rocksdb/tools/regression_test.sh
Yueh-Hsuan Chiang 8cf0f86d39 Allow regression test to run db_bench at a remost host
Summary:
This patch does the following improvement on the regression_test.sh
* allows db_bench being executed at a remost host while storing the
  benchmark results locally.
* kills all db_bench related processes before running db_bench
* better error handling.

Test Plan:
1. Run regression_test.sh both locally and remotely
2. Run multiple regression_test.sh at the same time and make sure
   i. Only one runs successfully.
   ii. The one that runs successfully will kill all other db_bench
       processes before it runs any benchmark.

Reviewers: sdong, yiwu, gunnarku

Reviewed By: gunnarku

Subscribers: andrewkr, dhruba, leveldb

Differential Revision: https://reviews.facebook.net/D58611
2016-06-02 02:53:39 -07:00

240 lines
6.7 KiB
Bash
Executable file

#!/bin/bash
# REQUIRE: db_bench binary exists in the current directory
function main {
commit=${1:-"origin/master"}
test_root_dir=${TEST_PATH:-"/tmp/rocksdb/regression_test"}
init_arguments $test_root_dir
checkout_rocksdb $commit
build_db_bench
setup_test_directory
# an additional dot indicates we share same env variables
run_db_bench "fillseq" 0
run_db_bench "overwrite"
run_db_bench "readrandom"
run_db_bench "readwhilewriting"
run_db_bench "deleterandom"
run_db_bench "seekrandom"
run_db_bench "seekrandomwhilewriting"
echo ""
echo "Benchmark completed! Results are available in $RESULT_PATH"
}
############################################################################
function init_arguments {
K=1024
M=$((1024 * K))
G=$((1024 * M))
current_time=$(date +"%F-%H:%M:%S")
RESULT_PATH=${2:-"$1/results/$current_time"}
COMMIT_ID=`git log | head -n1 | cut -c 8-`
SUMMARY_FILE="$RESULT_PATH/SUMMARY.csv"
DB_PATH=${3:-"$1/db/"}
WAL_PATH=${4:-"$1/wal/"}
if [ -z "$REMOTE_HOST_USER" ]; then
DB_BENCH_DIR=${5:-"."}
else
DB_BENCH_DIR=${5:-"$1/db_bench"}
fi
NUM_THREADS=${NUM_THREADS:-16}
NUM_KEYS=${NUM_KEYS:-$((1 * G))}
KEY_SIZE=${KEY_SIZE:-100}
VALUE_SIZE=${VALUE_SIZE:-900}
CACHE_SIZE=${CACHE_SIZE:-$((1 * G))}
STATISTICS=${STATISTICS:-0}
COMPRESSION_RATIO=${COMPRESSION_RATIO:-0.5}
HISTOGRAM=${HISTOGRAM:-1}
STATS_PER_INTERVAL=${STATS_PER_INTERVAL:-1}
STATS_INTERVAL_SECONDS=${STATS_INTERVAL_SECONDS:-60}
MAX_BACKGROUND_FLUSHES=${MAX_BACKGROUND_FLUSHES:-4}
MAX_BACKGROUND_COMPACTIONS=${MAX_BACKGROUND_COMPACTIONS:-16}
SEEK_NEXTS=${SEEK_NEXTS:-10}
SEED=${SEED:-$( date +%s )}
}
# $1 --- benchmark name
# $2 --- use_existing_db (optional)
function run_db_bench {
# this will terminate all currently-running db_bench
find_db_bench_cmd="ps aux | grep db_bench | grep -v grep | grep -v aux | awk '{print \$2}'"
USE_EXISTING_DB=${2:-1}
echo ""
echo "======================================================================="
echo "Benchmark $1"
echo "======================================================================="
echo ""
db_bench_error=0
db_bench_cmd="$DB_BENCH_DIR/db_bench \
--benchmarks=$1 --db=$DB_PATH --wal_dir=$WAL_PATH \
--use_existing_db=$USE_EXISTING_DB \
--threads=$NUM_THREADS \
--num=$NUM_KEYS \
--key_size=$KEY_SIZE \
--value_size=$VALUE_SIZE \
--cache_size=$CACHE_SIZE \
--statistics=$STATISTICS \
--compression_ratio=$COMPRESSION_RATIO \
--histogram=$HISTOGRAM \
--seek_nexts=$SEEK_NEXTS \
--stats_per_interval=$STATS_PER_INTERVAL \
--stats_interval_seconds=$STATS_INTERVAL_SECONDS \
--max_background_flushes=$MAX_BACKGROUND_FLUSHES \
--max_background_compactions=$MAX_BACKGROUND_COMPACTIONS \
--seed=$SEED 2>&1"
kill_db_bench_cmd="pkill db_bench"
ps_cmd="ps aux"
if ! [ -z "$REMOTE_HOST_USER" ]; then
kill_db_bench_cmd="$SSH $REMOTE_HOST_USER $kill_db_bench_cmd"
db_bench_cmd="$SSH $REMOTE_HOST_USER $db_bench_cmd"
ps_cmd="$SSH $REMOTE_HOST_USER $ps_cmd"
fi
## kill existing db_bench processes
eval "$kill_db_bench_cmd"
if [ $? -eq 0 ]; then
echo "Killed all currently running db_bench"
fi
## make sure no db_bench is running
# The following statement is necessary make sure "eval $ps_cmd" will success.
# Otherwise, if we simply check whether "$(eval $ps_cmd | grep db_bench)" is
# successful or not, then it will always be false since grep will return
# non-zero status when there's no matching output.
ps_output="$(eval $ps_cmd)"
exit_on_error $? "$ps_cmd"
# perform the actual command to check whether db_bench is running
grep_output="$(eval $ps_cmd | grep db_bench)"
if [ "$grep_output" != "" ]; then
echo "Stopped regression_test.sh as there're still db_bench processes running:"
echo $grep_output
exit 1
fi
## run the db_bench
cmd="($db_bench_cmd || db_bench_error=1) | tee -a $RESULT_PATH/$1"
exit_on_error $?
echo $cmd
eval $cmd
exit_on_error $db_bench_error
update_report "$1" "$RESULT_PATH/$1"
}
# $1 --- name of the benchmark
# $2 --- the filename of the output log of db_bench
function update_report {
main_result=`cat $2 | grep $1`
exit_on_error $?
perc_statement=`cat $2 | grep Percentile`
exit_on_error $?
# Obtain micros / op
main_pattern="$1"'[[:blank:]]+:[[:blank:]]+([0-9\.]+)[[:blank:]]+micros/op'
[[ $main_result =~ $main_pattern ]]
micros_op=${BASH_REMATCH[1]}
# Obtain percentile information
perc_pattern='Percentiles: P50: ([0-9\.]+) P75: ([0-9\.]+) P99: ([0-9\.]+) P99.9: ([0-9\.]+) P99.99: ([0-9\.]+)'
[[ $perc_statement =~ $perc_pattern ]]
perc[0]=${BASH_REMATCH[1]} # p50
perc[1]=${BASH_REMATCH[2]} # p75
perc[2]=${BASH_REMATCH[3]} # p99
perc[3]=${BASH_REMATCH[4]} # p99.9
perc[4]=${BASH_REMATCH[5]} # p99.99
printf "$COMMIT_ID, %30s, %10.2f, %10.2f, %10.2f, %10.2f, %10.2f, %10.2f\n" \
$1 $micros_op ${perc[0]} ${perc[1]} ${perc[2]} ${perc[3]} ${perc[4]} \
>> $SUMMARY_FILE
exit_on_error $?
}
function exit_on_error {
if [ $1 -ne 0 ]; then
echo ""
echo "ERROR: Benchmark did not complete successfully."
if ! [ -z "$2" ]; then
echo "Failure command: $2"
fi
echo "Partial results are output to $RESULT_PATH"
echo "ERROR" >> $SUMMARY_FILE
exit $1
fi
}
function checkout_rocksdb {
echo "Checking out commit $1 ..."
git fetch --all
exit_on_error $?
git checkout $1
exit_on_error $?
}
function build_db_bench {
echo "Building db_bench ..."
make clean
exit_on_error $?
DEBUG_LEVEL=0 make db_bench -j32
exit_on_error $?
}
function run_remote {
if ! [ -z "$REMOTE_HOST_USER" ]; then
cmd="$SSH $REMOTE_HOST_USER $1"
else
cmd="$1"
fi
result=0
eval "($cmd) || result=1"
exit_on_error $result "$cmd"
}
function run_local {
result=0
eval "($1 || result=1)"
exit_on_error $result
}
function setup_test_directory {
echo "Deleting old regression test directories and creating new ones"
run_remote "rm -rf $DB_PATH"
run_remote "rm -rf $WAL_PATH"
if ! [ -z "$REMOTE_HOST_USER" ]; then
run_remote "rm -rf $DB_BENCH_DIR"
fi
run_remote "mkdir -p $DB_PATH"
run_remote "mkdir -p $WAL_PATH"
if ! [ -z "$REMOTE_HOST_USER" ]; then
run_remote "mkdir -p $DB_BENCH_DIR"
run_local "$SCP ./db_bench $REMOTE_HOST_USER:$DB_BENCH_DIR/db_bench"
fi
run_local "rm -rf $RESULT_PATH"
run_local "mkdir -p $RESULT_PATH"
printf "%40s, %30s, %10s, %10s, %10s, %10s, %10s, %10s\n" \
"commit id" "benchmark" "ms-per-op" "p50" "p75" "p99" "p99.9" "p99.99" \
$micros_op ${perc[0]} ${perc[1]} ${perc[2]} ${perc[3]} ${perc[4]} \
>> $SUMMARY_FILE
}
############################################################################
main $@