echo -e " -b tags/v1.1.0 (a specific tag)"
echo -e " ..."
echo -e " -c <orchestrator> deploy osm services using container <orchestrator>. Valid values are <k8s> or <swarm>. If -c is not used then osm will be deployed using default orchestrator. When used with --uninstall, osm services deployed by the orchestrator will be uninstalled"
- echo -e " -n <ui> install OSM with Next Gen UI. Valid values are <lwui> or <ngui>. If -n is not specified osm will be installed with light-ui. When used with uninstall, osm along with the UI specified will be uninstalled"
echo -e " -s <stack name> or <namespace> user defined stack name when installed using swarm or namespace when installed using k8s, default is osm"
echo -e " -H <VCA host> use specific juju host controller IP"
echo -e " -S <VCA secret> use VCA/juju secret key"
echo -e " --vimemu: additionally deploy the VIM emulator as a docker container"
echo -e " --elk_stack: additionally deploy an ELK docker stack for event logging"
echo -e " --pla: install the PLA module for placement support"
- echo -e " -m <MODULE>: install OSM but only rebuild or pull the specified docker images (LW-UI, NG-UI, NBI, LCM, RO, MON, POL, PLA, KAFKA, MONGO, PROMETHEUS, PROMETHEUS-CADVISOR, KEYSTONE-DB, NONE)"
+ echo -e " -m <MODULE>: install OSM but only rebuild or pull the specified docker images (NG-UI, NBI, LCM, RO, MON, POL, PLA, KAFKA, MONGO, PROMETHEUS, PROMETHEUS-CADVISOR, KEYSTONE-DB, NONE)"
echo -e " -o <ADDON>: ONLY (un)installs one of the addons (vimemu, elk_stack, k8s_monitor)"
echo -e " -O <openrc file path/cloud name>: Install OSM to an OpenStack infrastructure. <openrc file/cloud name> is required. If a <cloud name> is used, the clouds.yaml file should be under ~/.config/openstack/ or /etc/openstack/"
echo -e " -N <openstack public network name/ID>: Public network name required to setup OSM to OpenStack"
echo -e " [--lxd <yaml path>]: Takes a YAML file as a parameter with the LXD Cloud information (--charmed option)"
echo -e " [--lxd-cred <yaml path>]: Takes a YAML file as a parameter with the LXD Credentials information (--charmed option)"
echo -e " [--microstack]: Installs microstack as a vim. (--charmed option)"
+ echo -e " [--overlay]: Add an overlay to override some defaults of the default bundle (--charmed option)"
echo -e " [--ha]: Installs High Availability bundle. (--charmed option)"
echo -e " [--tag]: Docker image tag. (--charmed option)"
echo -e " [--registry]: Docker registry with optional credentials as user:pass@hostname:port (--charmed option)"
function remove_helm() {
if [ "$(helm ls -q)" == "" ] ; then
sudo helm reset --force
- kubectl delete --namespace kube-system serviceaccount tiller
- kubectl delete clusterrolebinding tiller-cluster-rule
sudo rm /usr/local/bin/helm
rm -rf $HOME/.helm
fi
done
EONG
- if [ -n "$NGUI" ]; then
- sg docker -c "docker image rm ${DOCKER_REGISTRY_URL}${DOCKER_USER}/ng-ui:${OSM_DOCKER_TAG}"
- else
- sg docker -c "docker image rm ${DOCKER_REGISTRY_URL}${DOCKER_USER}/light-ui:${OSM_DOCKER_TAG}"
- fi
+ sg docker -c "docker image rm ${DOCKER_REGISTRY_URL}${DOCKER_USER}/ng-ui:${OSM_DOCKER_TAG}"
if [ -n "$KUBERNETES" ]; then
OSM_NAMESPACE_VOL="${OSM_HOST_VOL}/${OSM_STACK_NAME}"
# Install LXD snap
sudo apt-get remove --purge -y liblxc1 lxc-common lxcfs lxd lxd-client
- sudo snap install lxd
+ sudo snap install lxd --channel $LXD_VERSION/stable
# Configure LXD
sudo usermod -a -G lxd `whoami`
function install_juju() {
echo "Installing juju"
- sudo snap install juju --classic --channel=2.8/stable
+ sudo snap install juju --classic --channel=$JUJU_VERSION/stable
[[ ":$PATH": != *":/snap/bin:"* ]] && PATH="/snap/bin:${PATH}"
[ -n "$INSTALL_NOCACHELXDIMAGES" ] || update_juju_images
echo "Finished installation of juju"
}
function juju_addk8s() {
- cat $HOME/.kube/config | juju add-k8s $OSM_VCA_K8S_CLOUDNAME --controller $OSM_STACK_NAME --storage openebs-hostpath
+ cat $HOME/.kube/config | juju add-k8s $OSM_VCA_K8S_CLOUDNAME --controller $OSM_STACK_NAME --storage openebs-hostpath \
+ || FATAL "Failed to add K8s endpoint and credential for controller $OSM_STACK_NAME in cloud $OSM_VCA_K8S_CLOUDNAME"
}
function juju_createcontroller_k8s(){
- cat $HOME/.kube/config | juju add-k8s $OSM_VCA_K8S_CLOUDNAME --client
+ cat $HOME/.kube/config | juju add-k8s $OSM_VCA_K8S_CLOUDNAME --client \
+ || FATAL "Failed to add K8s endpoint and credential for client in cloud $OSM_VCA_K8S_CLOUDNAME"
juju bootstrap $OSM_VCA_K8S_CLOUDNAME $OSM_STACK_NAME \
--config controller-service-type=loadbalancer \
- --agent-version=$JUJU_AGENT_VERSION
+ --agent-version=$JUJU_AGENT_VERSION \
+ || FATAL "Failed to bootstrap controller $OSM_STACK_NAME in cloud $OSM_VCA_K8S_CLOUDNAME"
}
-
function juju_addlxd_cloud(){
mkdir -p /tmp/.osm
OSM_VCA_CLOUDNAME="lxd-cloud"
juju controller-config features=[k8s-operators]
}
-
function juju_createproxy() {
check_install_iptables_persistent
if [ -n "$PULL_IMAGES" ]; then
echo "Pulling OSM docker images"
- for module in MON POL NBI KEYSTONE RO LCM NG-UI LW-UI PLA osmclient; do
+ for module in MON POL NBI KEYSTONE RO LCM NG-UI PLA osmclient; do
module_lower=${module,,}
- if [ $module == "LW-UI" ]; then
- if [ -n "$NGUI" ]; then
- continue
- else
- module_lower="light-ui"
- fi
- fi
- if [ $module == "NG-UI" -a ! -n "$NGUI" ]; then
- continue
- fi
if [ $module == "PLA" -a ! -n "$INSTALL_PLA" ]; then
continue
fi
[ -z "$_build_from" ] && _build_from="latest"
echo "OSM Docker images generated from $_build_from"
- for module in MON POL NBI KEYSTONE RO LCM NG-UI LW-UI PLA; do
+ for module in MON POL NBI KEYSTONE RO LCM NG-UI PLA; do
if [ -z "$TO_REBUILD" ] || echo $TO_REBUILD | grep -q ${module} ; then
module_lower=${module,,}
- if [ $module == "LW-UI" ]; then
- if [ -n "$NGUI" ]; then
- continue
- else
- module_lower="light-ui"
- fi
- fi
- if [ $module == "NG-UI" -a ! -n "$NGUI" ]; then
- continue
- fi
if [ $module == "PLA" -a ! -n "$INSTALL_PLA" ]; then
continue
fi
function generate_docker_compose_files() {
$WORKDIR_SUDO cp -b ${OSM_DEVOPS}/installers/docker/docker-compose.yaml $OSM_DOCKER_WORK_DIR/docker-compose.yaml
- if [ -n "$NGUI" ]; then
- # For NG-UI
- $WORKDIR_SUDO cp -b ${OSM_DEVOPS}/installers/docker/docker-compose-ngui.yaml $OSM_DOCKER_WORK_DIR/docker-compose-ui.yaml
- else
- # Docker-compose
- $WORKDIR_SUDO cp -b ${OSM_DEVOPS}/installers/docker/docker-compose-lightui.yaml $OSM_DOCKER_WORK_DIR/docker-compose-ui.yaml
- fi
+ $WORKDIR_SUDO cp -b ${OSM_DEVOPS}/installers/docker/docker-compose-ngui.yaml $OSM_DOCKER_WORK_DIR/docker-compose-ui.yaml
if [ -n "$INSTALL_PLA" ]; then
$WORKDIR_SUDO cp -b ${OSM_DEVOPS}/installers/docker/osm_pla/docker-compose.yaml $OSM_DOCKER_WORK_DIR/osm_pla/docker-compose.yaml
fi
#Kubernetes resources
$WORKDIR_SUDO cp -bR ${OSM_DEVOPS}/installers/docker/osm_pods $OSM_DOCKER_WORK_DIR
$WORKDIR_SUDO rm -f $OSM_K8S_WORK_DIR/mongo.yaml
- if [ -n "$NGUI" ]; then
- $WORKDIR_SUDO rm -f $OSM_K8S_WORK_DIR/light-ui.yaml
- else
- $WORKDIR_SUDO rm -f $OSM_K8S_WORK_DIR/ng-ui.yaml
- fi
}
function generate_prometheus_grafana_files() {
$WORKDIR_SUDO cp $OSM_DOCKER_WORK_DIR/keystone-db.env{,~}
$WORKDIR_SUDO cp $OSM_DOCKER_WORK_DIR/keystone.env{,~}
$WORKDIR_SUDO cp $OSM_DOCKER_WORK_DIR/lcm.env{,~}
- $WORKDIR_SUDO cp $OSM_DOCKER_WORK_DIR/lwui.env{,~}
$WORKDIR_SUDO cp $OSM_DOCKER_WORK_DIR/mon.env{,~}
$WORKDIR_SUDO cp $OSM_DOCKER_WORK_DIR/nbi.env{,~}
$WORKDIR_SUDO cp $OSM_DOCKER_WORK_DIR/pol.env{,~}
echo "OSMPOL_SQL_DATABASE_URI=mysql://root:${MYSQL_ROOT_PASSWORD}@mysql:3306/pol" | $WORKDIR_SUDO tee -a $OSM_DOCKER_WORK_DIR/pol.env
fi
- # LW-UI
- if [ ! -f $OSM_DOCKER_WORK_DIR/lwui.env ]; then
- echo "OSMUI_SQL_DATABASE_URI=mysql://root:${MYSQL_ROOT_PASSWORD}@mysql:3306/lwui" | $WORKDIR_SUDO tee -a $OSM_DOCKER_WORK_DIR/lwui.env
- fi
-
echo "Finished generation of docker env files"
}
sudo add-apt-repository "deb https://apt.kubernetes.io/ kubernetes-xenial main"
sudo apt-get update
echo "Installing Kubernetes Packages ..."
- sudo apt-get install -y kubelet=1.15.0-00 kubeadm=1.15.0-00 kubectl=1.15.0-00
+ K8S_VERSION=1.20.11-00
+ sudo apt-get install -y kubelet=${K8S_VERSION} kubeadm=${K8S_VERSION} kubectl=${K8S_VERSION}
sudo apt-mark hold kubelet kubeadm kubectl
}
}
function install_k8s_storageclass() {
- OPENEBS_DIR="$(mktemp -d -q --tmpdir "openebs.XXXXXX")"
- trap 'rm -rf "${OPENEBS_DIR}"' EXIT
- wget -q https://openebs.github.io/charts/openebs-operator-1.6.0.yaml -P $OPENEBS_DIR
- kubectl apply -f $OPENEBS_DIR
+ echo "Installing OpenEBS"
+ helm repo add openebs https://openebs.github.io/charts
+ helm repo update
+ helm install --create-namespace --namespace openebs openebs openebs/openebs --version 1.12.0
+ helm ls -n openebs
local storageclass_timeout=400
local counter=0
local storageclass_ready=""
}
function install_k8s_metallb() {
- METALLB_IP_RANGE=$DEFAULT_IP-$DEFAULT_IP
- cat ${OSM_DEVOPS}/installers/k8s/metallb/metallb.yaml | kubectl apply -f -
+ METALLB_IP_RANGE=$DEFAULT_IP/32
+ kubectl apply -f ${OSM_DEVOPS}/installers/k8s/metallb/metallb.yaml \
+ || FATAL "Cannot install MetalLB"
echo "apiVersion: v1
kind: ConfigMap
metadata:
- name: default
protocol: layer2
addresses:
- - $METALLB_IP_RANGE" | kubectl apply -f -
+ - $METALLB_IP_RANGE" | kubectl apply -f - \
+ || FATAL "Cannot apply MetalLB ConfigMap"
+}
+
+#installs metallb from helm
+function install_helm_metallb() {
+ METALLB_IP_RANGE=$DEFAULT_IP/32
+ echo "configInline:
+ address-pools:
+ - name: default
+ protocol: layer2
+ addresses:
+ - $METALLB_IP_RANGE" | sudo tee -a $OSM_DOCKER_WORK_DIR/metallb-config.yaml
+ helm repo add metallb https://metallb.github.io/metallb
+ helm install --create-namespace --namespace metallb-system metallb metallb/metallb -f $OSM_DOCKER_WORK_DIR/metallb-config.yaml
+}
+
+#checks openebs and metallb readiness
+function check_for_readiness() {
+ # Default input values
+ sampling_period=2 # seconds
+ time_for_readiness=20 # seconds ready
+ time_for_failure=200 # seconds broken
+ OPENEBS_NAMESPACE=openebs
+ METALLB_NAMESPACE=metallb-system
+ # STACK_NAME=osm # By default, "osm"
+
+ # Equivalent number of samples
+ oks_threshold=$((time_for_readiness/${sampling_period})) # No. ok samples to declare the system ready
+ failures_threshold=$((time_for_failure/${sampling_period})) # No. nok samples to declare the system broken
+ failures_in_a_row=0
+ oks_in_a_row=0
+
+ ####################################################################################
+ # Loop to check system readiness
+ ####################################################################################
+ while [[ (${failures_in_a_row} -lt ${failures_threshold}) && (${oks_in_a_row} -lt ${oks_threshold}) ]]
+ do
+ # State of OpenEBS
+ OPENEBS_STATE=$(kubectl get pod -n ${OPENEBS_NAMESPACE} --no-headers 2>&1)
+ OPENEBS_READY=$(echo "${OPENEBS_STATE}" | awk '$2=="1/1" || $2=="2/2" {printf ("%s\t%s\t\n", $1, $2)}')
+ OPENEBS_NOT_READY=$(echo "${OPENEBS_STATE}" | awk '$2!="1/1" && $2!="2/2" {printf ("%s\t%s\t\n", $1, $2)}')
+ COUNT_OPENEBS_READY=$(echo "${OPENEBS_READY}"| grep -v -e '^$' | wc -l)
+ COUNT_OPENEBS_NOT_READY=$(echo "${OPENEBS_NOT_READY}" | grep -v -e '^$' | wc -l)
+
+ # State of MetalLB
+ METALLB_STATE=$(kubectl get pod -n ${METALLB_NAMESPACE} --no-headers 2>&1)
+ METALLB_READY=$(echo "${METALLB_STATE}" | awk '$2=="1/1" || $2=="2/2" {printf ("%s\t%s\t\n", $1, $2)}')
+ METALLB_NOT_READY=$(echo "${METALLB_STATE}" | awk '$2!="1/1" && $2!="2/2" {printf ("%s\t%s\t\n", $1, $2)}')
+ COUNT_METALLB_READY=$(echo "${METALLB_READY}" | grep -v -e '^$' | wc -l)
+ COUNT_METALLB_NOT_READY=$(echo "${METALLB_NOT_READY}" | grep -v -e '^$' | wc -l)
+
+ # OK sample
+ if [[ $((${COUNT_OPENEBS_NOT_READY}+${COUNT_METALLB_NOT_READY})) -eq 0 ]]
+ then
+ ((++oks_in_a_row))
+ failures_in_a_row=0
+ echo -ne ===\> Successful checks: "${oks_in_a_row}"/${oks_threshold}\\r
+ # NOK sample
+ else
+ ((++failures_in_a_row))
+ oks_in_a_row=0
+ echo
+ echo Bootstraping... "${failures_in_a_row}" checks of ${failures_threshold}
+
+ # Reports failed pods in OpenEBS
+ if [[ "${COUNT_OPENEBS_NOT_READY}" -ne 0 ]]
+ then
+ echo "OpenEBS: Waiting for ${COUNT_OPENEBS_NOT_READY} of $((${COUNT_OPENEBS_NOT_READY}+${COUNT_OPENEBS_READY})) pods to be ready:"
+ echo "${OPENEBS_NOT_READY}"
+ echo
+ fi
+
+ # Reports failed statefulsets
+ if [[ "${COUNT_METALLB_NOT_READY}" -ne 0 ]]
+ then
+ echo "MetalLB: Waiting for ${COUNT_METALLB_NOT_READY} of $((${COUNT_METALLB_NOT_READY}+${COUNT_METALLB_READY})) pods to be ready:"
+ echo "${METALLB_NOT_READY}"
+ echo
+ fi
+ fi
+
+ #------------ NEXT SAMPLE
+ sleep ${sampling_period}
+ done
+
+ ####################################################################################
+ # OUTCOME
+ ####################################################################################
+ if [[ (${failures_in_a_row} -ge ${failures_threshold}) ]]
+ then
+ echo
+ FATAL "K8S CLUSTER IS BROKEN"
+ else
+ echo
+ echo "K8S CLUSTER IS READY"
+ fi
}
+
#deploys flannel as daemonsets
function deploy_cni_provider() {
CNI_DIR="$(mktemp -d -q --tmpdir "flannel.XXXXXX")"
kubectl create secret generic ro-db-secret -n $OSM_STACK_NAME --from-env-file=$OSM_DOCKER_WORK_DIR/ro-db.env
kubectl create secret generic ro-secret -n $OSM_STACK_NAME --from-env-file=$OSM_DOCKER_WORK_DIR/ro.env
kubectl create secret generic keystone-secret -n $OSM_STACK_NAME --from-env-file=$OSM_DOCKER_WORK_DIR/keystone.env
- kubectl create secret generic lwui-secret -n $OSM_STACK_NAME --from-env-file=$OSM_DOCKER_WORK_DIR/lwui.env
kubectl create secret generic pol-secret -n $OSM_STACK_NAME --from-env-file=$OSM_DOCKER_WORK_DIR/pol.env
}
#deploy charmed services
function deploy_charmed_services() {
juju add-model $OSM_STACK_NAME $OSM_VCA_K8S_CLOUDNAME
- # deploy mongodb charm
- namespace=$OSM_STACK_NAME
- juju deploy cs:~charmed-osm/mongodb-k8s \
- --config enable-sidecar=true \
- --config replica-set=rs0 \
- --config namespace=$namespace \
- -m $namespace
+ juju deploy ch:mongodb-k8s -m $OSM_STACK_NAME
}
function deploy_osm_pla_service() {
kubectl apply -n $OSM_STACK_NAME -f $OSM_DOCKER_WORK_DIR/osm_pla
}
-#Install helm and tiller
+#Install Helm v3
function install_helm() {
helm > /dev/null 2>&1
if [ $? != 0 ] ; then
# Helm is not installed. Install helm
echo "Helm is not installed, installing ..."
- curl https://get.helm.sh/helm-v2.15.2-linux-amd64.tar.gz --output helm-v2.15.2.tar.gz
- tar -zxvf helm-v2.15.2.tar.gz
+ curl https://get.helm.sh/helm-v3.6.3-linux-amd64.tar.gz --output helm-v3.6.3.tar.gz
+ tar -zxvf helm-v3.6.3.tar.gz
sudo mv linux-amd64/helm /usr/local/bin/helm
rm -r linux-amd64
- rm helm-v2.15.2.tar.gz
- fi
-
- # Checking if tiller has being configured
- kubectl --namespace kube-system get serviceaccount tiller > /dev/null 2>&1
- if [ $? == 1 ] ; then
- # tiller account for kubernetes
- kubectl --namespace kube-system create serviceaccount tiller
- kubectl create clusterrolebinding tiller-cluster-rule --clusterrole=cluster-admin --serviceaccount=kube-system:tiller
- # HELM initialization
- helm init --stable-repo-url https://charts.helm.sh/stable --service-account tiller
-
- # Wait for Tiller to be up and running. If timeout expires, continue installing
- tiller_timeout=120;
- counter=0;
- tiller_status=""
- while (( counter < tiller_timeout ))
- do
- tiller_status=`kubectl -n kube-system get deployment.apps/tiller-deploy --no-headers | awk '{print $2'}`
- ( [ ! -z "$tiller_status" ] && [ $tiller_status == "1/1" ] ) && echo "Tiller ready" && break
- counter=$((counter + 5))
- sleep 5
- done
- [ "$tiller_status" != "1/1" ] && echo "Tiller is NOT READY YET. Installation will continue"
+ rm helm-v3.6.3.tar.gz
+ helm repo add stable https://charts.helm.sh/stable
+ helm repo update
fi
}
}
function update_manifest_files() {
- if [ -n "$NGUI" ]; then
- osm_services="nbi lcm ro pol mon ng-ui keystone pla"
- else
- osm_services="nbi lcm ro pol mon light-ui keystone pla"
- fi
+ osm_services="nbi lcm ro pol mon ng-ui keystone pla"
list_of_services=""
for module in $osm_services; do
module_upper="${module^^}"
- if [ "$module_upper" == "LIGHT-UI" ]; then
- module_upper="LW-UI"
- fi
if ! echo $TO_REBUILD | grep -q $module_upper ; then
list_of_services="$list_of_services $module"
fi
done
- list_of_services_to_rebuild=$(echo ${TO_REBUILD,,} |sed "s/lw-ui/light-ui/g")
- if [ ! "$OSM_DOCKER_TAG" == "9" ]; then
+ if [ ! "$OSM_DOCKER_TAG" == "10" ]; then
parse_yaml $OSM_DOCKER_TAG $list_of_services
fi
if [ -n "$MODULE_DOCKER_TAG" ]; then
remove_k8s_namespace $OSM_STACK_NAME
deploy_cni_provider
taint_master_node
+ install_helm
+ track install_helm
install_k8s_storageclass
track k8s_storageclass
- install_k8s_metallb
+ install_helm_metallb
track k8s_metallb
+ check_for_readiness
else
#install_docker_compose
[ -n "$INSTALL_NODOCKER" ] || init_docker_swarm
track deploy_osm_pla
fi
track deploy_osm_services_k8s
- install_helm
- track install_helm
if [ -n "$INSTALL_K8S_MONITOR" ]; then
# install OSM MONITORING
install_k8s_monitoring
[ -n "$KUBERNETES" ] && add_local_k8scluster
track add_local_k8scluster
- wget -q -O- https://osm-download.etsi.org/ftp/osm-9.0-nine/README2.txt &> /dev/null
+ wget -q -O- https://osm-download.etsi.org/ftp/osm-10.0-ten/README2.txt &> /dev/null
track end
return 0
}
echo "OSM_STACK_NAME=$OSM_STACK_NAME"
echo "PULL_IMAGES=$PULL_IMAGES"
echo "KUBERNETES=$KUBERNETES"
- echo "NGUI=$NGUI"
echo "DOCKER_REGISTRY_URL=$DOCKER_REGISTRY_URL"
echo "DOCKER_PROXY_URL=$DOCKER_PROXY_URL"
echo "SHOWOPTS=$SHOWOPTS"
DOCKER_REGISTRY_URL=$(echo "$DOCKER_REGISTRY_URL" | awk '{split($1,a,"@"); print a[2]}')
}
-JUJU_AGENT_VERSION=2.8.6
+LXD_VERSION=4.0
+JUJU_VERSION=2.9
+JUJU_AGENT_VERSION=2.9.17
UNINSTALL=""
DEVELOP=""
UPDATE=""
COMMIT_ID=""
ASSUME_YES=""
INSTALL_FROM_SOURCE=""
-RELEASE="ReleaseNINE"
+RELEASE="ReleaseTEN"
REPOSITORY="stable"
INSTALL_VIMEMU=""
INSTALL_PLA=""
INSTALL_NODOCKER=""
INSTALL_NOJUJU=""
KUBERNETES="y"
-NGUI="y"
INSTALL_K8S_MONITOR=""
INSTALL_NOHOSTCLIENT=""
INSTALL_NOCACHELXDIMAGES=""
echo -e "Invalid argument for -i : ' $OPTARG'\n" >&2
usage && exit 1
;;
- n)
- [ "${OPTARG}" == "lwui" ] && NGUI="" && REPO_ARGS+=(-n "${OPTARG}") && continue
- [ "${OPTARG}" == "ngui" ] && continue
- echo -e "Invalid argument for -n : ' $OPTARG'\n" >&2
- usage && exit 1
- ;;
k)
REPOSITORY_KEY="${OPTARG}"
REPO_ARGS+=(-k "$REPOSITORY_KEY")
OPENSTACK_PUBLIC_NET_NAME="${OPTARG}"
;;
m)
- [ "${OPTARG}" == "LW-UI" ] && TO_REBUILD="$TO_REBUILD LW-UI" && continue
[ "${OPTARG}" == "NG-UI" ] && TO_REBUILD="$TO_REBUILD NG-UI" && continue
[ "${OPTARG}" == "NBI" ] && TO_REBUILD="$TO_REBUILD NBI" && continue
[ "${OPTARG}" == "LCM" ] && TO_REBUILD="$TO_REBUILD LCM" && continue
[ "${OPTARG}" == "lxd" ] && continue
[ "${OPTARG}" == "lxd-cred" ] && continue
[ "${OPTARG}" == "microstack" ] && continue
+ [ "${OPTARG}" == "overlay" ] && continue
+ [ "${OPTARG}" == "only-vca" ] && continue
[ "${OPTARG}" == "vca" ] && continue
[ "${OPTARG}" == "ha" ] && continue
[ "${OPTARG}" == "tag" ] && continue
[ -n "$INSTALL_ONLY" ] && echo -e "\nDONE" && exit 0
#Installation starts here
-wget -q -O- https://osm-download.etsi.org/ftp/osm-9.0-nine/README.txt &> /dev/null
+wget -q -O- https://osm-download.etsi.org/ftp/osm-10.0-ten/README.txt &> /dev/null
track start
[ -n "$INSTALL_LIGHTWEIGHT" ] && install_lightweight && echo -e "\nDONE" && exit 0
#Install vim-emu (optional)
[ -n "$INSTALL_VIMEMU" ] && install_docker_ce && install_vimemu
-wget -q -O- https://osm-download.etsi.org/ftp/osm-9.0-nine/README2.txt &> /dev/null
+wget -q -O- https://osm-download.etsi.org/ftp/osm-10.0-ten/README2.txt &> /dev/null
track end
echo -e "\nDONE"
projects / osm / devops.git / blobdiff