scripts/optf-has/has/music_script.sh - onap/integration/csit - Gitiles

 #!/bin/bash
 #
 # Copyright 2016-2017 Huawei Technologies Co., Ltd.
 #
 # Licensed 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.
 #
 echo "### This is ${WORKSPACE}/scripts/optf-has/has/music_script.sh"
 #
 # add here whatever commands is needed to prepare the music setup for optf-has CSIT testing
 #

 #
 # add here all the configuration steps eventually needed to be carried out for music CSIT testing
 #
 echo "########## music configuration step ##########";
 CASS_IMG=nexus3.onap.org:10001/onap/music/cassandra_3_11:3.0.23
 CASS_IMG_JOB=nexus3.onap.org:10001/onap/music/cassandra_job:3.0.23
 TOMCAT_IMG=nexus3.onap.org:10001/library/tomcat:8.5
 ZK_IMG=nexus3.onap.org:10001/library/zookeeper:3.4
 BUSYBOX_IMG=nexus3.onap.org:10001/library/busybox:latest
 MUSIC_IMG=nexus3.onap.org:10001/onap/music/music:3.0.23
 TT=10
 WORK_DIR=/tmp/music
 CASS_USERNAME=nelson24
 CASS_PASSWORD=winman123
 MUSIC_SOURCE_PROPERTIES=${WORKSPACE}/scripts/optf-has/has/music-properties
 MUSIC_PROPERTIES=/tmp/music/properties
 MUSIC_LOGS=/tmp/music/logs
 CQL_FILES=${WORKSPACE}/scripts/music/cql
 MUSIC_TRIGGER_DIR=/tmp/triggers
 TRIGGER_JAR=musictrigger-0.1.0.jar
 TRIGGER_JAR_URL=https://nexus.onap.org/service/local/repositories/autorelease-72298/content/org/onap/music/musictrigger/0.1.0/musictrigger-0.1.0.jar

 mkdir -p ${MUSIC_PROPERTIES}
 mkdir -p ${MUSIC_LOGS}
 mkdir -p ${MUSIC_LOGS}/MUSIC
 mkdir -p /tmp/triggers

 # Get Trigger
 echo "########## Get Trigger Jar ##########"
 curl -o $MUSIC_TRIGGER_DIR/$TRIGGER_JAR $TRIGGER_JAR_URL

 cp ${MUSIC_SOURCE_PROPERTIES}/* ${WORK_DIR}/properties

 # Create Volume for mapping war file and tomcat
 echo "########## create music-vol ##########"
 docker volume create --name music-vol;

 # Create a network for all the containers to run in.
 echo "########## create music-net ##########"
 docker network create music-net;

 # Start Cassandra
 echo "########## Start Cassandra (music-db) ##########"
 docker run -d --name music-db --network music-net -p "7000:7000" -p "7001:7001" -p "7199:7199" -p "9042:9042" -p "9160:9160" \
 -v $MUSIC_TRIGGER_DIR/$TRIGGER_JAR:/etc/cassandra/triggers/$TRIGGER_JAR \
 ${CASS_IMG};

 # See if cassandra is up.
 echo "########## Running Test to see if Cassandra is up ##########"
 CASSA_IP=`docker inspect -f '{{ $network := index .NetworkSettings.Networks "music-net" }}{{ $network.IPAddress}}' music-db`
 echo "CASSANDRA_IP=${CASSA_IP}"
 ${WORKSPACE}/scripts/optf-has/has/wait_for_port.sh ${CASSA_IP} 9042

 # Sleep 60 seconds to ensure Cassandra is up and running.
 sleep 60;

 # Check to see if Keyspaces are there.
 docker exec music-db cqlsh -u cassandra -p cassandra -e "DESCRIBE keyspaces;"

 # Load data into Cassandra via Cassandra Job
 echo "########## Running Cassandra Job (music-job) to load cql files ##########"
 docker run -d --name music-job --network music-net \
 -v $CQL_FILES/admin.cql:/cql/admin.cql \
 -v $CQL_FILES/admin_pw.cql:/cql/admin_pw.cql \
 -v $CQL_FILES/extra:/cql/extra \
 -e PORT=9042 \
 -e CASS_HOSTNAME=music-db \
 -e USERNAME=$CASS_USERNAME \
 -e PASSWORD=$CASS_PASSWORD \
 $CASS_IMG_JOB

 sleep 70;

 # Logs
 echo "########## Cassandra Job logs ##########"
 docker logs music-job
 # Check to see if Keyspaces are there.
 # "############## Check if new username and password work ##########"
 docker exec music-db cqlsh -u $CASS_USERNAME -p $CASS_PASSWORD -e "DESCRIBE keyspaces;"
 # Check to see if Keyspaces are there.
 # "############## Check if original username and password work ##########"
 docker exec music-db cqlsh -u cassandra -p cassandra -e "DESCRIBE keyspaces;"
 # Check to see if Keyspaces are there.
 # "############## Check if new cassandra username and password work ##########"
 docker exec music-db cqlsh -u cassandra -p SomeLongRandomStringNoonewillthinkof -e "DESCRIBE keyspaces;"


 # Start Music war
 echo "########## Start music-war ##########"
 docker run -d --name music-war -v music-vol:/app ${MUSIC_IMG};

 # Start Zookeeper
 echo "########## Start zookeeper (music-zk) ##########"
 docker run -d --name music-zk --network music-net -p "2181:2181" -p "2888:2888" -p "3888:3888" ${ZK_IMG};

 ZOO_IP=`docker inspect -f '{{ $network := index .NetworkSettings.Networks "music-net" }}{{ $network.IPAddress}}' music-zk`
 echo "ZOOKEEPER_IP=${ZOO_IP}"

 # Delay  between Cassandra/Zookeeper and Tomcat
 sleep 120;

 # Start Up tomcat - Needs to have properties,logs dir and war file volume mapped.
 echo "########## Start Tomcat (music-tomcat) ##########"
 docker run -d --name music-tomcat --network music-net -p "8080:8080" -v music-vol:/usr/local/tomcat/webapps -v ${WORK_DIR}/properties:/opt/app/music/etc:ro -v ${WORK_DIR}/logs:/opt/app/music/logs ${TOMCAT_IMG};

 # Connect tomcat to host bridge network so that its port can be seen.
 echo "########## Create Bridge for Tomcat ##########"
 docker network connect bridge music-tomcat;

 TOMCAT_IP=`docker inspect --format '{{ .NetworkSettings.Networks.bridge.IPAddress}}' music-tomcat`
 echo "TOMCAT_IP=${TOMCAT_IP}"

 ${WORKSPACE}/scripts/optf-has/has/wait_for_port.sh ${TOMCAT_IP} 8080

 sleep 20;
 echo "########## TOMCAT Logs ##########"
 docker logs music-tomcat
 # Needed only if we need to look at localhost logs.
 echo "########## MUSIC localhost Log ##########"
 docker exec music-tomcat /bin/bash -c "cat /usr/local/tomcat/logs/localhost*"

 echo "########## MUSIC Log ##########"
 ls -al $MUSIC_LOGS/MUSIC
 docker exec music-tomcat /bin/bash -c "cat /opt/app/music/logs/MUSIC/music.log"
 #echo "########## MUSIC error log ##########"
 #docker exec music-tomcat /bin/bash -c "cat /opt/app/music/logs/MUSIC/error.log"

 echo "########## inspect docker things for tracing purpose ##########"
 docker inspect music-db
 docker inspect music-zk
 docker inspect music-tomcat
 docker inspect music-war
 docker volume inspect music-vol
 docker network inspect music-net

 echo "########## dump music content just after music is started ##########"
 docker exec music-db /usr/bin/nodetool status
 docker exec music-db /usr/bin/cqlsh -unelson24 -pwinman123 -e 'SELECT * FROM system_schema.keyspaces'
 docker exec music-db /usr/bin/cqlsh -unelson24 -pwinman123 -e 'DESCRIBE keyspace admin'
 docker exec music-db /usr/bin/cqlsh -unelson24 -pwinman123 -e 'SELECT * FROM admin.keyspace_master'


 #
 # add here all ROBOT_VARIABLES settings
 #
 echo "########## music robot variables settings ##########";
 ROBOT_VARIABLES="-v MUSIC_HOSTNAME:http://${TOMCAT_IP} -v MUSIC_PORT:8080 -v COND_HOSTNAME:http://localhost -v COND_PORT:8091"

 echo ${ROBOT_VARIABLES}
	#!/bin/bash
	#
	# Copyright 2016-2017 Huawei Technologies Co., Ltd.
	#
	# Licensed 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.
	#
	echo "### This is ${WORKSPACE}/scripts/optf-has/has/music_script.sh"
	#
	# add here whatever commands is needed to prepare the music setup for optf-has CSIT testing
	#

	#
	# add here all the configuration steps eventually needed to be carried out for music CSIT testing
	#
	echo "########## music configuration step ##########";
	CASS_IMG=nexus3.onap.org:10001/onap/music/cassandra_3_11:3.0.23
	CASS_IMG_JOB=nexus3.onap.org:10001/onap/music/cassandra_job:3.0.23
	TOMCAT_IMG=nexus3.onap.org:10001/library/tomcat:8.5
	ZK_IMG=nexus3.onap.org:10001/library/zookeeper:3.4
	BUSYBOX_IMG=nexus3.onap.org:10001/library/busybox:latest
	MUSIC_IMG=nexus3.onap.org:10001/onap/music/music:3.0.23
	TT=10
	WORK_DIR=/tmp/music
	CASS_USERNAME=nelson24
	CASS_PASSWORD=winman123
	MUSIC_SOURCE_PROPERTIES=${WORKSPACE}/scripts/optf-has/has/music-properties
	MUSIC_PROPERTIES=/tmp/music/properties
	MUSIC_LOGS=/tmp/music/logs
	CQL_FILES=${WORKSPACE}/scripts/music/cql
	MUSIC_TRIGGER_DIR=/tmp/triggers
	TRIGGER_JAR=musictrigger-0.1.0.jar
	TRIGGER_JAR_URL=https://nexus.onap.org/service/local/repositories/autorelease-72298/content/org/onap/music/musictrigger/0.1.0/musictrigger-0.1.0.jar

	mkdir -p ${MUSIC_PROPERTIES}
	mkdir -p ${MUSIC_LOGS}
	mkdir -p ${MUSIC_LOGS}/MUSIC
	mkdir -p /tmp/triggers

	# Get Trigger
	echo "########## Get Trigger Jar ##########"
	curl -o $MUSIC_TRIGGER_DIR/$TRIGGER_JAR $TRIGGER_JAR_URL

	cp ${MUSIC_SOURCE_PROPERTIES}/* ${WORK_DIR}/properties

	# Create Volume for mapping war file and tomcat
	echo "########## create music-vol ##########"
	docker volume create --name music-vol;

	# Create a network for all the containers to run in.
	echo "########## create music-net ##########"
	docker network create music-net;

	# Start Cassandra
	echo "########## Start Cassandra (music-db) ##########"
	docker run -d --name music-db --network music-net -p "7000:7000" -p "7001:7001" -p "7199:7199" -p "9042:9042" -p "9160:9160" \
	-v $MUSIC_TRIGGER_DIR/$TRIGGER_JAR:/etc/cassandra/triggers/$TRIGGER_JAR \
	${CASS_IMG};

	# See if cassandra is up.
	echo "########## Running Test to see if Cassandra is up ##########"
	CASSA_IP=`docker inspect -f '{{ $network := index .NetworkSettings.Networks "music-net" }}{{ $network.IPAddress}}' music-db`
	echo "CASSANDRA_IP=${CASSA_IP}"
	${WORKSPACE}/scripts/optf-has/has/wait_for_port.sh ${CASSA_IP} 9042

	# Sleep 60 seconds to ensure Cassandra is up and running.
	sleep 60;

	# Check to see if Keyspaces are there.
	docker exec music-db cqlsh -u cassandra -p cassandra -e "DESCRIBE keyspaces;"

	# Load data into Cassandra via Cassandra Job
	echo "########## Running Cassandra Job (music-job) to load cql files ##########"
	docker run -d --name music-job --network music-net \
	-v $CQL_FILES/admin.cql:/cql/admin.cql \
	-v $CQL_FILES/admin_pw.cql:/cql/admin_pw.cql \
	-v $CQL_FILES/extra:/cql/extra \
	-e PORT=9042 \
	-e CASS_HOSTNAME=music-db \
	-e USERNAME=$CASS_USERNAME \
	-e PASSWORD=$CASS_PASSWORD \
	$CASS_IMG_JOB

	sleep 70;

	# Logs
	echo "########## Cassandra Job logs ##########"
	docker logs music-job
	# Check to see if Keyspaces are there.
	# "############## Check if new username and password work ##########"
	docker exec music-db cqlsh -u $CASS_USERNAME -p $CASS_PASSWORD -e "DESCRIBE keyspaces;"
	# Check to see if Keyspaces are there.
	# "############## Check if original username and password work ##########"
	docker exec music-db cqlsh -u cassandra -p cassandra -e "DESCRIBE keyspaces;"
	# Check to see if Keyspaces are there.
	# "############## Check if new cassandra username and password work ##########"
	docker exec music-db cqlsh -u cassandra -p SomeLongRandomStringNoonewillthinkof -e "DESCRIBE keyspaces;"


	# Start Music war
	echo "########## Start music-war ##########"
	docker run -d --name music-war -v music-vol:/app ${MUSIC_IMG};

	# Start Zookeeper
	echo "########## Start zookeeper (music-zk) ##########"
	docker run -d --name music-zk --network music-net -p "2181:2181" -p "2888:2888" -p "3888:3888" ${ZK_IMG};

	ZOO_IP=`docker inspect -f '{{ $network := index .NetworkSettings.Networks "music-net" }}{{ $network.IPAddress}}' music-zk`
	echo "ZOOKEEPER_IP=${ZOO_IP}"

	# Delay between Cassandra/Zookeeper and Tomcat
	sleep 120;

	# Start Up tomcat - Needs to have properties,logs dir and war file volume mapped.
	echo "########## Start Tomcat (music-tomcat) ##########"
	docker run -d --name music-tomcat --network music-net -p "8080:8080" -v music-vol:/usr/local/tomcat/webapps -v ${WORK_DIR}/properties:/opt/app/music/etc:ro -v ${WORK_DIR}/logs:/opt/app/music/logs ${TOMCAT_IMG};

	# Connect tomcat to host bridge network so that its port can be seen.
	echo "########## Create Bridge for Tomcat ##########"
	docker network connect bridge music-tomcat;

	TOMCAT_IP=`docker inspect --format '{{ .NetworkSettings.Networks.bridge.IPAddress}}' music-tomcat`
	echo "TOMCAT_IP=${TOMCAT_IP}"

	${WORKSPACE}/scripts/optf-has/has/wait_for_port.sh ${TOMCAT_IP} 8080

	sleep 20;
	echo "########## TOMCAT Logs ##########"
	docker logs music-tomcat
	# Needed only if we need to look at localhost logs.
	echo "########## MUSIC localhost Log ##########"
	docker exec music-tomcat /bin/bash -c "cat /usr/local/tomcat/logs/localhost*"

	echo "########## MUSIC Log ##########"
	ls -al $MUSIC_LOGS/MUSIC
	docker exec music-tomcat /bin/bash -c "cat /opt/app/music/logs/MUSIC/music.log"
	#echo "########## MUSIC error log ##########"
	#docker exec music-tomcat /bin/bash -c "cat /opt/app/music/logs/MUSIC/error.log"

	echo "########## inspect docker things for tracing purpose ##########"
	docker inspect music-db
	docker inspect music-zk
	docker inspect music-tomcat
	docker inspect music-war
	docker volume inspect music-vol
	docker network inspect music-net

	echo "########## dump music content just after music is started ##########"
	docker exec music-db /usr/bin/nodetool status
	docker exec music-db /usr/bin/cqlsh -unelson24 -pwinman123 -e 'SELECT * FROM system_schema.keyspaces'
	docker exec music-db /usr/bin/cqlsh -unelson24 -pwinman123 -e 'DESCRIBE keyspace admin'
	docker exec music-db /usr/bin/cqlsh -unelson24 -pwinman123 -e 'SELECT * FROM admin.keyspace_master'


	#
	# add here all ROBOT_VARIABLES settings
	#
	echo "########## music robot variables settings ##########";
	ROBOT_VARIABLES="-v MUSIC_HOSTNAME:http://${TOMCAT_IP} -v MUSIC_PORT:8080 -v COND_HOSTNAME:http://localhost -v COND_PORT:8091"

	echo ${ROBOT_VARIABLES}