values.yaml

octopus:
  statefulSet:
    annotations: {}
    labels: {}
  pods:
    annotations: {}
    labels: {}
  # The Octopus server image. Visit https://hub.docker.com/r/octopusdeploy/octopusdeploy for the available versions.
  image: octopusdeploy/octopusdeploy:2021.3
  # Set this to 1 if you do not have a HA license.
  replicaCount: 1
  # The Octopus admin username
  username:
  # The Octopus admin password
  password:
  # The Octopus admin email
  email:
  # The built in worker can use execution containers to run steps inside special Docker images.
  # https://octopus.com/docs/deployment-process/execution-containers-for-workers.
  # This requires supporting Docker in Docker, which in turn means the Octopus image must be run with
  # all privileges. Disabling this setting disabled DOcker-In-Docker and does not set the privileged mode.
  enableDockerInDocker: true
  # Change this, as it is used to encrypt secrets. Generate a key with: openssl rand 16 | base64
  masterKey: GENERATE_ME
  # Must be set to "Y" (including the quotes) to accept the EULA at https://octopus.com/legal/customer-agreement
  acceptEula: "N"
  # Use the MS SQL server defined below.
  connectionString: Server={{ .Release.Name }}-mssql-linux,1433;Database=Octopus;User Id=SA;Password=Password01!
  # The base 64 encoded copy of the Octopus license. This needs to be a HA license if replicaCount is greater than 1.
  licenseKeyBase64:
  # An optional persistent volume claim class name for the Octopus server volumes. This storage class must support
  # ReadWriteMany access modes for HA clusters.
  # ReadWriteOnce or ReadWriteMany can be used for single node clusters.
  # A dash (i.e. "-") means use an empty string as the storageClass attribute. This effectively means there
  # is no automatic provisioning of persistent volumes, and the PV's need to be created externally outside of this chart.
  # An falsy value (https://helm.sh/docs/chart_template_guide/control_structures/#ifelse defines falsy) means the
  # storageClass attribute is not defined, and the default value may be used. Most cloud providers support automatic
  # provisioning of ReadWriteOnce volumes.
  # Just be aware that ReadWriteOnce volumes can only be used with a replicaCount of 1, as higher replica counts means
  # multiple Octopus nodes writing to the same volume at the same time,
  # requiring ReadWriteMany volumes. Also note that the storageAccessMode value is automatically set to ReadWriteMany
  # when replicaCount is greater than 1.
  # Azure AKS uses azurefile for this ReadWriteMany volumes.
  # Google uses Filestore for ReadWriteMany volumes: https://cloud.google.com/filestore/docs/accessing-fileshares
  # Amazon uses EFS for ReadWriteMany volumes: https://docs.aws.amazon.com/eks/latest/userguide/efs-csi.html
  storageClassName: ""
  # When replica count is 1, this value defines the storage access type. When replica count is greater than 1, the
  # storage more is always ReadWriteMany.
  storageAccessMode: ReadWriteOnce
  # The size of the repository volume
  repositoryVolumeSize: 1Gi
  # The size of the artifact volume
  artifactVolumeSize: 1Gi
  # The size of the task log volume
  taskVolumeSize: 1Gi
  # The size of the server log volume. Each Octopus node mounts its own server log volume to ensure server logs
  # persist across restarts.
  logVolumeSize: 200Mi
  # The port to access the web interface
  webPort: 80
  # The port to access the polling tentacles on
  tentaclePort: 10943
  # The type of service created to expose the Octopus nodes. Options are ClusterIP and NodePort.
  serviceType: LoadBalancer
  # Settings concerning polling tentacles across the HA nodes
  pollingTentacles:
    # If true, a load balancer is created for each Octopus instance for polling tentacles to point to.
    # This is because polling tentacles need to query each Octopus node to get new tasks.
    # The docs at https://octopus.com/docs/administration/high-availability/configuring-octopus-for-high-availability
    # have instructions on how to configure polling tentacles to connect to multiple nodes.
    # Note that if replicaCount is 1, the load balancer exposing the web interface also exposes port 10943
    # to allow tentacles to connect to the single instance, and this setting will likely be set to false.
    exposeServices: false

dockerHub:
  # Set to true to create a secret containing the docker registry password
  login: false
  # The base 64 encoded Docker config.json file. This value can be created with the command:
  # kubectl create secret docker-registry regcred --docker-username=myusername --docker-password=mypassword --dry-run=client -o yaml
  creds:

# The MS SQL subchart values. See https://github.com/helm/charts/tree/master/stable/mssql-linux for more details.
mssql-linux:
  # If enabled, a simple MS SQL server will be deployed. Note that this server is not production ready, as it
  # uses ephemeral storage. A ClusterIP service with the hostname of mssql is also created.
  enabled: true
  # Set the SA password, used by the octopus.connectionString value
  sapassword: Password01!
  # Must be set to "Y" to accept the EULA
  acceptEula:
    value: "N"