{
   "VNF-API:input": {
     "VNF-API:request-information": {
       "VNF-API:request-id": "robot12",
       "VNF-API:notification-url": "https://so.onap.org",
       "VNF-API:order-number": "robot12",
       "VNF-API:request-sub-action": "SUPP",
       "VNF-API:request-action": "PreloadVNFRequest",
       "VNF-API:source": "VID",
       "VNF-API:order-version": "1.0"
     },
     "VNF-API:sdnc-request-header": {
       "VNF-API:svc-action": "reserve",
       "VNF-API:svc-notification-url": "https://son.onap.org",
       "VNF-API:svc-request-id": "robot12"
     },
     "VNF-API:vnf-topology-information": {
             "vnf-topology-identifier": {
               "service-type": "${service_type}",
               "vnf-type": "${vnf_type}",
               "generic-vnf-name": "${generic_vnf_name}",
               "generic-vnf-type": "${generic_vnf_type}",
               "vnf-name": "${vnf_name}"
       },
       "VNF-API:vnf-parameters": [
	{
	"vnf-parameter-name": "vcpe_image_name",
	"vnf-parameter-value": "ubuntu-16-04-cloud-amd64"
	},
	{
	"vnf-parameter-name": "vcpe_flavor_name",
	"vnf-parameter-value": "m1.medium"
	},
	{
	"vnf-parameter-name": "public_net_id",
	"vnf-parameter-value": "${public_net_id}"
	},
	{
	"vnf-parameter-name": "cpe_signal_net_id",
	"vnf-parameter-value": "${cpe_signal_net}"
	},
	{
	"vnf-parameter-name": "cpe_signal_subnet_id",
	"vnf-parameter-value": "${cpe_signal_subnet}" 
	},
	{
	"vnf-parameter-name": "cpe_public_net_id",
	"vnf-parameter-value": "${cpe_p
#!/bin/bash

#
# Constants:
#

WORKSPACE="${WORKSPACE:-}"
SUCCESS=0
FAILURE=1

CS_PASSWORD="onap123#@!"
SDC_USER="asdc_user"
SDC_PASSWORD="Aa1234%^!"

JETTY_BASE="/var/lib/jetty"
SDC_CERT_DIR="onap/cert"

RELEASE=latest

LOCAL=false
BE_DEBUG_PORT="--publish 4000:4000"
FE_DEBUG_PORT="--publish 6000:6000"
ONBOARD_DEBUG_PORT="--publish 4001:4001"
CS_PORT=${CS_PORT:-9042}


# Java Options:
BE_JAVA_OPTIONS="-Xdebug -agentlib:jdwp=transport=dt_socket,address=4000,server=y,suspend=n -Xmx1536m -Xms1536m"
FE_JAVA_OPTIONS="-Xdebug -agentlib:jdwp=transport=dt_socket,address=6000,server=y,suspend=n -Xmx256m -Xms256m"
ONBOARD_BE_JAVA_OPTIONS="-Xdebug -agentlib:jdwp=transport=dt_socket,address=4001,server=y,suspend=n -Xmx1g -Xms1g"
SIM_JAVA_OPTIONS=" -Xmx128m -Xms128m -Xss1m -Dlog4j.configuration=file:///${JETTY_BASE}/config/sdc-simulator/log4j.properties"
API_TESTS_JAVA_OPTIONS="-Xmx512m -Xms512m"
UI_TESTS_JAVA_OPTIONS="-Xmx1024m -Xms1024m"
#Define this as variable, so it can be excluded in run commands on Docker for OSX, as /etc/localtime cant be mounted there.
LOCAL_TIME_MOUNT_CMD="--volume /etc/localtime:/etc/localtime:ro"
# If os is OSX, unset this, so /etc/localtime is not mounted, otherwise leave it be
if [[ "$OSTYPE" == "darwin"* ]]; then
  LOCAL_TIME_MOUNT_CMD=""
fi


#
# Functions:
#


function usage {
    echo "usage: docker_run.sh [ -r|--release <RELEASE-NAME> ] [ -e|--environment <ENV-NAME> ] [ -p|--port <Docker-hub-port>] [ -l|--local <Run-without-pull>] [ -sim|--simulator <Run-with-simulator>] [ -ta <run api tests with the supplied test suit>] [ -tu <run ui tests with the supplied test suit>] [ -ta <run api tests with the supplied test suit>] [ -tu <run ui tests with the supplied test suit>] [ -tad <run api tests with the default test suit>] [ -tu <run ui tests with the default test suit>] [ -h|--help ]"
    echo "start dockers built locally example: docker_run.sh -l"
    echo "start dockers built locally and simulator example: docker_run.sh -l -sim"
    echo "start dockers, pull from onap nexus according to release and simulator example: docker_run.sh -r 1.5-STAGING-latest -sim"
    echo "start dockers built locally and run api tests docker example: docker_run.sh -l -tad"
    echo "start dockers built locally and run only the catalog be example: docker_run.sh -l -d sdc-BE "
}
#


function cleanup {
    echo "Performing old dockers cleanup"

	if [ "$1" == "all" ] ; then
		docker_ids=`docker ps -a | egrep "ecomp-nexus:${PORT}/sdc|sdc|Exit}|dcae" | awk '{print $1}'`
		for X in ${docker_ids}
		do
			docker rm -f ${X}
		done
	else
	    echo "performing $1 docker cleanup"
	    tmp=`docker ps -a -q --filter="name=$1"`
	    if [[ ! -z "$tmp" ]]; then
    		docker rm -f ${tmp}
        fi
	fi
}
#


function dir_perms {
    mkdir -p ${WORKSPACE}/data/logs/BE/SDC/SDC-BE
    mkdir -p ${WORKSPACE}/data/logs/FE/SDC/SDC-FE
    mkdir -p ${WORKSPACE}/data/logs/sdc-api-tests/ExtentReport
    mkdir -p ${WORKSPACE}/data/logs/ONBOARD/SDC/ONBOARD-BE
    mkdir -p ${WORKSPACE}/data/logs/sdc-api-tests/target
    mkdir -p ${WORKSPACE}/data/logs/sdc-ui-tests/ExtentReport
    mkdir -p ${WORKSPACE}/data/logs/sdc-ui-tests/target
    mkdir -p ${WORKSPACE}/data/logs/docker_logs
    mkdir -p ${WORKSPACE}/data/logs/WS
    echo "Creating dir '${WORKSPACE}/data/${SDC_CERT_DIR}'"
    mkdir -p ${WORKSPACE}/data/${SDC_CERT_DIR}
    chmod -R 777 ${WORKSPACE}/data/logs
}
#


function docker_logs {
    docker logs $1 > ${WORKSPACE}/data/logs/docker_logs/$1_docker.log
}
#


#
# Readiness Prob
#

function ready_probe {
    docker exec $1 /var/lib/ready-probe.sh > /dev/null 2>&1
    rc=$?
    if [[ ${rc} == 0 ]]; then
        echo DOCKER $1 start finished in $2 seconds
        return ${SUCCESS}
    fi
    return ${FAILURE}
}
#

function ready_probe_jetty {
    docker exec $1 /var/lib/jetty/ready-probe.sh > /dev/null 2>&1
    rc=$?
    if [[ ${rc} == 0 ]]; then
        echo DOCKER $1 start finished in $2 seconds
        return ${SUCCESS}
    fi
    return ${FAILURE}
}
#

function probe_docker {
    MATCH=`docker logs --tail 30 $1 | grep "DOCKER STARTED"`
    echo MATCH is -- ${MATCH}

    if [ -n "$MATCH" ] ; then
        echo DOCKER start finished in $2 seconds
        return ${SUCCESS}
    fi
    return ${FAILURE}
}
#

function probe_test_docker {
    # This expected logging should be output by startup.sh of the
    # respective test docker container
    MATCH=`docker logs --tail 30 $1 | grep "Startup completed successfully"`
    echo MATCH is -- ${MATCH}

    if [ -n "$MATCH" ] ; then
        echo TEST DOCKER start finished in $2 seconds
        return ${SUCCESS}
    fi
    return ${FAILURE}
}
#


function probe_es {
    health_Check_http_code=$(curl --noproxy "*" -o /dev/null -w '%{http_code}' http://${IP}:9200/_cluster/health?wait_for_status=yellow&timeout=120s)
    if [[ "$health_Check_http_code" -eq 200 ]] ; then
        echo DOCKER start finished in $1 seconds
        return ${SUCCESS}
    fi
    return ${FAILURE}
}
#


function probe_sim {
    if lsof -Pi :8285 -sTCP:LISTEN -t >/dev/null ; then
        echo "Already running"
        return ${SUCCESS}
    else
        echo "Not running"
        return ${FAILURE}
    fi
}
#


function monitor_docker {
    DOCKER_NAME=$1
    echo "Monitor ${DOCKER_NAME} Docker"
    sleep 5
    TIME_OUT=900
    INTERVAL=20
    TIME=0

    while [ "$TIME" -lt "$TIME_OUT" ]; do

        case ${DOCKER_NAME} in

            sdc-cs)
                ready_probe ${DOCKER_NAME} ${TIME} ;
                status=$? ;
            ;;
            sdc-BE)
                ready_probe_jetty ${DOCKER_NAME} ${TIME} ;
                status=$? ;
            ;;
            sdc-FE)
                ready_probe_jetty ${DOCKER_NAME} ${TIME} ;
                status=$? ;
            ;;
            sdc-onboard-BE)
                ready_probe_jetty ${DOCKER_NAME} ${TIME} ;
                status=$? ;
            ;;
            sdc-api-tests)
                probe_test_docker ${DOCKER_NAME} ${TIME};
                status=$? ;
            ;;
            sdc-ui-tests)
                probe_test_docker ${DOCKER_NAME} ${TIME};
                status=$? ;
            ;;
            *)
                probe_docker ${DOCKER_NAME} ${TIME};
                status=$? ;
            ;;

        esac

        if [[ ${status} == ${SUCCESS} ]] ; then
            break;
        fi

        echo "Sleep: ${INTERVAL} seconds before testing if ${DOCKER_NAME} DOCKER is up. Total wait time up now is: ${TIME} seconds. Timeout is: ${TIME_OUT} seconds"
        sleep ${INTERVAL}
        TIME=$(($TIME+$INTERVAL))
    done

    docker_logs ${DOCKER_NAME}

    if [ "$TIME" -ge "$TIME_OUT" ]; then
        echo -e "\e[1;31mTIME OUT: DOCKER was NOT fully started in $TIME_OUT seconds... Could cause problems ...\e[0m"
    fi
}
#

# healthCheck script used the secure connection to send request (https is always turn on)
function healthCheck {
	curl --noproxy "*" ${IP}:9200/_cluster/health?pretty=true

	echo "BE Health Check:"
	curl -k --noproxy "*" https://${IP}:8443/sdc2/rest/healthCheck

	echo ""
	echo ""
	echo "FE Health Check:"
	curl -k --noproxy "*" https://${IP}:9443/sdc1/rest/healthCheck


	echo ""
	echo ""
	healthCheck_http_code=$(curl -k --noproxy "*" -o /dev/null -w '%{http_code}' -H "Accept: application/json" -H "Content-Type: application/json" -H "USER_ID: jh0003" https://${IP}:8443/sdc2/rest/v1/user/demo;)
	if [[ ${healthCheck_http_code} != 200 ]]; then
		echo "Error [${healthCheck_http_code}] while checking existence of user"
		return ${healthCheck_http_code}
	fi
	echo "check user existence: OK"
	return ${healthCheck_http_code}
}
#


function command_exit_status {
    status=$1
    docker=$2
    if [ "${status}" != "0" ] ; then
        echo "[  ERROR  ] Docker ${docker} run command exit with status [${status}]"
    fi
}
#


#
# Run Containers
#


#Cassandra
function sdc-cs {
    DOCKER_NAME="sdc-cs"
    echo "docker run sdc-cassandra..."
    if [ ${LOCAL} = false ]; then
        docker pull ${PREFIX}/sdc-cassandra:${RELEASE}
    fi
    docker run -dit --name ${DOCKER_NAME} --env RELEASE="${RELEASE}" --env CS_PASSWORD="${CS_PASSWORD}" --env ENVNAME="${DEP_ENV}" --env HOST_IP=${IP} --env MAX_HEAP_SIZE="1536M" --env HEAP_NEWSIZE="512M" --log-driver=json-file --log-opt max-size=100m --log-opt max-file=10 --ulimit memlock=-1:-1 --ulimit nofile=4096:100000 ${LOCAL_TIME_MOUNT_CMD} --volume ${WORKSPACE}/data/CS:/var/lib/cassandra --volume ${WORKSPACE}/data/environments:/root/chef-solo/environments --publish ${CS_PORT}:${CS_PORT} ${PREFIX}/sdc-cassandra:${RELEASE} /bin/sh
    command_exit_status $? ${DOCKER_NAME}
    echo "please wait while CS is starting..."
    monitor_docker ${DOCKER_NAME}
}
#


#Cassandra-init
function sdc-cs-init {
    DOCKER_NAME="sdc-cs-init"
    echo "docker run sdc-cassandra-init..."
    if [ ${LOCAL} = false ]; then
        docker pull ${PREFIX}/sdc-cassandra-init:${RELEASE}
    fi
    docker run --name ${DOCKER_NAME} --env RELEASE="${RELEASE}" --env SDC_USER="${SDC_USER}" --env SDC_PASSWORD="${SDC_PASSWORD}" --env CS_PASSWORD="${CS_PASSWORD}" --env ENVNAME="${DEP_ENV}" --env HOST_IP=${IP} --log-driver=json-file --log-opt max-size=100m --log-opt max-file=10 --ulimit memlock=-1:-1 --ulimit nofile=4096:100000 ${LOCAL_TIME_MOUNT_CMD} --volume ${WORKSPACE}/data/CS:/var/lib/cassandra --volume ${WORKSPACE}/data/environments:/home/sdc/chef-solo/environments --volume ${WORKSPACE}/data/CS-Init:/root/chef-solo/cache ${PREFIX}/sdc-cassandra-init:${RELEASE} > /dev/null 2>&1
    rc=$?
    docker_logs ${DOCKER_NAME}
    if [[ ${rc} != 0 ]]; then exit ${rc}; fi
}
#


#Onboard Cassandra-init
function sdc-cs-onboard-init {
    DOCKER_NAME="sdc-cs-onboard-init"
    echo "docker run sdc-cs-onboard-init..."
    if [ ${LOCAL} = false ]; then
        docker pull ${PREFIX}/sdc-onboard-cassandra-init:${RELEASE}
    fi
    docker run --name ${DOCKER_NAME} --env RELEASE="${RELEASE}" --env CS_HOST_IP=${IP} --env CS_HOST_PORT=${CS_PORT} --env SDC_USER="${SDC_USER}" --env SDC_PASSWORD="${SDC_PASSWORD}" --env CS_PASSWORD="${CS_PASSWORD}" --env ENVNAME="${DEP_ENV}" --log-driver=json-file --log-opt max-size=100m --log-opt max-file=10 --ulimit memlock=-1:-1 --ulimit nofile=4096:100000 ${LOCAL_TIME_MOUNT_CMD} --volume ${WORKSPACE}/data/CS:/var/lib/cassandra --volume ${WORKSPACE}/data/environments:/home/sdc/chef-solo/environments --volume ${WORKSPACE}/data/CS-Init:/home/sdc/chef-solo/cache ${PREFIX}/sdc-onboard-cassandra-init:${RELEASE}
    rc=$?
    docker_logs ${DOCKER_NAME}
    if [[ ${rc} != 0 ]]; then exit ${rc}; fi
}
#


#Back-End
function sdc-BE {
    DOCKER_NAME="sdc-BE"
    echo "docker run sdc-backend..."
    if [ ${LOCAL} = false ]; then
        docker pull ${PREFIX}/sdc-backend:${RELEASE}
    else
        ADDITIONAL_ARGUMENTS=${BE_DEBUG_PORT}
    fi
    docker run --detach --name ${DOCKER_NAME} --env HOST_IP=${IP} --env ENVNAME="${DEP_ENV}" --env cassandra_ssl_enabled="false" --env JAVA_OPTIONS="${BE_JAVA_OPTIONS}" --log-driver=json-file --log-opt max-size=100m --log-opt max-file=10 --ulimit memlock=-1:-1 --ulimit nofile=4096:100000 ${LOCAL_TIME_MOUNT_CMD} --volume ${WORKSPACE}/data/logs/BE/:${JETTY_BASE}/logs  --volume ${WORKSPACE}/data/environments:${JETTY_BASE}/chef-solo/environments --publish 8443:8443 --publish 8080:8080 ${ADDITIONAL_ARGUMENTS} ${PREFIX}/sdc-backend:${RELEASE}
    command_exit_status $? ${DOCKER_NAME}
    echo "please wait while BE is starting..."
    monitor_docker ${DOCKER_NAME}
}
#


# Back-End-Init
function sdc-BE-init {
    DOCKER_NAME="sdc-BE-init"
    echo "docker run sdc-backend-init..."
    if [ ${LOCAL} = false ]; then
        docker pull ${PREFIX}/sdc-backend-init:${RELEASE}
    fi
    docker run --name ${DOCKER_NAME} --env HOST_IP=${IP} --env ENVNAME="${DEP_ENV}" --log-driver=json-file --log-opt max-size=100m --log-opt max-file=10 --ulimit memlock=-1:-1 --ulimit nofile=4096:100000 ${LOCAL_TIME_MOUNT_CMD} --volume ${WORKSPACE}/data/logs/BE/:${JETTY_BASE}/logs  --volume ${WORKSPACE}/data/environments:/home/sdc/chef-solo/environments ${PREFIX}/sdc-backend-init:${RELEASE} > /dev/null 2>&1
    rc=$?
    docker_logs ${DOCKER_NAME}
    if [[ ${rc} != 0 ]]; then exit ${rc}; fi
}
#


# Onboard Back-End
function sdc-onboard-BE {
    DOCKER_NAME="sdc-onboard-BE"
    echo "docker run  sdc-onboard-BE ..."
#    TODO Check the dir_perms action . do we need it here ??
#    dir_perms
    if [ ${LOCAL} = false ]; then
        docker pull ${PREFIX}/sdc-onboard-backend:${RELEASE}
    else
        ADDITIONAL_ARGUMENTS=${ONBOARD_DEBUG_PORT}
    fi
    docker run --detach --name ${DOCKER_NAME} --env HOST_IP=${IP} --env ENVNAME="${DEP_ENV}" --env cassandra_ssl_enabled="false" --env SDC_CLUSTER_NAME="SDC-CS-${DEP_ENV}" --env SDC_USER="${SDC_USER}" --env SDC_PASSWORD="${SDC_PASSWORD}" --env SDC_CERT_DIR="${SDC_CERT_DIR}" --env JAVA_OPTIONS="${ONBOARD_BE_JAVA_OPTIONS}" --log-driver=json-file --log-opt max-size=100m --log-opt max-file=10 --ulimit memlock=-1:-1 --ulimit nofile=4096:100000 ${LOCAL_TIME_MOUNT_CMD} --volume ${WORKSPACE}/data/${SDC_CERT_DIR}:${JETTY_BASE}/onap/cert --volume ${WORKSPACE}/data/logs/ONBOARD:${JETTY_BASE}/logs --volume ${WORKSPACE}/data/environments:/${JETTY_BASE}/chef-solo/environments --publish 8445:8445 --publish 8081:8081 ${ADDITIONAL_ARGUMENTS} ${PREFIX}/sdc-onboard-backend:${RELEASE}
    command_exit_status $? ${DOCKER_NAME}
    echo "please wait while sdc-onboard-BE is starting..."
    monitor_docker ${DOCKER_NAME}
}
#


# Front-End
function sdc-FE {
    DOCKER_NAME="sdc-FE"
    IMAGE_NAME="${PREFIX}/sdc-frontend:${RELEASE}"
    echo "Running container '${DOCKER_NAME}' based on '${IMAGE_NAME}' image..."
    if [ ${LOCAL} = false ]; then
        docker pull ${PREFIX}/sdc-frontend:${RELEASE}
    else
        ADDITIONAL_ARGUMENTS=${FE_DEBUG_PORT}
    fi

    PLUGIN_CONFIG_FILE="${WORKSPACE}/data/environments/plugins-configuration.yaml"
    if [[ -f ${WORKSPACE}/data/environments/plugins-configuration.yaml ]]; then
        PLUGINS_CONF_VOLUME_MOUNT="--volume ${PLUGIN_CONFIG_FILE}:${JETTY_BASE}/config/catalog-fe/plugins-configuration.yaml"
    else
        echo "INFO: '${PLUGIN_CONFIG_FILE}' not provided, ignoring..."
    fi

    docker run \
    --detach \
    --name ${DOCKER_NAME} \
    --env HOST_IP=${IP} \
    --env ENVNAME="${DEP_ENV}" \
    --env JAVA_OPTIONS="${FE_JAVA_OPTIONS}" \
    --log-driver=json-file \
    --log-opt max-size=100m \
    --log-opt max-file=10 \
    --ulimit memlock=-1:-1 \
    --ulimit nofile=4096:100000 \
    --volume ${WORKSPACE}/data/logs/FE/:${JETTY_BASE}/logs \
    --volume ${WORKSPACE}/data/environments:/${JETTY_BASE}/chef-solo/environments \
    ${LOCAL_TIME_MOUNT_CMD}  \
    ${PLUGINS_CONF_VOLUME_MOUNT} \
    --publish 9443:9443 \
    --publish 8181:8181 \
    ${ADDITIONAL_ARGUMENTS} \
    ${IMAGE_NAME}

    command_exit_status $? ${DOCKER_NAME}
    echo "Please wait while '${DOCKER_NAME}' container is starting..."
    monitor_docker ${DOCKER_NAME}
}
#


# apis-sanity
function sdc-api-tests {
    if [[ ${RUN_API_TESTS} = true ]] ; then
        healthCheck
        healthCheck_http_code=$?
        if [[ ${healthCheck_http_code} == 200 ]] ; then
            echo "docker run sdc-api-tests..."
            echo "Trigger sdc-api-tests docker, please wait..."

            if [ ${LOCAL} = false ]; then
                docker pull ${PREFIX}/sdc-api-tests:${RELEASE}
            fi

            docker run --detach --name sdc-api-tests --env HOST_IP=${IP} --env ENVNAME="${DEP_ENV}" --env JAVA_OPTIONS="${API_TESTS_JAVA_OPTIONS}" --env SUITE_NAME=${API_SUITE} --log-driver=json-file --log-opt max-size=100m --log-opt max-file=10 --ulimit memlock=-1:-1 --ulimit nofile=4096:100000 ${LOCAL_TIME_MOUNT_CMD} --volume ${WORKSPACE}/data/logs/sdc-api-tests/target:/var/lib/tests/target --volume ${WORKSPACE}/data/logs/sdc-api-tests/ExtentReport:/var/lib/tests/ExtentReport --volume ${WORKSPACE}/data/logs/sdc-api-tests/outputCsar:/var/lib/tests/outputCsar --volume ${WORKSPACE}/data/environments:/root/chef-solo/environments --volume ${WORKSPACE}/data/${SDC_CERT_DIR}:/var/lib/tests/cert --publish 9560:9560 ${PREFIX}/sdc-api-tests:${RELEASE} echo "please wait while SDC-API-TESTS is starting....."
            monitor_docker sdc-api-tests
        fi
    fi
}
#


# ui-sanity
function sdc-ui-tests {

    if [[ ${RUN_UI_TESTS} = true ]] ; then
		healthCheck
        healthCheck_http_code=$?
        if [[ ${healthCheck_http_code} == 200 ]]; then
            echo "docker run sdc-ui-tets..."
            echo "Trigger sdc-ui-tests docker, please wait..."

            if [ ${LOCAL} = false ]; then
                docker pull ${PREFIX}/sdc-ui-tests:${RELEASE}
            fi
            RUN_SIMULATOR=true;
            sdc-sim
            docker run --detach --name sdc-ui-tests --env HOST_IP=${IP} --env ENVNAME="${DEP_ENV}" --env JAVA_OPTIONS="${UI_TESTS_JAVA_OPTIONS}" --env SUITE_NAME=${UI_SUITE} --log-driver=json-file --log-opt max-size=100m --log-opt max-file=10 --ulimit memlock=-1:-1 --ulimit nofile=4096:100000 ${LOCAL_TIME_MOUNT_CMD} --volume ${WORKSPACE}/data/logs/sdc-ui-tests/target:/var/lib/tests/target --volume ${WORKSPACE}/data/logs/sdc-ui-tests/ExtentReport:/var/lib/tests/ExtentReport --volume ${WORKSPACE}/data/environments:/root/chef-solo/environments --publish 5901:5901 --publish 6901:6901 ${PREFIX}/sdc-ui-tests:${RELEASE}
            echo "please wait while SDC-UI-TESTS is starting....."
            monitor_docker sdc-ui-tests
        fi
    fi
}
#


# SDC-Simulator
function sdc-sim {
    if [ "${RUN_SIMULATOR}" == true ]; then
        echo "docker run sdc-webSimulator..."
        if [ ${LOCAL} = false ]; then
            docker pull ${PREFIX}/sdc-simulator:${RELEASE}
        fi

        probe_sim
        sim_stat=$?
        if [ ${sim_stat} == 1 ]; then
            docker run \
                --detach \
                --name sdc-sim \
                --env FE_URL="${FE_URL}" \
                --env JAVA_OPTIONS="${SIM_JAVA_OPTIONS}" \
                --env ENVNAME="${DEP_ENV}" \
                ${LOCAL_TIME_MOUNT_CMD} \
                --volume ${WORKSPACE}/data/logs/WS/:${JETTY_BASE}/logs \
                --volume ${WORKSPACE}/data/environments:/root/chef-solo/environments \
                --publish 8285:8080 \
                --publish 8286:8443 ${PREFIX}/sdc-simulator:${RELEASE}
            echo "please wait while SDC-WEB-SIMULATOR is starting....."
            monitor_docker sdc-sim
        fi
    fi
}
#


#
# Main
#

# Handle command line arguments
while [ $# -gt 0 ]; do
    case $1 in

	# -r | --release - The specific docker version to pull and deploy
    -r | --release )
          shift 1 ;
          RELEASE=$1;
          shift 1;;

	# -e | --environment - The environment name you want to deploy
    -e | --environment )
          shift 1;
          DEP_ENV=$1;
          shift 1 ;;

	# -p | --port - The port from which to connect to the docker nexus
    -p | --port )
          shift 1 ;
          PORT=$1;
          shift 1 ;;

	# -l | --local - Use this for deploying your local dockers without pulling them first
    -l | --local )
          LOCAL=true;
          shift 1;;

	# -ta - Use this for running the APIs sanity docker after all other dockers have been deployed
    -ta  )
          shift 1 ;
          API_SUITE=$1;
          RUN_API_TESTS=true;
          shift 1 ;;

	# -tu - Use this for running the UI sanity docker after all other dockers have been deployed
    -tu  )
          shift 1 ;
	      UI_SUITE=$1;
          RUN_UI_TESTS=true;
          shift 1 ;;

    # -tad - Use this for running the DEFAULT suite of tests in APIs sanity docker after all other dockers have been deployed
    -tad | -t )
          API_SUITE="onapApiSanity";
          RUN_API_TESTS=true;
          shift 1 ;;

	# -tud - Use this for running the DEFAULT suite of tests in UI sanity docker after all other dockers have been deployed
    -tud   )
          UI_SUITE="onapUiSanity";
          RUN_UI_TESTS=true;
          shift 1 ;;

    # -d | --docker - The init specified docker
    -d | --docker )
          shift 1 ;
          DOCKER=$1;
          shift 1 ;;
    # -sim | --simulator run the simulator
    -sim | --simulator )
          RUN_SIMULATOR=true;
          shift 1 ;;
    # -sim | --simulator run the simulator
    -u | --fe_url )
          shift 1 ;
          FE_URL=$1;
          shift 1 ;;

	# -h | --help - Display the help message with all the available run options
    -h | --help )
          usage;
          exit  ${SUCCESS};;

         * )
          usage;
          exit  ${FAILURE};;
    esac
done


#Prefix those with WORKSPACE so it can be set to something other than /opt
[ -f ${WORKSPACE}/opt/config/env_name.txt ] && DEP_ENV=$(cat ${WORKSPACE}/opt/config/env_name.txt) || echo ${DEP_ENV}
[ -f ${WORKSPACE}/opt/config/nexus_username.txt ] && NEXUS_USERNAME=$(cat ${WORKSPACE}/opt/config/nexus_username.txt)    || NEXUS_USERNAME=release
[ -f ${WORKSPACE}/opt/config/nexus_password.txt ] && NEXUS_PASSWD=$(cat ${WORKSPACE}/opt/config/nexus_password.txt)      || NEXUS_PASSWD=sfWU3DFVdBr7GVxB85mTYgAW
[ -f ${WORKSPACE}/opt/config/nexus_docker_repo.txt ] && NEXUS_DOCKER_REPO=$(cat ${WORKSPACE}/opt/config/nexus_docker_repo.txt) || NEXUS_DOCKER_REPO=nexus3.onap.org:${PORT}
[ -f ${WORKSPACE}/opt/config/nexus_username.txt ] && docker login -u $NEXUS_USERNAME -p $NEXUS_PASSWD $NEXUS_DOCKER_REPO


export IP=`ip route get 8.8.8.8 | awk '/src/{ print $7 }'`
#If OSX, then use this to get IP
if [[ "$OSTYPE" == "darwin"* ]]; then
    export IP=$(ipconfig getifaddr en0)
fi
export PREFIX=${NEXUS_DOCKER_REPO}'/onap'

if [ ${LOCAL} = true ]; then
	PREFIX='onap'
fi

echo ""

if [ -z "${DOCKER}" ]; then
    cleanup all
    dir_perms
    sdc-cs
    sdc-cs-init
    sdc-cs-onboard-init
    sdc-onboard-BE
    sdc-BE
    sdc-BE-init
    sdc-FE
    healthCheck
    sdc-sim
    sdc-api-tests
    sdc-ui-tests
else
    cleanup ${DOCKER}
    dir_perms
    ${DOCKER}
    healthCheck
fi