4 \5 \6 \7/g"`
read l_att_lt_50 l_att_lt_90 l_att_lt_99 l_att_lt_999 l_c_time l_min_latency l_max_latency <<< "${space_out}"
#space_out=`echo ${line} | sed "s/^.*50\.0% N_TRY: \([0-9]*\.\?[0-9]*\); 90\.0% N_TRY: \([0-9]*\.\?[0-9]*\); 99\.0% N_TRY: \([0-9]*\.\?[0-9]*\); 99\.9% N_TRY: \([0-9]*\.\?[0-9]*\)/\1 \2 \3 \4/g"`
#read l_n_try_50 l_n_try_90 l_n_try_99 l_n_try_999 <<< "${space_out}"
elif [[ ${line} == *"SERVREC"* ]]
then
# grep server statistics
space_out=`echo ${line} | sed "s/^.*SERVREC: \([a-zA-Z]\+\): VALUE: \([0-9]\+\); TIMES: \([0-9]\+\); MEAN: \([0-9]*\.\?[0-9]*\); TIME: \([0-9]*\.\?[0-9]*\)/\1 \2 \3 \4 \5/g"`
read key value timez mean s_time <<< "${space_out}"
if [ ${key} == "graph" ]
then
l_graph=${mean}
elif [ ${key} == "ask" ]
then
l_ask="${value}\\/${s_time}"
elif [ ${key} == "scc" ]
then
l_scc=${mean}
fi
elif [[ ${line} == *"CPUINFO"* ]]
then
l_cpu_info=`echo ${line} | sed "s/^.*CPUINFO: \([0-9]*\.\?[0-9]*\);/\1/g"`
elif [[ ${line} == *"AVG_LOG_FLUSH_CNT"* ]]
then
l_log_flush_cnt=`echo ${line} | sed "s/^.*AVG_LOG_FLUSH_CNT: \(-\?[0-9]*\.\?[0-9]*\);/\1/g"`
elif [[ ${line} == *"AVG_LOG_FLUSH_SZ"* ]]
then
l_log_flush_sz=`echo ${line} | sed "s/^.*AVG_LOG_FLUSH_SZ: \(-\?[0-9]*\.\?[0-9]*\);/\1/g"`
fi
done < <(./run.py -T ${TASKSET} -f tmp_conf.xml -d ${BENCH_DURATION} -P ${CTRL_PORT} ${l_logging} -x "${interested_txn}")
if [ ${succ} -eq 1 ] && \
[ ${#l_txns} -ne 0 ] && \
[ ${#l_tps} -ne 0 ] && \
[ ${#l_commits} -ne 0 ] && \
[ ${#l_tries} -ne 0 ] && \
[ ${#l_latency_50} -ne 0 ] && \
[ ${#l_latency_90} -ne 0 ] && \
[ ${#l_latency_99} -ne 0 ] && \
[ ${#l_latency_999} -ne 0 ] && \
[ ${#l_att_lt_50} -ne 0 ] && \
[ ${#l_att_lt_90} -ne 0 ] && \
[ ${#l_att_lt_99} -ne 0 ] && \
[ ${#l_att_lt_999} -ne 0 ] && \
[ ${#l_c_time} -ne 0 ] && \
[ ${#l_min_latency} -ne 0 ] && \
[ ${#l_max_latency} -ne 0 ]
then
# success
sed -i "s/__${mode}\.tps__/${l_tps}, __${mode}\.tps__/g" ${figure_gen_file}
if [ ${l_tries} -ne 0 ]
then
sed -i "s/__${mode}\.commit_rate__/${l_commits}\.0\/${l_tries}, __${mode}\.commit_rate__/g" ${figure_gen_file}
else
sed -i "s/__${mode}\.commit_rate__/0\.0, __${mode}\.commit_rate__/g" ${figure_gen_file}
fi
sed -i "s/__${mode}\.latency_50__/${l_latency_50}, __${mode}\.latency_50__/g" ${figure_gen_file}
sed -i "s/__${mode}\.latency_90__/${l_latency_90}, __${mode}\.latency_90__/g" ${figure_gen_file}
sed -i "s/__${mode}\.latency_99__/${l_latency_99}, __${mode}\.latency_99__/g" ${figure_gen_file}
sed -i "s/__${mode}\.latency_999__/${l_latency_999}, __${mode}\.latency_999__/g" ${figure_gen_file}
sed -i "s/__${mode}\.att_latency_50__/${l_att_lt_50}, __${mode}\.att_latency_50__/g" ${figure_gen_file}
sed -i "s/__${mode}\.att_latency_90__/${l_att_lt_90}, __${mode}\.att_latency_90__/g" ${figure_gen_file}
sed -i "s/__${mode}\.att_latency_99__/${l_att_lt_99}, __${mode}\.att_latency_99__/g" ${figure_gen_file}
sed -i "s/__${mode}\.att_latency_999__/${l_att_lt_999}, __${mode}\.att_latency_999__/g" ${figure_gen_file}
sed -i "s/__${mode}\.attempts__/${l_tries}\.0\/${l_c_time}, __${mode}\.attempts__/g" ${figure_gen_file}
if [ ${#l_graph} -ne 0 ]
then
sed -i "s/__${mode}\.graph_size__/${l_graph}, __${mode}\.graph_size__/g" ${figure_gen_file}
else
sed -i "s/__${mode}\.graph_size__/0\.0, __${mode}\.graph_size__/g" ${figure_gen_file}
fi
if [ ${#l_ask} -ne 0 ]
then
sed -i "s/__${mode}\.n_ask__/${l_ask}, __${mode}\.n_ask__/g" ${figure_gen_file}
else
sed -i "s/__${mode}\.n_ask__/0\.0, __${mode}\.n_ask__/g" ${figure_gen_file}
fi
if [ ${#l_scc} -ne 0 ]
then
sed -i "s/__${mode}\.scc__/${l_scc}, __${mode}\.scc__/g" ${figure_gen_file}
else
sed -i "s/__${mode}\.scc__/0\.0, __${mode}\.scc__/g" ${figure_gen_file}
fi
sed -i "s/__${mode}\.min_latency__/${l_min_latency}, __${mode}\.min_latency__/g" ${figure_gen_file}
sed -i "s/__${mode}\.max_latency__/${l_max_latency}, __${mode}\.max_latency__/g" ${figure_gen_file}
sed -i "s/__${mode}\.cpu__/${l_cpu_info}, __${mode}\.cpu__/g" ${figure_gen_file}
sed -i "s/__${mode}\.flush_cnt__/${l_log_flush_cnt}, __${mode}\.flush_cnt__/g" ${figure_gen_file}
sed -i "s/__${mode}\.flush_sz__/${l_log_flush_sz}, __${mode}\.flush_sz__/g" ${figure_gen_file}
tried=$((${tried}+1))
break
else
# fail
succ=0
echo "BENCH FAIL" >&2
echo "TRIED: $((1+${tried}))" >&2
fi
tried=$((${tried}+1))
done
local this_finish_time=`date +"%H:%M:%S"`
local f_time_in_s=`date +"%s"`
this_elapsed=$((${f_time_in_s}-${s_time_in_s}))
if [ ${succ} -ne 1 ]
then
# failed
echo "============== FAILURE ===============" >>${BENCHMARK_LOGGING_FILE}
echo "BENCH FAILED FOR ${MAX_RETRY} TIMES" >>${BENCHMARK_LOGGING_FILE}
echo "BENCHMARK : ${bench}" >>${BENCHMARK_LOGGING_FILE}
echo "INTERESTED TXN: ${interested_txn}" >>${BENCHMARK_LOGGING_FILE}
echo "MODE : ${mode}" >>${BENCHMARK_LOGGING_FILE}
echo "NUM SERVS : ${num_servs}" >>${BENCHMARK_LOGGING_FILE}
echo "NUM COOS : ${num_coos}" >>${BENCHMARK_LOGGING_FILE}
echo "ELAPSED TIME : ${this_elapsed}" >>${BENCHMARK_LOGGING_FILE}
echo "START TIME : ${this_start_time}" >>${BENCHMARK_LOGGING_FILE}
echo "FINISH TIME : ${this_finish_time}" >>${BENCHMARK_LOGGING_FILE}
echo "============== FAILURE ===============" >>${BENCHMARK_LOGGING_FILE}
echo "" >>${BENCHMARK_LOGGING_FILE}
sed -i "s/__${mode}\.tps__/-1, __${mode}\.tps__/g" ${figure_gen_file}
sed -i "s/__${mode}\.commit_rate__/-1, __${mode}\.commit_rate__/g" ${figure_gen_file}
sed -i "s/__${mode}\.latency_50__/-1, __${mode}\.latency_50__/g" ${figure_gen_file}
sed -i "s/__${mode}\.latency_90__/-1, __${mode}\.latency_90__/g" ${figure_gen_file}
sed -i "s/__${mode}\.latency_99__/-1, __${mode}\.latency_99__/g" ${figure_gen_file}
sed -i "s/__${mode}\.latency_999__/-1, __${mode}\.latency_999__/g" ${figure_gen_file}
sed -i "s/__${mode}\.att_latency_50__/-1, __${mode}\.att_latency_50__/g" ${figure_gen_file}
sed -i "s/__${mode}\.att_latency_90__/-1, __${mode}\.att_latency_90__/g" ${figure_gen_file}
sed -i "s/__${mode}\.att_latency_99__/-1, __${mode}\.att_latency_99__/g" ${figure_gen_file}
sed -i "s/__${mode}\.att_latency_999__/-1, __${mode}\.att_latency_999__/g" ${figure_gen_file}
sed -i "s/__${mode}\.attempts__/-1, __${mode}\.attempts__/g" ${figure_gen_file}
sed -i "s/__${mode}\.graph_size__/-1, __${mode}\.graph_size__/g" ${figure_gen_file}
sed -i "s/__${mode}\.n_ask__/-1, __${mode}\.n_ask__/g" ${figure_gen_file}
sed -i "s/__${mode}\.scc__/-1, __${mode}\.scc__/g" ${figure_gen_file}
sed -i "s/__${mode}\.min_latency__/-1, __${mode}\.min_latency__/g" ${figure_gen_file}
sed -i "s/__${mode}\.max_latency__/-1, __${mode}\.max_latency__/g" ${figure_gen_file}
sed -i "s/__${mode}\.cpu__/-1, __${mode}\.cpu__/g" ${figure_gen_file}
sed -i "s/__${mode}\.flush_cnt__/-1, __${mode}\.flush_cnt__/g" ${figure_gen_file}
sed -i "s/__${mode}\.flush_sz__/-1, __${mode}\.flush_sz__/g" ${figure_gen_file}
# backup xml file
mkdir -p failed_xml/${bench}
cp -f tmp_conf.xml failed_xml/${bench}/${mode}_${num_serv}servs_${num_coos}coos.xml
else
echo "============== SUCCESS ===============" >>${BENCHMARK_LOGGING_FILE}
echo "TRIED : ${tried}" >>${BENCHMARK_LOGGING_FILE}
echo "BENCHMARK : ${bench}" >>${BENCHMARK_LOGGING_FILE}
echo "INTERESTED TXN: ${interested_txn}" >>${BENCHMARK_LOGGING_FILE}
echo "MODE : ${mode}" >>${BENCHMARK_LOGGING_FILE}
echo "NUM SERVS : ${num_servs}" >>${BENCHMARK_LOGGING_FILE}
echo "NUM COOS : ${num_coos}" >>${BENCHMARK_LOGGING_FILE}
echo "ELAPSED TIME : ${this_elapsed}" >>${BENCHMARK_LOGGING_FILE}
echo "START TIME : ${this_start_time}" >>${BENCHMARK_LOGGING_FILE}
echo "FINISH TIME : ${this_finish_time}" >>${BENCHMARK_LOGGING_FILE}
echo "============== SUCCESS ===============" >>${BENCHMARK_LOGGING_FILE}
echo "" >>${BENCHMARK_LOGGING_FILE}
fi
done
# add x axis
sed -i "s/__num_servs__/${num_servs}, __num_servs__/g" ${figure_gen_file}
#num_servs=$((${num_servs}*2))
done
sed -i "s/, __num_servs__//g" ${figure_gen_file}
for mode in ${MODES[@]}
do
sed -i "s/, __${mode}\.tps__//g" ${figure_gen_file}
sed -i "s/, __${mode}\.commit_rate__//g" ${figure_gen_file}
sed -i "s/, __${mode}\.latency_50__//g" ${figure_gen_file}
sed -i "s/, __${mode}\.latency_90__//g" ${figure_gen_file}
sed -i "s/, __${mode}\.latency_99__//g" ${figure_gen_file}
sed -i "s/, __${mode}\.latency_999__//g" ${figure_gen_file}
sed -i "s/, __${mode}\.att_latency_50__//g" ${figure_gen_file}
sed -i "s/, __${mode}\.att_latency_90__//g" ${figure_gen_file}
sed -i "s/, __${mode}\.att_latency_99__//g" ${figure_gen_file}
sed -i "s/, __${mode}\.att_latency_999__//g" ${figure_gen_file}
sed -i "s/, __${mode}\.attempts__//g" ${figure_gen_file}
sed -i "s/, __${mode}\.graph_size__//g" ${figure_gen_file}
sed -i "s/, __${mode}\.n_ask__//g" ${figure_gen_file}
sed -i "s/, __${mode}\.scc__//g" ${figure_gen_file}
sed -i "s/, __${mode}\.min_latency__//g" ${figure_gen_file}
sed -i "s/, __${mode}\.max_latency__//g" ${figure_gen_file}
sed -i "s/, __${mode}\.cpu__//g" ${figure_gen_file}
sed -i "s/, __${mode}\.flush_cnt__//g" ${figure_gen_file}
sed -i "s/, __${mode}\.flush_sz__//g" ${figure_gen_file}
done
rm -f tmp_conf.xml 2>/dev/null
done
done
}
do_common_bench()
{
if [ ${#BENCH_INTEREST_TXN[@]} -ne ${#BENCHS[@]} ]
then
echo "" >&2
echo "Numbers of benchmark interested txns and benchmarks not consistent" >&2
echo "" >&2
exit 5
fi
local l_logging=""
local l_f_name="nlog"
if [ ${DO_LOGGING} -eq 1 ]
then
# logging
l_logging="-r ${LOGGING_DIR}"
l_f_name="log"
fi
local bench_index=0
for bench_index in $(seq 0 $((${#BENCHS[@]}-1)))
do
local bench=${BENCHS[${bench_index}]}
local interested_txn=${BENCH_INTEREST_TXN[${bench_index}]}
local figure_gen_file=scripts/${bench}_${l_f_name}_figure_gen_local.py
cp -f template/figure_gen_template.py ${figure_gen_file}
sed -i "s/__BENCH_NAME__/local\/${bench}_${l_f_name}/g" ${figure_gen_file}
local template_file="./template/${bench}.xml"
local coo_scale=${MIN_COO_SCALE}
local num_coos=${COOS_START}
while [ ${coo_scale} -le ${MAX_COO_SCALE} ]
do
for mode in ${MODES[@]}
do
# TRY TO FINISH A BENCH, TILL MAX_RETRY
local this_start_time=`date +"%H:%M:%S"`
local s_time_in_s=`date +"%s"`
local succ=0
local tried=0
while [ ${tried} -lt ${MAX_RETRY} ]
do
succ=0
# PREPARE TO DO BENCHMARK
local total_num_coos=$((${num_coos}*${NUM_SERVS}))
make_bench_config ${template_file} ${mode} ${NUM_SERVS} ${total_num_coos} ${NUM_SERVS} >tmp_conf.xml
# KILL UNFINISHED PROCESSES
for serv_m in ${SERV_MACHINES[@]}
do
ssh ${serv_m} 'killall -9 deptran_server 2>/dev/null'
done
for coor_m in ${CLIENT_MACHINES[@]}
do
ssh ${coor_m} 'killall -9 deptran_client 2>/dev/null'
done
# WAITING FOR CONFIG FLUSH TO TMP_CONF.XML
sleep 1
local l_txns=
local l_tries=
local l_commits=
local l_tps=
local l_latency_50=
local l_latency_90=
local l_latency_99=
local l_latency_999=
local l_att_lt_50=
local l_att_lt_90=
local l_att_lt_99=
local l_att_lt_999=
local l_c_time=
local l_min_latency=
local l_max_latency=
local l_n_try_50=
local l_n_try_90=
local l_n_try_99=
local l_n_try_999=
local l_graph=
local l_ask=
local l_scc=
local l_cpu_info="-1"
local l_log_flush_cnt="-1"
local l_log_flush_sz="-1"
# START BENCH AND GREP RESULT
while read line
do
echo "${line}"
if [[ ${line} == "BENCHMARK_SUCCEED" ]]
then
succ=1
fi
if [[ ${line} == *"RECORDING"* ]] && [[ ${line} == *"<${interested_txn}>"* ]]
then
# grep client statistics
space_out=`echo ${line} | sed "s/^.*FINISHED_TXNS: \([0-9]\+\); ATTEMPTS: \([0-9]\+\); COMMITS: \([0-9]\+\); TPS: \([0-9]\+\); 50\.0% LATENCY: \([0-9]*\.\?[0-9]*\); 90\.0% LATENCY: \([0-9]*\.\?[0-9]*\); 99\.0% LATENCY: \([0-9]*\.\?[0-9]*\); 99\.9% LATENCY: \([0-9]*\.\?[0-9]*\);.*/\1 \2 \3 \4 \5 \6 \7 \8/g"`
read l_txns l_tries l_commits l_tps l_latency_50 l_latency_90 l_latency_99 l_latency_999 <<< "${space_out}"
space_out=`echo ${line} | sed "s/^.*50\.0% ATT_LT: \([0-9]*\.\?[0-9]*\); 90\.0% ATT_LT: \([0-9]*\.\?[0-9]*\); 99\.0% ATT_LT: \([0-9]*\.\?[0-9]*\); 99\.9% ATT_LT: \([0-9]*\.\?[0-9]*\); TIME: \([0-9]*\.\?[0-9]*\); LATENCY MIN: \([0-9]*\.\?[0-9]*\); LATENCY MAX: \([0-9]*\.\?[0-9]*\);.*/\1 \2 \3 \4 \5 \6 \7/g"`
read l_att_lt_50 l_att_lt_90 l_att_lt_99 l_att_lt_999 l_c_time l_min_latency l_max_latency <<< "${space_out}"
space_out=`echo ${line} | sed "s/^.*50\.0% N_TRY: \([0-9]*\.\?[0-9]*\); 90\.0% N_TRY: \([0-9]*\.\?[0-9]*\); 99\.0% N_TRY: \([0-9]*\.\?[0-9]*\); 99\.9% N_TRY: \([0-9]*\.\?[0-9]*\)/\1 \2 \3 \4/g"`
read l_n_try_50 l_n_try_90 l_n_try_99 l_n_try_999 <<< "${space_out}"
elif [[ ${line} == *"SERVREC"* ]]
then
# grep server statistics
space_out=`echo ${line} | sed "s/^.*SERVREC: \([a-zA-Z]\+\): VALUE: \([0-9]\+\); TIMES: \([0-9]\+\); MEAN: \([0-9]*\.\?[0-9]*\); TIME: \([0-9]*\.\?[0-9]*\)/\1 \2 \3 \4 \5/g"`
read key value timez mean s_time <<< "${space_out}"
if [ ${key} == "graph" ]
then
l_graph=${mean}
elif [ ${key} == "ask" ]
then
l_ask="${value}\\/${s_time}"
elif [ ${key} == "scc" ]
then
l_scc=${mean}
fi
elif [[ ${line} == *"CPUINFO"* ]]
then
l_cpu_info=`echo ${line} | sed "s/^.*CPUINFO: \([0-9]*\.\?[0-9]*\);/\1/g"`
elif [[ ${line} == *"AVG_LOG_FLUSH_CNT"* ]]
then
l_log_flush_cnt=`echo ${line} | sed "s/^.*AVG_LOG_FLUSH_CNT: \(-\?[0-9]*\.\?[0-9]*\);/\1/g"`
elif [[ ${line} == *"AVG_LOG_FLUSH_SZ"* ]]
then
l_log_flush_sz=`echo ${line} | sed "s/^.*AVG_LOG_FLUSH_SZ: \(-\?[0-9]*\.\?[0-9]*\);/\1/g"`
fi
done < <(./run.py -T ${TASKSET} -f tmp_conf.xml -d ${BENCH_DURATION} -P ${CTRL_PORT} ${l_logging} -x "${interested_txn}")
if [ ${succ} -eq 1 ] && \
[ ${#l_txns} -ne 0 ] && \
[ ${#l_tps} -ne 0 ] && \
[ ${#l_commits} -ne 0 ] && \
[ ${#l_tries} -ne 0 ] && \
[ ${#l_latency_50} -ne 0 ] && \
[ ${#l_latency_90} -ne 0 ] && \
[ ${#l_latency_99} -ne 0 ] && \
[ ${#l_latency_999} -ne 0 ] && \
[ ${#l_n_try_50} -ne 0 ] && \
[ ${#l_n_try_90} -ne 0 ] && \
[ ${#l_n_try_99} -ne 0 ] && \
[ ${#l_n_try_999} -ne 0 ] && \
[ ${#l_c_time} -ne 0 ] && \
[ ${#l_min_latency} -ne 0 ] && \
[ ${#l_max_latency} -ne 0 ]
then
# success
sed -i "s/__${mode}\.tps__/${l_tps}, __${mode}\.tps__/g" ${figure_gen_file}
if [ ${l_tries} -ne 0 ]
then
sed -i "s/__${mode}\.commit_rate__/${l_commits}\.0\/${l_tries}, __${mode}\.commit_rate__/g" ${figure_gen_file}
else
sed -i "s/__${mode}\.commit_rate__/0\.0, __${mode}\.commit_rate__/g" ${figure_gen_file}
fi
sed -i "s/__${mode}\.latency_50__/${l_latency_50}, __${mode}\.latency_50__/g" ${figure_gen_file}
sed -i "s/__${mode}\.latency_90__/${l_latency_90}, __${mode}\.latency_90__/g" ${figure_gen_file}
sed -i "s/__${mode}\.latency_99__/${l_latency_99}, __${mode}\.latency_99__/g" ${figure_gen_file}
sed -i "s/__${mode}\.latency_999__/${l_latency_999}, __${mode}\.latency_999__/g" ${figure_gen_file}
sed -i "s/__${mode}\.n_try_50__/${l_n_try_50}, __${mode}\.n_try_50__/g" ${figure_gen_file}
sed -i "s/__${mode}\.n_try_90__/${l_n_try_90}, __${mode}\.n_try_90__/g" ${figure_gen_file}
sed -i "s/__${mode}\.n_try_99__/${l_n_try_99}, __${mode}\.n_try_99__/g" ${figure_gen_file}
sed -i "s/__${mode}\.n_try_999__/${l_n_try_999}, __${mode}\.n_try_999__/g" ${figure_gen_file}
sed -i "s/__${mode}\.att_latency_50__/${l_att_lt_50}, __${mode}\.att_latency_50__/g" ${figure_gen_file}
sed -i "s/__${mode}\.att_latency_90__/${l_att_lt_90}, __${mode}\.att_latency_90__/g" ${figure_gen_file}
sed -i "s/__${mode}\.att_latency_99__/${l_att_lt_99}, __${mode}\.att_latency_99__/g" ${figure_gen_file}
sed -i "s/__${mode}\.att_latency_999__/${l_att_lt_999}, __${mode}\.att_latency_999__/g" ${figure_gen_file}
sed -i "s/__${mode}\.attempts__/${l_tries}\.0\/${l_c_time}, __${mode}\.attempts__/g" ${figure_gen_file}
if [ ${#l_graph} -ne 0 ]
then
sed -i "s/__${mode}\.graph_size__/${l_graph}, __${mode}\.graph_size__/g" ${figure_gen_file}
else
sed -i "s/__${mode}\.graph_size__/0\.0, __${mode}\.graph_size__/g" ${figure_gen_file}
fi
if [ ${#l_ask} -ne 0 ]
then
sed -i "s/__${mode}\.n_ask__/${l_ask}, __${mode}\.n_ask__/g" ${figure_gen_file}
else
sed -i "s/__${mode}\.n_ask__/0\.0, __${mode}\.n_ask__/g" ${figure_gen_file}
fi
if [ ${#l_scc} -ne 0 ]
then
sed -i "s/__${mode}\.scc__/${l_scc}, __${mode}\.scc__/g" ${figure_gen_file}
else
sed -i "s/__${mode}\.scc__/0\.0, __${mode}\.scc__/g" ${figure_gen_file}
fi
sed -i "s/__${mode}\.min_latency__/${l_min_latency}, __${mode}\.min_latency__/g" ${figure_gen_file}
sed -i "s/__${mode}\.max_latency__/${l_max_latency}, __${mode}\.max_latency__/g" ${figure_gen_file}
sed -i "s/__${mode}\.cpu__/${l_cpu_info}, __${mode}\.cpu__/g" ${figure_gen_file}
sed -i "s/__${mode}\.flush_cnt__/${l_log_flush_cnt}, __${mode}\.flush_cnt__/g" ${figure_gen_file}
sed -i "s/__${mode}\.flush_sz__/${l_log_flush_sz}, __${mode}\.flush_sz__/g" ${figure_gen_file}
tried=$((${tried}+1))
break
else
# fail
succ=0
echo "BENCH FAIL" >&2
echo "TRIED: $((1+${tried}))" >&2
fi
tried=$((${tried}+1))
done
local this_finish_time=`date +"%H:%M:%S"`
local f_time_in_s=`date +"%s"`
this_elapsed=$((${f_time_in_s}-${s_time_in_s}))
if [ ${succ} -ne 1 ]
then
# failed
echo "============== FAILURE ===============" >>${BENCHMARK_LOGGING_FILE}
echo "BENCH FAILED FOR ${MAX_RETRY} TIMES" >>${BENCHMARK_LOGGING_FILE}
echo "BENCHMARK : ${bench}" >>${BENCHMARK_LOGGING_FILE}
echo "INTERESTED TXN: ${interested_txn}" >>${BENCHMARK_LOGGING_FILE}
echo "MODE : ${mode}" >>${BENCHMARK_LOGGING_FILE}
echo "NUM SERVS : ${NUM_SERVS}" >>${BENCHMARK_LOGGING_FILE}
echo "NUM COOS : ${num_coos}" >>${BENCHMARK_LOGGING_FILE}
echo "ELAPSED TIME : ${this_elapsed}" >>${BENCHMARK_LOGGING_FILE}
echo "START TIME : ${this_start_time}" >>${BENCHMARK_LOGGING_FILE}
echo "FINISH TIME : ${this_finish_time}" >>${BENCHMARK_LOGGING_FILE}
echo "============== FAILURE ===============" >>${BENCHMARK_LOGGING_FILE}
echo "" >>${BENCHMARK_LOGGING_FILE}
sed -i "s/__${mode}\.tps__/-1, __${mode}\.tps__/g" ${figure_gen_file}
sed -i "s/__${mode}\.commit_rate__/-1, __${mode}\.commit_rate__/g" ${figure_gen_file}
sed -i "s/__${mode}\.latency_50__/-1, __${mode}\.latency_50__/g" ${figure_gen_file}
sed -i "s/__${mode}\.latency_90__/-1, __${mode}\.latency_90__/g" ${figure_gen_file}
sed -i "s/__${mode}\.latency_99__/-1, __${mode}\.latency_99__/g" ${figure_gen_file}
sed -i "s/__${mode}\.latency_999__/-1, __${mode}\.latency_999__/g" ${figure_gen_file}
sed -i "s/__${mode}\.n_try_50__/-1, __${mode}\.n_try_50__/g" ${figure_gen_file}
sed -i "s/__${mode}\.n_try_90__/-1, __${mode}\.n_try_90__/g" ${figure_gen_file}
sed -i "s/__${mode}\.n_try_99__/-1, __${mode}\.n_try_99__/g" ${figure_gen_file}
sed -i "s/__${mode}\.n_try_999__/-1, __${mode}\.n_try_999__/g" ${figure_gen_file}
sed -i "s/__${mode}\.att_latency_50__/-1, __${mode}\.att_latency_50__/g" ${figure_gen_file}
sed -i "s/__${mode}\.att_latency_90__/-1, __${mode}\.att_latency_90__/g" ${figure_gen_file}
sed -i "s/__${mode}\.att_latency_99__/-1, __${mode}\.att_latency_99__/g" ${figure_gen_file}
sed -i "s/__${mode}\.att_latency_999__/-1, __${mode}\.att_latency_999__/g" ${figure_gen_file}
sed -i "s/__${mode}\.attempts__/-1, __${mode}\.attempts__/g" ${figure_gen_file}
sed -i "s/__${mode}\.graph_size__/-1, __${mode}\.graph_size__/g" ${figure_gen_file}
sed -i "s/__${mode}\.n_ask__/-1, __${mode}\.n_ask__/g" ${figure_gen_file}
sed -i "s/__${mode}\.scc__/-1, __${mode}\.scc__/g" ${figure_gen_file}
sed -i "s/__${mode}\.min_latency__/-1, __${mode}\.min_latency__/g" ${figure_gen_file}
sed -i "s/__${mode}\.max_latency__/-1, __${mode}\.max_latency__/g" ${figure_gen_file}
sed -i "s/__${mode}\.cpu__/-1, __${mode}\.cpu__/g" ${figure_gen_file}
sed -i "s/__${mode}\.flush_cnt__/-1, __${mode}\.flush_cnt__/g" ${figure_gen_file}
sed -i "s/__${mode}\.flush_sz__/-1, __${mode}\.flush_sz__/g" ${figure_gen_file}
# backup xml file
mkdir -p failed_xml/${bench}
cp -f tmp_conf.xml failed_xml/${bench}/${mode}_${num_coos}coos.xml
else
echo "============== SUCCESS ===============" >>${BENCHMARK_LOGGING_FILE}
echo "TRIED : ${tried}" >>${BENCHMARK_LOGGING_FILE}
echo "BENCHMARK : ${bench}" >>${BENCHMARK_LOGGING_FILE}
echo "INTERESTED TXN: ${interested_txn}" >>${BENCHMARK_LOGGING_FILE}
echo "MODE : ${mode}" >>${BENCHMARK_LOGGING_FILE}
echo "NUM SERVS : ${NUM_SERVS}" >>${BENCHMARK_LOGGING_FILE}
echo "NUM COOS : ${num_coos}" >>${BENCHMARK_LOGGING_FILE}
echo "ELAPSED TIME : ${this_elapsed}" >>${BENCHMARK_LOGGING_FILE}
echo "START TIME : ${this_start_time}" >>${BENCHMARK_LOGGING_FILE}
echo "FINISH TIME : ${this_finish_time}" >>${BENCHMARK_LOGGING_FILE}
echo "============== SUCCESS ===============" >>${BENCHMARK_LOGGING_FILE}
echo "" >>${BENCHMARK_LOGGING_FILE}
fi
done
# add x axis
sed -i "s/__num_coos__/${num_coos}, __num_coos__/g" ${figure_gen_file}
if [ ${num_coos} -lt $((${COOS_COARSE_UNIT}*${MIN_COO_SCALE})) ]
then
num_coos=$((${num_coos}+1))
else
coo_scale=$((${coo_scale}+1))
num_coos=$((${COOS_COARSE_UNIT}*${coo_scale}))
fi
done
sed -i "s/, __num_coos__//g" ${figure_gen_file}
for mode in ${MODES[@]}
do
sed -i "s/, __${mode}\.tps__//g" ${figure_gen_file}
sed -i "s/, __${mode}\.commit_rate__//g" ${figure_gen_file}
sed -i "s/, __${mode}\.latency_50__//g" ${figure_gen_file}
sed -i "s/, __${mode}\.latency_90__//g" ${figure_gen_file}
sed -i "s/, __${mode}\.latency_99__//g" ${figure_gen_file}
sed -i "s/, __${mode}\.latency_999__//g" ${figure_gen_file}
sed -i "s/, __${mode}\.n_try_50__//g" ${figure_gen_file}
sed -i "s/, __${mode}\.n_try_90__//g" ${figure_gen_file}
sed -i "s/, __${mode}\.n_try_99__//g" ${figure_gen_file}
sed -i "s/, __${mode}\.n_try_999__//g" ${figure_gen_file}
sed -i "s/, __${mode}\.att_latency_50__//g" ${figure_gen_file}
sed -i "s/, __${mode}\.att_latency_90__//g" ${figure_gen_file}
sed -i "s/, __${mode}\.att_latency_99__//g" ${figure_gen_file}
sed -i "s/, __${mode}\.att_latency_999__//g" ${figure_gen_file}
sed -i "s/, __${mode}\.attempts__//g" ${figure_gen_file}
sed -i "s/, __${mode}\.graph_size__//g" ${figure_gen_file}
sed -i "s/, __${mode}\.n_ask__//g" ${figure_gen_file}
sed -i "s/, __${mode}\.scc__//g" ${figure_gen_file}
sed -i "s/, __${mode}\.min_latency__//g" ${figure_gen_file}
sed -i "s/, __${mode}\.max_latency__//g" ${figure_gen_file}
sed -i "s/, __${mode}\.cpu__//g" ${figure_gen_file}
sed -i "s/, __${mode}\.flush_cnt__//g" ${figure_gen_file}
sed -i "s/, __${mode}\.flush_sz__//g" ${figure_gen_file}
done
rm -f tmp_conf.xml 2>/dev/null
done
}
do_null_rpc_bench()
{
local figure_gen_file=$1
local num_c=0
for num_c in $(seq 1 ${NULL_RPC_MAX_CLIENTS})
do
local l_qps=0
local l_50_lt=0
local l_90_lt=0
local l_99_lt=0
local l_999_lt=0
local succ=0
local tried=0
while [ ${tried} -lt ${MAX_RETRY} ]
do
ssh -nf ${SERV_MACHINES[0]} "cd ${FULL_PATH} && taskset -c 16 ./build/rpc_microbench -s 0.0.0.0:${SERV_START_PORT} -b 0 -w 1 -e 1 1>/dev/null 2>/dev/null &"
sleep 1
while read line
do
echo "${line}"
if [[ ${line} == *"QPS:"* ]]
then
local output=`echo ${line} | sed "s/QPS: \([0-9]*\); 50.0% LATENCY: \([0-9]*\.\?[0-9]*\); 90.0% LATENCY: \([0-9]*\.\?[0-9]*\); 99.0% LATENCY: \([0-9]*\.\?[0-9]*\); 99.9% LATENCY: \([0-9]*\.\?[0-9]*\)/\1 \2 \3 \4 \5/g"`
read l_qps l_50_lt l_90_lt l_99_lt l_999_lt <<< "${output}"
succ=1
fi
done < <(ssh ${CLIENT_MACHINES[0]} "cd ${FULL_PATH} && ./build/rpc_microbench -f -c ${SERV_MACHINES[0]}:${SERV_START_PORT} -t ${num_c} -w 1 -n 20 -b 0 -o 1")
ssh ${SERV_MACHINES[0]} 'killall -9 rpc_microbench &>/dev/null'
tried=$((${tried}+1))
if [ ${succ} -eq 1 ]
then
break
fi
done
if [ ${succ} -eq 1 ]
then
sed -i "s/__null_rpc\.qps__/${l_qps}, __null_rpc\.qps__/g" ${figure_gen_file}