Phase 1 - Prerequisites
On This Page
- Required components for air-gapped installation
- 1. Copy images
- a. Log in to CircleCI server container registry
- b. Download all images required for this release
- c. Copy all images to your air-gapped environment
- 2. Copy charts
- a. Download the latest CircleCI server Helm chart
- b. Copy the Helm chart to your air-gapped environment
- Next steps
The guides in this section walk you through the steps required to install CircleCI server in an air-gapped environment.
Required components for air-gapped installation
The following table shows an overview of the prerequisites required to run an air-gapped CircleCI server installation. These items must be present in your air-gapped environment in order to move forward with the installation.
Component | Used for |
---|---|
Container registry | Hosting CircleCI server images for Kubernetes |
A Kubernetes cluster | Running CircleCI server |
An object storage system (MinIO) | Object and artifact storage |
GitHub Enterprise | Source of code for CircleCI server to build |
Nomad Virtual Machines | Machines for running Nomad |
1. Copy images
CircleCI server is deployed into a Kubernetes cluster using a Helm chart. You will need to copy the latest images and charts from CircleCI into your virtual environment. All images referenced in the CircleCI Helm chart must be accessible within your air-gapped environment.
a. Log in to CircleCI server container registry
Access to the images you need for your installation requires you to use a username and token, which will be provided by CircleCI. Access the CircleCI support portal for more information.
docker login cciserver.azurecr.io --username <your-circleci-provided-username> --password <your-circleci-provided-token>
b. Download all images required for this release
Download all images required for the release of CircleCI server to your local machine. This list contains all required images for the Helm installation, the CircleCI Agent, and the Reality Check testing tool.
SERVER_4_5_IMAGE_LIST=`cat <<EOF
cciserver.azurecr.io/docker-agent:1.0.16422-f79384c
cciserver.azurecr.io/picard:1.0.234836-59bdf2c3
cciserver.azurecr.io/machine-agent:1.0.70126-8f96354
cciserver.azurecr.io/api-gateway:0.1.38847-4898df8
cciserver.azurecr.io/api-service:0.1.17406-7acefb54
cciserver.azurecr.io/approval-job-provider-migrator:1.0.20733-78477fa
cciserver.azurecr.io/audit-log-service:0.1.1182-b1a5432
cciserver.azurecr.io/branch-service-migrator:0.1.5145-5123808
cciserver.azurecr.io/branch-service:0.1.5146-5123808
cciserver.azurecr.io/builds-service-migrator:1.0.6433-04cd3d6
cciserver.azurecr.io/builds-service:1.0.6433-04cd3d6
cciserver.azurecr.io/ciam-gateway:0.1.3551-e575c6c
cciserver.azurecr.io/ciam:0.1.23295-28cb553
cciserver.azurecr.io/contexts-service-migrator:0.1.21517-32ecbc8
cciserver.azurecr.io/contexts-service:0.1.21518-32ecbc8
cciserver.azurecr.io/cron-service-migrator:0.1.4349-ffddce6
cciserver.azurecr.io/cron-service:0.1.4350-ffddce6
cciserver.azurecr.io/distributor-migrator:0.1.132440-22a30e2b
cciserver.azurecr.io/distributor:0.1.132439-22a30e2b
cciserver.azurecr.io/docker-provisioner:0.1.18774-a44d18d
cciserver.azurecr.io/domain-service-migrator:0.1.16692-c30cd92
cciserver.azurecr.io/domain-service:0.1.16693-c30cd92
cciserver.azurecr.io/execution-gateway:0.1.15644-f170af0
cciserver.azurecr.io/feature-flags:0.1.6503-dfc5b46
cciserver.azurecr.io/frontend:0.2.35350-095adfe
cciserver.azurecr.io/init-known-hosts:0.1.52-0d36ce3
cciserver.azurecr.io/insights-service-migrator:0.1.83484-33a5b49b
cciserver.azurecr.io/insights-service:0.1.83483-33a5b49b
cciserver.azurecr.io/machine-provisioner-migrator:0.1.71870-d155311
cciserver.azurecr.io/machine-provisioner:0.1.71874-d155311
cciserver.azurecr.io/nomad:1.4.568-bfc9a6ec4-125-a748c37
cciserver.azurecr.io/orb-service-analytics-migrator:0.1.75655-9459ccc
cciserver.azurecr.io/orb-service-migrator:0.1.75653-9459ccc
cciserver.azurecr.io/orb-service:0.1.75651-9459ccc
cciserver.azurecr.io/output:0.1.25209-fcc3c67
cciserver.azurecr.io/permissions-service-migrator:0.1.23298-28cb553
cciserver.azurecr.io/permissions-service:0.1.23299-28cb553
cciserver.azurecr.io/policy-service:0.1.6667-eae0514
cciserver.azurecr.io/runner-admin-migrator:0.1.18445-389a409
cciserver.azurecr.io/runner-admin:0.1.18467-389a409
cciserver.azurecr.io/server-license:0.1.174-5ffd049
cciserver.azurecr.io/server-postgres:12.16.37-7629bfd
cciserver.azurecr.io/step:0.1.6391-6629c2f
cciserver.azurecr.io/vault-cci:0.4.196-1af3417
cciserver.azurecr.io/web-ui-404:0.1.13128-fef87b6
cciserver.azurecr.io/web-ui-authentication:0.1.35943-c6f8a08
cciserver.azurecr.io/web-ui-insights:0.1.115107-33bfa381
cciserver.azurecr.io/web-ui-onboarding:0.1.135481-6d2c39e5
cciserver.azurecr.io/web-ui-org-settings:0.1.26110-6109d6a
cciserver.azurecr.io/web-ui-project-settings:0.1.43941-151b4b8a
cciserver.azurecr.io/web-ui-runners:0.1.14436-1a04fac
cciserver.azurecr.io/web-ui-server-admin:0.1.3487-87c7ad7
cciserver.azurecr.io/web-ui-user-settings:0.1.35003-07a9ef9
cciserver.azurecr.io/web-ui:0.1.264075-02eaec9a2
cciserver.azurecr.io/webhook-service-migrator:0.1.8874-fab573e
cciserver.azurecr.io/webhook-service:0.1.8875-fab573e
cciserver.azurecr.io/workflows-conductor-migrator:1.0.20733-78477fa
cciserver.azurecr.io/workflows-conductor:1.0.20733-78477fa
docker.io/bitnami/mongodb:3.6.22-debian-9-r38
docker.io/bitnami/rabbitmq:3.11.16-debian-11-r0
docker.io/bitnami/redis:6.2.1-debian-10-r13
hashicorp/nomad-autoscaler:0.3.7
kong:2.8.1
mongo:3.6
nginx:1.21.6
quay.io/soketi/soketi:0.19-16-distroless
telegraf:1.24-alpine
EOF
`
echo $SERVER_4_5_IMAGE_LIST | while read -r image; do docker pull $image; done
c. Copy all images to your air-gapped environment
Copy all downloaded images to the container registry in your air-gapped environment.
2. Copy charts
Copy the CircleCI server Helm chart to your air-gapped environment.
a. Download the latest CircleCI server Helm chart
Download the latest CircleCI server Helm chart to the current directory.
helm registry login cciserver.azurecr.io
helm pull oci://cciserver.azurecr.io/circleci-server -d ./
b. Copy the Helm chart to your air-gapped environment
Copy the downloaded .tgz
Helm chart to your air-gapped environment.
Next steps
Once the steps on this page are complete, go to the Phase 2 - Configure object storage guide.