Percona XtraDB Cluster (PXC) is a database clustering solution for MySQL. This chart deploys Percona XtraDB Cluster on Kubernetes controlled by Percona Operator for MySQL.
Useful links
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Percona Operator for MySQL running in your Kubernetes cluster. See installation details here or in the Operator Documentation.
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Kubernetes 1.28+
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Helm v3
This chart will deploy Percona XtraDB Cluster in Kubernetes. It will create a Custom Resource, and the Operator will trigger the creation of corresponding Kubernetes primitives: StatefulSets, Pods, Secrets, etc.
To install the chart with the pxc release name using a dedicated namespace (recommended):
helm repo add percona https://percona.github.io/percona-helm-charts/
helm install my-db percona/pxc-db --version 1.15.1 --namespace my-namespaceThe chart can be customized using the following configurable parameters:
| Parameter | Description | Default |
|---|---|---|
crVersion |
Version of the Operator the Custom Resource belongs to | 1.15.1 |
ignoreAnnotations |
Operator will not remove following annotations | [] |
ignoreLabels |
Operator will not remove following labels | [] |
pause |
Stop PXC Database safely | false |
enableVolumeExpansion |
Enable volume resizing | false |
unsafeFlags.tls |
Allows users to configure a cluster without TLS/SSL certificates | false |
unsafeFlags.pxcSize |
Allows users to configure a cluster with less than 3 Percona XtraDB Cluster instances | false |
unsafeFlags.proxySize |
Allows users to configure a cluster with less than 2 ProxySQL or HAProxy Pods | false |
unsafeFlags.backupIfUnhealthy |
Allows running a backup even if the cluster status is not ready |
false |
enableCRValidationWebhook |
Enables or disables schema validation before applying custom resource | false |
initContainer.image |
An alternative image for the initial Operator installation | "" |
initContainer.resources.requests |
Init container resource requests | {} |
initContainer.resources.limits |
Init container resource limits | {} |
updateStrategy |
Regulates the way how PXC Cluster Pods will be updated after setting a new image | SmartUpdate |
upgradeOptions.versionServiceEndpoint |
Endpoint for actual PXC Versions provider | https://check.percona.com/versions |
upgradeOptions.apply |
PXC image to apply from version service - recommended, latest, actual version like 8.0.19-10.1 |
disabled |
upgradeOptions.schedule |
Cron formatted time to execute the update | "0 4 * * *" |
finalizers:percona.com/delete-pxc-pods-in-order |
Set this if you want to delete PXC pods in order on cluster deletion | [] |
finalizers:percona.com/delete-proxysql-pvc |
Set this if you want to delete proxysql persistent volumes on cluster deletion | [] |
finalizers:percona.com/delete-pxc-pvc |
Set this if you want to delete database persistent volumes on cluster deletion | [] |
finalizers:percona.com/delete-ssl |
Deletes objects created for SSL (Secret, certificate, and issuer) after the cluster deletion | [] |
annotations |
PerconaXtraDBCluster custom resource annotations | {} |
tls.enabled |
Enable PXC Pod communication with TLS | true |
tls.SANs |
Additional domains (SAN) to be added to the TLS certificate within the extended cert-manager configuration | [] |
tls.issuerConf.name |
A cert-manager issuer name | "" |
tls.issuerConf.kind |
A cert-manager issuer type | "" |
tls.issuerConf.group |
A cert-manager issuer group | "" |
pxc.size |
PXC Cluster target member (pod) quantity. Can't even if unsafeFlags.pxcSize is true |
3 |
pxc.clusterSecretName |
Specify if you want to use custom or Operator generated users secret (if the one specified doesn't exist) | `` |
pxc.image.repository |
PXC Container image repository | percona/percona-xtradb-cluster |
pxc.image.tag |
PXC Container image tag | 8.0.36-28.1 |
pxc.imagePullPolicy |
The policy used to update images | `` |
pxc.autoRecovery |
Enable full cluster crash auto recovery | true |
pxc.expose.enabled |
Enable or disable exposing Percona XtraDB Cluster nodes with dedicated IP addresses |
true |
pxc.expose.type |
The Kubernetes Service Type used for exposure | LoadBalancer |
pxc.expose.externalTrafficPolicy |
Specifies whether Service for Percona XtraDB Cluster should route external traffic to cluster-wide or to node-local endpoints (it can influence the load balancing effectiveness) | "" |
pxc.expose.internalTrafficPolicy |
Specifies whether Service for Percona XtraDB Cluster should route internal traffic to cluster-wide or to node-local endpoints (it can influence the load balancing effectiveness) | "" |
pxc.expose.loadBalancerSourceRanges |
The range of client IP addresses from which the load balancer should be reachable (if not set, there is no limitations) | [] |
pxc.expose.loadBalancerIP |
The static IP-address for the load balancer | "" |
pxc.expose.annotations |
The Kubernetes annotations for exposed service | {} |
pxc.expose.labels |
The Kubernetes labels for exposed service | {} |
pxc.replicationChannels.name |
Name of the replication channel for cross-site replication | pxc1_to_pxc2 |
pxc.replicationChannels.isSource |
Should the cluster act as Source (true) or Replica (false) in cross-site replication | false |
pxc.replicationChannels.sourcesList.host |
For the cross-site replication Replica cluster, this key should contain the hostname or IP address of the Source cluster | 10.95.251.101 |
pxc.replicationChannels.sourcesList.port |
For the cross-site replication Replica cluster, this key should contain the Source port number | 3306 |
pxc.replicationChannels.sourcesList.weight |
For the cross-site replication Replica cluster, this key should contain the Source cluster weight | 100 |
pxc.imagePullSecrets |
PXC Container pull secret | [] |
pxc.annotations |
PXC Pod user-defined annotations | {} |
pxc.priorityClassName |
PXC Pod priority Class defined by user | |
pxc.runtimeClassName |
Name of the Kubernetes Runtime Class for PXC Pods | |
pxc.labels |
PXC Pod user-defined labels | {} |
pxc.schedulerName |
The Kubernetes Scheduler | |
pxc.readinessDelaySec |
PXC Pod delay for readiness probe in seconds | 15 |
pxc.livenessDelaySec |
PXC Pod delay for liveness probe in seconds | 300 |
pxc.configuration |
User defined MySQL options according to MySQL configuration file syntax | `` |
pxc.envVarsSecret |
A secret with environment variables | `` |
pxc.resources.requests |
PXC Pods resource requests | {"memory": "1G", "cpu": "600m"} |
pxc.resources.limits |
PXC Pods resource limits | {} |
pxc.sidecars |
PXC Pods sidecars | [] |
pxc.sidecarVolumes |
PXC Pods sidecarVolumes | [] |
pxc.sidecarPVCs |
PXC Pods sidecar PVCs | [] |
pxc.sidecarResources.requests |
PXC sidecar resource requests | {} |
pxc.sidecarResources.limits |
PXC sidecar resource limits | {} |
pxc.nodeSelector |
PXC Pods key-value pairs setting for K8S node assingment | {} |
pxc.topologySpreadConstraints |
The Label selector for the Kubernetes Pod Topology Spread Constraints | [] |
pxc.affinity.antiAffinityTopologyKey |
PXC Pods simple scheduling restriction on/off for host, zone, region | "kubernetes.io/hostname" |
pxc.affinity.advanced |
PXC Pods advanced scheduling restriction with match expression engine | {} |
pxc.tolerations |
List of node taints to tolerate for PXC Pods | [] |
pxc.gracePeriod |
Allowed time for graceful shutdown | 600 |
pxc.lifecycle.preStop.exec.command |
Command for the preStop lifecycle hook for Percona XtraDB Cluster Pods | "" |
pxc.lifecycle.postStart.exec.command |
Command for the postStart lifecycle hook for Percona XtraDB Cluster Pods | 600 |
pxc.podDisruptionBudget.maxUnavailable |
Instruct Kubernetes about the failed pods allowed quantity | 1 |
pxc.persistence.enabled |
Requests a persistent storage (hostPath or storageClass) from K8S for PXC Pods datadir |
true |
pxc.persistence.hostPath |
Sets datadir path on K8S node for all PXC Pods. Available only when pxc.persistence.enabled: true |
|
pxc.persistence.storageClass |
Sets K8S storageClass name for all PXC Pods PVC. Available only when pxc.persistence.enabled: true |
- |
pxc.persistence.accessMode |
Sets K8S persistent storage access policy for all PXC Pods | ReadWriteOnce |
pxc.persistence.dataSource.name |
The name of PVC used as a data source to create the Percona XtraDB Cluster Volumes by cloning :octicons-link-external-16:. | `` |
pxc.persistence.dataSource.kind |
The Kubernetes DataSource type :octicons-link-external-16:. | `` |
pxc.persistence.dataSource.apiGroup |
The Kubernetes API group :octicons-link-external-16: to use for PVC Data Source :octicons-link-external-16:. | `` |
pxc.persistence.size |
Sets K8S persistent storage size for all PXC Pods | 8Gi |
pxc.certManager |
Enable this option if you want the operator to request certificates from cert-manager |
false |
pxc.readinessProbes.failureThreshold |
When a probe fails, Kubernetes will try failureThreshold times before giving up | 5 |
pxc.readinessProbes.initialDelaySeconds |
Number of seconds after the container has started before liveness or readiness probes are initiated | 15 |
pxc.readinessProbes.periodSeconds |
How often (in seconds) to perform the probe | 30 |
pxc.readinessProbes.successThreshold |
Minimum consecutive successes for the probe to be considered successful after having failed | 1 |
pxc.readinessProbes.timeoutSeconds |
Number of seconds after which the probe times out | 15 |
pxc.livenessProbes.failureThreshold |
When a probe fails, Kubernetes will try failureThreshold times before giving up | 3 |
pxc.livenessProbes.initialDelaySeconds |
Number of seconds after the container has started before liveness or readiness probes are initiated | 300 |
pxc.livenessProbes.periodSeconds |
How often (in seconds) to perform the probe | 10 |
pxc.livenessProbes.successThreshold |
Minimum consecutive successes for the probe to be considered successful after having failed | 1 |
pxc.livenessProbes.timeoutSeconds |
Number of seconds after which the probe times out | 5 |
pxc.containerSecurityContext |
A custom Kubernetes Security Context for a Container to be used instead of the default one | {} |
pxc.podSecurityContext |
A custom Kubernetes Security Context for a Pod to be used instead of the default one | {} |
haproxy.enabled |
Use HAProxy as TCP proxy for PXC cluster | true |
haproxy.size |
HAProxy target pod quantity. Can't even if unsafeFlags.pxcSize is true |
3 |
haproxy.image |
HAProxy Container image repository | percona/haproxy:2.8.5 |
haproxy.imagePullPolicy |
The policy used to update images | `` |
haproxy.imagePullSecrets |
HAProxy Container pull secret | [] |
haproxy.configuration |
User defined HAProxy options according to HAProxy configuration file syntax | `` |
haproxy.priorityClassName |
HAProxy Pod priority Class defined by user | |
haproxy.runtimeClassName |
Name of the Kubernetes Runtime Class for HAProxy Pods | |
haproxy.exposePrimary.enabled |
Enable or disable exposing HAProxy nodes with dedicated IP addresses |
true |
haproxy.exposePrimary.type |
The Kubernetes Service Type used for exposure | LoadBalancer |
haproxy.exposePrimary.externalTrafficPolicy |
Specifies whether Service for HAProxy primary should route external traffic to cluster-wide or to node-local endpoints (it can influence the load balancing effectiveness) | "" |
haproxy.exposePrimary.internalTrafficPolicy |
Specifies whether Service for HAProxy primary should route internal traffic to cluster-wide or to node-local endpoints (it can influence the load balancing effectiveness) | "" |
haproxy.exposePrimary.loadBalancerSourceRanges |
The range of client IP addresses from which the load balancer should be reachable (if not set, there is no limitations) | [] |
haproxy.exposePrimary.loadBalancerIP |
The static IP-address for the load balancer | "" |
haproxy.exposePrimary.annotations |
The Kubernetes annotations for exposed service | {} |
haproxy.exposePrimary.labels |
The Kubernetes labels for exposed service | {} |
haproxy.exposeReplicas.enabled |
Enables or disables haproxy-replicas Service. This Service default forwards requests to all Percona XtraDB Cluster instances, and it should not be used for write requests! |
true |
haproxy.exposeReplicas.onlyReaders |
Setting it to true excludes current MySQL primary instance (writer) from the list of Pods, to which haproxy-replicas Service directs connections, leaving only the reader instances. |
false |
haproxy.exposeReplicas.type |
The Kubernetes Service Type used for exposure | LoadBalancer |
haproxy.exposeReplicas.externalTrafficPolicy |
Specifies whether Service for HAProxy replicas should route external traffic to cluster-wide or to node-local endpoints (it can influence the load balancing effectiveness) | "" |
haproxy.exposeReplicas.internalTrafficPolicy |
Specifies whether Service for HAProxy replicas should route internal traffic to cluster-wide or to node-local endpoints (it can influence the load balancing effectiveness) | "" |
haproxy.exposeReplicas.loadBalancerSourceRanges |
The range of client IP addresses from which the load balancer should be reachable (if not set, there is no limitations) | [] |
haproxy.exposeReplicas.loadBalancerIP |
The static IP-address for the load balancer | "" |
haproxy.exposeReplicas.annotations |
The Kubernetes annotations for exposed service | {} |
haproxy.exposeReplicas.labels |
The Kubernetes labels for exposed service | {} |
haproxy.annotations |
HAProxy Pod user-defined annotations | {} |
haproxy.labels |
HAProxy Pod user-defined labels | {} |
haproxy.schedulerName |
The Kubernetes Scheduler | |
haproxy.readinessDelaySec |
HAProxy Pod delay for readiness probe in seconds | 15 |
haproxy.livenessDelaySec |
HAProxy Pod delay for liveness probe in seconds | 300 |
haproxy.envVarsSecret |
A secret with environment variables | `` |
haproxy.resources.requests |
HAProxy Pods resource requests | {"memory": "1G", "cpu": "600m"} |
haproxy.resources.limits |
HAProxy Pods resource limits | {} |
haproxy.sidecars |
HAProxy Pods sidecars | [] |
haproxy.sidecarVolumes |
HAProxy Pods sidecarVolumes | [] |
haproxy.sidecarPVCs |
HAProxy Pods sidecar PVCs | [] |
haproxy.sidecarResources.requests |
HAProxy sidecar resource requests | {} |
haproxy.sidecarResources.limits |
HAProxy sidecar resource limits | {} |
haproxy.nodeSelector |
HAProxy Pods key-value pairs setting for K8S node assingment | {} |
haproxy.topologySpreadConstraints |
The Label selector for the Kubernetes Pod Topology Spread Constraints | [] |
haproxy.affinity.antiAffinityTopologyKey |
HAProxy Pods simple scheduling restriction on/off for host, zone, region | "kubernetes.io/hostname" |
haproxy.affinity.advanced |
HAProxy Pods advanced scheduling restriction with match expression engine | {} |
haproxy.tolerations |
List of node taints to tolerate for HAProxy Pods | [] |
haproxy.gracePeriod |
Allowed time for graceful shutdown | 600 |
haproxy.lifecycle.preStop.exec.command |
Command for the preStop lifecycle hook for HAProxy Pods | "" |
haproxy.lifecycle.postStart.exec.command |
Command for the postStart lifecycle hook for HAProxy Pods | 600 |
haproxy.podDisruptionBudget.maxUnavailable |
Instruct Kubernetes about the failed pods allowed quantity | 1 |
haproxy.readinessProbes.failureThreshold |
When a probe fails, Kubernetes will try failureThreshold times before giving up | 5 |
haproxy.readinessProbes.initialDelaySeconds |
Number of seconds after the container has started before liveness or readiness probes are initiated | 15 |
haproxy.readinessProbes.periodSeconds |
How often (in seconds) to perform the probe | 30 |
haproxy.readinessProbes.successThreshold |
Minimum consecutive successes for the probe to be considered successful after having failed | 1 |
haproxy.readinessProbes.timeoutSeconds |
Number of seconds after which the probe times out | 15 |
haproxy.livenessProbes.failureThreshold |
When a probe fails, Kubernetes will try failureThreshold times before giving up | 3 |
haproxy.livenessProbes.initialDelaySeconds |
Number of seconds after the container has started before liveness or readiness probes are initiated | 300 |
haproxy.livenessProbes.periodSeconds |
How often (in seconds) to perform the probe | 10 |
haproxy.livenessProbes.successThreshold |
Minimum consecutive successes for the probe to be considered successful after having failed | 1 |
haproxy.livenessProbes.timeoutSeconds |
Number of seconds after which the probe times out | 5 |
haproxy.containerSecurityContext |
A custom Kubernetes Security Context for a Container to be used instead of the default one | {} |
haproxy.podSecurityContext |
A custom Kubernetes Security Context for a Pod to be used instead of the default one | {} |
proxysql.enabled |
Use ProxySQL as TCP proxy for PXC cluster | false |
proxysql.size |
ProxySQL target pod quantity. Can't even if unsafeFlags.pxcSize is true |
3 |
proxysql.image |
ProxySQL Container image | percona/proxysql2:2.5.5 |
proxysql.imagePullPolicy |
The policy used to update images | `` |
proxysql.imagePullSecrets |
ProxySQL Container pull secret | [] |
proxysql.configuration |
User defined ProxySQL options according to ProxySQL configuration file syntax | `` |
proxysql.priorityClassName |
ProxySQL Pod priority Class defined by user | |
proxysql.runtimeClassName |
Name of the Kubernetes Runtime Class for ProxySQL Pods | |
proxysql.expose.enabled |
Enable or disable exposing ProxySQL nodes with dedicated IP addresses |
true |
proxysql.expose.type |
The Kubernetes Service Type used for exposure | LoadBalancer |
proxysql.expose.externalTrafficPolicy |
Specifies whether Service for ProxySQL nodes should route external traffic to cluster-wide or to node-local endpoints (it can influence the load balancing effectiveness) | "" |
proxysql.expose.internalTrafficPolicy |
Specifies whether Service for ProxySQL nodes should route internal traffic to cluster-wide or to node-local endpoints (it can influence the load balancing effectiveness) | "" |
proxysql.expose.loadBalancerSourceRanges |
The range of client IP addresses from which the load balancer should be reachable (if not set, there is no limitations) | [] |
proxysql.expose.loadBalancerIP |
The static IP-address for the load balancer | "" |
proxysql.expose.annotations |
The Kubernetes annotations for exposed service | {} |
proxysql.expose.labels |
The Kubernetes labels for exposed service | {} |
proxysql.annotations |
ProxySQL Pod user-defined annotations | {} |
proxysql.labels |
ProxySQL Pod user-defined labels | {} |
proxysql.schedulerName |
The Kubernetes Scheduler | |
proxysql.readinessDelaySec |
ProxySQL Pod delay for readiness probe in seconds | 15 |
proxysql.livenessDelaySec |
ProxySQL Pod delay for liveness probe in seconds | 300 |
proxysql.envVarsSecret |
A secret with environment variables | `` |
proxysql.resources.requests |
ProxySQL Pods resource requests | {"memory": "1G", "cpu": "600m"} |
proxysql.resources.limits |
ProxySQL Pods resource limits | {} |
proxysql.sidecars |
ProxySQL Pods sidecars | [] |
proxysql.sidecarVolumes |
ProxySQL Pods sidecarVolumes | [] |
proxysql.sidecarPVCs |
ProxySQL Pods sidecar PVCs | [] |
proxysql.sidecarResources.requests |
ProxySQL sidecar resource requests | {} |
proxysql.sidecarResources.limits |
ProxySQL sidecar resource limits | {} |
proxysql.nodeSelector |
ProxySQL Pods key-value pairs setting for K8S node assingment | {} |
proxysql.topologySpreadConstraints |
The Label selector for the Kubernetes Pod Topology Spread Constraints | [] |
proxysql.affinity.antiAffinityTopologyKey |
ProxySQL Pods simple scheduling restriction on/off for host, zone, region | "kubernetes.io/hostname" |
proxysql.affinity.advanced |
ProxySQL Pods advanced scheduling restriction with match expression engine | {} |
proxysql.tolerations |
List of node taints to tolerate for ProxySQL Pods | [] |
proxysql.gracePeriod |
Allowed time for graceful shutdown | 600 |
proxysql.lifecycle.preStop.exec.command |
Command for the preStop lifecycle hook for ProxySQL Pods | "" |
proxysql.lifecycle.postStart.exec.command |
Command for the postStart lifecycle hook for ProxySQL Pods | 600 |
proxysql.podDisruptionBudget.maxUnavailable |
Instruct Kubernetes about the failed pods allowed quantity | 1 |
proxysql.persistence.enabled |
Requests a persistent storage (hostPath or storageClass) from K8S for ProxySQL Pods |
true |
proxysql.persistence.hostPath |
Sets datadir path on K8S node for all ProxySQL Pods. Available only when proxysql.persistence.enabled: true |
|
proxysql.persistence.storageClass |
Sets K8S storageClass name for all ProxySQL Pods PVC. Available only when proxysql.persistence.enabled: true |
- |
proxysql.persistence.accessMode |
Sets K8S persistent storage access policy for all ProxySQL Pods | ReadWriteOnce |
proxysql.persistence.size |
Sets K8S persistent storage size for all ProxySQL Pods | 8Gi |
proxysql.containerSecurityContext |
A custom Kubernetes Security Context for a Container to be used instead of the default one | {} |
proxysql.podSecurityContext |
A custom Kubernetes Security Context for a Pod to be used instead of the default one | {} |
logcollector.enabled |
Enable log collector container | true |
logcollector.image |
Log collector image repository | percona/percona-xtradb-cluster-operator:1.15.1-logcollector-fluentbit3.1.4 |
logcollector.imagePullSecrets |
Log collector pull secret | [] |
logcollector.imagePullPolicy |
The policy used to update images | `` |
logcollector.configuration |
User defined configuration for logcollector | `` |
logcollector.resources.requests |
Log collector resource requests | {"memory": "100M", "cpu": "200m"} |
logcollector.resources.limits |
Log collector resource limits | {} |
logcollector.containerSecurityContext |
A custom Kubernetes Security Context for a Container to be used instead of the default one | {} |
pmm.enabled |
Enable integration with Percona Monitoring and Management software | false |
pmm.image.repository |
PMM Container image repository | percona/pmm-client |
pmm.image.tag |
PMM Container image tag | 2.42.0 |
pmm.imagePullSecrets |
PMM Container pull secret | [] |
pmm.imagePullPolicy |
The policy used to update images | `` |
pmm.serverHost |
PMM server related K8S service hostname | monitoring-service |
pmm.serverUser |
Username for accessing PXC database internals | admin |
pmm.resources.requests |
PMM Container resource requests | {"memory": "150M", "cpu": "300m"} |
pmm.resources.limits |
PMM Container resource limits | {} |
pmm.pxcParams |
Additional parameters which will be passed to the pmm-admin add mysql command for pxc Pods |
"" |
pmm.proxysqlParams |
Additional parameters which will be passed to the pmm-admin add proxysql command for proxysql Pods |
"" |
pmm.containerSecurityContext |
A custom Kubernetes Security Context for a Container to be used instead of the default one | {} |
backup.enabled |
Enables backups for PXC cluster | true |
backup.allowParallel |
Allow taking multiple backups in parallel | true |
backup.image.repository |
Backup Container image | percona/percona-xtradb-cluster-operator |
backup.image.tag |
Backup Container tag | 1.15.1-pxc8.0-backup-pxb8.0.35 |
backup.backoffLimit |
The number of retries to make a backup | 10 |
backup.imagePullSecrets |
Backup Container pull secret | [] |
backup.imagePullPolicy |
The policy used to update images | `` |
backup.pitr.enabled |
Enable point in time recovery | false |
backup.pitr.storageName |
Storage name for PITR | s3-us-west-binlogs |
backup.pitr.timeBetweenUploads |
Time between uploads for PITR | 60 |
backup.pitr.timeoutSeconds |
Timeout in seconds for the binlog to be uploaded; the binlog uploader container will be restarted after exceeding this timeout | 60 |
backup.pitr.resources.requests |
PITR Container resource requests | {} |
backup.pitr.resources.limits |
PITR Container resource limits | {} |
backup.storages.fs-pvc |
Backups storage configuration, where storages: is a high-level key for the underlying structure. fs-pvc is a user-defined storage name. |
|
backup.storages.fs-pvc.type |
Backup storage type | filysystem |
backup.storages.fs-pvc.verifyTLS |
Enable or disable verification of the storage server TLS certificate | true |
backup.storages.fs-pvc.volume.persistentVolumeClaim.accessModes |
Backup PVC access policy | ["ReadWriteOnce"] |
backup.storages.fs-pvc.volume.persistentVolumeClaim.resources |
Backup Pod resources specification | {} |
backup.storages.fs-pvc.volume.persistentVolumeClaim.resources.requests.storage |
Backup Pod datadir backups size | 6Gi |
backup.storages.fs-pvc.topologySpreadConstraints |
The Label selector for the Kubernetes Pod Topology Spread Constraints | [] |
backup.storages.fs-pvc.containerOptions.env |
Environment variables to add to the backup container | [] |
backup.storages.fs-pvc.containerOptions.args.xtrabackup |
Additional arguments for xtrabackup | [] |
backup.storages.fs-pvc.containerOptions.args.xbstream |
Additional arguments for xbstream | [] |
backup.storages.fs-pvc.containerOptions.args.xbcloud |
Additional arguments for xbcloud | [] |
backup.schedule |
Backup execution timetable | [] |
backup.schedule.0.name |
Backup execution timetable name | daily-backup |
backup.schedule.0.schedule |
Backup execution timetable cron timing | 0 0 * * * |
backup.schedule.0.keep |
Backup items to keep | 5 |
backup.schedule.0.storageName |
Backup target storage | fs-pvc |
secrets.passwords.root |
Default user secret | insecure-root-password |
secrets.passwords.xtrabackup |
Default user secret | insecure-xtrabackup-password |
secrets.passwords.monitor |
Default user secret | insecure-monitor-password |
secrets.passwords.clustercheck |
Default user secret | insecure-clustercheck-password |
secrets.passwords.proxyadmin |
Default user secret | insecure-proxyadmin-password |
secrets.passwords.pmmserver |
Default user secret | insecure-pmmserver-password |
secrets.passwords.pmmserverkey |
PMM server API key | `` |
secrets.passwords.operator |
Default user secret | insecure-operator-password |
secrets.passwords.replication |
Default user secret | insecure-replication-password |
secrets.tls.cluster |
Specify secret name for TLS. Not needed in case if you're using cert-manager. Structure expects keys ca.crt, tls.crt, tls.key and files contents encoded in base64. |
`` |
secrets.tls.internal |
Specify internal secret name for TLS. | `` |
secrets.logCollector |
Specify secret name used for Fluent Bit Log Collector | `` |
secrets.vault |
Specify secret name used for HashiCorp Vault to carry on Data at Rest Encryption | `` |
Specify parameters using --set key=value[,key=value] argument to helm install
This is great for a dev cluster as it doesn't require a persistent disk and doesn't bother with a proxy, backups, or TLS.
$ helm install dev --namespace pxc . \
--set proxysql.enabled=false --set tls.enabled=false --set unsafeFlags.tls=true \
--set pxc.persistence.enabled=false --set backup-enabled=falseFirst you need a working cert-manager installed with appropriate Issuers set up. Check out the JetStack Helm Chart to do that.
By setting pxc.certManager=true we're signaling the Helm chart to not create secrets,which will in turn let the operator know to request appropriate certificate resources to be filled by cert-manager.
$ helm install dev --namespace pxc . --set pxc.certManager=trueThe pxc-database chart contains an example production values file that should set you well on your path to running a production database. It is not fully production grade as there are some requirements for you to provide your own secrets for passwords and TLS to be truly production ready, but it does provide comments on how to do those parts.
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