deployment/heat/onap-oom/k8s_vm_entrypoint.sh - onap/integration - Gitiles

 #!/bin/bash -x
 printenv

 mkdir -p /opt/config
 echo "__rancher_ip_addr__" > /opt/config/rancher_ip_addr.txt
 echo `hostname -I` `hostname` >> /etc/hosts
 mkdir -p /etc/docker
 cat > /etc/docker/daemon.json <<EOF
 {
   "insecure-registries" : ["__docker_proxy__"]
 }
 EOF
 cat > /etc/apt/apt.conf.d/30proxy<<EOF
 Acquire::http { Proxy "http://__apt_proxy__"; };
 Acquire::https::Proxy "DIRECT";
 EOF
 apt-get -y update
 apt-get -y install linux-image-extra-$(uname -r) jq

 cd ~

 # install docker 1.12
 curl -s https://releases.rancher.com/install-docker/1.12.sh | sh
 usermod -aG docker ubuntu

 # install kubernetes 1.8.6
 curl -s -LO https://storage.googleapis.com/kubernetes-release/release/v1.8.6/bin/linux/amd64/kubectl
 chmod +x ./kubectl
 sudo mv ./kubectl /usr/local/bin/kubectl
 mkdir ~/.kube

 # install helm 2.3
 wget -q http://storage.googleapis.com/kubernetes-helm/helm-v2.3.0-linux-amd64.tar.gz
 tar -zxvf helm-v2.3.0-linux-amd64.tar.gz
 sudo mv linux-amd64/helm /usr/local/bin/helm

 # Fix virtual memory allocation for onap-log:elasticsearch:
 echo "vm.max_map_count=262144" >> /etc/sysctl.conf
 sysctl -p

 # install rancher agent
 echo export RANCHER_IP=__rancher_ip_addr__ > api-keys-rc
 source api-keys-rc

 sleep 50
 until curl -s -o projects.json -H "Accept: application/json" http://$RANCHER_IP:8080/v2-beta/projects; do
     sleep 10
 done
 OLD_PID=$(jq -r '.data[0].id' projects.json)

 curl -s -H "Accept: application/json" -H "Content-Type: application/json" -d '{"accountId":"1a1"}' http://$RANCHER_IP:8080/v2-beta/apikeys > apikeys.json
 echo export RANCHER_ACCESS_KEY=`jq -r '.publicValue' apikeys.json` >> api-keys-rc
 echo export RANCHER_SECRET_KEY=`jq -r '.secretValue' apikeys.json` >> api-keys-rc
 source api-keys-rc

 curl -s -u "${RANCHER_ACCESS_KEY}:${RANCHER_SECRET_KEY}" -X DELETE -H 'Content-Type: application/json' "http://$RANCHER_IP:8080/v2-beta/projects/$OLD_PID"

 until [ ! -z "$TEMPLATE_ID" ] && [ "$TEMPLATE_ID" != "null" ]; do
     sleep 5
     curl -s -H "Accept: application/json" http://$RANCHER_IP:8080/v2-beta/projectTemplates?name=Kubernetes > projectTemplatesKubernetes.json
     TEMPLATE_ID=$(jq -r '.data[0].id' projectTemplatesKubernetes.json)
 done

 curl -s -u "${RANCHER_ACCESS_KEY}:${RANCHER_SECRET_KEY}" -X POST -H 'Content-Type: application/json' -d '{ "name":"oom", "projectTemplateId":"'$TEMPLATE_ID'" }' "http://$RANCHER_IP:8080/v2-beta/projects" > project.json
 PID=`jq -r '.id' project.json`
 echo export RANCHER_URL=http://$RANCHER_IP:8080/v1/projects/$PID >> api-keys-rc
 source api-keys-rc

 until [ $(jq -r '.state' project.json) == "active" ]; do
     sleep 5
     curl -s -H "Accept: application/json" http://$RANCHER_IP:8080/v1/projects/$PID > project.json
 done

 TID=$(curl -s -X POST -H "Accept: application/json" -H "Content-Type: application/json" http://$RANCHER_IP:8080/v1/projects/$PID/registrationTokens | jq -r '.id')
 touch token.json
 while [ $(jq -r .command token.json | wc -c) -lt 10 ]; do
     sleep 5
     curl -s -X GET -H "Accept: application/json" http://$RANCHER_IP:8080/v1/projects/$PID/registrationToken/$TID > token.json
 done
 RANCHER_AGENT_CMD=$(jq -r .command token.json)
 eval $RANCHER_AGENT_CMD

 # download rancher CLI
 wget -q https://github.com/rancher/cli/releases/download/v0.6.7/rancher-linux-amd64-v0.6.7.tar.xz
 unxz rancher-linux-amd64-v0.6.7.tar.xz
 tar xvf rancher-linux-amd64-v0.6.7.tar

 # Clone OOM:
 cd ~
 git clone -b amsterdam http://gerrit.onap.org/r/oom

 # Update values.yaml to point to docker-proxy instead of nexus3:
 cd ~/oom/kubernetes
 perl -p -i -e 's/nexus3.onap.org:10001/__docker_proxy__/g' `find ./ -name values.yaml` oneclick/setenv.bash

 KUBETOKEN=$(echo -n 'Basic '$(echo -n "$RANCHER_ACCESS_KEY:$RANCHER_SECRET_KEY" | base64 -w 0) | base64 -w 0)

 # create .kube/config
 cat > ~/.kube/config <<EOF
 apiVersion: v1
 kind: Config
 clusters:
 - cluster:
     api-version: v1
     insecure-skip-tls-verify: true
     server: "https://$RANCHER_IP:8080/r/projects/$PID/kubernetes:6443"
   name: "oom"
 contexts:
 - context:
     cluster: "oom"
     user: "oom"
   name: "oom"
 current-context: "oom"
 users:
 - name: "oom"
   user:
     token: "$KUBETOKEN"
 EOF

 export KUBECONFIG=/root/.kube/config
 kubectl config view

 # Update ~/oom/kubernetes/kube2msb/values.yaml kubeMasterAuthToken to use the token from ~/.kube/config
 sed -i "s/kubeMasterAuthToken:.*/kubeMasterAuthToken: $KUBETOKEN/" ~/oom/kubernetes/kube2msb/values.yaml

 # Put your onap_key ssh private key in ~/.ssh/onap_key

 # Create or edit ~/oom/kubernetes/config/onap-parameters.yaml
 cat > ~/oom/kubernetes/config/onap-parameters.yaml <<EOF
 # For information regarding those parameters, please visit http://onap.readthedocs.io/en/latest/submodules/dcaegen2.git/docs/sections/installation_heat.html

 #################
 # COMMON CONFIG #
 #################

 # NEXUS
 NEXUS_HTTP_REPO: https://nexus.onap.org/content/sites/raw
 NEXUS_DOCKER_REPO: nexus3.onap.org:10001
 NEXUS_USERNAME: docker
 NEXUS_PASSWORD: docker

 # ONAP config
 # Do not change unless you know what you're doing
 DMAAP_TOPIC: "AUTO"
 DEMO_ARTIFACTS_VERSION: "1.1.1"

 # ------------------------------------------------#
 # OpenStack Config on which VNFs will be deployed #
 # ------------------------------------------------#

 # The four below parameters are only used by Robot.
 # As Robot is able to perform some automated actions,
 # e.g. onboard/distribute/instantiate, it has to be
 # configured with four below parameters (in addition
 # to the OPENSTACK ones).
 # If you don't intend to use Robot for those actions,
 # you can put dummy values, but you will have to provide
 # those values when deploying VNF anyway.
 # --------------------------------------------------
 # This is the OAM Network ID used for internal network by VNFs.
 # You could create 10.10.10.0/24 (256 IPs should be enough) in your cloud instance.
 OPENSTACK_OAM_NETWORK_ID: "__oam_network_id__"
 # This is the public Network ID. Public = external network in OpenStack.
 # Floating IPs will be created and assigned to VNFs from this network,
 # to provide external reachability.
 OPENSTACK_PUBLIC_NETWORK_ID: "__public_net_id__"
 # VM Flavor to be used by VNF.
 OPENSTACK_FLAVOR: "m1.medium"
 # VM image to be used by VNF. Here ubuntu 14.04 is provided.
 OPENSTACK_IMAGE: "__ubuntu_1604_image__"

 OPENSTACK_USERNAME: "__openstack_username__"
 OPENSTACK_PASSWORD: "__openstack_api_key__"
 OPENSTACK_TENANT_NAME: "__openstack_tenant_name__"
 OPENSTACK_TENANT_ID: "__openstack_tenant_id__"
 OPENSTACK_REGION: "RegionOne"
 # Either v2.0 or v3
 OPENSTACK_API_VERSION: "v2.0"
 OPENSTACK_KEYSTONE_URL: "__keystone_url__"
 # Don't change this if you don't know what it is
 OPENSTACK_SERVICE_TENANT_NAME: "service"

 ########
 # DCAE #
 ########

 # Whether or not to deploy DCAE
 # If set to false, all the parameters below can be left empty or removed
 # If set to false, update ../dcaegen2/values.yaml disableDcae value to true,
 # this is to avoid deploying the DCAE deployments and services.
 DEPLOY_DCAE: "true"

 # DCAE Config
 DCAE_DOCKER_VERSION: v1.1.1
 DCAE_VM_BASE_NAME: "dcae"

 # ------------------------------------------------#
 # OpenStack Config on which DCAE will be deployed #
 # ------------------------------------------------#

 # Whether to have DCAE deployed on the same OpenStack instance on which VNF will be deployed.
 # (e.g. re-use the same config as defined above)
 # If set to true, discard the next config block, else provide the values.
 IS_SAME_OPENSTACK_AS_VNF: "true"

 # Fill in the values in below block only if IS_SAME_OPENSTACK_AS_VNF set to "false"
 # ---
 # Either v2.0 or v3
 DCAE_OS_API_VERSION: "v2.0"
 DCAE_OS_KEYSTONE_URL: "__keystone_url__"
 DCAE_OS_USERNAME: ""
 DCAE_OS_PASSWORD: ""
 DCAE_OS_TENANT_NAME: ""
 DCAE_OS_TENANT_ID: ""
 DCAE_OS_REGION: ""
 # ---

 # We need to provide the config of the public network here, because the DCAE VMs will be
 # assigned a floating IP on this network so one can access them, to debug for instance.
 # The ID of the public network.
 DCAE_OS_PUBLIC_NET_ID: "__public_net_id__"
 # The name of the public network.
 DCAE_OS_PUBLIC_NET_NAME: "__public_net_name__"
 # This is the private network that will be used by DCAE VMs. The network will be created during the DCAE boostrap process,
 # and will the subnet created will use this CIDR. (/28 provides 16 IPs, DCAE requires 15.)
 DCAE_OS_OAM_NETWORK_CIDR: "10.99.0.0/16"
 # This will be the private ip of the DCAE boostrap VM. This VM is responsible for spinning up the whole DCAE stack (14 VMs total)
 DCAE_IP_ADDR: "10.99.4.1"

 # The flavors' name to be used by DCAE VMs
 DCAE_OS_FLAVOR_SMALL: "m1.small"
 DCAE_OS_FLAVOR_MEDIUM: "m1.medium"
 DCAE_OS_FLAVOR_LARGE: "m1.large"
 # The images' name to be used by DCAE VMs
 DCAE_OS_UBUNTU_14_IMAGE: "__ubuntu_1404_image__"
 DCAE_OS_UBUNTU_16_IMAGE: "__ubuntu_1604_image__"
 DCAE_OS_CENTOS_7_IMAGE: "__centos_7_image__"

 # This is the keypair that will be created in OpenStack, and that one can use to access DCAE VMs using ssh.
 # The private key needs to be in a specific format so at the end of the process, it's formatted properly
 # when ending up in the DCAE HEAT stack. The best way is to do the following:
 # - copy paste your key
 # - surround it with quote
 # - add \n at the end of each line
 # - escape the result using https://www.freeformatter.com/java-dotnet-escape.html#ad-output
 DCAE_OS_KEY_NAME: "onap_key"
 DCAE_OS_PUB_KEY: "ssh-rsa AAAAB3NzaC1yc2EAAAADAQABAAABAQDKXDgoo3+WOqcUG8/5uUbk81+yczgwC4Y8ywTmuQqbNxlY1oQ0YxdMUqUnhitSXs5S/yRuAVOYHwGg2mCs20oAINrP+mxBI544AMIb9itPjCtgqtE2EWo6MmnFGbHB4Sx3XioE7F4VPsh7japsIwzOjbrQe+Mua1TGQ5d4nfEOQaaglXLLPFfuc7WbhbJbK6Q7rHqZfRcOwAMXgDoBqlyqKeiKwnumddo2RyNT8ljYmvB6buz7KnMinzo7qB0uktVT05FH9Rg0CTWH5norlG5qXgP2aukL0gk1ph8iAt7uYLf1ktp+LJI2gaF6L0/qli9EmVCSLr1uJ38Q8CBflhkh"
 DCAE_OS_PRIVATE_KEY: \"-----BEGIN RSA PRIVATE KEY-----\\n\r\nMIIEpQIBAAKCAQEAylw4KKN/ljqnFBvP+blG5PNfsnM4MAuGPMsE5rkKmzcZWNaE\\n\r\nNGMXTFKlJ4YrUl7OUv8kbgFTmB8BoNpgrNtKACDaz/psQSOeOADCG/YrT4wrYKrR\\n\r\nNhFqOjJpxRmxweEsd14qBOxeFT7Ie42qbCMMzo260HvjLmtUxkOXeJ3xDkGmoJVy\\n\r\nyzxX7nO1m4WyWyukO6x6mX0XDsADF4A6AapcqinoisJ7pnXaNkcjU/JY2Jrwem7s\\n\r\n+ypzIp86O6gdLpLVU9ORR/UYNAk1h+Z6K5Rual4D9mrpC9IJNaYfIgLe7mC39ZLa\\n\r\nfiySNoGhei9P6pYvRJlQki69bid/EPAgX5YZIQIDAQABAoIBAQClDekkhI9ZqseC\\n\r\nqFjPuKaxsizZMg+faJb6WSHLSxzyk1OSWY6F6FklgLeC8HW/fuLNYZyGOYDEsG20\\n\r\nlMqL02Wdiy7OutS3oOS5iyzIf9a90HfFJi706el6RIpvINETcaXCS0T8tQrcS1Rd\\n\r\nKqTaBRC6HXJGAPbBcvw3pwQSdskatU6a/Kt2a3x6DsqqinQcgEB/SbrDaJCUX9sb\\n\r\nF2HVUwdq7aZK1Lk0ozr1FID9mrhjwWuQ6XC+vjG0FqtyXeMpR5iaQ73hex3FXQ8z\\n\r\nOjkFbMwuHWSh1DSx70r5yFrrBqwQKnMsBqx4QDRf3fIENUnWviaL+n+gwcXA07af\\n\r\n4kaNUFUtAoGBAPuNNRAGhZnyZ9zguns9PM56nmeMUikV5dPN2DTbQb79cpfV+7pC\\n\r\n6PeSH/dTKFLz62d6qAM2EsNXQvewf8fipBVBRPsRqKOv+uepd01dHNy62I5B+zRm\\n\r\nbe9Kbe+EN60qdzvyPM+2hV6CnvGv1dirimS9pu6RrxD2Rmz1ectnJE+rAoGBAM3w\\n\r\nUbSEemyZ6EKjck2RfdipzY0MNBnIZ2cUqHh8mmPXjdTLzpXb9vmPbHb01Qwo8MP+\\n\r\ngMnTbTBOzyNAaHdIrCO9FHW6C85j3ot5Yzcr+EcBVcua+7KHU0Sgn44JNH8DisJ7\\n\r\nY63UP/1Xb4d1/QvHfxYy3WOvvRdVZ7pPo8JNX95jAoGAIe5CIg8/JizUZa7KeKUh\\n\r\n9pgDleQPkQsrHQ6/AyIwFBsLwf9THSS5V+uV9D57SfUs46Bf2U8J6N90YQSlt8iS\\n\r\naWuManFPVgT+yxDIzt6obf2mCEpOIBtQ6N4ZRh2HhQwdWTCrkzkDdGQaHG+jYL6C\\n\r\nxGPwiG2ON7OAfGIAM7eN5lECgYEAhoRLWlaOgRGnHKAWsYQvZ67CjTdDcPPuVu6v\\n\r\nfMQnNMA/7JeTwV+E205L0wfpgZ/cZKmBBlQMJlnUA3q2wfO+PTnse1mjDJU/cGtB\\n\r\n22/lJLxChlQdxGeQhGtGzUhF+hEeOhrO6WSSx7CtMRZoy6Dr6lwfMFZCdVNcBd6v\\n\r\nYOOZk3ECgYEAseUKGb6E80XTVVNziyuiVbQCsI0ZJuRfqMZ2IIDQJU9u6AnGAway\\n\r\nitqHbkGsmDT+4HUz01+1JKnnw42RdSrHdU/LaOonD+RIGqe2x800QXzqASKLdCXr\\n\r\ny7RoiFqJtkdFQykzJemA+xOXvHLgKi/MXFsU90PCD0VJKLj8vwpX78Y=\\n\r\n-----END RSA PRIVATE KEY-----\\n\r\n\"

 # This below settings allows one to configure the /etc/resolv.conf nameserver resolution for all the DCAE VMs.
 # -
 # In the HEAT setup, it's meant to be a DNS list, as the HEAT setup deploys a DNS Server VM in addition to DNS Designate
 # and this DNS Server is setup to forward request to the DNS Designate backend when it cannot resolve, hence the
 # DNS_FORWARDER config here. The DCAE Boostrap requires both inputs, even though they are now similar, we have to pass
 # them.
 # -
 # ATTENTION: Assumption is made the DNS Designate backend is configure to forward request to a public DNS (e.g. 8.8.8.8)
 # -
 # Put the IP of the DNS Designate backend (e.g. the OpenStack IP supporting DNS Designate)
 DNS_IP: "__dns_forwarder__"
 DNS_FORWARDER: "__dns_forwarder__"

 # Public DNS - not used but required by the DCAE boostrap container
 EXTERNAL_DNS: "__external_dns__"

 # DNS domain for the DCAE VMs
 DCAE_DOMAIN: "dcaeg2.onap.org"

 # Proxy DNS Designate. This means DCAE will run in an instance not support Designate, and Designate will be provided by another instance.
 # Set to true if you wish to use it
 DNSAAS_PROXY_ENABLE: "__dnsaas_proxy_enable__"
 # Provide this only if DNSAAS_PROXY_ENABLE set to true. The IP has to be the IP of one of the K8S hosts.
 # e.g. http://10.195.197.164/api/multicloud-titanium_cloud/v0/pod25_RegionOne/identity/v2.0
 DCAE_PROXIED_KEYSTONE_URL: "http://__k8s_ip_addr__/__dnsaas_proxied_keystone_url_path__"

 # -----------------------------------------------------#
 # OpenStack Config on which DNS Designate is supported #
 # -----------------------------------------------------#

 # If this is the same OpenStack used for the VNF or DCAE, please re-enter the values here.

 DNSAAS_API_VERSION: "v3"
 DNSAAS_REGION: "RegionOne"
 DNSAAS_KEYSTONE_URL: "__dnsaas_keystone_url__"
 DNSAAS_TENANT_ID: "__dnsaas_tenant_id__"
 DNSAAS_TENANT_NAME: "__dnsaas_tenant_name__"
 DNSAAS_USERNAME: "__dnsaas_username__"
 DNSAAS_PASSWORD: "__dnsaas_password__"
 EOF
 cat ~/oom/kubernetes/config/onap-parameters.yaml


 # wait for kubernetes to initialze
 sleep 100
 until [ $(kubectl get pods --namespace kube-system | tail -n +2 | grep -c Running) -ge 6 ]; do
     sleep 10
 done

 # Source the environment file:
 cd ~/oom/kubernetes/oneclick/
 source setenv.bash

 # run the config pod creation
 cd ~/oom/kubernetes/config
 ./createConfig.sh -n onap

 # Wait until the config container completes.
 sleep 20
 until [ $(kubectl get pods --namespace onap -a | tail -n +2 | grep -c Completed) -eq 1 ]; do
     sleep 10
 done

 # version control the config to see what's happening
 cd /dockerdata-nfs/
 git init
 git config user.email "root@k8s"
 git config user.name "root"
 git add -A
 git commit -m "initial commit"

 cat /dockerdata-nfs/onap/dcaegen2/heat/onap_dcae.env

 # Run ONAP:
 cd ~/oom/kubernetes/oneclick/
 ./createAll.bash -n onap

 # Check ONAP status:
 sleep 3
 kubectl get pods --all-namespaces
	#!/bin/bash -x
	printenv

	mkdir -p /opt/config
	echo "__rancher_ip_addr__" > /opt/config/rancher_ip_addr.txt
	echo `hostname -I` `hostname` >> /etc/hosts
	mkdir -p /etc/docker
	cat > /etc/docker/daemon.json <<EOF
	{
	"insecure-registries" : ["__docker_proxy__"]
	}
	EOF
	cat > /etc/apt/apt.conf.d/30proxy<<EOF
	Acquire::http { Proxy "http://__apt_proxy__"; };
	Acquire::https::Proxy "DIRECT";
	EOF
	apt-get -y update
	apt-get -y install linux-image-extra-$(uname -r) jq

	cd ~

	# install docker 1.12
	curl -s https://releases.rancher.com/install-docker/1.12.sh \| sh
	usermod -aG docker ubuntu

	# install kubernetes 1.8.6
	curl -s -LO https://storage.googleapis.com/kubernetes-release/release/v1.8.6/bin/linux/amd64/kubectl
	chmod +x ./kubectl
	sudo mv ./kubectl /usr/local/bin/kubectl
	mkdir ~/.kube

	# install helm 2.3
	wget -q http://storage.googleapis.com/kubernetes-helm/helm-v2.3.0-linux-amd64.tar.gz
	tar -zxvf helm-v2.3.0-linux-amd64.tar.gz
	sudo mv linux-amd64/helm /usr/local/bin/helm

	# Fix virtual memory allocation for onap-log:elasticsearch:
	echo "vm.max_map_count=262144" >> /etc/sysctl.conf
	sysctl -p

	# install rancher agent
	echo export RANCHER_IP=__rancher_ip_addr__ > api-keys-rc
	source api-keys-rc

	sleep 50
	until curl -s -o projects.json -H "Accept: application/json" http://$RANCHER_IP:8080/v2-beta/projects; do
	sleep 10
	done
	OLD_PID=$(jq -r '.data[0].id' projects.json)

	curl -s -H "Accept: application/json" -H "Content-Type: application/json" -d '{"accountId":"1a1"}' http://$RANCHER_IP:8080/v2-beta/apikeys > apikeys.json
	echo export RANCHER_ACCESS_KEY=`jq -r '.publicValue' apikeys.json` >> api-keys-rc
	echo export RANCHER_SECRET_KEY=`jq -r '.secretValue' apikeys.json` >> api-keys-rc
	source api-keys-rc

	curl -s -u "${RANCHER_ACCESS_KEY}:${RANCHER_SECRET_KEY}" -X DELETE -H 'Content-Type: application/json' "http://$RANCHER_IP:8080/v2-beta/projects/$OLD_PID"

	until [ ! -z "$TEMPLATE_ID" ] && [ "$TEMPLATE_ID" != "null" ]; do
	sleep 5
	curl -s -H "Accept: application/json" http://$RANCHER_IP:8080/v2-beta/projectTemplates?name=Kubernetes > projectTemplatesKubernetes.json
	TEMPLATE_ID=$(jq -r '.data[0].id' projectTemplatesKubernetes.json)
	done

	curl -s -u "${RANCHER_ACCESS_KEY}:${RANCHER_SECRET_KEY}" -X POST -H 'Content-Type: application/json' -d '{ "name":"oom", "projectTemplateId":"'$TEMPLATE_ID'" }' "http://$RANCHER_IP:8080/v2-beta/projects" > project.json
	PID=`jq -r '.id' project.json`
	echo export RANCHER_URL=http://$RANCHER_IP:8080/v1/projects/$PID >> api-keys-rc
	source api-keys-rc

	until [ $(jq -r '.state' project.json) == "active" ]; do
	sleep 5
	curl -s -H "Accept: application/json" http://$RANCHER_IP:8080/v1/projects/$PID > project.json
	done

	TID=$(curl -s -X POST -H "Accept: application/json" -H "Content-Type: application/json" http://$RANCHER_IP:8080/v1/projects/$PID/registrationTokens \| jq -r '.id')
	touch token.json
	while [ $(jq -r .command token.json \| wc -c) -lt 10 ]; do
	sleep 5
	curl -s -X GET -H "Accept: application/json" http://$RANCHER_IP:8080/v1/projects/$PID/registrationToken/$TID > token.json
	done
	RANCHER_AGENT_CMD=$(jq -r .command token.json)
	eval $RANCHER_AGENT_CMD

	# download rancher CLI
	wget -q https://github.com/rancher/cli/releases/download/v0.6.7/rancher-linux-amd64-v0.6.7.tar.xz
	unxz rancher-linux-amd64-v0.6.7.tar.xz
	tar xvf rancher-linux-amd64-v0.6.7.tar

	# Clone OOM:
	cd ~
	git clone -b amsterdam http://gerrit.onap.org/r/oom

	# Update values.yaml to point to docker-proxy instead of nexus3:
	cd ~/oom/kubernetes
	perl -p -i -e 's/nexus3.onap.org:10001/__docker_proxy__/g' `find ./ -name values.yaml` oneclick/setenv.bash

	KUBETOKEN=$(echo -n 'Basic '$(echo -n "$RANCHER_ACCESS_KEY:$RANCHER_SECRET_KEY" \| base64 -w 0) \| base64 -w 0)

	# create .kube/config
	cat > ~/.kube/config <<EOF
	apiVersion: v1
	kind: Config
	clusters:
	- cluster:
	api-version: v1
	insecure-skip-tls-verify: true
	server: "https://$RANCHER_IP:8080/r/projects/$PID/kubernetes:6443"
	name: "oom"
	contexts:
	- context:
	cluster: "oom"
	user: "oom"
	name: "oom"
	current-context: "oom"
	users:
	- name: "oom"
	user:
	token: "$KUBETOKEN"
	EOF

	export KUBECONFIG=/root/.kube/config
	kubectl config view

	# Update ~/oom/kubernetes/kube2msb/values.yaml kubeMasterAuthToken to use the token from ~/.kube/config
	sed -i "s/kubeMasterAuthToken:.*/kubeMasterAuthToken: $KUBETOKEN/" ~/oom/kubernetes/kube2msb/values.yaml

	# Put your onap_key ssh private key in ~/.ssh/onap_key

	# Create or edit ~/oom/kubernetes/config/onap-parameters.yaml
	cat > ~/oom/kubernetes/config/onap-parameters.yaml <<EOF
	# For information regarding those parameters, please visit http://onap.readthedocs.io/en/latest/submodules/dcaegen2.git/docs/sections/installation_heat.html

	#################
	# COMMON CONFIG #
	#################

	# NEXUS
	NEXUS_HTTP_REPO: https://nexus.onap.org/content/sites/raw
	NEXUS_DOCKER_REPO: nexus3.onap.org:10001
	NEXUS_USERNAME: docker
	NEXUS_PASSWORD: docker

	# ONAP config
	# Do not change unless you know what you're doing
	DMAAP_TOPIC: "AUTO"
	DEMO_ARTIFACTS_VERSION: "1.1.1"

	# ------------------------------------------------#
	# OpenStack Config on which VNFs will be deployed #
	# ------------------------------------------------#

	# The four below parameters are only used by Robot.
	# As Robot is able to perform some automated actions,
	# e.g. onboard/distribute/instantiate, it has to be
	# configured with four below parameters (in addition
	# to the OPENSTACK ones).
	# If you don't intend to use Robot for those actions,
	# you can put dummy values, but you will have to provide
	# those values when deploying VNF anyway.
	# --------------------------------------------------
	# This is the OAM Network ID used for internal network by VNFs.
	# You could create 10.10.10.0/24 (256 IPs should be enough) in your cloud instance.
	OPENSTACK_OAM_NETWORK_ID: "__oam_network_id__"
	# This is the public Network ID. Public = external network in OpenStack.
	# Floating IPs will be created and assigned to VNFs from this network,
	# to provide external reachability.
	OPENSTACK_PUBLIC_NETWORK_ID: "__public_net_id__"
	# VM Flavor to be used by VNF.
	OPENSTACK_FLAVOR: "m1.medium"
	# VM image to be used by VNF. Here ubuntu 14.04 is provided.
	OPENSTACK_IMAGE: "__ubuntu_1604_image__"

	OPENSTACK_USERNAME: "__openstack_username__"
	OPENSTACK_PASSWORD: "__openstack_api_key__"
	OPENSTACK_TENANT_NAME: "__openstack_tenant_name__"
	OPENSTACK_TENANT_ID: "__openstack_tenant_id__"
	OPENSTACK_REGION: "RegionOne"
	# Either v2.0 or v3
	OPENSTACK_API_VERSION: "v2.0"
	OPENSTACK_KEYSTONE_URL: "__keystone_url__"
	# Don't change this if you don't know what it is
	OPENSTACK_SERVICE_TENANT_NAME: "service"

	########
	# DCAE #
	########

	# Whether or not to deploy DCAE
	# If set to false, all the parameters below can be left empty or removed
	# If set to false, update ../dcaegen2/values.yaml disableDcae value to true,
	# this is to avoid deploying the DCAE deployments and services.
	DEPLOY_DCAE: "true"

	# DCAE Config
	DCAE_DOCKER_VERSION: v1.1.1
	DCAE_VM_BASE_NAME: "dcae"

	# ------------------------------------------------#
	# OpenStack Config on which DCAE will be deployed #
	# ------------------------------------------------#

	# Whether to have DCAE deployed on the same OpenStack instance on which VNF will be deployed.
	# (e.g. re-use the same config as defined above)
	# If set to true, discard the next config block, else provide the values.
	IS_SAME_OPENSTACK_AS_VNF: "true"

	# Fill in the values in below block only if IS_SAME_OPENSTACK_AS_VNF set to "false"
	# ---
	# Either v2.0 or v3
	DCAE_OS_API_VERSION: "v2.0"
	DCAE_OS_KEYSTONE_URL: "__keystone_url__"
	DCAE_OS_USERNAME: ""
	DCAE_OS_PASSWORD: ""
	DCAE_OS_TENANT_NAME: ""
	DCAE_OS_TENANT_ID: ""
	DCAE_OS_REGION: ""
	# ---

	# We need to provide the config of the public network here, because the DCAE VMs will be
	# assigned a floating IP on this network so one can access them, to debug for instance.
	# The ID of the public network.
	DCAE_OS_PUBLIC_NET_ID: "__public_net_id__"
	# The name of the public network.
	DCAE_OS_PUBLIC_NET_NAME: "__public_net_name__"
	# This is the private network that will be used by DCAE VMs. The network will be created during the DCAE boostrap process,
	# and will the subnet created will use this CIDR. (/28 provides 16 IPs, DCAE requires 15.)
	DCAE_OS_OAM_NETWORK_CIDR: "10.99.0.0/16"
	# This will be the private ip of the DCAE boostrap VM. This VM is responsible for spinning up the whole DCAE stack (14 VMs total)
	DCAE_IP_ADDR: "10.99.4.1"

	# The flavors' name to be used by DCAE VMs
	DCAE_OS_FLAVOR_SMALL: "m1.small"
	DCAE_OS_FLAVOR_MEDIUM: "m1.medium"
	DCAE_OS_FLAVOR_LARGE: "m1.large"
	# The images' name to be used by DCAE VMs
	DCAE_OS_UBUNTU_14_IMAGE: "__ubuntu_1404_image__"
	DCAE_OS_UBUNTU_16_IMAGE: "__ubuntu_1604_image__"
	DCAE_OS_CENTOS_7_IMAGE: "__centos_7_image__"

	# This is the keypair that will be created in OpenStack, and that one can use to access DCAE VMs using ssh.
	# The private key needs to be in a specific format so at the end of the process, it's formatted properly
	# when ending up in the DCAE HEAT stack. The best way is to do the following:
	# - copy paste your key
	# - surround it with quote
	# - add \n at the end of each line
	# - escape the result using https://www.freeformatter.com/java-dotnet-escape.html#ad-output
	DCAE_OS_KEY_NAME: "onap_key"
	DCAE_OS_PUB_KEY: "ssh-rsa AAAAB3NzaC1yc2EAAAADAQABAAABAQDKXDgoo3+WOqcUG8/5uUbk81+yczgwC4Y8ywTmuQqbNxlY1oQ0YxdMUqUnhitSXs5S/yRuAVOYHwGg2mCs20oAINrP+mxBI544AMIb9itPjCtgqtE2EWo6MmnFGbHB4Sx3XioE7F4VPsh7japsIwzOjbrQe+Mua1TGQ5d4nfEOQaaglXLLPFfuc7WbhbJbK6Q7rHqZfRcOwAMXgDoBqlyqKeiKwnumddo2RyNT8ljYmvB6buz7KnMinzo7qB0uktVT05FH9Rg0CTWH5norlG5qXgP2aukL0gk1ph8iAt7uYLf1ktp+LJI2gaF6L0/qli9EmVCSLr1uJ38Q8CBflhkh"
	DCAE_OS_PRIVATE_KEY: \"-----BEGIN RSA PRIVATE KEY-----\\n\r\nMIIEpQIBAAKCAQEAylw4KKN/ljqnFBvP+blG5PNfsnM4MAuGPMsE5rkKmzcZWNaE\\n\r\nNGMXTFKlJ4YrUl7OUv8kbgFTmB8BoNpgrNtKACDaz/psQSOeOADCG/YrT4wrYKrR\\n\r\nNhFqOjJpxRmxweEsd14qBOxeFT7Ie42qbCMMzo260HvjLmtUxkOXeJ3xDkGmoJVy\\n\r\nyzxX7nO1m4WyWyukO6x6mX0XDsADF4A6AapcqinoisJ7pnXaNkcjU/JY2Jrwem7s\\n\r\n+ypzIp86O6gdLpLVU9ORR/UYNAk1h+Z6K5Rual4D9mrpC9IJNaYfIgLe7mC39ZLa\\n\r\nfiySNoGhei9P6pYvRJlQki69bid/EPAgX5YZIQIDAQABAoIBAQClDekkhI9ZqseC\\n\r\nqFjPuKaxsizZMg+faJb6WSHLSxzyk1OSWY6F6FklgLeC8HW/fuLNYZyGOYDEsG20\\n\r\nlMqL02Wdiy7OutS3oOS5iyzIf9a90HfFJi706el6RIpvINETcaXCS0T8tQrcS1Rd\\n\r\nKqTaBRC6HXJGAPbBcvw3pwQSdskatU6a/Kt2a3x6DsqqinQcgEB/SbrDaJCUX9sb\\n\r\nF2HVUwdq7aZK1Lk0ozr1FID9mrhjwWuQ6XC+vjG0FqtyXeMpR5iaQ73hex3FXQ8z\\n\r\nOjkFbMwuHWSh1DSx70r5yFrrBqwQKnMsBqx4QDRf3fIENUnWviaL+n+gwcXA07af\\n\r\n4kaNUFUtAoGBAPuNNRAGhZnyZ9zguns9PM56nmeMUikV5dPN2DTbQb79cpfV+7pC\\n\r\n6PeSH/dTKFLz62d6qAM2EsNXQvewf8fipBVBRPsRqKOv+uepd01dHNy62I5B+zRm\\n\r\nbe9Kbe+EN60qdzvyPM+2hV6CnvGv1dirimS9pu6RrxD2Rmz1ectnJE+rAoGBAM3w\\n\r\nUbSEemyZ6EKjck2RfdipzY0MNBnIZ2cUqHh8mmPXjdTLzpXb9vmPbHb01Qwo8MP+\\n\r\ngMnTbTBOzyNAaHdIrCO9FHW6C85j3ot5Yzcr+EcBVcua+7KHU0Sgn44JNH8DisJ7\\n\r\nY63UP/1Xb4d1/QvHfxYy3WOvvRdVZ7pPo8JNX95jAoGAIe5CIg8/JizUZa7KeKUh\\n\r\n9pgDleQPkQsrHQ6/AyIwFBsLwf9THSS5V+uV9D57SfUs46Bf2U8J6N90YQSlt8iS\\n\r\naWuManFPVgT+yxDIzt6obf2mCEpOIBtQ6N4ZRh2HhQwdWTCrkzkDdGQaHG+jYL6C\\n\r\nxGPwiG2ON7OAfGIAM7eN5lECgYEAhoRLWlaOgRGnHKAWsYQvZ67CjTdDcPPuVu6v\\n\r\nfMQnNMA/7JeTwV+E205L0wfpgZ/cZKmBBlQMJlnUA3q2wfO+PTnse1mjDJU/cGtB\\n\r\n22/lJLxChlQdxGeQhGtGzUhF+hEeOhrO6WSSx7CtMRZoy6Dr6lwfMFZCdVNcBd6v\\n\r\nYOOZk3ECgYEAseUKGb6E80XTVVNziyuiVbQCsI0ZJuRfqMZ2IIDQJU9u6AnGAway\\n\r\nitqHbkGsmDT+4HUz01+1JKnnw42RdSrHdU/LaOonD+RIGqe2x800QXzqASKLdCXr\\n\r\ny7RoiFqJtkdFQykzJemA+xOXvHLgKi/MXFsU90PCD0VJKLj8vwpX78Y=\\n\r\n-----END RSA PRIVATE KEY-----\\n\r\n\"

	# This below settings allows one to configure the /etc/resolv.conf nameserver resolution for all the DCAE VMs.
	# -
	# In the HEAT setup, it's meant to be a DNS list, as the HEAT setup deploys a DNS Server VM in addition to DNS Designate
	# and this DNS Server is setup to forward request to the DNS Designate backend when it cannot resolve, hence the
	# DNS_FORWARDER config here. The DCAE Boostrap requires both inputs, even though they are now similar, we have to pass
	# them.
	# -
	# ATTENTION: Assumption is made the DNS Designate backend is configure to forward request to a public DNS (e.g. 8.8.8.8)
	# -
	# Put the IP of the DNS Designate backend (e.g. the OpenStack IP supporting DNS Designate)
	DNS_IP: "__dns_forwarder__"
	DNS_FORWARDER: "__dns_forwarder__"

	# Public DNS - not used but required by the DCAE boostrap container
	EXTERNAL_DNS: "__external_dns__"

	# DNS domain for the DCAE VMs
	DCAE_DOMAIN: "dcaeg2.onap.org"

	# Proxy DNS Designate. This means DCAE will run in an instance not support Designate, and Designate will be provided by another instance.
	# Set to true if you wish to use it
	DNSAAS_PROXY_ENABLE: "__dnsaas_proxy_enable__"
	# Provide this only if DNSAAS_PROXY_ENABLE set to true. The IP has to be the IP of one of the K8S hosts.
	# e.g. http://10.195.197.164/api/multicloud-titanium_cloud/v0/pod25_RegionOne/identity/v2.0
	DCAE_PROXIED_KEYSTONE_URL: "http://__k8s_ip_addr__/__dnsaas_proxied_keystone_url_path__"

	# -----------------------------------------------------#
	# OpenStack Config on which DNS Designate is supported #
	# -----------------------------------------------------#

	# If this is the same OpenStack used for the VNF or DCAE, please re-enter the values here.

	DNSAAS_API_VERSION: "v3"
	DNSAAS_REGION: "RegionOne"
	DNSAAS_KEYSTONE_URL: "__dnsaas_keystone_url__"
	DNSAAS_TENANT_ID: "__dnsaas_tenant_id__"
	DNSAAS_TENANT_NAME: "__dnsaas_tenant_name__"
	DNSAAS_USERNAME: "__dnsaas_username__"
	DNSAAS_PASSWORD: "__dnsaas_password__"
	EOF
	cat ~/oom/kubernetes/config/onap-parameters.yaml


	# wait for kubernetes to initialze
	sleep 100
	until [ $(kubectl get pods --namespace kube-system \| tail -n +2 \| grep -c Running) -ge 6 ]; do
	sleep 10
	done

	# Source the environment file:
	cd ~/oom/kubernetes/oneclick/
	source setenv.bash

	# run the config pod creation
	cd ~/oom/kubernetes/config
	./createConfig.sh -n onap

	# Wait until the config container completes.
	sleep 20
	until [ $(kubectl get pods --namespace onap -a \| tail -n +2 \| grep -c Completed) -eq 1 ]; do
	sleep 10
	done

	# version control the config to see what's happening
	cd /dockerdata-nfs/
	git init
	git config user.email "root@k8s"
	git config user.name "root"
	git add -A
	git commit -m "initial commit"

	cat /dockerdata-nfs/onap/dcaegen2/heat/onap_dcae.env

	# Run ONAP:
	cd ~/oom/kubernetes/oneclick/
	./createAll.bash -n onap

	# Check ONAP status:
	sleep 3
	kubectl get pods --all-namespaces