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Deploy APL

Deploy APL #2793

Workflow file for this run

name: Deploy APL
on:
workflow_call:
inputs:
kubernetes_versions:
description: 'Kubernetes version'
type: string
default: "['1.31']"
install_profile:
description: 'APL installation profile'
type: string
default: minimal-with-team
domain_zone:
description: 'Select Domain Zone'
type: string
default: DNS-Integration
kms:
description: 'Should APL encrypt secrets in values repo (DNS or KMS is turned on)?'
type: string
default: age
certificate:
description: 'Select certificate issuer'
type: string
default: letsencrypt_production
is_pre_installed:
description: Fake if Otomi is pre-installed by Installer
type: string
default: 'false'
workflow_dispatch:
inputs:
kubernetes_versions:
description: 'Kubernetes version'
type: choice
options:
- "['1.29']"
- "['1.30']"
- "['1.31']"
default: "['1.31']"
install_profile:
description: APL installation profile
default: minimal-with-team
type: choice
options:
- minimal
- minimal-with-team
- full
- upgrade
- no-apl
domain_zone:
type: choice
description: 'Select Domain Zone'
options:
- Zone-1
- Zone-2
- Random
- DNS-Integration
kms:
type: choice
description: Should APL encrypt secrets in values repo (DNS or KMS is turned on)?
options:
- age
- no_kms
default: age
certificate:
type: choice
description: Select certificate issuer
options:
- gen_custom_ca
- letsencrypt_staging
- letsencrypt_production
default: letsencrypt_production
is_pre_installed:
type: choice
description: Fake if Otomi is pre-installed by Installer
options:
- 'true'
- 'false'
default: 'false'
env:
CACHE_REGISTRY: ghcr.io
CACHE_REPO: linode/apl-core
REPO: linode/apl-core
GIT_USER: svcAPLBot
CHECK_CONTEXT: continuous-integration/integration-test
COMMIT_ID: '${{ github.event.pull_request.head.sha || github.sha }}'
BOT_EMAIL: ${{ vars.BOT_EMAIL }}
BOT_USERNAME: ${{ vars.BOT_USERNAME }}
DEV_DOMAINS: ${{ secrets.DEV_DOMAINS }}
jobs:
preprocess-input:
name: Preprocess input variables
runs-on: ubuntu-latest
steps:
- name: Print user input
run: |
echo 'ref: ${{ github.event.pull_request.head.ref || github.ref }}'
echo 'install_profile: ${{ inputs.install_profile }}'
echo 'kubernetes_versions: ${{ inputs.kubernetes_versions }}'
echo 'kms: ${{ inputs.kms }}'
echo 'domain_zone: ${{ inputs.domain_zone }}'
echo 'certificate: ${{ inputs.certificate }}'
echo 'is_pre_installed: ${{ inputs.is_pre_installed }}'
preprocess-linode-input:
needs: preprocess-input
name: Preprocess input variables for linode
runs-on: ubuntu-latest
outputs:
kubernetes_versions: ${{ steps.k8s-versions.outputs.versions }}
steps:
- name: Install the Linode CLI
uses: linode/action-linode-cli@v1
with:
token: ${{ secrets.LINODE_TOKEN }}
- name: Check if cluster is running
run: |
case "${{ inputs.domain_zone }}" in
"Zone-1") LINODE_CLUSTER_NAME=${{ github.actor }}-1 ;;
"Zone-2") LINODE_CLUSTER_NAME=${{ github.actor }}-2 ;;
"Random") LINODE_CLUSTER_NAME=${{ github.actor }}-$RANDOM ;;
"DNS-Integration") LINODE_CLUSTER_NAME=apl-test-${{ inputs.install_profile }} ;;
esac
[[ ${{ inputs.install_profile }} == 'no-apl' ]] && LINODE_CLUSTER_NAME=$LINODE_CLUSTER_NAME-no-apl
if [[ $(linode-cli lke clusters-list --json | jq --arg name "$LINODE_CLUSTER_NAME" '[.[] | select(.label == $name)] | length > 0') == "true" ]]; then
echo "An LKE cluster with the same name ($LINODE_CLUSTER_NAME) already exists."
echo "Visit https://cloud.linode.com/kubernetes/clusters to delete your cluster"
echo "Exiting workflow..."
exit 1
fi
- id: k8s-versions
name: Process k8s version input
run: |
if [ -z '${{ inputs.kubernetes_versions }}' ]; then
echo "Kubernetes versions not specified, determine Linode supported versions"
versions=`linode-cli lke versions-list --json | jq -ce '.[] | .id'`
else
versions='${{ inputs.kubernetes_versions }}'
fi
echo $versions
echo "versions=$versions" >> $GITHUB_OUTPUT
run-integration-test-linode:
name: Run integration test on linode cluster
needs: preprocess-linode-input
runs-on: ubuntu-latest
strategy:
fail-fast: false
matrix:
kubernetes_versions: ${{ fromJSON(needs.preprocess-linode-input.outputs.kubernetes_versions) }}
max-parallel: 5
steps:
- name: Install the Linode CLI
uses: linode/action-linode-cli@v1
with:
token: ${{ secrets.LINODE_TOKEN }}
- name: Set k8s cluster name
run: |
case "${{ inputs.domain_zone }}" in
"Zone-1") LINODE_CLUSTER_NAME=${{ github.actor }}-1 ;;
"Zone-2") LINODE_CLUSTER_NAME=${{ github.actor }}-2 ;;
"Random") LINODE_CLUSTER_NAME=${{ github.actor }}-$RANDOM ;;
"DNS-Integration") LINODE_CLUSTER_NAME=apl-test-${{ inputs.install_profile }} ;;
esac
[[ ${{ inputs.install_profile }} == 'no-apl' ]] && LINODE_CLUSTER_NAME=$LINODE_CLUSTER_NAME-no-apl
echo LINODE_CLUSTER_NAME=$LINODE_CLUSTER_NAME >> $GITHUB_ENV
- name: Determine exact k8s version
run: |
echo LINODE_K8S_VERSION=$(linode-cli lke versions-list --json | jq -ce --arg version "$(echo ${{ matrix.kubernetes_versions }} | sed -E 's/^([0-9]+\.[0-9])$/\10/')" '.[] | select(.id | tostring | startswith($version)) | .id') >> $GITHUB_ENV
- name: Determine domain name to use for scheduled integration test
env:
EDGEDNS_ZONE: ${{ secrets.EDGEDNS_ZONE }}
if: ${{ inputs.domain_zone == 'DNS-Integration' && inputs.install_profile != 'no-apl'}}
run: |
RAND=$(openssl rand -hex 4)
DOMAIN="integration-${RAND}.${EDGEDNS_ZONE}"
echo "::add-mask::$DOMAIN"
echo DOMAIN=$DOMAIN >> $GITHUB_ENV
- name: Determine domain name
if: ${{ inputs.domain_zone != 'DNS-Integration' && inputs.install_profile != 'no-apl' }}
env:
EDGEDNS_ZONE: ${{ secrets.EDGEDNS_ZONE }}
run: |
# Mapping of domain_zone to domain names
case "${{ inputs.domain_zone }}" in
"Zone-1") DOMAIN=$(jq -r '."${{ github.actor }}"[0]' <<< ${{ env.DEV_DOMAINS }}) ;;
"Zone-2") DOMAIN=$(jq -r '."${{ github.actor }}"[1]' <<< ${{ env.DEV_DOMAINS }}) ;;
"Random") DOMAIN="$(openssl rand -hex 4)$(date +"%d%m%y").${EDGEDNS_ZONE}" ;;
esac
echo "::add-mask::$DOMAIN"
echo DOMAIN=$DOMAIN >> $GITHUB_ENV
- name: Create k8s cluster for testing
run: |
linode-cli lke cluster-create \
--label ${{ env.LINODE_CLUSTER_NAME }} \
--region nl-ams \
--k8s_version ${{ env.LINODE_K8S_VERSION }} \
--control_plane.high_availability true \
--node_pools.type g6-dedicated-8 --node_pools.count 3 \
--node_pools.autoscaler.enabled true \
--node_pools.autoscaler.max 3 \
--node_pools.autoscaler.min 3 \
--tags testing \
--no-defaults
- name: Retrieve cluster id
run: echo "LINODE_CLUSTER_ID=$(linode-cli lke clusters-list --json | jq -ce '.[] | select(.label | startswith("${{ env.LINODE_CLUSTER_NAME }}")) | .id')" >> $GITHUB_ENV
- name: Wait for cluster to be ready
run: |
echo "Waiting for the cluster to be active..."
while :; do
rawOutput=$(linode-cli lke pools-list ${{ env.LINODE_CLUSTER_ID }} --json)
allReady=$(echo "$rawOutput" | jq -r 'map(.nodes | .status == "ready") | all')
echo "All nodes ready: $allReady"
if [ "$allReady" == "true" ]; then
echo "Cluster is ready"
break
fi
sleep 30
done
- name: Save kubectl config with auth token and Get kubectl environment and create docker secret
if: ${{ inputs.install_profile != 'no-apl' }}
run: |
# Get the kubeconfig from linode-cli
kubeconfig=$(linode-cli lke kubeconfig-view ${{ env.LINODE_CLUSTER_ID }} --text | sed 1d | base64 --decode)
# Save the kubeconfig to a file
kubeconfigDir="$HOME/.kube"
kubeconfigPath="$HOME/.kube/config"
mkdir -p "$kubeconfigDir" # Create the directory if it doesn't exist
echo "$kubeconfig" > "$kubeconfigPath"
echo "Kubeconfig saved to $kubeconfigPath"
# Set the kubectl context to use the new kubeconfig
export KUBECONFIG="$kubeconfigPath"
contextName=$(kubectl config get-contexts -o name | head -n 1)
kubectl config use-context "$contextName"
echo "Kubectl context set to linode"
echo LINODE_CLUSTER_CONTEXT=`kubectl config current-context` >> $GITHUB_ENV
- name: Create image pull secret on test cluster
if: ${{ inputs.install_profile != 'no-apl' }}
run: |
kubectl create secret docker-registry reg-otomi-github \
--docker-server=${{ env.CACHE_REGISTRY }} \
--docker-username=${{ env.BOT_USERNAME }} \
--docker-password='${{ secrets.BOT_PULL_TOKEN }}'
- name: Checkout
if: ${{ inputs.install_profile != 'no-apl' }}
uses: actions/checkout@v4
- name: Prepare APL chart
if: ${{ inputs.install_profile != 'no-apl' }}
run: |
ref=${{ github.event.pull_request.head.ref || github.ref }}
tag=${ref##*/}
sed --in-place "s/APP_VERSION_PLACEHOLDER/$tag/g" chart/apl/Chart.yaml
sed --in-place "s/CONTEXT_PLACEHOLDER/${{ env.LINODE_CLUSTER_CONTEXT }}/g" tests/integration/${{ inputs.install_profile }}.yaml
sed --in-place "s/CLUSTER_NAME_PLACEHOLDER/aplinstall${{ env.LINODE_CLUSTER_ID }}/g" tests/integration/${{ inputs.install_profile }}.yaml
sed --in-place "s/OTOMI_VERSION_PLACEHOLDER/${GITHUB_REF##*/}/g" tests/integration/${{ inputs.install_profile }}.yaml
touch values-container-registry.yaml
# If a pipeline installs APL from the semver tag then pull container image from DockerHub
[[ ${GITHUB_REF##*/} =~ ^v[0-9].+$ ]] && exit 0
# Pull image from cache registry
cat << EOF > values-container-registry.yaml
imageName: "${{ env.CACHE_REGISTRY }}/${{ env.CACHE_REPO }}"
imagePullSecretNames:
- reg-otomi-github
EOF
- name: APL install
if: ${{ inputs.install_profile != 'no-apl' }}
env:
LETSENCRYPT_STAGING: ${{ secrets.LETSENCRYPT_STAGING }}
LETSENCRYPT_PRODUCTION: ${{ secrets.LETSENCRYPT_PRODUCTION }}
EDGEDNS_ACCESS_TOKEN: ${{ secrets.EDGEDNS_ACCESS_TOKEN }}
EDGEDNS_CLIENT_TOKEN: ${{ secrets.EDGEDNS_CLIENT_TOKEN }}
EDGEDNS_CLIENT_SECRET: ${{ secrets.EDGEDNS_CLIENT_SECRET }}
EDGEDNS_ZONE: ${{ secrets.EDGEDNS_ZONE }}
EDGEDNS_HOST: ${{ secrets.EDGEDNS_HOST }}
run: |
touch values.yaml
adminPassword="$(head /dev/urandom | tr -dc 'A-Za-z0-9' | head -c 24)"
[[ '${{ inputs.certificate }}' == 'letsencrypt_staging' ]] && echo "$LETSENCRYPT_STAGING" >> values.yaml
[[ '${{ inputs.certificate }}' == 'letsencrypt_production' ]] && echo "$LETSENCRYPT_PRODUCTION" >> values.yaml
[[ '${{ inputs.kms }}' == 'age' ]] && kms="--set kms.sops.provider=age"
if [[ '${{ inputs.is_pre_installed }}' == 'true' ]]; then
cat <<EOF >> values.yaml
otomi:
isPreInstalled: true
EOF
fi
if [[ '${{ inputs.kms }}' == 'age' ]]; then
cat <<EOF >> values.yaml
kms:
sops:
provider: age
EOF
fi
install_args="otomi chart/apl --wait --wait-for-jobs --timeout 90m0s \
--values tests/integration/${{ inputs.install_profile }}.yaml \
--values values-container-registry.yaml \
--values values.yaml \
--set cluster.provider=linode \
--set dns.domainFilters[0]=${{ env.DOMAIN }} \
--set dns.provider.akamai.clientSecret=${EDGEDNS_CLIENT_SECRET} \
--set dns.provider.akamai.host=${EDGEDNS_HOST} \
--set dns.provider.akamai.accessToken=${EDGEDNS_ACCESS_TOKEN} \
--set dns.provider.akamai.clientToken=${EDGEDNS_CLIENT_TOKEN} \
--set otomi.hasExternalDNS=true \
--set cluster.domainSuffix=${{ env.DOMAIN }} \
--set otomi.adminPassword=$adminPassword \
$kms"
helm install $install_args &
HELM_PID=$!
sleep 120
# While helm is installing we can crete the wildcard dns record
while true; do
PUB_IP=$(kubectl get svc ingress-nginx-platform-controller -n ingress -ojson | jq '.status.loadBalancer.ingress[0].ip' -r)
if [[ -n "$PUB_IP" ]]; then
echo "::add-mask::$PUB_IP"
echo PUB_IP=$PUB_IP >> $GITHUB_ENV
break
else
echo "Waiting for ingress-nginx-platform-controller IP..."
sleep 5
fi
done
pip3 install edgegrid-python requests
python3 bin/edgedns_A_record.py create "*.${DOMAIN}" $PUB_IP || \
(echo "Will try to recreate it" && \
python3 bin/edgedns_A_record.py delete "*.${DOMAIN}" && \
python3 bin/edgedns_A_record.py create "*.${DOMAIN}" $PUB_IP)
wait $HELM_PID
- name: Gather k8s events on failure
if: failure()
run: |
kubectl get events --sort-by='.lastTimestamp' -A
- name: Gather k8s pods on failure
if: failure()
run: |
kubectl get pods -A -o wide
- name: Gather APL logs on failure
if: failure()
run: |
kubectl logs jobs/otomi-apl --tail 150
- name: Gather otomi-e2e logs on failure
if: failure()
run: |
kubectl logs -n maintenance -l app.kubernetes.io/instance=job-e2e --tail 15000
- name: Remove the test cluster
if: ${{ always() && inputs.domain_zone == 'DNS-Integration' }}
run: |
linode-cli lke cluster-delete ${{ env.LINODE_CLUSTER_ID }}
- name: Delete Domain
if: ${{ always() && inputs.domain_zone == 'DNS-Integration' }}
env:
EDGEDNS_ACCESS_TOKEN: ${{ secrets.EDGEDNS_ACCESS_TOKEN }}
EDGEDNS_CLIENT_TOKEN: ${{ secrets.EDGEDNS_CLIENT_TOKEN }}
EDGEDNS_CLIENT_SECRET: ${{ secrets.EDGEDNS_CLIENT_SECRET }}
EDGEDNS_ZONE: ${{ secrets.EDGEDNS_ZONE }}
EDGEDNS_HOST: ${{ secrets.EDGEDNS_HOST }}
run: |
python3 bin/edgedns_A_record.py delete "*.${DOMAIN}"
- name: Slack Notification
if: always()
uses: rtCamp/action-slack-notify@v2
env:
SLACK_WEBHOOK: ${{ secrets.SLACK_WEBHOOK }}
SLACK_CHANNEL: github-ci
SLACK_COLOR: ${{ job.status }}
SLACK_ICON: https://github.com/redkubes.png?size=48
SLACK_TITLE: Scheduled integration tests
SLACK_USERNAME: RedKubesBot