# set -eux
+JUJU_AGENT_VERSION=2.8.9
K8S_CLOUD_NAME="k8s-cloud"
KUBECTL="microk8s.kubectl"
+MICROK8S_VERSION=1.19
+OSMCLIENT_VERSION=9.0
IMAGES_OVERLAY_FILE=~/.osm/images-overlay.yaml
+PATH=/snap/bin:${PATH}
+
+MODEL_NAME=osm
+
+OSM_BUNDLE=cs:osm-58
+OSM_HA_BUNDLE=cs:osm-ha-43
+TAG=testing-daily
+
function check_arguments(){
while [ $# -gt 0 ] ; do
case $1 in
--lxd) LXD_CLOUD="$2" ;;
--lxd-cred) LXD_CREDENTIALS="$2" ;;
--microstack) MICROSTACK=y ;;
- --ha) BUNDLE="cs:osm-ha" ;;
+ --ha) BUNDLE=$OSM_HA_BUNDLE ;;
--tag) TAG="$2" ;;
+ --registry) REGISTRY_INFO="$2" ;;
esac
shift
done
function install_snaps(){
if [ ! -v KUBECFG ]; then
- sudo snap install microk8s --classic
+ sudo snap install microk8s --classic --channel=${MICROK8S_VERSION}/stable
+ sudo cat /var/snap/microk8s/current/args/kube-apiserver | grep advertise-address || (
+ echo "--advertise-address $DEFAULT_IP" | sudo tee -a /var/snap/microk8s/current/args/kube-apiserver
+ microk8s.stop
+ microk8s.start
+ )
sudo usermod -a -G microk8s `whoami`
mkdir -p ~/.kube
sudo chown -f -R `whoami` ~/.kube
KUBEGRP="microk8s"
+ sg ${KUBEGRP} -c "microk8s status --wait-ready"
+ KUBECONFIG=~/.osm/microk8s-config.yaml
+ sg ${KUBEGRP} -c "microk8s config" | tee ${KUBECONFIG}
else
KUBECTL="kubectl"
sudo snap install kubectl --classic
juju destroy-controller --release-storage --destroy-all-models -y ${CONTROLLER_NAME}
Please retry the installation once this conflict has been resolved.
+EOF
+ exit 1
+ fi
+ else
+ CONTROLLER_PRESENT=$(juju controllers 2>/dev/null| grep ${CONTROLLER_NAME} | wc -l)
+ if [ $CONTROLLER_PRESENT -le 0 ]; then
+ cat << EOF
+Threre is no VCA present with the name "${CONTROLLER_NAME}". Please specify a VCA
+that exists, or remove the --vca ${CONTROLLER_NAME} option.
+
+Please retry the installation with one of the solutions applied.
EOF
exit 1
fi
if [ -v KUBECFG ]; then
cat $KUBECFG | juju add-k8s $K8S_CLOUD_NAME $ADD_K8S_OPTS
- [ -v BOOTSTRAP_NEEDED ] && juju bootstrap $K8S_CLOUD_NAME $CONTROLLER_NAME --config controller-service-type=loadbalancer
+ [ -v BOOTSTRAP_NEEDED ] && juju bootstrap $K8S_CLOUD_NAME $CONTROLLER_NAME \
+ --config controller-service-type=loadbalancer \
+ --agent-version=$JUJU_AGENT_VERSION
else
sg ${KUBEGRP} -c "echo ${DEFAULT_IP}-${DEFAULT_IP} | microk8s.enable metallb"
+ sg ${KUBEGRP} -c "microk8s.enable ingress"
sg ${KUBEGRP} -c "microk8s.enable storage dns"
TIME_TO_WAIT=30
start_time="$(date -u +%s)"
done
[ ! -v BOOTSTRAP_NEEDED ] && sg ${KUBEGRP} -c "microk8s.config" | juju add-k8s $K8S_CLOUD_NAME $ADD_K8S_OPTS
- [ -v BOOTSTRAP_NEEDED ] && sg ${KUBEGRP} -c "juju bootstrap microk8s $CONTROLLER_NAME --config controller-service-type=loadbalancer" && K8S_CLOUD_NAME=microk8s
+ [ -v BOOTSTRAP_NEEDED ] && sg ${KUBEGRP} -c \
+ "juju bootstrap microk8s $CONTROLLER_NAME --config controller-service-type=loadbalancer --agent-version=$JUJU_AGENT_VERSION" \
+ && K8S_CLOUD_NAME=microk8s
fi
if [ -v LXD_CLOUD ]; then
juju add-cloud -c $CONTROLLER_NAME lxd-cloud $LXD_CLOUD --force
juju add-credential -c $CONTROLLER_NAME lxd-cloud -f $LXD_CREDENTIALS
sg lxd -c "lxd waitready"
- #juju add-model test lxd-cloud || true
juju controller-config features=[k8s-operators]
}
exit 1
fi
- if [ $(sg ${KUBEGRP} -c "${KUBECTL} get ingress -n osm -o json | jq -r '.items[$INDEX].metadata.name'") == ${SERVICE} ] ; then
+ if [ $(sg ${KUBEGRP} -c "${KUBECTL} get ingresses.networking -n osm -o json | jq -r '.items[$INDEX].metadata.name'") == ${SERVICE} ] ; then
break
fi
sleep 1
}
function deploy_charmed_osm(){
+ if [ -v REGISTRY_INFO ] ; then
+ registry_parts=(${REGISTRY_INFO//@/ })
+ if [ ${#registry_parts[@]} -eq 1 ] ; then
+ # No credentials supplied
+ REGISTRY_USERNAME=""
+ REGISTRY_PASSWORD=""
+ REGISTRY_URL=${registry_parts[0]}
+ else
+ credentials=${registry_parts[0]}
+ credential_parts=(${credentials//:/ })
+ REGISTRY_USERNAME=${credential_parts[0]}
+ REGISTRY_PASSWORD=${credential_parts[1]}
+ REGISTRY_URL=${registry_parts[1]}
+ fi
+ # Ensure the URL ends with a /
+ case $REGISTRY_URL in
+ */) ;;
+ *) REGISTRY_URL=${REGISTRY_URL}/
+ esac
+ fi
+
create_overlay
echo "Creating OSM model"
if [ -v KUBECFG ]; then
- juju add-model osm $K8S_CLOUD_NAME
+ juju add-model $MODEL_NAME $K8S_CLOUD_NAME
else
- sg ${KUBEGRP} -c "juju add-model osm $K8S_CLOUD_NAME"
+ sg ${KUBEGRP} -c "juju add-model $MODEL_NAME $K8S_CLOUD_NAME"
fi
echo "Deploying OSM with charms"
images_overlay=""
+ if [ -v REGISTRY_URL ]; then
+ [ ! -v TAG ] && TAG='latest'
+ fi
[ -v TAG ] && generate_images_overlay && images_overlay="--overlay $IMAGES_OVERLAY_FILE"
+
if [ -v BUNDLE ]; then
- juju deploy $BUNDLE --overlay ~/.osm/vca-overlay.yaml $images_overlay
+ juju deploy -m $MODEL_NAME $BUNDLE --overlay ~/.osm/vca-overlay.yaml $images_overlay
else
- juju deploy cs:osm --overlay ~/.osm/vca-overlay.yaml $images_overlay
+ juju deploy -m $MODEL_NAME $OSM_BUNDLE --overlay ~/.osm/vca-overlay.yaml $images_overlay
fi
- echo "Waiting for deployment to finish..."
- check_osm_deployed
- echo "OSM with charms deployed"
if [ ! -v KUBECFG ]; then
- sg ${KUBEGRP} -c "microk8s.enable ingress"
API_SERVER=${DEFAULT_IP}
else
API_SERVER=$(kubectl config view --minify | grep server | cut -f 2- -d ":" | tr -d " ")
hostport="$(echo ${url/$user@/} | cut -d/ -f1)"
API_SERVER="$(echo $hostport | sed -e 's,:.*,,g')"
fi
-
# Expose OSM services
- # Expose NBI
- juju config nbi-k8s juju-external-hostname=nbi.${API_SERVER}.xip.io
- juju expose nbi-k8s
-
- # Expose NG UI
- juju config ng-ui juju-external-hostname=ui.${API_SERVER}.xip.io
- juju expose ng-ui
-
- # Expose UI
- juju config ui-k8s juju-external-hostname=osm.${API_SERVER}.xip.io
- juju expose ui-k8s
-
- # Wait for ingress resources to be applied
- wait_for_port nbi-k8s 0
- wait_for_port ng-ui 1
- wait_for_port ui-k8s 2
-
- # Apply annotations
- sg ${KUBEGRP} -c "${KUBECTL} annotate ingress nginx.ingress.kubernetes.io/backend-protocol=HTTPS -n osm -l juju-app=nbi-k8s"
- sg ${KUBEGRP} -c "${KUBECTL} annotate ingress nginx.ingress.kubernetes.io/proxy-body-size=0 -n osm -l juju-app=nbi-k8s"
- sg ${KUBEGRP} -c "${KUBECTL} annotate ingress nginx.ingress.kubernetes.io/proxy-body-size=0 -n osm -l juju-app=ng-ui"
- sg ${KUBEGRP} -c "${KUBECTL} annotate ingress nginx.ingress.kubernetes.io/proxy-body-size=0 -n osm -l juju-app=ui-k8s"
+ juju config -m $MODEL_NAME nbi site_url=https://nbi.${API_SERVER}.xip.io
+ juju config -m $MODEL_NAME ng-ui site_url=https://ui.${API_SERVER}.xip.io
+ juju config -m $MODEL_NAME grafana site_url=https://grafana.${API_SERVER}.xip.io
+ juju config -m $MODEL_NAME prometheus site_url=https://prometheus.${API_SERVER}.xip.io
+ echo "Waiting for deployment to finish..."
+ check_osm_deployed
+ echo "OSM with charms deployed"
+}
function check_osm_deployed() {
TIME_TO_WAIT=600
start_time="$(date -u +%s)"
total_service_count=14
+ previous_count=0
while true
do
- service_count=$(juju status | grep kubernetes | grep active | wc -l)
+ service_count=$(juju status -m $MODEL_NAME | grep kubernetes | grep active | wc -l)
echo "$service_count / $total_service_count services active"
if [ $service_count -eq $total_service_count ]; then
break
fi
+ if [ $service_count -ne $previous_count ]; then
+ previous_count=$service_count
+ start_time="$(date -u +%s)"
+ fi
now="$(date -u +%s)"
if [[ $(( now - start_time )) -gt $TIME_TO_WAIT ]];then
echo "Timed out waiting for OSM services to become ready"
function create_overlay() {
sudo snap install jq
- sudo apt install python3-pip -y
- python3 -m pip install yq
- PATH=$PATH:$HOME/.local/bin # make yq command available
+ sudo snap install yq
local HOME=/home/$USER
- local vca_user=$(cat $HOME/.local/share/juju/accounts.yaml | yq --arg CONTROLLER_NAME $CONTROLLER_NAME '.controllers[$CONTROLLER_NAME].user')
- local vca_password=$(cat $HOME/.local/share/juju/accounts.yaml | yq --arg CONTROLLER_NAME $CONTROLLER_NAME '.controllers[$CONTROLLER_NAME].password')
- local vca_host=$(cat $HOME/.local/share/juju/controllers.yaml | yq --arg CONTROLLER_NAME $CONTROLLER_NAME '.controllers[$CONTROLLER_NAME]["api-endpoints"][0]' --raw-output | cut -d ":" -f 1)
- local vca_port=$(cat $HOME/.local/share/juju/controllers.yaml | yq --arg CONTROLLER_NAME $CONTROLLER_NAME '.controllers[$CONTROLLER_NAME]["api-endpoints"][0]' --raw-output | cut -d ":" -f 2)
+ local vca_user=$(cat $HOME/.local/share/juju/accounts.yaml | yq e .controllers.$CONTROLLER_NAME.user - )
+ local vca_password=$(cat $HOME/.local/share/juju/accounts.yaml | yq e .controllers.$CONTROLLER_NAME.password - )
+ local vca_host=$(cat $HOME/.local/share/juju/controllers.yaml | yq e .controllers.$CONTROLLER_NAME.api-endpoints[0] - | cut -d ":" -f 1)
+ local vca_port=$(cat $HOME/.local/share/juju/controllers.yaml | yq e .controllers.$CONTROLLER_NAME.api-endpoints[0] - | cut -d ":" -f 2)
local vca_pubkey=\"$(cat $HOME/.local/share/juju/ssh/juju_id_rsa.pub)\"
local vca_cloud="lxd-cloud"
# Get the VCA Certificate
- local vca_cacert=$(cat $HOME/.local/share/juju/controllers.yaml | yq --arg CONTROLLER_NAME $CONTROLLER_NAME '.controllers[$CONTROLLER_NAME]["ca-cert"]' --raw-output | base64 | tr -d \\n)
+ local vca_cacert=$(cat $HOME/.local/share/juju/controllers.yaml | yq e .controllers.$CONTROLLER_NAME.ca-cert - | base64 | tr -d \\n)
# Calculate the default route of this machine
local DEFAULT_IF=`ip route list match 0.0.0.0 | awk '{print $5}'`
# Generate a new overlay.yaml, overriding any existing one
cat << EOF > /tmp/vca-overlay.yaml
applications:
- lcm-k8s:
+ lcm:
options:
vca_user: $vca_user
vca_password: $vca_password
vca_cacert: $vca_cacert
vca_cloud: $vca_cloud
vca_k8s_cloud: $K8S_CLOUD_NAME
- mon-k8s:
+ mon:
options:
vca_user: $vca_user
vca_password: $vca_password
}
function generate_images_overlay(){
- cat << EOF > /tmp/images-overlay.yaml
-applications:
- lcm-k8s:
- options:
- image: opensourcemano/lcm:$TAG
- mon-k8s:
- options:
- image: opensourcemano/mon:$TAG
- ro-k8s:
- options:
- image: opensourcemano/ro:$TAG
- nbi-k8s:
- options:
- image: opensourcemano/nbi:$TAG
- pol-k8s:
- options:
- image: opensourcemano/pol:$TAG
- ui-k8s:
- options:
- image: opensourcemano/light-ui:$TAG
- pla:
- options:
- image: opensourcemano/pla:$TAG
- ng-ui:
- options:
- image: opensourcemano/ng-ui:$TAG
+ echo "applications:" > /tmp/images-overlay.yaml
+ charms_with_resources="nbi lcm mon pol ng-ui ro pla keystone"
+ for charm in $charms_with_resources; do
+ cat << EOF > /tmp/${charm}_registry.yaml
+registrypath: ${REGISTRY_URL}opensourcemano/${charm}:$TAG
EOF
+ if [ ! -z "$REGISTRY_USERNAME" ] ; then
+ echo username: $REGISTRY_USERNAME >> /tmp/${charm}_registry.yaml
+ echo password: $REGISTRY_PASSWORD >> /tmp/${charm}_registry.yaml
+ fi
+
+ cat << EOF >> /tmp/images-overlay.yaml
+ ${charm}:
+ resources:
+ image: /tmp/${charm}_registry.yaml
+
+EOF
+ done
+
mv /tmp/images-overlay.yaml $IMAGES_OVERLAY_FILE
}
+function refresh_osmclient_snap() {
+ osmclient_snap_install_refresh refresh
+}
+
+function install_osm_client_snap() {
+ osmclient_snap_install_refresh install
+}
+
+function osmclient_snap_install_refresh() {
+ channel_preference="stable candidate beta edge"
+ for channel in $channel_preference; do
+ echo "Trying to install osmclient from channel $OSMCLIENT_VERSION/$channel"
+ sudo snap $1 osmclient --channel $OSMCLIENT_VERSION/$channel 2> /dev/null && echo osmclient snap installed && break
+ done
+}
function install_osmclient() {
- sudo snap install osmclient
- sudo snap alias osmclient.osm osm
+ snap info osmclient | grep -E ^installed: && refresh_osmclient_snap || install_osm_client_snap
}
+function add_local_k8scluster() {
+ osm --all-projects vim-create \
+ --name _system-osm-vim \
+ --account_type dummy \
+ --auth_url http://dummy \
+ --user osm --password osm --tenant osm \
+ --description "dummy" \
+ --config '{management_network_name: mgmt}'
+ tmpfile=$(mktemp --tmpdir=${HOME})
+ cp ${KUBECONFIG} ${tmpfile}
+ osm --all-projects k8scluster-add \
+ --creds ${tmpfile} \
+ --vim _system-osm-vim \
+ --k8s-nets '{"net1": null}' \
+ --version '1.19' \
+ --description "OSM Internal Cluster" \
+ _system-osm-k8s
+ rm -f ${tmpfile}
+}
function install_microstack() {
sudo snap install microstack --classic --beta
ubuntu1604
ssh-keygen -t rsa -N "" -f ~/.ssh/microstack
microstack.openstack keypair create --public-key ~/.ssh/microstack.pub microstack
- export OSM_HOSTNAME=`juju status --format json | jq -rc '.applications."nbi-k8s".address'`
+ export OSM_HOSTNAME=`juju status -m $MODEL_NAME --format json | jq -rc '.applications."nbi".address'`
osm vim-create --name microstack-site \
--user admin \
--password keystone \
bootstrap_k8s_lxd
deploy_charmed_osm
install_osmclient
+export OSM_HOSTNAME=$(juju config -m $MODEL_NAME nbi site_url | sed "s/http.*\?:\/\///"):443
+sleep 10
+add_local_k8scluster
+
if [ -v MICROSTACK ]; then
install_microstack
fi
+
echo "Your installation is now complete, follow these steps for configuring the osmclient:"
echo
echo "1. Create the OSM_HOSTNAME environment variable with the NBI IP"
echo
-echo "export OSM_HOSTNAME=nbi.$API_SERVER.xip.io:443"
+echo "export OSM_HOSTNAME=$OSM_HOSTNAME"
echo
echo "2. Add the previous command to your .bashrc for other Shell sessions"
echo
-echo "echo \"export OSM_HOSTNAME=nbi.$API_SERVER.xip.io:443\" >> ~/.bashrc"
+echo "echo \"export OSM_HOSTNAME=$OSM_HOSTNAME\" >> ~/.bashrc"
echo
echo "DONE"
projects / osm / devops.git / blobdiff