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start-services_exec.sh
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#!/bin/bash
#echo
#echo ">>>>>>>>>>>>>>>>>>>>>>>>>>>>>>>>>>>>>>>>>>>>>>>>>>>>>>>>>>>>>>>>>>>>>>"
replicas=1
postfix=""
shift_nb=0
while getopts ":r:l:m:p:" opt; do
case $opt in
r) replicas="$OPTARG"
echo "replicas: $replicas"
((shift_nb+=2))
;;
l) location="$OPTARG"
# echo "location: $location"
((shift_nb+=2))
;;
m) cluster_mode="$OPTARG"
# echo "cluster_mode: $cluster_mode"
((shift_nb+=2))
;;
p) postfix="$OPTARG"
# echo "postfix: $postfix"
((shift_nb+=2))
;;
\?) echo "Invalid option $OPTARG"
((shift_nb+=1))
;;
esac
done
shift $shift_nb
# source the properties:
# https://coderanch.com/t/419731/read-properties-file-script
source properties/configuration.properties
source "properties/configuration-location-${location}.properties"
source "properties/configuration-location-${location}-debug.properties"
source "properties/configuration-mode-${cluster_mode}.properties"
source "properties/configuration-mode-${cluster_mode}-debug.properties"
stop_all() {
docker ${remote} service rm $(docker ${remote} service ls -q)
docker ${remote} stop $(docker ${remote} ps | grep -v -e aws -e grafana| cut -d ' ' -f 1)
}
create_network() {
docker ${remote} network create --driver overlay --attachable smartmeter
#docker ${remote} service rm $(docker ${remote} service ls -q)
}
### DOCKER VISUALIZER ###
# https://github.com/dockersamples/docker-swarm-visualizer
create_service_visualizer() {
cmd="docker ${remote} service create \
--name visualizer \
--network smartmeter \
${ON_MASTER_NODE} \
-p 8080:8080/tcp \
--mount=type=bind,src=/var/run/docker.sock,dst=/var/run/docker.sock \
dockersamples/visualizer"
echo "-----------------------------------------------------------------"
echo "$cmd"
echo "-----------------------------------------------------------------"
eval $cmd
}
### Cassandra ###
create_volume_cassandra() {
if [ "${postfix}" == "-remote" ]
then
cassandra_size=$CASSANDRA_REMOTE_VOLUME_SIZE
elif [[ "${postfix}" == "-local" ]]; then
cassandra_size=$CASSANDRA_LOCAL_VOLUME_SIZE
else
cassandra_size=$CASSANDRA_DEFAULT_VOLUME_SIZE
fi
cmd="docker ${remote} volume create --name cassandra-volume-1"
echo "-----------------------------------------------------------------"
echo "$cmd"
echo "-----------------------------------------------------------------"
eval $cmd
# docker ${remote} volume create --name cassandra-volume-2 --opt o=size=$cassandra_size
# docker ${remote} volume create --name cassandra-volume-3 --opt o=size=$cassandra_size
}
create_cluster_cassandra() {
docker-compose ${remote} -f docker-cassandra-compose.yml up -d
}
kill_cluster_cassandra() {
docker-compose ${remote} -f docker-cassandra-compose.yml down
}
# Deprecated
__call_cassandra_cql() {
until docker ${remote} exec -it $(docker ${remote} ps | grep "${CASSANDRA_MAIN_NAME}" | rev | cut -d' ' -f1 | rev) cqlsh -e \
"CREATE KEYSPACE IF NOT EXISTS $CASSANDRA_KEYSPACE_NAME WITH REPLICATION = $CASSANDRA_KEYSPACE_REPLICATION"; do
echo "Try again to create keyspace"; sleep 4;
done
docker ${remote} exec -it $(docker ${remote} ps | grep "${CASSANDRA_MAIN_NAME}" | rev | cut -d' ' -f1 | rev) cqlsh -f "$1"
# docker ${remote} run ${DOCKER_RESTART_POLICY} --net=smartmeter logimethods/smart-meter:cassandra sh -c 'exec cqlsh "cassandra-1" -f "$1"'
}
run_cassandra() {
cmd="docker ${remote} run -d ${DOCKER_RESTART_POLICY} \
--name ${CASSANDRA_MAIN_NAME} \
--network smartmeter \
${EUREKA_WAITER_PARAMS_RUN} \
-p 8778:8778 \
-p ${CASSANDRA_COUNT_PORT}:6161 \
-e LOCAL_JMX=no \
-e CASSANDRA_SETUP_FILE=${CASSANDRA_SETUP_FILE} \
-e CASSANDRA_COUNT_PORT=${CASSANDRA_COUNT_PORT}
logimethods/smart-meter:cassandra${postfix}"
## -v cassandra-volume-1:/var/lib/cassandra \
echo "-----------------------------------------------------------------"
echo "$cmd"
echo "-----------------------------------------------------------------"
eval $cmd
}
create_service_cassandra_single() {
# https://hub.docker.com/_/cassandra/
# http://serverfault.com/questions/806649/docker-swarm-and-volumes
# https://clusterhq.com/2016/03/09/fun-with-swarm-part1/
# https://github.com/Yannael/kafka-sparkstreaming-cassandra-swarm/blob/master/service-management/start-cassandra-services.sh
cmd="docker ${remote} service create \
--name ${CASSANDRA_MAIN_NAME} \
--network smartmeter \
${ON_MASTER_NODE} \
-e LOCAL_JMX=no \
-e CASSANDRA_SETUP_FILE=${CASSANDRA_SETUP_FILE}
-e CASSANDRA_COUNT_PORT=${CASSANDRA_COUNT_PORT}
logimethods/smart-meter:cassandra${postfix}"
echo "-----------------------------------------------------------------"
echo "$cmd"
echo "-----------------------------------------------------------------"
eval $cmd
}
create_service_cassandra() {
# https://hub.docker.com/_/cassandra/
# http://serverfault.com/questions/806649/docker-swarm-and-volumes
# https://clusterhq.com/2016/03/09/fun-with-swarm-part1/
# https://github.com/Yannael/kafka-sparkstreaming-cassandra-swarm/blob/master/service-management/start-cassandra-services.sh
cmd="docker ${remote} service create \
--name ${CASSANDRA_MAIN_NAME} \
--network smartmeter \
${ON_MASTER_NODE} \
-e LOCAL_JMX=no \
-e CASSANDRA_SETUP_FILE=${CASSANDRA_SETUP_FILE} \
-e CASSANDRA_COUNT_PORT=${CASSANDRA_COUNT_PORT}
logimethods/smart-meter:cassandra${postfix}"
echo "-----------------------------------------------------------------"
echo "$cmd"
echo "-----------------------------------------------------------------"
eval $cmd
#Need to sleep a bit so IP can be retrieved below
# while [[ -z $(docker ${remote} service ls |grep ${CASSANDRA_MAIN_NAME}| grep 1/1) ]]; do
# echo Waiting for Cassandra seed service to start...
# sleep 2
# done;
# export CASSANDRA_SEED="$(docker ${remote} ps |grep ${CASSANDRA_MAIN_NAME}|cut -d ' ' -f 1)"
# echo "CASSANDRA_SEED: $CASSANDRA_SEED"
cmd="docker ${remote} service create \
--name ${CASSANDRA_NODE_NAME} \
--network smartmeter \
-e READY_WHEN="" \
-e DEPENDS_ON=${CASSANDRA_MAIN_NAME} \
--mode global \
${ON_WORKER_NODE} \
-e LOCAL_JMX=no \
-e SETUP_LOCAL_CONTAINERS=true \
-e PROVIDED_CASSANDRA_SEEDS=\\\${${CASSANDRA_MAIN_NAME}_local} \
logimethods/smart-meter:cassandra${postfix}"
echo "-----------------------------------------------------------------"
echo "$cmd"
echo "-----------------------------------------------------------------"
eval $cmd
}
__create_full_service_cassandra() {
# https://hub.docker.com/_/cassandra/
# http://serverfault.com/questions/806649/docker-swarm-and-volumes
# https://clusterhq.com/2016/03/09/fun-with-swarm-part1/
cmd="docker ${remote} service create \
--name ${CASSANDRA_MAIN_NAME} \
--network smartmeter \
--mount type=volume,source=cassandra-volume-1,destination=/var/lib/cassandra \
${ON_MASTER_NODE} \
-e CASSANDRA_BROADCAST_ADDRESS="cassandra" \
-e CASSANDRA_CLUSTER_NAME="Smartmeter Cluster" \
-p 9042:9042 \
-p 9160:9160 \
logimethods/smart-meter:cassandra${postfix}"
echo "-----------------------------------------------------------------"
echo "$cmd"
echo "-----------------------------------------------------------------"
eval $cmd
}
create_service_hadoop() {
# READY_WHEN="\'starting nodemanager\""
cmd="docker ${remote} service create \
--name ${HADOOP_NAME} \
--network smartmeter \
${ON_MASTER_NODE} \
-p 50070:50070 \
sequenceiq/hadoop-docker:${hadoop_docker_version}"
echo "-----------------------------------------------------------------"
echo "$cmd"
echo "-----------------------------------------------------------------"
eval $cmd
}
create_service_spark-master() {
cmd="docker ${remote} service create \
--name ${SPARK_MASTER_NAME} \
-e SERVICE_NAME=${SPARK_MASTER_NAME} \
--network smartmeter \
--replicas=${replicas} \
-p ${SPARK_UI_PORT}:8080 \
${ON_MASTER_NODE} \
${spark_image}:${spark_version}-hadoop-${hadoop_version}"
echo "-----------------------------------------------------------------"
echo "$cmd"
echo "-----------------------------------------------------------------"
eval $cmd
}
create_service_spark-slave() {
cmd="docker ${remote} service create \
--name ${SPARK_WORKER_NAME} \
-e SERVICE_NAME=spark-slave \
--network smartmeter \
--mode global \
${ON_WORKER_NODE} \
${spark_image}:${spark_version}-hadoop-${hadoop_version} \
bin/spark-class org.apache.spark.deploy.worker.Worker spark://${SPARK_MASTER_NAME}:7077"
echo "-----------------------------------------------------------------"
echo "$cmd"
echo "-----------------------------------------------------------------"
eval $cmd
}
run_spark_autoscaling() {
cmd="docker ${remote} run -d ${DOCKER_RESTART_POLICY} \
-v /var/run/docker.sock:/var/run/docker.sock \
--name spark_autoscaling \
--network smartmeter \
logimethods/spark-autoscaling python3 autoscale_sh.py"
# --log-driver=json-file \
echo "-----------------------------------------------------------------"
echo "$cmd"
echo "-----------------------------------------------------------------"
eval $cmd
}
### Create Service ###
create_secrets_nats() {
docker secret create nats_username_secret ./devsecrets/nats_username_secret
docker secret create nats_password_secret ./devsecrets/nats_password_secret
docker secret create nats_cluster_username_secret ./devsecrets/nats_cluster_username_secret
docker secret create nats_cluster_password_secret ./devsecrets/nats_cluster_password_secret
}
create_service_nats() {
cmd="docker ${remote} service create \
--name $NATS_NAME \
--network smartmeter \
${ON_MASTER_NODE} \
${EUREKA_WAITER_PARAMS_SERVICE} \
-e READY_WHEN=\"Server is ready\" \
-e NATS_USERNAME_FILE=/run/secrets/nats_username_secret \
-e NATS_PASSWORD_FILE=/run/secrets/nats_password_secret \
-e NATS_CLUSTER_USERNAME_FILE=/run/secrets/nats_cluster_username_secret \
-e NATS_CLUSTER_PASSWORD_FILE=/run/secrets/nats_cluster_password_secret \
-p 4222:4222 \
-p 8222:8222 \
--secret nats_username_secret \
--secret nats_password_secret \
--secret nats_cluster_username_secret \
--secret nats_cluster_password_secret \
logimethods/smart-meter:nats-server${postfix} \
/gnatsd -c gnatsd.conf -m 8222 ${NATS_DEBUG} -cluster nats://0.0.0.0:6222"
echo "-----------------------------------------------------------------"
echo "$cmd"
echo "-----------------------------------------------------------------"
eval $cmd
cmd="docker ${remote} service create \
--name $NATS_CLUSTER_NAME \
--network smartmeter \
--mode global \
${ON_WORKER_NODE} \
${EUREKA_WAITER_PARAMS_SERVICE} \
-e READY_WHEN=\"Server is ready\" \
-e NATS_USERNAME_FILE=/run/secrets/nats_username_secret \
-e NATS_PASSWORD_FILE=/run/secrets/nats_password_secret \
-e NATS_CLUSTER_USERNAME_FILE=/run/secrets/nats_cluster_username_secret \
-e NATS_CLUSTER_PASSWORD_FILE=/run/secrets/nats_cluster_password_secret \
--secret nats_username_secret \
--secret nats_password_secret \
--secret nats_cluster_username_secret \
--secret nats_cluster_password_secret \
logimethods/smart-meter:nats-server${postfix} \
/gnatsd -c gnatsd.conf -m 8222 ${NATS_DEBUG} -cluster nats://0.0.0.0:6222 -routes nats://nats:6222"
echo "-----------------------------------------------------------------"
echo "$cmd"
echo "-----------------------------------------------------------------"
eval $cmd
}
create_service_nats_single() {
cmd="docker ${remote} service create \
--name $NATS_NAME \
--network smartmeter \
${EUREKA_WAITER_PARAMS_SERVICE} \
-e EUREKA_DEBUG=true \
-e NATS_USERNAME_FILE=/run/secrets/nats_username_secret \
-e NATS_PASSWORD_FILE=/run/secrets/nats_password_secret \
-e NATS_CLUSTER_USERNAME_FILE=/run/secrets/nats_cluster_username_secret \
-e NATS_CLUSTER_PASSWORD_FILE=/run/secrets/nats_cluster_password_secret \
-p 4222:4222 \
-p 8222:8222 \
--secret nats_username_secret \
--secret nats_password_secret \
--secret nats_cluster_username_secret \
--secret nats_cluster_password_secret \
logimethods/smart-meter:nats-server${postfix} \
/gnatsd -c gnatsd.conf -m 8222 ${NATS_DEBUG}"
echo "-----------------------------------------------------------------"
echo "$cmd"
echo "-----------------------------------------------------------------"
eval "$cmd"
}
create_service_nats_client() {
cmd="docker ${remote} service create \
--name $NATS_CLIENT_NAME \
--network smartmeter \
${EUREKA_WAITER_PARAMS_SERVICE} \
-e WAIT_FOR=\"${NATS_NAME}\"
-e EUREKA_DEBUG=true \
-e NATS_USERNAME_FILE=/run/secrets/nats_username_secret \
-e NATS_PASSWORD_FILE=/run/secrets/nats_password_secret \
-e NATS_SUBJECT=${NATS_CLIENT_SUBJECT} \
--secret nats_username_secret \
--secret nats_password_secret \
logimethods/smart-meter:nats-client${postfix}"
echo "-----------------------------------------------------------------"
echo "$cmd"
echo "-----------------------------------------------------------------"
eval "$cmd"
}
create_service_app_streaming() {
cmd="docker ${remote} service create \
--name app_streaming \
-e DEPENDS_ON=\"${NATS_NAME},${CASSANDRA_URL}\" \
-e NATS_USERNAME_FILE=/run/secrets/nats_username_secret \
-e NATS_PASSWORD_FILE=/run/secrets/nats_password_secret \
-e SPARK_MASTER_URL=${SPARK_MASTER_URL_STREAMING} \
-e STREAMING_DURATION=${STREAMING_DURATION} \
-e CASSANDRA_URL=${CASSANDRA_URL} \
-e LOG_LEVEL=${APP_STREAMING_LOG_LEVEL} \
-e TARGETS=${APP_STREAMING_TARGETS} \
-e SPARK_CORES_MAX=${APP_STREAMING_SPARK_CORES_MAX} \
--replicas=1 \
${ON_MASTER_NODE} \
--network smartmeter \
--secret nats_username_secret \
--secret nats_password_secret \
logimethods/smart-meter:app-streaming${postfix} \"com.logimethods.nats.connector.spark.app.SparkMaxProcessor\" \
\"smartmeter.raw.voltage\" \"smartmeter.extract.voltage.max\" \
\"Smartmeter MAX Streaming\""
echo "-----------------------------------------------------------------"
echo "$cmd"
echo "-----------------------------------------------------------------"
eval "$cmd"
}
create_service_prediction_trainer() {
#docker ${remote} pull logimethods/smart-meter:app-streaming
cmd="docker ${remote} service create \
--name prediction_trainer \
-e DEPENDS_ON=\"${NATS_NAME},${CASSANDRA_URL}\" \
-e WAIT_FOR=\"${HADOOP_NAME}\" \
-e NATS_USERNAME_FILE=/run/secrets/nats_username_secret \
-e NATS_PASSWORD_FILE=/run/secrets/nats_password_secret \
-e SPARK_MASTER_URL=${SPARK_MASTER_URL_STREAMING} \
-e HDFS_URL=${HDFS_URL} \
-e CASSANDRA_URL=${CASSANDRA_PREDICTION_URL} \
-e STREAMING_DURATION=${STREAMING_DURATION} \
-e LOG_LEVEL=${APP_PREDICTION_LOG_LEVEL} \
-e SPARK_CORES_MAX=${PREDICTION_TRAINER_SPARK_CORES_MAX} \
-e ALERT_THRESHOLD=${ALERT_THRESHOLD} \
--network smartmeter \
${ON_MASTER_NODE} \
--secret nats_username_secret \
--secret nats_password_secret \
logimethods/smart-meter:app-streaming${postfix} \"com.logimethods.nats.connector.spark.app.SparkPredictionTrainer\" \
\"smartmeter.raw.temperature.forecast.12\" \"smartmeter.extract.voltage.prediction.12\" \
\"Smartmeter PREDICTION TRAINER\" "
echo "-----------------------------------------------------------------"
echo "$cmd"
echo "-----------------------------------------------------------------"
eval $cmd
}
create_service_prediction_oracle() {
#docker ${remote} pull logimethods/smart-meter:app-streaming
cmd="docker ${remote} service create \
--name prediction_oracle \
-e DEPENDS_ON=\"${NATS_NAME}\" \
-e WAIT_FOR=\"${HADOOP_NAME}\" \
-e NATS_USERNAME_FILE=/run/secrets/nats_username_secret \
-e NATS_PASSWORD_FILE=/run/secrets/nats_password_secret \
-e SPARK_MASTER_URL=${SPARK_LOCAL_URL} \
-e HDFS_URL=${HDFS_URL} \
-e CASSANDRA_URL=${CASSANDRA_PREDICTION_URL} \
-e STREAMING_DURATION=${STREAMING_DURATION} \
-e LOG_LEVEL=${APP_PREDICTION_LOG_LEVEL} \
-e SPARK_CORES_MAX=${PREDICTION_ORACLE_SPARK_CORES_MAX} \
-e ALERT_THRESHOLD=${ALERT_THRESHOLD} \
--network smartmeter \
--mode global \
${ON_WORKER_NODE} \
--secret nats_username_secret \
--secret nats_password_secret \
logimethods/smart-meter:app-streaming${postfix} \"com.logimethods.nats.connector.spark.app.SparkPredictionOracle\" \
\"smartmeter.raw.temperature.forecast.12\" \"smartmeter.extract.voltage.prediction.12\" \
\"Smartmeter PREDICTION ORACLE\" "
echo "-----------------------------------------------------------------"
echo "$cmd"
echo "-----------------------------------------------------------------"
eval $cmd
}
__run_app_prediction() {
#docker ${remote} pull logimethods/smart-meter:app-streaming
cmd="docker ${remote} run --rm -d \
--name app_prediction \
-e NATS_USERNAME_FILE=/run/secrets/nats_username_secret \
-e NATS_PASSWORD_FILE=/run/secrets/nats_password_secret \
-e SPARK_MASTER_URL=${SPARK_MASTER_URL_STREAMING} \
-e HDFS_URL=${HDFS_URL} \
-e CASSANDRA_URL=${CASSANDRA_PREDICTION_URL} \
-e STREAMING_DURATION=${STREAMING_DURATION} \
-e LOG_LEVEL=${APP_PREDICTION_LOG_LEVEL} \
-e SPARK_CORES_MAX=${APP_PREDICTION_SPARK_CORES_MAX} \
-e ALERT_THRESHOLD=${ALERT_THRESHOLD} \
${ON_MASTER_NODE} \
--network smartmeter \
--secret nats_username_secret \
--secret nats_password_secret \
logimethods/smart-meter:app-streaming${postfix} com.logimethods.nats.connector.spark.app.SparkPredictionProcessor \
\"smartmeter.raw.temperature.forecast.12\" \"smartmeter.extract.voltage.prediction.12\" \
\"Smartmeter PREDICTION Streaming\" "
echo "-----------------------------------------------------------------"
echo "$cmd"
echo "-----------------------------------------------------------------"
eval $cmd
}
run_app-batch() {
#docker ${remote} pull logimethods/smart-meter:inject
cmd="docker ${remote} run --rm \
--name app_batch \
-e SPARK_MASTER_URL=${SPARK_MASTER_URL_BATCH} \
-e CASSANDRA_URL=${CASSANDRA_URL} \
-e APP_BATCH_LOG_LEVEL=${APP_BATCH_LOG_LEVEL} \
--network smartmeter \
logimethods/smart-meter:app-batch${postfix}"
echo "-----------------------------------------------------------------"
echo "$cmd"
echo "-----------------------------------------------------------------"
eval $cmd
}
create_service_app-batch() {
#docker ${remote} pull logimethods/smart-meter:app-batch
cmd="docker ${remote} service create \
--name app-batch \
-e SPARK_MASTER_URL=${SPARK_MASTER_URL_BATCH} \
-e LOG_LEVEL=INFO \
-e CASSANDRA_URL=${CASSANDRA_URL} \
--network smartmeter \
--replicas=${replicas} \
logimethods/smart-meter:app-batch${postfix}"
echo "-----------------------------------------------------------------"
echo "$cmd"
echo "-----------------------------------------------------------------"
eval $cmd
}
create_service_monitor() {
#docker ${remote} pull logimethods/smart-meter:monitor
cmd="docker ${remote} service create \
--name monitor \
-e NATS_USERNAME_FILE=/run/secrets/nats_username_secret \
-e NATS_PASSWORD_FILE=/run/secrets/nats_password_secret \
--network smartmeter \
${ON_MASTER_NODE} \
--secret nats_username_secret \
--secret nats_password_secret \
logimethods/smart-meter:monitor${postfix} \
\"smartmeter.extract.voltage.>\""
echo "-----------------------------------------------------------------"
echo "$cmd"
echo "-----------------------------------------------------------------"
eval $cmd
}
create_service_reporter() {
#docker ${remote} pull logimethods/nats-reporter
cmd="docker ${remote} service create \
--name reporter \
--network smartmeter \
${ON_MASTER_NODE} \
-p 8888:8080 \
logimethods/nats-reporter"
echo "-----------------------------------------------------------------"
echo "$cmd"
echo "-----------------------------------------------------------------"
eval $cmd
}
create_service_cassandra-inject() {
cmd="docker ${remote} service create \
--name cassandra-inject \
--network smartmeter \
--mode global \
${ON_WORKER_NODE} \
-e DEPENDS_ON=\"${NATS_NAME},${CASSANDRA_URL}\" \
-e NATS_USERNAME_FILE=/run/secrets/nats_username_secret \
-e NATS_PASSWORD_FILE=/run/secrets/nats_password_secret \
-e NATS_SUBJECT=\"smartmeter.raw.voltage.data.>\" \
-e LOG_LEVEL=${CASSANDRA_INJECT_LOG_LEVEL} \
-e TASK_SLOT={{.Task.Slot}} \
-e CASSANDRA_INJECT_CONSISTENCY=${CASSANDRA_INJECT_CONSISTENCY} \
-e CASSANDRA_URL=${CASSANDRA_URL} \
--secret nats_username_secret \
--secret nats_password_secret \
logimethods/smart-meter:cassandra-inject${postfix}"
echo "-----------------------------------------------------------------"
echo "$cmd"
echo "-----------------------------------------------------------------"
eval $cmd
# --replicas=${replicas} \
}
create_service_inject() {
echo "GATLING_USERS_PER_SEC: ${GATLING_USERS_PER_SEC}"
echo "GATLING_DURATION: ${GATLING_DURATION}"
#docker ${remote} pull logimethods/smart-meter:inject
cmd="docker ${remote} service create \
--name inject \
--network smartmeter \
-e DEPENDS_ON=\"${NATS_NAME}\" \
-e WAIT_FOR=\"${METRICS_GRAPHITE_NAME}\" \
-e GATLING_TO_NATS_SUBJECT=smartmeter.raw.voltage \
-e NATS_USERNAME_FILE=/run/secrets/nats_username_secret \
-e NATS_PASSWORD_FILE=/run/secrets/nats_password_secret \
-e GATLING_USERS_PER_SEC=${GATLING_USERS_PER_SEC} \
-e GATLING_DURATION=${GATLING_DURATION} \
-e STREAMING_DURATION=${STREAMING_DURATION} \
-e NODE_ID={{.Node.ID}} \
-e SERVICE_ID={{.Service.ID}} \
-e SERVICE_NAME={{.Service.Name}} \
-e SERVICE_LABELS={{.Service.Labels}} \
-e TASK_ID={{.Task.ID}} \
-e TASK_NAME={{.Task.Name}} \
-e TASK_SLOT={{.Task.Slot}} \
-e RANDOMNESS=${VOLTAGE_RANDOMNESS} \
-e PREDICTION_LENGTH=${PREDICTION_LENGTH} \
-e TIME_ROOT=$(date +%s) \
${ON_WORKER_NODE} \
--replicas=${replicas} \
--secret nats_username_secret \
--secret nats_password_secret \
logimethods/smart-meter:inject${postfix} \
--no-reports -s com.logimethods.smartmeter.inject.NatsInjection"
echo "-----------------------------------------------------------------"
echo "$cmd"
echo "-----------------------------------------------------------------"
eval $cmd
}
run_inject() {
echo "GATLING_USERS_PER_SEC: ${GATLING_USERS_PER_SEC}"
echo "GATLING_DURATION: ${GATLING_DURATION}"
echo "Replicas: $@"
#docker ${remote} pull logimethods/smart-meter:inject
cmd="docker ${remote} run \
--name inject \
--network smartmeter \
-e DEPENDS_ON=\"${NATS_NAME}\" \
-e GATLING_TO_NATS_SUBJECT=smartmeter.raw.voltage \
-e NATS_USERNAME_FILE=/run/secrets/nats_username_secret \
-e NATS_PASSWORD_FILE=/run/secrets/nats_password_secret \
-e GATLING_USERS_PER_SEC=${GATLING_USERS_PER_SEC} \
-e GATLING_DURATION=${GATLING_DURATION} \
-e STREAMING_DURATION=${STREAMING_DURATION} \
-e TASK_SLOT=1 \
-e RANDOMNESS=${VOLTAGE_RANDOMNESS} \
-e PREDICTION_LENGTH=${PREDICTION_LENGTH} \
--secret nats_username_secret \
--secret nats_password_secret \
logimethods/smart-meter:inject${postfix} \
--no-reports -s com.logimethods.smartmeter.inject.NatsInjection"
echo "-----------------------------------------------------------------"
echo "$cmd"
echo "-----------------------------------------------------------------"
eval $cmd
}
## TODO EUREKA
run_metrics() {
# https://bronhaim.wordpress.com/2016/07/24/setup-toturial-for-collecting-metrics-with-statsd-and-grafana-containers/
run_metrics_graphite
run_metrics_prometheus
create_service_influxdb
run_metrics_grafana
}
run_metrics_graphite() {
if [ "${postfix}" == "-local" ]
then
local_conf="-v ${METRICS_PATH}/graphite/conf:/opt/graphite/conf"
fi
cmd="docker ${remote} run -d ${DOCKER_RESTART_POLICY} \
--network smartmeter \
--name metrics \
$local_conf \
-p 81:80 \
hopsoft/graphite-statsd:${graphite_statsd_tag}"
# -v ${METRICS_PATH}/graphite/storage:/opt/graphite/storage\
# -v ${METRICS_PATH}/statsd:/opt/statsd\
echo "-----------------------------------------------------------------"
echo "$cmd"
echo "-----------------------------------------------------------------"
eval "$cmd"
}
run_metrics_prometheus() {
cmd="docker ${remote} run -d ${DOCKER_RESTART_POLICY} \
--network smartmeter \
--name ${PROMETHEUS_NAME} \
-p 9090:9090 \
logimethods/smart-meter:prometheus${postfix} \
-storage.local.path=/data -config.file=/etc/prometheus/prometheus.yml -log.level debug"
echo "-----------------------------------------------------------------"
echo "$cmd"
echo "-----------------------------------------------------------------"
eval "$cmd"
}
create_volume_grafana() {
## https://github.com/grafana/grafana-docker#grafana-container-with-persistent-storage-recommended
#docker ${remote} run -d -v /var/lib/grafana --name grafana-storage --network smartmeter busybox:latest
cmd="docker ${remote} volume create --name grafana-volume"
echo "-----------------------------------------------------------------"
echo "$cmd"
echo "-----------------------------------------------------------------"
eval $cmd
}
run_metrics_grafana() {
cmd="docker ${remote} run -d ${DOCKER_RESTART_POLICY}\
--network smartmeter \
--name grafana \
-p ${METRICS_GRAFANA_WEB_PORT}:3000 \
-e \"GF_SERVER_ROOT_URL=http://localhost:3000\" \
-e \"GF_SECURITY_ADMIN_PASSWORD=${GF_SECURITY_ADMIN_PASSWORD}\" \
-v grafana-volume:/var/lib/grafana \
grafana/grafana:${grafana_tag}"
echo "-----------------------------------------------------------------"
echo "$cmd"
echo "-----------------------------------------------------------------"
sh -c "$cmd"
}
create_service_influxdb() {
cmd="docker ${remote} service create \
--name ${INFLUXDB_NAME} \
--network smartmeter \
${ON_MASTER_NODE} \
-e INFLUXDB_ADMIN_ENABLED=true \
-p 8083:8083 \
-p 8086:8086 \
-p 2003:2003 \
influxdb"
echo "-----------------------------------------------------------------"
echo "$cmd"
echo "-----------------------------------------------------------------"
eval $cmd
}
update_service_scale() {
docker ${remote} service scale SERVICE=REPLICAS
}
## TODO EUREKA
run_prometheus_nats_exporter() {
cmd="docker ${remote} run -d ${DOCKER_RESTART_POLICY} \
--network smartmeter \
--name ${PROMETHEUS_NATS_EXPORTER_NAME} \
${prometheus_nats_exporter_image}:${prometheus_nats_exporter_tag}${postfix} \
${PROMETHEUS_NATS_EXPORTER_FLAGS} \
${PROMETHEUS_NATS_EXPORTER_DEBUG} \
${PROMETHEUS_NATS_EXPORTER_URLS} "
echo "-----------------------------------------------------------------"
echo "$cmd"
echo "-----------------------------------------------------------------"
eval "$cmd"
}
## TODO EUREKA
create_service_prometheus_nats_exporter() {
cmd="docker ${remote} service create \
--network smartmeter \
--name ${PROMETHEUS_NATS_EXPORTER_NAME} \
${PROMETHEUS_NATS_EXPORTER_SERVICE_MODE} \
${prometheus_nats_exporter_image}:${prometheus_nats_exporter_tag}${postfix} \
${PROMETHEUS_NATS_EXPORTER_FLAGS} \
${PROMETHEUS_NATS_EXPORTER_DEBUG} \
${PROMETHEUS_NATS_EXPORTER_URLS} "
echo "-----------------------------------------------------------------"
echo "$cmd"
echo "-----------------------------------------------------------------"
eval "$cmd"
}
create_service_eureka() {
cmd="docker ${remote} service create \
--name ${EUREKA_NAME} \
--network smartmeter \
${ON_MASTER_NODE} \
--mount type=bind,source=/var/run/docker.sock,destination=/var/run/docker.sock \
-e FLASK_DEBUG=${FLASK_DEBUG} \
-p ${FLASK_PORT}:5000 \
logimethods/eureka${postfix}"
echo "-----------------------------------------------------------------"
echo "$cmd"
echo "-----------------------------------------------------------------"
eval $cmd
}
__run_telegraf() {
#if [ "$@" == "docker" ]
# then DOCKER_ACCES="-v /var/run/docker.sock:/var/run/docker.sock"
#fi
source properties/configuration-telegraf.properties
source properties/[email protected]
source properties/configuration-telegraf-debug.properties
DOCKER_ACCES="-v /var/run/docker.sock:/var/run/docker.sock"
cmd="docker ${remote} run -d ${DOCKER_RESTART_POLICY}\
--network smartmeter \
--name telegraf_$@ \
${EUREKA_WAITER_PARAMS_SERVICE} \
-e SETUP_LOCAL_CONTAINERS=true \
-e EUREKA_URL=${EUREKA_NAME}
-e JMX_PASSWORD=$JMX_PASSWORD \
-e TELEGRAF_DEBUG=$TELEGRAF_DEBUG \
-e TELEGRAF_QUIET=$TELEGRAF_QUIET \
-e TELEGRAF_INTERVAL=$TELEGRAF_INTERVAL \
-e TELEGRAF_INPUT_TIMEOUT=$TELEGRAF_INPUT_TIMEOUT \
-e WAIT_FOR=$TELEGRAF_WAIT_FOR \
-e DEPENDS_ON=$TELEGRAF_DEPENDS_ON \
${TELEGRAF_ENVIRONMENT_VARIABLES} \
${DOCKER_ACCES} \
--log-driver=json-file \
logimethods/smart-meter:telegraf${postfix}\
telegraf --output-filter ${TELEGRAF_OUTPUT_FILTER} -config /etc/telegraf/[email protected]"
echo "-----------------------------------------------------------------"
echo "$cmd"
echo "-----------------------------------------------------------------"
eval $cmd
}
#-e CASSANDRA_URL=${TELEGRAF_CASSANDRA_URL} \
#-e DOCKER_TARGET_NAME=${TELEGRAF_DOCKER_TARGET_NAME} \
#-e \"TELEGRAF_CASSANDRA_TABLE=$TELEGRAF_CASSANDRA_TABLE\" \
#-e \"TELEGRAF_CASSANDRA_GREP=$TELEGRAF_CASSANDRA_GREP\" \
run_telegraf() {
source properties/configuration-telegraf.properties
source properties/[email protected]
source properties/configuration-telegraf-debug.properties
DOCKER_ACCES="--mount type=bind,source=/var/run/docker.sock,destination=/var/run/docker.sock"
cmd="docker ${remote} service create \
--network smartmeter \
--name telegraf_$@ \
${EUREKA_WAITER_PARAMS_SERVICE} \
-e SETUP_LOCAL_CONTAINERS=true \
-e EUREKA_URL=${EUREKA_NAME}
-e NODE_ID={{.Node.ID}} \
-e SERVICE_ID={{.Service.ID}} \
-e SERVICE_NAME={{.Service.Name}} \
-e SERVICE_LABELS={{.Service.Labels}} \
-e TASK_ID={{.Task.ID}} \
-e TASK_NAME={{.Task.Name}} \
-e TASK_SLOT={{.Task.Slot}} \
-e JMX_PASSWORD=$JMX_PASSWORD \
-e TELEGRAF_DEBUG=$TELEGRAF_DEBUG \
-e TELEGRAF_QUIET=$TELEGRAF_QUIET \
-e TELEGRAF_INTERVAL=$TELEGRAF_INTERVAL \
-e TELEGRAF_INPUT_TIMEOUT=$TELEGRAF_INPUT_TIMEOUT \
-e WAIT_FOR=$TELEGRAF_WAIT_FOR \
-e DEPENDS_ON=$TELEGRAF_DEPENDS_ON \
${TELEGRAF_ENVIRONMENT_VARIABLES} \
${DOCKER_ACCES} \
${ON_MASTER_NODE} \
logimethods/smart-meter:telegraf${postfix}\
telegraf --output-filter ${TELEGRAF_OUTPUT_FILTER} -config /etc/telegraf/[email protected]"
# --log-driver=json-file \
# ${CASSANDRA_MAIN_NAME}
echo "-----------------------------------------------------------------"
echo "$cmd"
echo "-----------------------------------------------------------------"
eval $cmd
}
create_service_telegraf() {
source properties/configuration-telegraf.properties
source properties/[email protected]
source properties/configuration-telegraf-debug.properties
DOCKER_ACCES="--mount type=bind,source=/var/run/docker.sock,destination=/var/run/docker.sock"
cmd="docker ${remote} service create \
--network smartmeter \
--name telegraf_$@ \
${EUREKA_WAITER_PARAMS_SERVICE} \
-e SETUP_LOCAL_CONTAINERS=true \
-e EUREKA_URL=${EUREKA_NAME}
-e NODE_ID={{.Node.ID}} \
-e SERVICE_ID={{.Service.ID}} \
-e SERVICE_NAME={{.Service.Name}} \
-e SERVICE_LABELS={{.Service.Labels}} \
-e TASK_ID={{.Task.ID}} \
-e TASK_NAME={{.Task.Name}} \
-e TASK_SLOT={{.Task.Slot}} \
-e JMX_PASSWORD=$JMX_PASSWORD \
-e TELEGRAF_DEBUG=$TELEGRAF_DEBUG \
-e TELEGRAF_QUIET=$TELEGRAF_QUIET \
-e TELEGRAF_INTERVAL=$TELEGRAF_INTERVAL \
-e TELEGRAF_INPUT_TIMEOUT=$TELEGRAF_INPUT_TIMEOUT \
-e WAIT_FOR=$TELEGRAF_WAIT_FOR \
-e DEPENDS_ON=$TELEGRAF_DEPENDS_ON \
${TELEGRAF_ENVIRONMENT_VARIABLES} \
${DOCKER_ACCES} \
--mode global \
logimethods/smart-meter:telegraf${postfix}\
telegraf --output-filter ${TELEGRAF_OUTPUT_FILTER} -config /etc/telegraf/[email protected]"
# --log-driver=json-file \
# ${CASSANDRA_MAIN_NAME}
echo "-----------------------------------------------------------------"
echo "$cmd"
echo "-----------------------------------------------------------------"
eval $cmd
}
create_service_telegraf_on_master() {
source properties/configuration-telegraf.properties
source properties/[email protected]
source properties/configuration-telegraf-debug.properties
DOCKER_ACCES="--mount type=bind,source=/var/run/docker.sock,destination=/var/run/docker.sock"
cmd="docker ${remote} service create \
--network smartmeter \
--name telegraf_$@ \
${EUREKA_WAITER_PARAMS_SERVICE} \
-e SETUP_LOCAL_CONTAINERS=true \
-e EUREKA_URL=${EUREKA_NAME} \
-e NODE_ID={{.Node.ID}} \
-e SERVICE_ID={{.Service.ID}} \
-e SERVICE_NAME={{.Service.Name}} \
-e SERVICE_LABELS={{.Service.Labels}} \
-e TASK_ID={{.Task.ID}} \
-e TASK_NAME={{.Task.Name}} \
-e TASK_SLOT={{.Task.Slot}} \
-e JMX_PASSWORD=$JMX_PASSWORD \
-e TELEGRAF_DEBUG=$TELEGRAF_DEBUG \
-e TELEGRAF_QUIET=$TELEGRAF_QUIET \
-e TELEGRAF_INTERVAL=$TELEGRAF_INTERVAL \
-e TELEGRAF_INPUT_TIMEOUT=$TELEGRAF_INPUT_TIMEOUT \
-e WAIT_FOR=$TELEGRAF_WAIT_FOR \
-e DEPENDS_ON=$TELEGRAF_DEPENDS_ON \
${TELEGRAF_ENVIRONMENT_VARIABLES} \
${DOCKER_ACCES} \
${ON_MASTER_NODE} \
logimethods/smart-meter:telegraf${postfix}\
telegraf --output-filter ${TELEGRAF_OUTPUT_FILTER} -config /etc/telegraf/[email protected]"
# --log-driver=json-file \
# ${CASSANDRA_MAIN_NAME}
echo "-----------------------------------------------------------------"
echo "$cmd"
echo "-----------------------------------------------------------------"
eval $cmd
}
### ZEPPELIN ###
run_zeppelin() {
cmd="docker ${remote} run -d --rm\
--network smartmeter \
--name zeppelin \
-p ${ZEPPELIN_WEB_PORT}:8080 \
dylanmei/zeppelin:${zeppelin_tag} sh -c \"./bin/install-interpreter.sh --name cassandra ; ./bin/zeppelin.sh\""
echo "-----------------------------------------------------------------"
echo "$cmd"
echo "-----------------------------------------------------------------"
sh -c "$cmd"
}
### RUN DOCKER ###
run_image() {
# name=${1}
# shift
echo "docker ${remote} run --network smartmeter ${DOCKER_RESTART_POLICY} $@"
docker ${remote} run --network smartmeter $@
}
### BUILDS ###
build_inject() {
pushd dockerfile-inject
sbt --warn update docker
popd
}
build_app-streaming() {
pushd dockerfile-app-streaming
sbt --warn update docker
popd
}
build_app-batch() {
if [ "${postfix}" == "-local" ]
then
./set_properties_to_dockerfile_templates.sh
pushd dockerfile-app-batch
echo "docker build -t logimethods/smart-meter:app-batch-DEV ."
sbt update assembly
mkdir -p libs
mv target/scala-*/*.jar libs/
docker build -t logimethods/smart-meter:app-batch-DEV .
popd
else
echo "docker ${remote} pull logimethods/smart-meter:app-batch${postfix}"
docker ${remote} pull logimethods/smart-meter:app-batch${postfix}
fi
}
build_monitor() {
pushd dockerfile-monitor
sbt --warn update docker
popd
}
build_cassandra() {
./set_properties_to_dockerfile_templates.sh
pushd dockerfile-cassandra
docker build -t logimethods/smart-meter:cassandra-DEV .
popd
}
build_cassandra-inject() {
./set_properties_to_dockerfile_templates.sh
pushd dockerfile-cassandra-inject
docker build -t logimethods/smart-meter:cassandra-inject-DEV .
popd
}
build_nats-server() {
./set_properties_to_dockerfile_templates.sh