# yaml-language-server: $schema=values.schema.json
meta:
  # -- the type of the component. You should not change this value, except if
  # you use a pipeliner in core mode. In core mode, it should be *core*, else *pipeliner*
  # This type is used to create cluster communication for nappl and nstl and potentially
  # group multiple replicaSets into one service.
  type: application
  # -- lists the ports this component exposes. This is important for zero trust mode and others.
  ports:
    # -- The http port this component uses (if any). In zero trust mode, this will be disabled.
    # @internal -- this is a constant value of the component and should not be changed.
    http:
    # -- The tls / https port, this component uses (if any)
    # @internal -- this is a constant value of the component and should not be changed.
    https:
    # -- A potential tcp port, this component uses (if any)
    # @internal -- this is a constant value of the component and should not be changed.
    tcp:
    # -- A potential tls / tcps port, this component uses (if any)
    # @internal -- this is a constant value of the component and should not be changed.
    tcps:
    # -- A potential rmi port, this component uses (if any)
    # @internal -- this is a constant value of the component and should not be changed.
    rmi:
  # -- sets tenant information to be able to invoice per use in a cloud environment
  tenant:
  # -- sets provider (partner, reseller) information to be able to invoice per use in a cloud environment
  provider:
  # -- Sets the wave in which this component should be deployed within an ArgoCD deployment
  # if unset, it uses the default wave thus all components are installed in one wave, then relying
  # on correct wait settings just like in a helm installation
  wave:
  # -- Sets the language of the main service (in the *service* container). This is used for instance
  # if you turn OpenTelemetry on, to know which Agent to inject into the container.
  language:
  # -- The container name of the main service for this component. This is used to define where to
  # inject the telemetry agents, if any
  serviceContainer:
  # -- A optional parameter to indicate the stage (DEV, QA, PROD, ...) this component, instance or environment
  # runs in. This can be used in template functions to add the stage to for instance the service name of
  # telemetry services like open telemetry. (see telemetry example)
  stage:
  # -- This is the version of the component, used for display
  # @internal -- set by devOps pipeline, so do not modify
  componentVersion:
mounts:
  # -- The conf volume is a RWX volume mounted by the environment, that holds
  # all configurations of all instances and components in this environment
  conf:
    # -- Sets the path to the conf files
    # @internal -- do not change this value
    path: "/application"
    # -- Sets a list of paths to the conf files
    # @internal -- do not change this value
    paths:
  pool:
    # -- Sets the path to a directory, there the `pool` folder from the `conf` volume should be mounted.
    # this is used to store scripts, apps and assets that are required to deploy an application / solution
    # @internal -- do not change this value
    path: "/pool"
  # -- The temp volume is used to hold any superflues and temporary data.
  # it is deleted when the pod terminates. However, it is extremely important
  # as all pods filesystems are read only
  temp:
    # -- Sets the path to the temporary files
    # @internal -- do not change this value
    path: "/tmp"
    # -- Sets a list of paths to the temporary files
    # @internal -- do not change this value
    paths:
    # -- Sets the size of the temporary disk (all paths)
    size:
  # -- The log volume is used to take any left-over logging in the container.
  # The container should log to stdout, but if any component still tries to log to disk
  # this disk needs to be writeable
  logs:
    # -- Sets the path to the log files
    # @internal -- do not change this value
    path:
    # -- Sets a list of paths to the log files
    # @internal -- do not change this value
    paths:
    # -- Sets the size of the log disk (all paths)
    size:
  # -- some nscale Components require a license file and this
  # defines it's location
  license:
    # -- Sets the path to the license files
    # @internal -- do not change this value
    path:
  # -- If you want to use additional
  # fonts like the msttcorefonts (Microsoft Core Fonts). This mounts the
  # fonts directory from the environment pool
  fonts:
    # -- Sets the path to the fonts folder.
    # @internal -- do not change this value
    path:
  # -- You can add a file with trusted Root Certificates (e.g. Azure), to be able to
  # connect to alien services via https. If you have a self-signed root certificate,
  # you can also add it here.
  caCerts:
    # -- Sets the path to the certs folder.
    # @internal -- do not change this value
    paths:
    # -- Alternative 1: the name of the secret to use. The Key has to be the File Name used in the path setting
    secret:
    # -- Alternative 2: the name of the configMap to use. The Key has to be the File Name used in the path setting
    configMap:
  # -- the java based nscale components have their own certificates, that you might want to upload.
  # You can normally do so via the environment configuration, but should you want to use a secret,
  # you can set it here
  componentCerts:
    # -- Sets the path to the component certs.
    # @internal -- do not change this value
    paths:
    # -- Alternative 1: the name of the secret to use. The Key has to be the File Name used in the path setting
    secret:
    # -- Alternative 2: the name of the configMap to use. The Key has to be the File Name used in the path setting
    configMap:
  data:
    # -- Sets the size of the data disk
    size:
    # -- Sets the class of the data disk
    class:
    # -- Sets the path to the data files
    # @internal -- do not change this value
    path:
    # -- Sets a list of paths to the data files
    # @internal -- do not change this value
    paths:
    # -- If you do not want to have a Volume created by the provisioner,
    # you can set the name of your volume here to attach to this pre-existing one
    volumeName:
  file:
    # -- Sets the size of the shared disk
    size:
    # -- Sets the class of the shared disk
    class:
    # -- Sets the path to the shared files
    # @internal -- do not change this value
    path:
    # -- Sets a list of paths to the shared files
    # @internal -- do not change this value
    paths:
    # -- If you do not want to have a Volume created by the provisioner,
    # you can set the name of your volume here to attach to this pre-existing one
    volumeName:
  # -- The temp volume is used to hold any superflues and temporary data.
  # it is deleted when the pod terminates. However, it is extremely important
  # as all pods filesystems are read only
  ptemp:
    # -- Sets the path for temporary files that are persisted
    # @internal -- do not change this value
    path:
    # -- Sets a list of paths for temporary files that are persisted
    # @internal -- do not change this value
    paths:
  # -- Allows to define generic mounts of pre-provisioned PVs into any container.
  # This can be used e.g. to mount migration nfs, cifs / samba shares into a pipeliner container.
  generic:
  disk:
    # -- Sets the size of the disk
    size:
    # -- Sets the class of the disk
    class:
    # -- Sets the path to the disk files
    # @internal -- do not change this value
    path:
    # -- Sets a list of paths to the data files
    # @internal -- do not change this value
    paths:
    # -- If you do not want to have a Volume created by the provisioner,
    # you can set the name of your volume here to attach to this pre-existing one
    volumeName:
    # -- enables the use of the second data disk. If enabled, all paths defined will end up on this disk.
    # In case of the (default) disabled, the paths will be added to the primaty data disk.
    enabled: false
    # -- Enables the migration init container. This will copy the data in paths from the primary data disk to the newly enabled secondary disk.
    # This is done only once and only if there is legacy data at all. No files are overwritten!
    migration: false
# -- The nscale Application Layer, this component should talk to
nappl:
  # -- nappl host name
  host:
  # -- nappl port (http 8080 or https 8443)
  port:
  # -- sets the Advanced Connect to tls
  ssl:
  # -- instance of the Application Layer, likely `instance1`
  instance:
  # -- The technical account to login with
  account:
  # -- The domain of the technical account
  domain:
  # -- The password of the technical accunt (if not set by secret)
  password:
  # -- An optional secret that holds the credentials (the keys must be `account` and `password`)
  secret:
nstl:
  # -- The dns of the *nscale Server Storage Layer*. This is used to add it to the nappl configuration
  host:
rs:
  # -- The dns of the *nscale rendition Server*. This is used to add it to the nappl configuration
  host:
# -- provide the image to be used for this component
image:
  # -- you can provide your own pullSecrets, in case you use
  # a private repo.
  pullSecrets:
    - nscale-cr
    - nplus-cr
  # -- the name of the image to use
  name: toolbox2
  # -- the tag of the image to use
  tag: latest
  # -- if you use a private repo, feel free to set it here
  repo: cr.nplus.cloud/subscription
# -- Security Section defining default runtime environment for your container
security:
  podSecurityContext:
    # -- The user under which the container ist run. Avoid 0 / root. The container should run in a non-root context
    # for security
    # @internal -- there is normally no need to change this
    runAsUser: 1001
    # -- The file system group as which new files are created
    # @internal -- there is normally no need to change this
    fsGroup: 1001
    # -- Under which condition should the fsGroup be changed
    # @internal -- there is normally no need to change this
    fsGroupChangePolicy: OnRootMismatch
  containerSecurityContext:
    # -- sets the container root file system to read only. This should be the case in production environment
    # @internal -- you should not change this
    readOnlyRootFilesystem: true
    # -- Some functionality may need the possibility to allow privilege escalation. This should be very restrictive
    # @internal -- you should not change this
    allowPrivilegeEscalation: false
    # -- Capabilities this container should have. Only allow the necessity, and drop as many as possible
    # @internal -- you should not change this
    capabilities:
      drop:
        - ALL
  # -- turns on *Zero Trust* Mode, disabling *all* http communication, even the internal http probes
  # @default -- `false`
  zeroTrust:
# -- Assigns hardware resources to container
resources:
  # -- Requests are used to assign a minimum to a container. This is the guaranteed amount
  requests:
    # -- Set the share of guaranteed CPU to the container.
    cpu:
    # -- Set the share of guaranteed RAM to the container
    memory:
  # -- Limits the maximum resources
  limits:
    # -- The maximum allowed CPU for the container
    cpu:
    # -- The maximum allowed RAM for the container
    memory:
# -- set the time zone for this component to make sure log output has a specific timestamp, internal dates and times are correct (like the creationDate in nappl)
# etc.
# @default -- `Europe/Berlin`
timezone:
# -- Set tolerations for this component
tolerations:
# -- select specific nodes for this component
nodeSelector:
# -- Sets the name of a secret, which holds additional environment variables for
# the configuration. It is added as envFrom secretRef to the container.
envSecret:
# -- Sets the name of a configMap, which holds additional environment variables for
# the configuration. It is added as envFrom configMap to the container.
envMap:
# -- Sets additional environment variables for
# the configuration.
env:
# -- This overrides the output of the internal name function
nameOverride:
# -- This overrides the output of the internal fullname function
fullnameOverride:
# -- A list of URLs (Links) to Assets to download before anything else
# if the download is a .tar.gz, it is automatically untared to /pool/downloads
download:
# -- A list of scripts to run after the deployment of Apps
run:
# -- A list of scripts to run before the deployment of Apps
prerun:
utils:
  # -- Turn debugging *on* will give you stack trace etc. 
  # Please check out the Chart Developer Guide
  # @default -- `false`
  debug:
  # -- You can turn Comment rendering *on* to get descriptive information inside the manifests. It
  # will also fail on depricated functions and keys, so it is recommended to only switch it off in PROD
  # @default -- `true`
  renderComments:
  # -- By default, the namespace is rendered into the manifest. However, if you want to use
  # `helm template` and store manifests for later applying them to multiple namespaces, you might
  # want to turn this `false` to be able to use `kubectl apply -n <namespace> -f template.yaml` later
  # @default -- `true`
  includeNamespace:
  # -- in Maintenance Mode, all *waitFor* actions will be skipped, the *Health Checks* are ignored and the
  # pods will start in idle, not starting the service at all. This will allow you to gain access to the container
  # to perform recovery and maintenance tasks while having the real container up.
  # @default -- `false`
  maintenance:
  # -- If you use argoCD, you most likely want to use the argo Wave Feature as well, making sure the components
  # of an instance are deployed ordered. However, in DEV you might want to disable this to allow live changing components
  # while previous waves are not finished yet.
  # @default -- `false`
  disableWave:
  # -- in case you use the argoCD Wave feature, you might think about switching off the waitFor mechanism, that makes sure PODs are
  # only started after pre-requisites are fulfilled. You can disable the starndard wait mechanism, but at your own risk, as this might
  # start components even if they are not intended to run yet.
  # @default -- `false`
  disableWait:
# # <id>:
# #   path: <the path in the container, where you want to mount this>
# #   volumeName: <the name of the PV to be mounted>
# #   subPath: <an (optional) subpath to be used inside the PV>
# # <id>:
# #   path: <the path in the container, where you want to mount this>
# #   volumeName: <the name of the PV to be mounted>
# #   subPath: <an (optional) subpath to be used inside the PV>
# # <id>:
# #   path: <the path in the container, where you want to mount this>
# #   volumeName: <the name of the PV to be mounted>
# #   subPath: <an (optional) subpath to be used inside the PV>
# # <id>:
# #   path: <the path in the container, where you want to mount this>
# #   volumeName: <the name of the PV to be mounted>
# #   subPath: <an (optional) subpath to be used inside the PV>
# # <id>:
# #   path: <the path in the container, where you want to mount this>
# #   volumeName: <the name of the PV to be mounted>
# #   subPath: <an (optional) subpath to be used inside the PV>
# # <id>:
# #   path: <the path in the container, where you want to mount this>
# #   volumeName: <the name of the PV to be mounted>
# #   subPath: <an (optional) subpath to be used inside the PV>
# # <id>:
# #   path: <the path in the container, where you want to mount this>
# #   volumeName: <the name of the PV to be mounted>
# #   subPath: <an (optional) subpath to be used inside the PV>
# # <id>:
# #   path: <the path in the container, where you want to mount this>
# #   volumeName: <the name of the PV to be mounted>
# #   subPath: <an (optional) subpath to be used inside the PV>
# # <id>:
# #   path: <the path in the container, where you want to mount this>
# #   volumeName: <the name of the PV to be mounted>
# #   subPath: <an (optional) subpath to be used inside the PV>
# # <id>:
# #   path: <the path in the container, where you want to mount this>
# #   volumeName: <the name of the PV to be mounted>
# #   subPath: <an (optional) subpath to be used inside the PV>
# # <id>:
# #   path: <the path in the container, where you want to mount this>
# #   volumeName: <the name of the PV to be mounted>
# #   subPath: <an (optional) subpath to be used inside the PV>
# # <id>:
# #   path: <the path in the container, where you want to mount this>
# #   volumeName: <the name of the PV to be mounted>
# #   subPath: <an (optional) subpath to be used inside the PV>
# # <id>:
# #   path: <the path in the container, where you want to mount this>
# #   volumeName: <the name of the PV to be mounted>
# #   subPath: <an (optional) subpath to be used inside the PV>
# # <id>:
# #   path: <the path in the container, where you want to mount this>
# #   volumeName: <the name of the PV to be mounted>
# #   subPath: <an (optional) subpath to be used inside the PV>
# # <id>:
# #   path: <the path in the container, where you want to mount this>
# #   volumeName: <the name of the PV to be mounted>
# #   subPath: <an (optional) subpath to be used inside the PV>

# -- Defines a list of conditions that need to be met before this components starts.
# The condition must be a network port that opens, when the master component is ready.
# Mostly, this will be a service, since a component is only added to a service if the 
# probes succeed.
waitFor:
# -- if you set minReplicaCountType, a podDesruptionBudget will be created with this value as
# minAvailable, using the component type as selector. This is useful for components, that are spread
# across multiple replicaSets, like sharepoint or storage layer
minReplicaCountType:
# -- Settings for telemetry tools
telemetry:
  # -- turns Open Telemetry on
  openTelemetry:
  # -- Sets the service name for the telemetry service to more convenient
  # identify the displayed component
  # Example: "{{ .this.meta.type }}-{{ .instance.name }}"
  serviceName:
# -- Sets the terminationGracePeriodSeconds for the component
# If not set, it uses the Kubernetes defaults
terminationGracePeriodSeconds: