options:
  loglevel:
    type: int
    default: 1
    description: RadosGW debug level. Max is 20.
  source:
    type: string
    default: bobcat
    description: |
      Optional repository from which to install. May be one of the following:
      distro (default), ppa:somecustom/ppa, a deb url sources entry,
      or a supported Ubuntu Cloud Archive e.g.
      .
      cloud:<series>-<openstack-release>
      cloud:<series>-<openstack-release>/updates
      cloud:<series>-<openstack-release>/staging
      cloud:<series>-<openstack-release>/proposed
      .
      See https://wiki.ubuntu.com/OpenStack/CloudArchive for info on which
      cloud archives are available and supported.
      .
      Note that a minimum ceph version of 0.48.2 is required for use with this
      charm which is NOT provided by the packages in the main Ubuntu archive
      for precise but is provided in the Ubuntu cloud archive.
  key:
    type: string
    default:
    description: |
      Key ID to import to the apt keyring to support use with arbitary source
      configuration from outside of Launchpad archives or PPA's.
  harden:
    type: string
    default:
    description: |
      Apply system hardening. Supports a space-delimited list of modules
      to run. Supported modules currently include os, ssh, apache and mysql.
  config-flags:
    type: string
    default:
    description: |
      User provided Ceph configuration. Supports a string representation of
      a python dictionary where each top-level key represents a section in
      the ceph.conf template. You may only use sections supported in the
      template.
      .
      WARNING: this is not the recommended way to configure the underlying
      services that this charm installs and is used at the user's own risk.
      This option is mainly provided as a stop-gap for users that either
      want to test the effect of modifying some config or who have found
      a critical bug in the way the charm has configured their services
      and need it fixed immediately. We ask that whenever this is used,
      that the user consider opening a bug on this charm at
      http://bugs.launchpad.net/charms providing an explanation of why the
      config was needed so that we may consider it for inclusion as a
      natively supported config in the charm.
  port:
    type: int
    default:
    description: |
      The port that the RADOS Gateway will listen on.
      .
      The default is 80 when no TLS is configured and 443 when TLS is
      configured.
  prefer-ipv6:
    type: boolean
    default: False
    description: |
      If True enables IPv6 support. The charm will expect network interfaces
      to be configured with an IPv6 address. If set to False (default) IPv4
      is expected.
      .
      NOTE: these charms do not currently support IPv6 privacy extension. In
      order for this charm to function correctly, the privacy extension must be
      disabled and a non-temporary address must be configured/available on
      your network interface.
  pool-prefix:
    type: string
    default:
    description: |
      DEPRECATED, use zone instead - pool name can be inherited from the zone config
      option. The rados gateway stores objects in many different pools. If you
      would like to have multiple rados gateways each pointing to a separate
      set of pools set this prefix. The charm will then set up a new set of pools.
      If your prefix has a dash in it that will be used to split the prefix into
      region and zone. Please read the documentation on federated rados gateways
      for more information on region and zone.
  restrict-ceph-pools:
    type: boolean
    default: False
    description: |
      Optionally restrict Ceph key permissions to access pools as required.
  ceph-osd-replication-count:
    type: int
    default: 3
    description: |
      This value dictates the number of replicas ceph must make of any object
      it stores within RGW pools. Note that once the RGW pools have been
      created, changing this value will not have any effect (although it can be
      changed in ceph by manually configuring your ceph cluster).
  rgw-buckets-pool-weight:
    type: int
    default: 20
    description: |
      Defines a relative weighting of the pool as a percentage of the total
      amount of data in the Ceph cluster. This effectively weights the number
      of placement groups for the pool created to be appropriately portioned
      to the amount of data expected. For example, if the amount of data loaded
      into the RADOS Gateway/S3 interface is expected to be reserved for or
      consume 20% of the data in the Ceph cluster, then this value would be
      specified as 20.
  rgw-lightweight-pool-pg-num:
    type: int
    default: -1
    description: |
      When the Rados Gatway is installed it, by default, creates pools with
      pg_num 8 which, in the majority of cases is suboptimal. A few rgw pools
      tend to carry more data than others e.g. .rgw.buckets tends to be larger
      than most. So, for pools with greater requirements than others the charm
      will apply the optimal value i.e. corresponding to the number of OSDs
      up+in the cluster at the time the pool is created. For others it will use
      this value which can be altered depending on how big you cluster is. Note
      that once a pool has been created, changes to this setting will be
      ignored. Setting this value to -1, enables the number of placement
      groups to be calculated based on the Ceph placement group calculator.
  relaxed-s3-bucket-names:
    type: boolean
    default: false
    description: |
      Enables relaxed S3 bucket names rules for US region buckets. This
      allows for bucket names with any combination of  letters, numbers,
      periods, dashes and underscores up to 255 characters long, as long
      as bucket names are unique and not formatted as IP addresses.

      https://docs.ceph.com/en/latest/radosgw/s3/bucketops/
  pool-type:
    type: string
    default: replicated
    description: |
      Ceph pool type to use for storage - valid values include ‘replicated’
      and ‘erasure-coded’.
  ec-profile-name:
    type: string
    default:
    description: |
      Name for the EC profile to be created for the EC pools. If not defined
      a profile name will be generated based on the name of the pool used by
      the application.
  ec-rbd-metadata-pool:
    type: string
    default:
    description: |
      Name of the metadata pool to be created (for RBD use-cases). If not
      defined a metadata pool name will be generated based on the name of
      the data pool used by the application.  The metadata pool is always
      replicated, not erasure coded.
  ec-profile-k:
    type: int
    default: 1
    description: |
      Number of data chunks that will be used for EC data pool. K+M factors
      should never be greater than the number of available zones (or hosts)
      for balancing.
  ec-profile-m:
    type: int
    default: 2
    description: |
      Number of coding chunks that will be used for EC data pool. K+M factors
      should never be greater than the number of available zones (or hosts)
      for balancing.
  ec-profile-locality:
    type: int
    default:
    description: |
      (lrc plugin - l) Group the coding and data chunks into sets of size l.
      For instance, for k=4 and m=2, when l=3 two groups of three are created.
      Each set can be recovered without reading chunks from another set. Note
      that using the lrc plugin does incur more raw storage usage than isa or
      jerasure in order to reduce the cost of recovery operations.
  ec-profile-crush-locality:
    type: string
    default:
    description: |
      (lrc plugin) The type of the crush bucket in which each set of chunks
      defined by l will be stored. For instance, if it is set to rack, each
      group of l chunks will be placed in a different rack. It is used to
      create a CRUSH rule step such as step choose rack. If it is not set,
      no such grouping is done.
  ec-profile-durability-estimator:
    type: int
    default:
    description: |
      (shec plugin - c) The number of parity chunks each of which includes
      each data chunk in its calculation range. The number is used as a
      durability estimator. For instance, if c=2, 2 OSDs can be down
      without losing data.
  ec-profile-helper-chunks:
    type: int
    default:
    description: |
      (clay plugin - d) Number of OSDs requested to send data during
      recovery of a single chunk. d needs to be chosen such that
      k+1 <= d <= k+m-1. Larger the d, the better the savings.
  ec-profile-scalar-mds:
    type: string
    default:
    description: |
      (clay plugin) specifies the plugin that is used as a building
      block in the layered construction. It can be one of jerasure,
      isa, shec (defaults to jerasure).
  ec-profile-plugin:
    type: string
    default: jerasure
    description: |
      EC plugin to use for this applications pool. The following list of
      plugins acceptable - jerasure, lrc, isa, shec, clay.
  ec-profile-technique:
    type: string
    default:
    description: |
      EC profile technique used for this applications pool - will be
      validated based on the plugin configured via ec-profile-plugin.
      Supported techniques are ‘reed_sol_van’, ‘reed_sol_r6_op’,
      ‘cauchy_orig’, ‘cauchy_good’, ‘liber8tion’ for jerasure,
      ‘reed_sol_van’, ‘cauchy’ for isa and ‘single’, ‘multiple’
      for shec.
  ec-profile-device-class:
    type: string
    default:
    description: |
      Device class from CRUSH map to use for placement groups for
      erasure profile - valid values: ssd, hdd or nvme (or leave
      unset to not use a device class).
  # Keystone integration
  operator-roles:
    type: string
    default: "Member,member"
    description: |
      Comma-separated list of Swift operator roles; used when integrating with
      OpenStack Keystone.
  admin-roles:
    type: string
    default: "Admin"
    description: |
      Comma-separated list of Swift admin roles; used when integrating with
      OpenStack Keystone. Admin roles can set the user quota amount.
  region:
    type: string
    default: RegionOne
    description: |
      OpenStack region that the RADOS gateway supports; used when integrating
      with OpenStack Keystone.
  cache-size:
    type: int
    default: 500
    description: Number of keystone tokens to hold in local cache.
  # HA config
  use-syslog:
    type: boolean
    default: False
    description: |
      If set to True, supporting services will log to syslog.
  dns-ha:
    type: boolean
    default: False
    description: |
      Use DNS HA with MAAS 2.0. Note if this is set do not set vip
      settings below.
  vip:
    type: string
    default:
    description: |
      Virtual IP(s) to use to front API services in HA configuration.
      .
      If multiple networks are being used, a VIP should be provided for each
      network, separated by spaces.
  ha-bindiface:
    type: string
    default: eth0
    description: |
      Default network interface on which HA cluster will bind to communication
      with the other members of the HA Cluster.
  ha-mcastport:
    type: int
    default: 5414
    description: |
      Default multicast port number that will be used to communicate between
      HA Cluster nodes.
  # Network config (by default all access is over 'private-address')
  os-admin-network:
    type: string
    default:
    description: |
      The IP address and netmask of the OpenStack Admin network (e.g.
      192.168.0.0/24)
      .
      This network will be used for admin endpoints.
  os-internal-network:
    type: string
    default:
    description: |
      The IP address and netmask of the OpenStack Internal network (e.g.
      192.168.0.0/24)
      .
      This network will be used for internal endpoints.
  os-public-network:
    type: string
    default:
    description: |
      The IP address and netmask of the OpenStack Public network (e.g.
      192.168.0.0/24)
      .
      This network will be used for public endpoints.
  os-public-hostname:
    type: string
    default:
    description: |
      The hostname or address of the public endpoints created for ceph-radosgw
      in the keystone identity provider.
      .
      This value will be used for public endpoints. For example, an
      os-public-hostname set to 'files.example.com' with will create
      the following public endpoint for the ceph-radosgw:
      .
      https://files.example.com:80/swift/v1
  os-internal-hostname:
    type: string
    default:
    description: |
      The hostname or address of the internal endpoints created for
      ceph-radosgw in the keystone identity provider.
      .
      This value will be used for internal endpoints. For example, an
      os-internal-hostname set to 'files.internal.example.com' with will create
      the following internal endpoint for the ceph-radosgw:
      .
      https://files.internal.example.com:80/swift/v1
  os-admin-hostname:
    type: string
    default:
    description: |
      The hostname or address of the admin endpoints created for ceph-radosgw
      in the keystone identity provider.
      .
      This value will be used for admin endpoints. For example, an
      os-admin-hostname set to 'files.admin.example.com' with will create
      the following admin endpoint for the ceph-radosgw:
      .
      https://files.admin.example.com:80/swift/v1
  # Monitoring config
  nagios_context:
    type: string
    default: "juju"
    description: |
      Used by the nrpe-external-master subordinate charm.
      A string that will be prepended to instance name to set the host name
      in nagios. So for instance the hostname would be something like:
      .
          juju-myservice-0
      .
      If you're running multiple environments with the same services in them
      this allows you to differentiate between them.
  nagios_servicegroups:
    type: string
    default: ""
    description: |
      A comma-separated list of nagios servicegroups. If left empty,
      the nagios_context will be used as the servicegroup
  # HAProxy Parameters
  haproxy-server-timeout:
    type: int
    default:
    description: |
      Server timeout configuration in ms for haproxy, used in HA
      configurations. If not provided, default value of 90000ms is used.
  haproxy-client-timeout:
    type: int
    default:
    description: |
      Client timeout configuration in ms for haproxy, used in HA
      configurations. If not provided, default value of 90000ms is used.
  haproxy-queue-timeout:
    type: int
    default:
    description: |
      Queue timeout configuration in ms for haproxy, used in HA
      configurations. If not provided, default value of 9000ms is used.
  haproxy-connect-timeout:
    type: int
    default:
    description: |
      Connect timeout configuration in ms for haproxy, used in HA
      configurations. If not provided, default value of 9000ms is used.

  # External SSL Parameters
  ssl_cert:
    type: string
    default:
    description: |
      SSL certificate to install and use for API ports. Setting this value
      and ssl_key will enable reverse proxying, point Glance's entry in the
      Keystone catalog to use https, and override any certificate and key
      issued by Keystone (if it is configured to do so).
  ssl_key:
    type: string
    default:
    description: SSL key to use with certificate specified as ssl_cert.
  ssl_ca:
    type: string
    default:
    description: |
      SSL CA to use with the certificate and key provided - this is only
      required if you are providing a privately signed ssl_cert and ssl_key.
  # Multi Site Options
  realm:
    type: string
    default:
    description: |
      Name of RADOS Gateway Realm to create for multi-site replication. Setting
      this option will enable support for multi-site replication, at which
      point the zonegroup and zone options must also be provided.
  zonegroup:
    type: string
    default:
    description: |
      Name of RADOS Gateway Zone Group to create for multi-site replication.
  zone:
    type: string
    default: default
    description: |
      Name of RADOS Gateway Zone to create for multi-site replication. This
      option must be specific to the local site e.g. us-west or us-east.
  namespace-tenants:
    type: boolean
    default: False
    description: |
      Enable tenant namespacing. If tenant namespacing is enabled, keystone
      tenants will be implicitly added to a matching tenant in radosgw, in
      addition to updating the catalog URL to allow radosgw to support
      publicly-readable containers and temporary URLS. This namespacing
      also allows multiple tenants to create buckets with the same names,
      as the bucket names are namespaced into the tenant namespaces in the
      RADOS gateway.

      This configuration option will not be enabled on a charm upgrade, and
      cannot be toggled on in an existing installation as it will remove
      tenant access to existing buckets.
  bluestore-compression-algorithm:
    type: string
    default:
    description: |
      Compressor to use (if any) for pools requested by this charm.
      .
      NOTE: The ceph-osd charm sets a global default for this value (defaults
      to 'lz4' unless configured by the end user) which will be used unless
      specified for individual pools.
  bluestore-compression-mode:
    type: string
    default:
    description: |
      Policy for using compression on pools requested by this charm.
      .
      'none' means never use compression.
      'passive' means use compression when clients hint that data is
      compressible.
      'aggressive' means use compression unless clients hint that
      data is not compressible.
      'force' means use compression under all circumstances even if the clients
      hint that the data is not compressible.
  bluestore-compression-required-ratio:
    type: float
    default:
    description: |
      The ratio of the size of the data chunk after compression relative to the
      original size must be at least this small in order to store the
      compressed version on pools requested by this charm.
  bluestore-compression-min-blob-size:
    type: int
    default:
    description: |
      Chunks smaller than this are never compressed on pools requested by
      this charm.
  bluestore-compression-min-blob-size-hdd:
    type: int
    default:
    description: |
      Value of bluestore compression min blob size for rotational media on
      pools requested by this charm.
  bluestore-compression-min-blob-size-ssd:
    type: int
    default:
    description: |
      Value of bluestore compression min blob size for solid state media on
      pools requested by this charm.
  bluestore-compression-max-blob-size:
    type: int
    default:
    description: |
      Chunks larger than this are broken into smaller blobs sizing bluestore
      compression max blob size before being compressed on pools requested by
      this charm.
  bluestore-compression-max-blob-size-hdd:
    type: int
    default:
    description: |
      Value of bluestore compression max blob size for rotational media on
      pools requested by this charm.
  bluestore-compression-max-blob-size-ssd:
    type: int
    default:
    description: |
      Value of bluestore compression max blob size for solid state media on
      pools requested by this charm.
  rgw-swift-versioning-enabled:
    type: boolean
    default: False
    description: |
      If True, swift object versioning will be enabled for radosgw.

      NOTE: X-Versions-Location is the only versioning-related header that
      radosgw interprets. X-History-Location, supported by native OpenStack
      Swift, is currently not supported by radosgw.
  http-frontend:
    type: string
    default:
    description: |
      Frontend HTTP engine to use for the Ceph RADOS Gateway; For Octopus and
      later this defaults to 'beast' and for older releases (and on architectures
      where beast is not supported) 'civetweb'. Civetweb support is removed at
      Ceph Quincy.
  virtual-hosted-bucket-enabled:
    type: boolean
    default: false
    description: |
      If true, radosgw is configured to allow the use of virtual hosted bucket
      name. This also requires the creation of a DNS CNAME to point all wildcard
      subdomains (*.radosgw.domain) to the radosgw IP (or VIP). The host name part
      (radosgw.domain) is taken from os-public-hostname so it must have a value too.

      https://docs.ceph.com/en/latest/radosgw/s3/commons/