forked from rook/rook
Sébastien Han
c890710b63
As per discussion, proposing a new layout for the charts/yaml/olm files.
./deploy
├── charts
│ ├── rook-ceph
│ │ └── templates
│ └── rook-ceph-cluster
│ └── templates
├── examples
│ ├── csi
│ │ ├── cephfs
│ │ └── rbd
│ ├── flex
│ ├── monitoring
│ ├── pre-k8s-1.16
└── olm
└── assemble
Signed-off-by: Sébastien Han <seb@redhat.com>
202 lines
8.1 KiB
YAML
202 lines
8.1 KiB
YAML
#################################################################################################################
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# Define the settings for the rook-ceph cluster with common settings for a production cluster on top of cloud instances.
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# At least three nodes are required in this example. See the documentation for more details on storage settings available.
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# For example, to create the cluster:
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# kubectl create -f crds.yaml -f common.yaml -f operator.yaml
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# kubectl create -f cluster-on-pvc.yaml
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#################################################################################################################
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apiVersion: ceph.rook.io/v1
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kind: CephCluster
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metadata:
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name: rook-ceph
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namespace: rook-ceph # namespace:cluster
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spec:
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dataDirHostPath: /var/lib/rook
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mon:
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# Set the number of mons to be started. Generally recommended to be 3.
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# For highest availability, an odd number of mons should be specified.
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count: 3
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# The mons should be on unique nodes. For production, at least 3 nodes are recommended for this reason.
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# Mons should only be allowed on the same node for test environments where data loss is acceptable.
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allowMultiplePerNode: false
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# A volume claim template can be specified in which case new monitors (and
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# monitors created during fail over) will construct a PVC based on the
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# template for the monitor's primary storage. Changes to the template do not
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# affect existing monitors. Log data is stored on the HostPath under
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# dataDirHostPath. If no storage requirement is specified, a default storage
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# size appropriate for monitor data will be used.
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volumeClaimTemplate:
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spec:
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storageClassName: gp2
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resources:
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requests:
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storage: 10Gi
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cephVersion:
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image: quay.io/ceph/ceph:v16.2.6
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allowUnsupported: false
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skipUpgradeChecks: false
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continueUpgradeAfterChecksEvenIfNotHealthy: false
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mgr:
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count: 1
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modules:
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- name: pg_autoscaler
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enabled: true
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dashboard:
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enabled: true
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ssl: true
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crashCollector:
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disable: false
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storage:
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storageClassDeviceSets:
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- name: set1
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# The number of OSDs to create from this device set
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count: 3
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# IMPORTANT: If volumes specified by the storageClassName are not portable across nodes
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# this needs to be set to false. For example, if using the local storage provisioner
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# this should be false.
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portable: true
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# Certain storage class in the Cloud are slow
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# Rook can configure the OSD running on PVC to accommodate that by tuning some of the Ceph internal
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# Currently, "gp2" has been identified as such
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tuneDeviceClass: true
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# Certain storage class in the Cloud are fast
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# Rook can configure the OSD running on PVC to accommodate that by tuning some of the Ceph internal
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# Currently, "managed-premium" has been identified as such
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tuneFastDeviceClass: false
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# whether to encrypt the deviceSet or not
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encrypted: false
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# Since the OSDs could end up on any node, an effort needs to be made to spread the OSDs
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# across nodes as much as possible. Unfortunately the pod anti-affinity breaks down
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# as soon as you have more than one OSD per node. The topology spread constraints will
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# give us an even spread on K8s 1.18 or newer.
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placement:
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topologySpreadConstraints:
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- maxSkew: 1
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topologyKey: kubernetes.io/hostname
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whenUnsatisfiable: ScheduleAnyway
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labelSelector:
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matchExpressions:
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- key: app
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operator: In
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values:
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- rook-ceph-osd
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preparePlacement:
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podAntiAffinity:
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preferredDuringSchedulingIgnoredDuringExecution:
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- weight: 100
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podAffinityTerm:
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labelSelector:
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matchExpressions:
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- key: app
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operator: In
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values:
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- rook-ceph-osd
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- key: app
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operator: In
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values:
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- rook-ceph-osd-prepare
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topologyKey: kubernetes.io/hostname
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topologySpreadConstraints:
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- maxSkew: 1
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# IMPORTANT: If you don't have zone labels, change this to another key such as kubernetes.io/hostname
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topologyKey: topology.kubernetes.io/zone
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whenUnsatisfiable: DoNotSchedule
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labelSelector:
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matchExpressions:
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- key: app
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operator: In
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values:
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- rook-ceph-osd-prepare
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resources:
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# These are the OSD daemon limits. For OSD prepare limits, see the separate section below for "prepareosd" resources
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# limits:
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# cpu: "500m"
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# memory: "4Gi"
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# requests:
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# cpu: "500m"
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# memory: "4Gi"
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volumeClaimTemplates:
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- metadata:
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name: data
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# if you are looking at giving your OSD a different CRUSH device class than the one detected by Ceph
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# annotations:
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# crushDeviceClass: hybrid
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spec:
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resources:
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requests:
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storage: 10Gi
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# IMPORTANT: Change the storage class depending on your environment
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storageClassName: gp2
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volumeMode: Block
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accessModes:
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- ReadWriteOnce
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# dedicated block device to store bluestore database (block.db)
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# - metadata:
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# name: metadata
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# spec:
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# resources:
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# requests:
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# # Find the right size https://docs.ceph.com/docs/master/rados/configuration/bluestore-config-ref/#sizing
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# storage: 5Gi
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# # IMPORTANT: Change the storage class depending on your environment
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# storageClassName: io1
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# volumeMode: Block
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# accessModes:
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# - ReadWriteOnce
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# dedicated block device to store bluestore wal (block.wal)
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# - metadata:
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# name: wal
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# spec:
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# resources:
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# requests:
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# # Find the right size https://docs.ceph.com/docs/master/rados/configuration/bluestore-config-ref/#sizing
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# storage: 5Gi
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# # IMPORTANT: Change the storage class depending on your environment
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# storageClassName: io1
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# volumeMode: Block
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# accessModes:
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# - ReadWriteOnce
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# Scheduler name for OSD pod placement
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# schedulerName: osd-scheduler
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# when onlyApplyOSDPlacement is false, will merge both placement.All() and storageClassDeviceSets.Placement.
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onlyApplyOSDPlacement: false
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resources:
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# prepareosd:
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# limits:
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# cpu: "200m"
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# memory: "200Mi"
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# requests:
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# cpu: "200m"
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# memory: "200Mi"
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disruptionManagement:
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managePodBudgets: true
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osdMaintenanceTimeout: 30
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pgHealthCheckTimeout: 0
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manageMachineDisruptionBudgets: false
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machineDisruptionBudgetNamespace: openshift-machine-api
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# security oriented settings
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# security:
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# To enable the KMS configuration properly don't forget to uncomment the Secret at the end of the file
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# kms:
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# # name of the config map containing all the kms connection details
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# connectionDetails:
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# KMS_PROVIDER: "vault"
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# VAULT_ADDR: VAULT_ADDR_CHANGE_ME # e,g: https://vault.my-domain.com:8200
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# VAULT_BACKEND_PATH: "rook"
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# VAULT_SECRET_ENGINE: "kv"
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# # name of the secret containing the kms authentication token
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# tokenSecretName: rook-vault-token
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# UNCOMMENT THIS TO ENABLE A KMS CONNECTION
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# Also, do not forget to replace both:
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# * ROOK_TOKEN_CHANGE_ME: with a base64 encoded value of the token to use
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# * VAULT_ADDR_CHANGE_ME: with the Vault address
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# ---
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# apiVersion: v1
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# kind: Secret
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# metadata:
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# name: rook-vault-token
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# namespace: rook-ceph # namespace:cluster
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# data:
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# token: ROOK_TOKEN_CHANGE_ME
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