Mirror of Apache Kafka
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#!/bin/bash
# Licensed to the Apache Software Foundation (ASF) under one or more
# contributor license agreements. See the NOTICE file distributed with
# this work for additional information regarding copyright ownership.
# The ASF licenses this file to You under the Apache License, Version 2.0
# (the "License"); you may not use this file except in compliance with
# the License. You may obtain a copy of the License at
#
# http://www.apache.org/licenses/LICENSE-2.0
#
# Unless required by applicable law or agreed to in writing, software
# distributed under the License is distributed on an "AS IS" BASIS,
# WITHOUT WARRANTIES OR CONDITIONS OF ANY KIND, either express or implied.
# See the License for the specific language governing permissions and
# limitations under the License.
# ===========
# run-test.sh
# ===========
# ====================================
# Do not change the followings
# (keep this section at the beginning
# of this script)
# ====================================
readonly system_test_root=$(dirname $0)/../.. # path of <kafka install>/system_test
readonly common_dir=${system_test_root}/common # common util scripts for system_test
source ${common_dir}/util.sh # include the util script
readonly base_dir=$(dirname $0)/.. # the base dir of this test suite
readonly test_start_time="$(date +%s)" # time starting this test
readonly bounce_source_id=1
readonly bounce_mir_mkr_id=2
readonly bounce_target_id=3
readonly log4j_prop_file=$base_dir/config/log4j.properties
iter=1 # init a counter to keep track of iterations
num_iterations=5 # total no. of iterations to run
svr_to_bounce=0 # servers to bounce: 1-source 2-mirror_maker 3-target
# 12 - source & mirror_maker
# 13 - source & target
# ====================================
# No need to change the following
# configurations in most cases
# ====================================
readonly zk_source_port=2181 # source zk port
readonly zk_target_port=2182 # target zk port
readonly test_topic=test01 # topic used in this test
readonly consumer_grp=group1 # consumer group
readonly source_console_consumer_grp=source
readonly target_console_consumer_grp=target
readonly message_size=100
readonly console_consumer_timeout_ms=15000
readonly num_kafka_source_server=4 # requires same no. of property files such as:
# $base_dir/config/server_source{1..4}.properties
readonly num_kafka_target_server=3 # requires same no. of property files such as:
# $base_dir/config/server_target{1..3}.properties
readonly num_kafka_mirror_maker=3 # any values greater than 0
readonly wait_time_after_killing_broker=0 # wait after broker is stopped but before starting again
readonly wait_time_after_restarting_broker=10
# ====================================
# Change the followings as needed
# ====================================
num_msg_per_batch=500 # no. of msg produced in each calling of ProducerPerformance
num_producer_threads=5 # no. of producer threads to send msg
producer_sleep_min=5 # min & max sleep time (in sec) between each
producer_sleep_max=5 # batch of messages sent from producer
# ====================================
# zookeeper
# ====================================
pid_zk_source=
pid_zk_target=
zk_log4j_log=
# ====================================
# kafka source
# ====================================
kafka_source_pids=
kafka_source_prop_files=
kafka_source_log_files=
kafka_topic_creation_log_file=$base_dir/kafka_topic_creation.log
kafka_log4j_log=
# ====================================
# kafka target
# ====================================
kafka_target_pids=
kafka_target_prop_files=
kafka_target_log_files=
# ====================================
# mirror maker
# ====================================
kafka_mirror_maker_pids=
kafka_mirror_maker_log_files=
consumer_prop_file=$base_dir/config/whitelisttest.consumer.properties
mirror_producer_prop_files=
# ====================================
# console consumer source
# ====================================
console_consumer_source_pid=
console_consumer_source_log=$base_dir/console_consumer_source.log
console_consumer_source_mid_log=$base_dir/console_consumer_source_mid.log
console_consumer_source_mid_sorted_log=$base_dir/console_consumer_source_mid_sorted.log
console_consumer_source_mid_sorted_uniq_log=$base_dir/console_consumer_source_mid_sorted_uniq.log
# ====================================
# console consumer target
# ====================================
console_consumer_target_pid=
console_consumer_target_log=$base_dir/console_consumer_target.log
console_consumer_target_mid_log=$base_dir/console_consumer_target_mid.log
console_consumer_target_mid_sorted_log=$base_dir/console_consumer_target_mid_sorted.log
console_consumer_target_mid_sorted_uniq_log=$base_dir/console_consumer_target_mid_sorted_uniq.log
# ====================================
# producer
# ====================================
background_producer_pid=
producer_performance_log=$base_dir/producer_performance.log
producer_performance_mid_log=$base_dir/producer_performance_mid.log
producer_performance_mid_sorted_log=$base_dir/producer_performance_mid_sorted.log
producer_performance_mid_sorted_uniq_log=$base_dir/producer_performance_mid_sorted_uniq.log
tmp_file_to_stop_background_producer=/tmp/tmp_file_to_stop_background_producer
# ====================================
# test reports
# ====================================
checksum_diff_log=$base_dir/checksum_diff.log
# ====================================
# initialize prop and log files
# ====================================
initialize() {
for ((i=1; i<=$num_kafka_target_server; i++))
do
kafka_target_prop_files[${i}]=$base_dir/config/server_target${i}.properties
kafka_target_log_files[${i}]=$base_dir/kafka_target${i}.log
kafka_mirror_maker_log_files[${i}]=$base_dir/kafka_mirror_maker${i}.log
done
for ((i=1; i<=$num_kafka_source_server; i++))
do
kafka_source_prop_files[${i}]=$base_dir/config/server_source${i}.properties
kafka_source_log_files[${i}]=$base_dir/kafka_source${i}.log
done
for ((i=1; i<=$num_kafka_mirror_maker; i++))
do
mirror_producer_prop_files[${i}]=$base_dir/config/mirror_producer${i}.properties
done
zk_log4j_log=`grep "log4j.appender.zookeeperAppender.File=" $log4j_prop_file | awk -F '=' '{print $2}'`
kafka_log4j_log=`grep "log4j.appender.kafkaAppender.File=" $log4j_prop_file | awk -F '=' '{print $2}'`
}
# =========================================
# cleanup
# =========================================
cleanup() {
info "cleaning up"
rm -rf $tmp_file_to_stop_background_producer
rm -rf $kafka_topic_creation_log_file
rm -rf /tmp/zookeeper_source
rm -rf /tmp/zookeeper_target
rm -rf /tmp/kafka-source{1..4}-logs
rm -rf /tmp/kafka-target{1..3}-logs
rm -rf $zk_log4j_log
rm -rf $kafka_log4j_log
for ((i=1; i<=$num_kafka_target_server; i++))
do
rm -rf ${kafka_target_log_files[${i}]}
rm -rf ${kafka_mirror_maker_log_files[${i}]}
done
rm -f $base_dir/zookeeper_source.log
rm -f $base_dir/zookeeper_target.log
rm -f $base_dir/kafka_source{1..4}.log
rm -f $producer_performance_log
rm -f $producer_performance_mid_log
rm -f $producer_performance_mid_sorted_log
rm -f $producer_performance_mid_sorted_uniq_log
rm -f $console_consumer_target_log
rm -f $console_consumer_source_log
rm -f $console_consumer_target_mid_log
rm -f $console_consumer_source_mid_log
rm -f $checksum_diff_log
rm -f $console_consumer_target_mid_sorted_log
rm -f $console_consumer_source_mid_sorted_log
rm -f $console_consumer_target_mid_sorted_uniq_log
rm -f $console_consumer_source_mid_sorted_uniq_log
}
# =========================================
# wait_for_zero_consumer_lags
# =========================================
wait_for_zero_consumer_lags() {
this_group_name=$1
this_zk_port=$2
# no of times to check for zero lagging
no_of_zero_to_verify=3
while [ 'x' == 'x' ]
do
TOTAL_LAG=0
CONSUMER_LAGS=`$base_dir/bin/kafka-run-class.sh kafka.tools.ConsumerOffsetChecker \
--group $target_console_consumer_grp \
--zkconnect localhost:$zk_target_port \
--topic $test_topic \
| grep "Consumer lag" | tr -d ' ' | cut -f2 -d '='`
for lag in $CONSUMER_LAGS;
do
TOTAL_LAG=$(($TOTAL_LAG + $lag))
done
info "mirror console consumer TOTAL_LAG = $TOTAL_LAG"
if [ $TOTAL_LAG -eq 0 ]; then
if [ $no_of_zero_to_verify -eq 0 ]; then
echo
return 0
fi
no_of_zero_to_verify=$(($no_of_zero_to_verify - 1))
fi
sleep 1
done
}
# =========================================
# create_topic
# =========================================
create_topic() {
this_topic_to_create=$1
this_zk_conn_str=$2
this_replica_factor=$3
info "creating topic [$this_topic_to_create] on [$this_zk_conn_str]"
$base_dir/../../bin/kafka-create-topic.sh \
--topic $this_topic_to_create \
--zookeeper $this_zk_conn_str \
--replica $this_replica_factor \
2> $kafka_topic_creation_log_file
}
# =========================================
# start_zk
# =========================================
start_zk() {
info "starting zookeepers"
$base_dir/../../bin/zookeeper-server-start.sh \
$base_dir/config/zookeeper_source.properties \
2>&1 > $base_dir/zookeeper_source.log &
pid_zk_source=$!
$base_dir/../../bin/zookeeper-server-start.sh \
$base_dir/config/zookeeper_target.properties \
2>&1 > $base_dir/zookeeper_target.log &
pid_zk_target=$!
}
# =========================================
# start_source_servers_cluster
# =========================================
start_source_servers_cluster() {
info "starting source cluster"
for ((i=1; i<=$num_kafka_source_server; i++))
do
start_source_server $i
done
}
# =========================================
# start_source_server
# =========================================
start_source_server() {
s_idx=$1
$base_dir/bin/kafka-run-class.sh kafka.Kafka \
${kafka_source_prop_files[$s_idx]} \
2>&1 >> ${kafka_source_log_files[$s_idx]} &
kafka_source_pids[${s_idx}]=$!
info " -> kafka_source_pids[$s_idx]: ${kafka_source_pids[$s_idx]}"
}
# =========================================
# start_target_servers_cluster
# =========================================
start_target_servers_cluster() {
info "starting mirror cluster"
for ((i=1; i<=$num_kafka_target_server; i++))
do
start_target_server $i
done
}
# =========================================
# start_target_server
# =========================================
start_target_server() {
s_idx=$1
$base_dir/bin/kafka-run-class.sh kafka.Kafka \
${kafka_target_prop_files[${s_idx}]} \
2>&1 >> ${kafka_target_log_files[${s_idx}]} &
kafka_target_pids[$s_idx]=$!
info " -> kafka_target_pids[$s_idx]: ${kafka_target_pids[$s_idx]}"
}
# =========================================
# start_target_mirror_maker
# =========================================
start_target_mirror_maker() {
info "starting mirror maker"
for ((i=1; i<=$num_kafka_mirror_maker; i++))
do
start_mirror_maker $i
done
}
# =========================================
# start_mirror_maker
# =========================================
start_mirror_maker() {
s_idx=$1
$base_dir/bin/kafka-run-class.sh kafka.tools.MirrorMaker \
--consumer.config $consumer_prop_file \
--producer.config ${mirror_producer_prop_files[${s_idx}]} \
--whitelist=\".*\" \
2>&1 >> ${kafka_mirror_maker_log_files[$s_idx]} &
kafka_mirror_maker_pids[${s_idx}]=$!
info " -> kafka_mirror_maker_pids[$s_idx]: ${kafka_mirror_maker_pids[$s_idx]}"
}
# =========================================
# start_console_consumer
# =========================================
start_console_consumer() {
this_consumer_grp=$1
this_consumer_zk_port=$2
this_consumer_log=$3
this_msg_formatter=$4
info "starting console consumers for $this_consumer_grp"
$base_dir/bin/kafka-run-class.sh kafka.tools.ConsoleConsumer \
--zookeeper localhost:$this_consumer_zk_port \
--topic $test_topic \
--group $this_consumer_grp \
--from-beginning \
--consumer-timeout-ms $console_consumer_timeout_ms \
--formatter "kafka.tools.ConsoleConsumer\$${this_msg_formatter}" \
2>&1 > ${this_consumer_log} &
console_consumer_pid=$!
info " -> console consumer pid: $console_consumer_pid"
}
# =========================================
# force_shutdown_background_producer
# - to be called when user press Ctrl-C
# =========================================
force_shutdown_background_producer() {
info "force shutting down producer"
`ps auxw | grep "run\-test\|ProducerPerformance" | grep -v grep | awk '{print $2}' | xargs kill -9`
}
# =========================================
# force_shutdown_consumer
# - to be called when user press Ctrl-C
# =========================================
force_shutdown_consumer() {
info "force shutting down consumer"
`ps auxw | grep ChecksumMessageFormatter | grep -v grep | awk '{print $2}' | xargs kill -9`
}
# =========================================
# shutdown_servers
# =========================================
shutdown_servers() {
info "shutting down mirror makers"
for ((i=1; i<=$num_kafka_mirror_maker; i++))
do
#info "stopping mm pid: ${kafka_mirror_maker_pids[$i]}"
if [ "x${kafka_mirror_maker_pids[$i]}" != "x" ]; then
kill_child_processes 0 ${kafka_mirror_maker_pids[$i]};
fi
done
info "shutting down target servers"
for ((i=1; i<=$num_kafka_target_server; i++))
do
if [ "x${kafka_target_pids[$i]}" != "x" ]; then
kill_child_processes 0 ${kafka_target_pids[$i]};
fi
done
info "shutting down source servers"
for ((i=1; i<=$num_kafka_source_server; i++))
do
if [ "x${kafka_source_pids[$i]}" != "x" ]; then
kill_child_processes 0 ${kafka_source_pids[$i]};
fi
done
info "shutting down zookeeper servers"
if [ "x${pid_zk_target}" != "x" ]; then kill_child_processes 0 ${pid_zk_target}; fi
if [ "x${pid_zk_source}" != "x" ]; then kill_child_processes 0 ${pid_zk_source}; fi
}
# =========================================
# start_background_producer
# =========================================
start_background_producer() {
topic=$1
batch_no=0
while [ ! -e $tmp_file_to_stop_background_producer ]
do
sleeptime=$(get_random_range $producer_sleep_min $producer_sleep_max)
info "producing $num_msg_per_batch messages on topic '$topic'"
$base_dir/bin/kafka-run-class.sh \
kafka.tools.ProducerPerformance \
--brokerinfo zk.connect=localhost:2181 \
--topics $topic \
--messages $num_msg_per_batch \
--message-size $message_size \
--threads $num_producer_threads \
--initial-message-id $batch_no \
2>&1 >> $base_dir/producer_performance.log # appending all producers' msgs
batch_no=$(($batch_no + $num_msg_per_batch))
sleep $sleeptime
done
}
# =========================================
# cmp_checksum
# =========================================
cmp_checksum() {
cmp_result=0
grep MessageID $console_consumer_source_log | sed s'/^.*MessageID://g' | awk -F ':' '{print $1}' > $console_consumer_source_mid_log
grep MessageID $console_consumer_target_log | sed s'/^.*MessageID://g' | awk -F ':' '{print $1}' > $console_consumer_target_mid_log
grep MessageID $producer_performance_log | sed s'/^.*MessageID://g' | awk -F ':' '{print $1}' > $producer_performance_mid_log
sort $console_consumer_target_mid_log > $console_consumer_target_mid_sorted_log
sort $console_consumer_source_mid_log > $console_consumer_source_mid_sorted_log
sort $producer_performance_mid_log > $producer_performance_mid_sorted_log
sort -u $console_consumer_target_mid_log > $console_consumer_target_mid_sorted_uniq_log
sort -u $console_consumer_source_mid_log > $console_consumer_source_mid_sorted_uniq_log
sort -u $producer_performance_mid_log > $producer_performance_mid_sorted_uniq_log
msg_count_from_source_consumer=`cat $console_consumer_source_mid_log | wc -l | tr -d ' '`
uniq_msg_count_from_source_consumer=`cat $console_consumer_source_mid_sorted_uniq_log | wc -l | tr -d ' '`
msg_count_from_mirror_consumer=`cat $console_consumer_target_mid_log | wc -l | tr -d ' '`
uniq_msg_count_from_mirror_consumer=`cat $console_consumer_target_mid_sorted_uniq_log | wc -l | tr -d ' '`
uniq_msg_count_from_producer=`cat $producer_performance_mid_sorted_uniq_log | wc -l | tr -d ' '`
total_msg_published=`cat $producer_performance_mid_log | wc -l | tr -d ' '`
duplicate_msg_in_producer=$(( $total_msg_published - $uniq_msg_count_from_producer ))
crc_only_in_mirror_consumer=`comm -23 $console_consumer_target_mid_sorted_uniq_log $console_consumer_source_mid_sorted_uniq_log`
crc_only_in_source_consumer=`comm -13 $console_consumer_target_mid_sorted_uniq_log $console_consumer_source_mid_sorted_uniq_log`
crc_common_in_both_consumer=`comm -12 $console_consumer_target_mid_sorted_uniq_log $console_consumer_source_mid_sorted_uniq_log`
crc_only_in_producer=`comm -23 $producer_performance_mid_sorted_uniq_log $console_consumer_source_mid_sorted_uniq_log`
duplicate_mirror_mid=`comm -23 $console_consumer_target_mid_sorted_log $console_consumer_target_mid_sorted_uniq_log`
no_of_duplicate_msg=$(( $msg_count_from_mirror_consumer - $uniq_msg_count_from_mirror_consumer \
+ $msg_count_from_source_consumer - $uniq_msg_count_from_source_consumer - \
2*$duplicate_msg_in_producer ))
source_mirror_uniq_msg_diff=$(($uniq_msg_count_from_source_consumer - $uniq_msg_count_from_mirror_consumer))
echo ""
echo "========================================================"
echo "no. of messages published : $total_msg_published"
echo "producer unique msg rec'd : $uniq_msg_count_from_producer"
echo "source consumer msg rec'd : $msg_count_from_source_consumer"
echo "source consumer unique msg rec'd : $uniq_msg_count_from_source_consumer"
echo "mirror consumer msg rec'd : $msg_count_from_mirror_consumer"
echo "mirror consumer unique msg rec'd : $uniq_msg_count_from_mirror_consumer"
echo "total source/mirror duplicate msg : $no_of_duplicate_msg"
echo "source/mirror uniq msg count diff : $source_mirror_uniq_msg_diff"
echo "========================================================"
echo "(Please refer to $checksum_diff_log for more details)"
echo ""
echo "========================================================" >> $checksum_diff_log
echo "crc only in producer" >> $checksum_diff_log
echo "========================================================" >> $checksum_diff_log
echo "${crc_only_in_producer}" >> $checksum_diff_log
echo "" >> $checksum_diff_log
echo "========================================================" >> $checksum_diff_log
echo "crc only in source consumer" >> $checksum_diff_log
echo "========================================================" >> $checksum_diff_log
echo "${crc_only_in_source_consumer}" >> $checksum_diff_log
echo "" >> $checksum_diff_log
echo "========================================================" >> $checksum_diff_log
echo "crc only in mirror consumer" >> $checksum_diff_log
echo "========================================================" >> $checksum_diff_log
echo "${crc_only_in_mirror_consumer}" >> $checksum_diff_log
echo "" >> $checksum_diff_log
echo "========================================================" >> $checksum_diff_log
echo "duplicate crc in mirror consumer" >> $checksum_diff_log
echo "========================================================" >> $checksum_diff_log
echo "${duplicate_mirror_mid}" >> $checksum_diff_log
echo "================="
if [[ $source_mirror_uniq_msg_diff -eq 0 && $uniq_msg_count_from_source_consumer -gt 0 ]]; then
echo "## Test PASSED"
else
echo "## Test FAILED"
fi
echo "================="
echo
return $cmp_result
}
# =========================================
# start_test
# =========================================
start_test() {
echo
info "==========================================================="
info "#### Starting Kafka Broker / Mirror Maker Failure Test ####"
info "==========================================================="
echo
start_zk
sleep 2
start_source_servers_cluster
sleep 2
create_topic $test_topic localhost:$zk_source_port 1
sleep 2
start_target_servers_cluster
sleep 2
start_target_mirror_maker
sleep 2
start_background_producer $test_topic &
background_producer_pid=$!
info "Started background producer pid [${background_producer_pid}]"
sleep 5
# loop for no. of iterations specified in $num_iterations
while [ $num_iterations -ge $iter ]
do
# if $svr_to_bounce is '0', it means no bouncing
if [[ $num_iterations -ge $iter && $svr_to_bounce -gt 0 ]]; then
idx=
# check which type of broker bouncing is requested: source, mirror_maker or target
# $svr_to_bounce contains $bounce_target_id - eg. '3', '123', ... etc
svr_idx=`expr index $svr_to_bounce $bounce_target_id`
if [[ $num_iterations -ge $iter && $svr_idx -gt 0 ]]; then
echo
info "=========================================="
info "Iteration $iter of ${num_iterations}"
info "=========================================="
# bounce target kafka broker
idx=$(get_random_range 1 $num_kafka_target_server)
if [ "x${kafka_target_pids[$idx]}" != "x" ]; then
echo
info "#### Bouncing Kafka TARGET Broker ####"
info "terminating kafka target[$idx] with process id ${kafka_target_pids[$idx]}"
kill_child_processes 0 ${kafka_target_pids[$idx]}
info "sleeping for ${wait_time_after_killing_broker}s"
sleep $wait_time_after_killing_broker
info "starting kafka target server"
start_target_server $idx
fi
iter=$(($iter+1))
info "sleeping for ${wait_time_after_restarting_broker}s"
sleep $wait_time_after_restarting_broker
fi
# $svr_to_bounce contains $bounce_mir_mkr_id - eg. '2', '123', ... etc
svr_idx=`expr index $svr_to_bounce $bounce_mir_mkr_id`
if [[ $num_iterations -ge $iter && $svr_idx -gt 0 ]]; then
echo
info "=========================================="
info "Iteration $iter of ${num_iterations}"
info "=========================================="
# bounce mirror maker
idx=$(get_random_range 1 $num_kafka_mirror_maker)
if [ "x${kafka_mirror_maker_pids[$idx]}" != "x" ]; then
echo
info "#### Bouncing Kafka Mirror Maker ####"
info "terminating kafka mirror maker [$idx] with process id ${kafka_mirror_maker_pids[$idx]}"
kill_child_processes 0 ${kafka_mirror_maker_pids[$idx]}
info "sleeping for ${wait_time_after_killing_broker}s"
sleep $wait_time_after_killing_broker
info "starting kafka mirror maker"
start_mirror_maker $idx
fi
iter=$(($iter+1))
info "sleeping for ${wait_time_after_restarting_broker}s"
sleep $wait_time_after_restarting_broker
fi
# $svr_to_bounce contains $bounce_source_id - eg. '1', '123', ... etc
svr_idx=`expr index $svr_to_bounce $bounce_source_id`
if [[ $num_iterations -ge $iter && $svr_idx -gt 0 ]]; then
echo
info "=========================================="
info "Iteration $iter of ${num_iterations}"
info "=========================================="
# bounce source kafka broker
idx=$(get_random_range 1 $num_kafka_source_server)
if [ "x${kafka_source_pids[$idx]}" != "x" ]; then
echo
info "#### Bouncing Kafka SOURCE Broker ####"
info "terminating kafka source[$idx] with process id ${kafka_source_pids[$idx]}"
kill_child_processes 0 ${kafka_source_pids[$idx]}
info "sleeping for ${wait_time_after_killing_broker}s"
sleep $wait_time_after_killing_broker
info "starting kafka source server"
start_source_server $idx
fi
iter=$(($iter+1))
info "sleeping for ${wait_time_after_restarting_broker}s"
sleep $wait_time_after_restarting_broker
fi
else
echo
info "=========================================="
info "Iteration $iter of ${num_iterations}"
info "=========================================="
info "No bouncing performed"
iter=$(($iter+1))
info "sleeping for ${wait_time_after_restarting_broker}s"
sleep $wait_time_after_restarting_broker
fi
done
# notify background producer to stop
`touch $tmp_file_to_stop_background_producer`
echo
info "Tests completed. Waiting for consumers to catch up "
# =======================================================
# remove the following 'sleep 30' when KAFKA-313 is fixed
# =======================================================
info "sleeping 30 sec"
sleep 30
}
# =========================================
# print_usage
# =========================================
print_usage() {
echo
echo "Error : invalid no. of arguments"
echo "Usage : $0 -n <no. of iterations> -s <servers to bounce>"
echo
echo " num of iterations - the number of iterations that the test runs"
echo
echo " servers to bounce - the servers to be bounced in a round-robin fashion"
echo " Values of the servers:"
echo " 0 - no bouncing"
echo " 1 - source broker"
echo " 2 - mirror maker"
echo " 3 - target broker"
echo " Example:"
echo " * To bounce only mirror maker and target broker"
echo " in turns, enter the value 23"
echo " * To bounce only mirror maker, enter the value 2"
echo " * To run the test without bouncing, enter 0"
echo
echo "Usage Example : $0 -n 10 -s 12"
echo " (run 10 iterations and bounce source broker (1) + mirror maker (2) in turn)"
echo
}
# =========================================
#
# Main test begins here
#
# =========================================
# get command line arguments
while getopts "hb:i:n:s:x:" opt
do
case $opt in
b)
num_msg_per_batch=$OPTARG
;;
h)
print_usage
exit
;;
i)
producer_sleep_min=$OPTARG
;;
n)
num_iterations=$OPTARG
;;
s)
svr_to_bounce=$OPTARG
;;
x)
producer_sleep_max=$OPTARG
;;
?)
print_usage
exit
;;
esac
done
# initialize and cleanup
initialize
cleanup
sleep 5
# Ctrl-c trap. Catches INT signal
trap "shutdown_servers; force_shutdown_consumer; force_shutdown_background_producer; cmp_checksum; exit 0" INT
# starting the test
start_test
# starting consumer to consume data in source
start_console_consumer $source_console_consumer_grp $zk_source_port $console_consumer_source_log DecodedMessageFormatter
# starting consumer to consume data in target
start_console_consumer $target_console_consumer_grp $zk_target_port $console_consumer_target_log DecodedMessageFormatter
# wait for zero source consumer lags
wait_for_zero_consumer_lags $source_console_consumer_grp $zk_source_port
# wait for zero target consumer lags
wait_for_zero_consumer_lags $target_console_consumer_grp $zk_target_port
# =======================================================
# remove the following 'sleep 30' when KAFKA-313 is fixed
# =======================================================
info "sleeping 30 sec"
sleep 30
shutdown_servers
cmp_checksum
result=$?
# ===============================================
# Report the time taken
# ===============================================
test_end_time="$(date +%s)"
total_test_time_sec=$(( $test_end_time - $test_start_time ))
total_test_time_min=$(( $total_test_time_sec / 60 ))
info "Total time taken: $total_test_time_min min for $num_iterations iterations"
echo
exit $result