The Polkadot Helm Chart provides a convenient way to deploy and manage a Polkadot blockchain node in a Kubernetes cluster. This chart is designed to be highly configurable, supporting various configurations and features of the Polkadot node, including persistent storage, resource management, and custom networking.
Features:
- Compatible with all Substrate-based relaychains, including Polkadot, Kusama, Paseo, Westend, Rococo, and more.
- Compatible with all Substrate-based parachains, including Asset-hub, Bridge-hub, Coretime, People, Acala, Astar, Moonbase, and others.
- Deploy RPC, collators, validators, or full nodes in a Kubernetes cluster.
- Use snapshots to speed up the deployment process.
- Supports session key and node-key (ID) injection.
| Name | Url | |
|---|---|---|
| Parity | [email protected] | https://github.com/paritytech/helm-charts |
helm repo add parity https://paritytech.github.io/helm-charts/
helm install polkadot-node parity/nodeThis will deploy a single Polkadot node with the default configuration.
You can use the following public URLs to download chain snapshots:
- https://snapshots.polkadot.io/polkadot-paritydb-prune
- https://snapshots.polkadot.io/polkadot-rocksdb-prune
- https://snapshots.polkadot.io/polkadot-rocksdb-archive
- https://snapshots.polkadot.io/kusama-paritydb-prune
- https://snapshots.polkadot.io/kusama-rocksdb-prune
- https://snapshots.polkadot.io/kusama-rocksdb-archive
- https://snapshots.polkadot.io/westend-paritydb-archive
- https://snapshots.polkadot.io/westend-paritydb-prune
- https://snapshots.polkadot.io/westend-rocksdb-prune
- https://snapshots.polkadot.io/westend-rocksdb-archive
- https://snapshots.polkadot.io/westend-collectives-rocksdb-archive
For example, to restore Polkadot pruned snapshot running ParityDB, configure chart values like the following:
node:
chain: polkadot
role: full
chainData:
chainSnapshot:
enabled: true
method: http-filelist
url: https://snapshots.polkadot.io/polkadot-paritydb-prune
pruning: 256Polkadot and Kusama backups are pruned at 256 blocks. Westend backups are pruned at 1000 blocks.
To resize the node persistent volume, perform the following steps:
- Patch the PVC storage size, eg. to
1000Gi:
kubectl patch pvc chain-data-polkadot-node-0 -p '{"spec":{"resources":{"requests":{"storage":"1000Gi"}}}}}'- Delete the StatefulSet object with
cascade=orphan(ie. without removing the attached pods):
kubectl delete sts polkadot-node --cascade=orphan- Update the
node.chainData.volumeSizeto the new value (eg.1000Gi) and upgrade the helm release.
Note that for a Kubernetes Persistent Volume Claims to be resizable, its StorageClass must have specific characteristics. More information on this topic is available in the Expanding Persistent Volumes Claims section of the Kubernetes documentation.
To integrate this chart with vault:
- Vault agent injector installed on the cluster
- Kubernetes auth enabled in your vault instance
- Secrets for either the keys or the nodeKey created in your vault using kv-2
- A policy for each of your secrets configured in your vault
- an authentication role crated in your vault instance (should match the serviceAccount name for this chart) with policies for accessing your keys attached
node:
vault:
keys:
- name: aura
type: aura
scheme: sr25519
vaultPath: kv/secret/polkadot-node # path at which the secret is located in Vault
vaultKey: aura # key under which the secret value is stored in Vault
extraDerivation: "//${HOSTNAME}//aura" # allows to have unique derived keys for each pod of the statefulset
nodeKey:
name: nodekey
vaultPath: kv/secret/polkadot-node
vaultKey: nodekey
For both bootnodes and validators (refer to paritytech/polkadot-sdk#3852), it is necessary to set up a network key.
-
Generate a Custom Node Key
You can generate a custom node key using the following command:
polkadot key generate-node-key
-
Add the Generated Node Key
To add the generated node key, use the following configuration:
node: customNodeKey: "<your-generated-node-key>"
-
Point to an Existing Node Key K8s Secret
If you have an existing Kubernetes secret for the node key, point to it using:
node: existingSecrets: nodeKey: "<your-existing-node-key-secret>"
-
Retrieve Node Key from vault
-
Automatically Generate and Persist Node Key
Alternatively, you can set the following to automatically generate a node key on startup and store it to the volume:
node: persistGeneratedNodeKey: true
- Fix Bug from v5.5.0:
--pruningis alias for--state-pruningnot--blocks-pruning.
- The pruning flag is now using
--blocks-pruningwhich starts from polkadot version v0.9.28 - The flag
--pruningis now allowed in both .Values.node.flags and .Values.node.collatorRelayChain.flags. When using--pruning, ensure that the values of .Values.node.chainData.pruning and .Values.node.collatorRelayChain.chainData.pruning are explicitly set tofalseto maintain previous behavior.
- The following flags have changed:
externalRelayChain.*-> replaced withcollatorExternalRelayChain.*to match to new naming convention of different modes;
- Chain backup upload functionality has been removed. I.e., the
node.enableChainBackupGcsflag is no longer available. Backup upload was implemented in the form of init container. Since backup init container starts before the main container runs, the node does not have a chance to sync to the latest block. Instead, backup container syncs the DB chunks from the time the node was last online which most of the times would be a stale data. Additionally, after backup is completed the node will continue to run which is not always necessary as you probably just wanted to make a backup and exit the script. A more complete solution for making node backups will be published in the future releases of the chart; - Chain backup download scripts have been updated to use
rclone. Multiple flags associated with this functionality have changed. Chain backup and relay chain backup restoration are now controlled bynode.chainData.chainSnapshot.*andnode.collatorRelayChain.chainData.chainSnapshot.*blocks of flags accordingly. - Chain backup restoration now supports a new method: downloading DB files by direct HTTP links using a list of files as a reference. I.e., a restoration process would first download a file containing a list of DB files that need to be downloaded.
rclonewill then use this file to generate HTTP links to the DB files and download it in parallel. - The following flags have changed:
initContainer.*-> replaced withinitContainers.*to enable individual configuration of each init container;kubectl.*-> merged intoinitContainers.*;googleCloudSdk.*-> replaced withnode.chainData.chainSnapshot.*andnode.collatorRelayChain.chainData.chainSnapshot.*node.chainData.snapshotUrl-> replaced withnode.chainData.chainSnapshot.urlnode.chainData.snapshotFormat-> replaced withnode.chainData.chainSnapshot.methodnode.chainData.GCSBucketUrl-> replaced withnode.chainData.chainSnapshot.urlnode.collatorRelayChain.chainData.snapshotUrl-> replaced withnode.collatorRelayChain.chainData.chainSnapshot.urlnode.collatorRelayChain.chainData.snapshotFormat-> replaced withnode.collatorRelayChain.chainData.chainSnapshot.methodnode.collatorRelayChain.chainData.GCSBucketUrl-> replaced withnode.collatorRelayChain.chainData.chainSnapshot.url
Substrate changed the default rpc flags: paritytech/substrate#13384
The dual RPC ports; --rpc-port=9933 (HTTP) ,--ws-port=9944 (WS) was replaced by a combined port --rpc-port=9944.
Flags replaced:
--rpc-max--payload (replaced by --rpc--max-request-size and --rpc-max-response-size)
--ws-max-out-buffer-capacity (removed)
--ws-external (replaced by --rpc-external)
--unsafe-ws--external (replaced by --unsafe-rpc-external)
--ipc-path (removed)
--ws-port (replaced by --rpc-port)
--ws-max-connections (replaced by --rpc-max-connections)
--rpc-http (replaced by --rpc-addr)
--rpc-ws (replaced by --rpc-addr)
New value was added to support this change:
node.legacyRpcFlags
If your node is still using the old RPC flags, please set node.legacyRpcFlags=true
The storage classes are now set to "" by default instead of "default".
Make sure that the following values are set to the storage classes you are using if not already set (before 4.5.0, those were set explicitly to default) :
node.chainData.storageClassnode.chainKeystore.storageClassnode.collatorRelayChain.chainData.storageClassnode.collatorRelayChain.chainKeystore.storageClass
The following chart parameters have been renamed or rearranged:
node.pruning->node.chainData.pruningnode.database->node.chainData.databasenode.collator.isParachain->node.isParachainnode.collator.relayChain->node.collatorRelayChain.chainnode.collator.relayChainCustomChainspecPath->node.collatorRelayChain.customChainspecPathnode.collator.relayChainCustomChainspecUrl->node.collatorRelayChain.customChainspecUrlnode.collator.relayChainFlags->node.collatorRelayChain.flagsnode.collator.relayChainData.*->node.collatorRelayChain.chainData.*node.collator.relayChainPruning->node.collatorRelayChain.chainData.pruningnode.collator.relayChainDatabase->node.collatorRelayChain.chainData.databasenode.collator.relayChainKeystore.*->node.collatorRelayChain.chainKeystore.*node.collator.relayChainPrometheus.*->node.collatorRelayChain.prometheus.*
The following flags are now invalid if they were previously set in node.flags or node.collator.relayChainFlags.
An error will be thrown if any of those flags are set directly.
--name--base-path--chain--validator--collator--light--database--pruning--prometheus-external--prometheus-port--node-key--wasm-runtime-overrides--jaeger-agent--rpc-methods--rpc-external--unsafe-rpc-external--ws-external--unsafe-ws-external--rpc-cors--rpc-port--ws-port
There are now separate volumes for:
- relaychain data
- relaychain keystore
- parachain data
- parachain keystore
Some chart parameters have been grouped together and renamed. There are now separate sections for the following values:
node.chainDatanode.chainKeystorenode.collator
Common storageClass parameter has been moved to the corresponding separate groups mentioned above.
As both the chain data and keystore can now be stored on up to 4 different volumes you may need to manually relocate the existing data to the newly created volumes.
If you're running a non-collator node:
- Move chain files from the
/data/chains/<chain_name>in thechain-datavolume to/chain-datain thechain-datavolume. - Move keystore files from the
/data/chains/<chain_name>/keystorein thechain-datavolume to/keystorein thechain-keystorevolume.
If you're running a collator node:
- Move chain files from the
/data/chains/<chain_name>in thechain-datavolume to/chain-datain thechain-datavolume. - Move keystore files from the
/data/chains/<chain_name>/keystorein thechain-datavolume to/keystorein thechain-keystorevolume. - Move relaychain files from the
/data/relay/polkadotin thechain-datavolume to/relaychain-data/polkadotin therelaychain-datavolume. - Move relaychain keystore from
/data/relay/polkadot/chains/<relay_chain_name>/keystorein thechain-datavolume to/relaychain-keystorein therelaychain-keystorevolume
| Key | Type | Default | Description |
|---|---|---|---|
| affinity | object | {} |
Assign custom affinity rules |
| autoscaling.additionalMetrics | object | {} |
Additional metrics to track |
| autoscaling.enabled | bool | false |
Enable Horizontal Pod Autoscaler (HPA) |
| autoscaling.maxReplicas | string | nil |
Scale up to this number of replicas |
| autoscaling.minReplicas | int | 1 |
Maintain min number of replicas |
| autoscaling.targetCPU | string | nil |
Target CPU utilization that triggers scale up |
| autoscaling.targetMemory | string | nil |
Target memory utilization that triggers scale up |
| dnsPolicy | string | "" |
Field dnsPolicy can be set to 'ClusterFirst', 'Default', 'None', or 'ClusterFirstWithHostNet' or '' to not specify dnsPolicy and let Kubernetes use its default behavior |
| extraContainers | list | [] |
Additional containers to run in the pod |
| extraInitContainers | list | [] |
Additional init containers to run in the pod |
| extraLabels | object | {} |
Additional common labels on pods and services |
| fullnameOverride | string | "" |
Provide a name to substitute for the full names of resources |
| image | object | {"debug":false,"pullPolicy":"Always","repository":"parity/polkadot","tag":"latest"} |
Image of Polkadot Node. |
| image.debug | bool | false |
Adds -x shell option to container. Note: passwords and keys used in container may appear in logs |
| image.pullPolicy | string | "Always" |
Image pull policy |
| image.repository | string | "parity/polkadot" |
Image repository |
| image.tag | string | "latest" |
Image tag |
| imagePullSecrets | list | [] |
Reference to one or more secrets to be used when pulling images. ref: https://kubernetes.io/docs/tasks/configure-pod-container/pull-image-private-registry/ |
| ingress | object | {"annotations":{},"enabled":false,"host":"chart-example.local","rules":[],"tls":[]} |
Creates an ingress resource |
| ingress.annotations | object | {} |
Annotations to add to the Ingress |
| ingress.enabled | bool | false |
Enable creation of Ingress |
| ingress.host | string | "chart-example.local" |
hostname used for default rpc ingress rule, if .Values.ingress.rules is set host is not used. |
| ingress.rules | list | [] |
Ingress rules configuration, empty = default rpc rule (send all requests to rps port) |
| ingress.tls | list | [] |
Ingress TLS configuration |
| initContainers | object | {"downloadChainSnapshot":{"cmdArgs":"","debug":false,"extraEnvVars":[],"image":{"repository":"docker.io/rclone/rclone","tag":"latest"},"resources":{}},"downloadChainspec":{"debug":false,"image":{"repository":"docker.io/alpine","tag":"latest"},"resources":{}},"downloadRuntime":{"debug":false,"image":{"repository":"paritytech/kubetools-kubectl","tag":"latest"},"resources":{}},"injectKeys":{"debug":false,"resources":{}},"persistGeneratedNodeKey":{"debug":false,"resources":{}},"retrieveServiceInfo":{"debug":false,"image":{"repository":"paritytech/kubetools-kubectl","tag":"latest"},"resources":{}}} |
Additional init containers |
| initContainers.downloadChainSnapshot.cmdArgs | string | "" |
Flags to add to the CLI command. We rely on rclone for downloading snapshots so make sure the flags are compatible. |
| initContainers.downloadChainSnapshot.debug | bool | false |
Adds -x shell option to container. Note: passwords and keys used in container may appear in logs |
| initContainers.downloadChainSnapshot.extraEnvVars | list | [] |
Additional environment variables to add to the container |
| initContainers.downloadChainSnapshot.image | object | {"repository":"docker.io/rclone/rclone","tag":"latest"} |
A container to use for downloading a node backup/snapshot |
| initContainers.downloadChainSnapshot.image.repository | string | "docker.io/rclone/rclone" |
Image repository |
| initContainers.downloadChainSnapshot.image.tag | string | "latest" |
Image tag |
| initContainers.downloadChainSnapshot.resources | object | {} |
The resources requests/limits for the container |
| initContainers.downloadChainspec.debug | bool | false |
Adds -x shell option to container. Note: passwords and keys used in container may appear in logs |
| initContainers.downloadChainspec.image.repository | string | "docker.io/alpine" |
Image repository |
| initContainers.downloadChainspec.image.tag | string | "latest" |
Image tag |
| initContainers.downloadChainspec.resources | object | {} |
Additional environment variables to add to the container |
| initContainers.downloadRuntime.debug | bool | false |
Adds -x shell option to container. Note: passwords and keys used in container may appear in logs |
| initContainers.downloadRuntime.image.repository | string | "paritytech/kubetools-kubectl" |
Image repository |
| initContainers.downloadRuntime.image.tag | string | "latest" |
Image tag |
| initContainers.downloadRuntime.resources | object | {} |
Additional environment variables to add to the container |
| initContainers.injectKeys.debug | bool | false |
Adds -x shell option to container. Note: passwords and keys used in container may appear in logs |
| initContainers.injectKeys.resources | object | {} |
Additional environment variables to add to the container |
| initContainers.persistGeneratedNodeKey.debug | bool | false |
Adds -x shell option to container. Note: passwords and keys used in container may appear in logs |
| initContainers.persistGeneratedNodeKey.resources | object | {} |
Additional environment variables to add to the container |
| initContainers.retrieveServiceInfo | object | {"debug":false,"image":{"repository":"paritytech/kubetools-kubectl","tag":"latest"},"resources":{}} |
A container to handle network configuration of the Polkadot node |
| initContainers.retrieveServiceInfo.debug | bool | false |
Adds -x shell option to container. Note: passwords and keys used in container may appear in logs |
| initContainers.retrieveServiceInfo.image.repository | string | "paritytech/kubetools-kubectl" |
Image repository |
| initContainers.retrieveServiceInfo.image.tag | string | "latest" |
Image tag |
| initContainers.retrieveServiceInfo.resources | object | {} |
The resources requests/limits for the container |
| jaegerAgent | object | {"collector":{"port":14250,"url":null},"env":{},"image":{"repository":"jaegertracing/jaeger-agent","tag":"latest"},"ports":{"binaryPort":6832,"compactPort":6831,"samplingPort":5778},"resources":{}} |
Configuration of Jaeger agent https://github.com/jaegertracing/jaeger |
| jaegerAgent.collector | object | {"port":14250,"url":null} |
Collector config |
| jaegerAgent.env | object | {} |
Environment variables to set on the Jaeger sidecar |
| jaegerAgent.image.repository | string | "jaegertracing/jaeger-agent" |
Image repository |
| jaegerAgent.image.tag | string | "latest" |
Image tag |
| jaegerAgent.ports.binaryPort | int | 6832 |
Accept jaeger.thrift over binary thrift protocol |
| jaegerAgent.ports.compactPort | int | 6831 |
Accept jaeger.thrift over compact thrift protocol |
| jaegerAgent.ports.samplingPort | HTTP | 5778 |
serve configs, sampling strategies |
| jaegerAgent.resources | object | {} |
Resource limits & requests |
| nameOverride | string | "" |
Provide a name in place of node for app: labels |
| node | object | {"allowUnsafeRpcMethods":false,"chain":"","chainData":{"annotations":{},"chainPath":null,"chainSnapshot":{"enabled":false,"filelistName":"files.txt","method":"gcs","url":""},"database":"rocksdb","ephemeral":{"enabled":false,"type":"emptyDir"},"kubernetesVolumeSnapshot":null,"kubernetesVolumeToClone":null,"pruning":1000,"storageClass":"","volumeSize":"100Gi"},"chainKeystore":{"accessModes":["ReadWriteOnce"],"annotations":{},"kubernetesVolumeSnapshot":null,"kubernetesVolumeToClone":null,"mountInMemory":{"enabled":false,"sizeLimit":null},"storageClass":"","volumeSize":"10Mi"},"collatorExternalRelayChain":{"enabled":false,"relayChainRpcUrls":[]},"collatorLightClient":{"enabled":false,"relayChain":"","relayChainCustomChainspec":false,"relayChainCustomChainspecPath":"/chain-data/relay_chain_chainspec.json","relayChainCustomChainspecUrl":null},"collatorRelayChain":{"chain":"polkadot","chainData":{"annotations":{},"chainPath":"","chainSnapshot":{"enabled":false,"filelistName":"files.txt","method":"gcs","url":""},"database":"rocksdb","ephemeral":{"enabled":false,"type":"emptyDir"},"kubernetesVolumeSnapshot":null,"kubernetesVolumeToClone":null,"pruning":1000,"storageClass":"","volumeSize":"100Gi"},"chainKeystore":{"accessModes":["ReadWriteOnce"],"annotations":{},"kubernetesVolumeSnapshot":null,"kubernetesVolumeToClone":null,"mountInMemory":{"enabled":false,"sizeLimit":null},"storageClass":"","volumeSize":"10Mi"},"customChainspec":false,"customChainspecPath":"/relaychain-data/relay_chain_chainspec.json","customChainspecUrl":null,"flags":[],"prometheus":{"enabled":false,"port":9625}},"command":"polkadot","customChainspec":false,"customChainspecPath":"/chain-data/chainspec.json","customChainspecUrl":null,"customNodeKey":[],"enableOffchainIndexing":false,"enableSidecarLivenessProbe":false,"enableSidecarReadinessProbe":false,"enableStartupProbe":true,"existingSecrets":{"extraDerivation":"","keys":[],"nodeKey":{}},"extraConfigmapMounts":[],"extraEnvVars":[],"extraSecretMounts":[],"flags":[],"forceDownloadChainspec":false,"isParachain":false,"keys":[],"legacyRpcFlags":false,"logLevels":[],"perNodeServices":{"apiService":{"annotations":{},"enabled":true,"externalDns":{"customPrefix":"","enabled":false,"hostname":"example.com","ttl":300},"externalTrafficPolicy":"Cluster","extraPorts":[],"httpPort":9933,"prometheusPort":9615,"relayChainPrometheusPort":9625,"rpcPort":9944,"type":"ClusterIP","wsPort":9955},"paraP2pService":{"annotations":{},"enabled":false,"externalDns":{"customPrefix":"","enabled":false,"hostname":"example.com","ttl":300},"externalTrafficPolicy":"Cluster","extraPorts":[],"port":30334,"publishUnreadyAddresses":true,"type":"NodePort","ws":{"enabled":false,"port":30335}},"relayP2pService":{"annotations":{},"enabled":false,"externalDns":{"customPrefix":"","enabled":false,"hostname":"example.com","ttl":300},"externalTrafficPolicy":"Cluster","extraPorts":[],"port":30333,"publishUnreadyAddresses":true,"type":"NodePort","ws":{"enabled":false,"port":30334}},"setPublicAddressToExternalIp":{"autodiscoveryFix":false,"enabled":false,"ipRetrievalServiceUrl":"https://ifconfig.io"}},"persistGeneratedNodeKey":false,"persistentVolumeClaimRetentionPolicy":null,"podManagementPolicy":null,"prometheus":{"enabled":true,"port":9615},"replicas":1,"resources":{},"role":"full","serviceAnnotations":{},"serviceExtraPorts":[],"serviceMonitor":{"enabled":false,"interval":"30s","metricRelabelings":[],"namespace":null,"relabelings":[],"scrapeTimeout":"10s","targetLabels":["node"]},"startupProbeFailureThreshold":30,"substrateApiSidecar":{"enabled":false},"telemetryUrls":[],"tracing":{"enabled":false},"updateStrategy":{"enabled":false,"maxUnavailable":1,"type":"RollingUpdate"},"vault":{"authConfigServiceAccount":null,"authConfigType":null,"authPath":null,"authRole":null,"authType":null,"keys":{},"nodeKey":{}},"wasmRuntimeOverridesPath":"/chain-data/runtimes","wasmRuntimeUrl":""} |
Deploy a substrate node. ref: https://docs.substrate.io/tutorials/v3/private-network/ |
| node.allowUnsafeRpcMethods | bool | false |
Allow executing unsafe RPC methods |
| node.chain | string | "" |
Name of the chain |
| node.chainData.annotations | object | {} |
Annotations to add to the volumeClaimTemplates |
| node.chainData.chainPath | string | nil |
Path on the volume to store chain data |
| node.chainData.chainSnapshot | object | {"enabled":false,"filelistName":"files.txt","method":"gcs","url":""} |
Configure parameters for restoring chain snapshot. Uses rclone |
| node.chainData.chainSnapshot.enabled | bool | false |
Enable chain snapshot restoration |
| node.chainData.chainSnapshot.filelistName | string | "files.txt" |
A remote file name containing names of DB file chunks. Appended to url |
| node.chainData.chainSnapshot.method | string | "gcs" |
Restoration method. One of: gcs, s3, http-single-tar, http-single-tar-lz4, http-filelist |
| node.chainData.chainSnapshot.url | string | "" |
A URL to download chain backup |
| node.chainData.database | string | "rocksdb" |
Database backend engine to use |
| node.chainData.ephemeral | object | {"enabled":false,"type":"emptyDir"} |
Mount chain-data volume using an ephemeral volume ref: https://kubernetes.io/docs/concepts/storage/ephemeral-volumes/#types-of-ephemeral-volumes |
| node.chainData.ephemeral.type | string | "emptyDir" |
Type supports emptyDir, generic |
| node.chainData.kubernetesVolumeSnapshot | string | nil |
If set, create a clone of the volume (using volumeClaimTemplates.dataSource.VolumeSnapshot) and use it to store chain data |
| node.chainData.kubernetesVolumeToClone | string | nil |
If set, create a clone of the volume (using volumeClaimTemplates.dataSource.PersistentVolumeClaim) and use it to store chain data |
| node.chainData.pruning | int | 1000 |
Set the amount of blocks to retain. If set to 0 archive node will be run. If deprecated --pruning flags is used in node.flags, set this to false. |
| node.chainData.storageClass | string | "" |
Storage class to use for persistent volume |
| node.chainData.volumeSize | string | "100Gi" |
Size of the volume for chain data |
| node.chainKeystore | object | {"accessModes":["ReadWriteOnce"],"annotations":{},"kubernetesVolumeSnapshot":null,"kubernetesVolumeToClone":null,"mountInMemory":{"enabled":false,"sizeLimit":null},"storageClass":"","volumeSize":"10Mi"} |
Configure chain keystore parameters |
| node.chainKeystore.accessModes | list | ["ReadWriteOnce"] |
Access mode of the volume |
| node.chainKeystore.annotations | object | {} |
Annotations to add to the volumeClaimTemplates |
| node.chainKeystore.kubernetesVolumeSnapshot | string | nil |
If set, create a clone of the volume (using volumeClaimTemplates.dataSource.VolumeSnapshot) and use it for the keystore |
| node.chainKeystore.kubernetesVolumeToClone | string | nil |
If set, create a clone of the volume (using volumeClaimTemplates.dataSource.PersistentVolumeClaim) and use it for the keystore |
| node.chainKeystore.mountInMemory | object | {"enabled":false,"sizeLimit":null} |
Mount chain keystore in memory using an emptyDir volume |
| node.chainKeystore.mountInMemory.enabled | bool | false |
Enable mounting in-memory keystore |
| node.chainKeystore.mountInMemory.sizeLimit | string | nil |
Size limit of the emptyDir holding a keystore. Requires K8s >=1.22 |
| node.chainKeystore.storageClass | string | "" |
Storage class to use for persistent volume |
| node.chainKeystore.volumeSize | string | "10Mi" |
Size of the volume |
| node.collatorExternalRelayChain | object | {"enabled":false,"relayChainRpcUrls":[]} |
EXPERIMENTAL!!! Run the collator node without a relay chain via external relay chain ref: https://github.com/paritytech/cumulus#external-relay-chain-node Enabling this option will disable the values of collatorRelayChain |
| node.collatorExternalRelayChain.enabled | bool | false |
Enable deployment of the external collator |
| node.collatorExternalRelayChain.relayChainRpcUrls | list | [] |
List of Relay Chain RPCs to connect |
| node.collatorLightClient | object | {"enabled":false,"relayChain":"","relayChainCustomChainspec":false,"relayChainCustomChainspecPath":"/chain-data/relay_chain_chainspec.json","relayChainCustomChainspecUrl":null} |
EXPERIMENTAL!!! Run the collator node without a relay chain via light client ref: paritytech/cumulus#2270 Enabling this option will disable the values of collatorRelayChain |
| node.collatorLightClient.enabled | bool | false |
Enable deployment of the external collator |
| node.collatorLightClient.relayChain | string | "" |
Name of the Relay Chain to connect |
| node.collatorLightClient.relayChainCustomChainspec | bool | false |
Use the file defined in collatorLightClient.relayChainCustomChainspecPath as the chainspec. Ensure that the file is either mounted or generated with an init container. |
| node.collatorLightClient.relayChainCustomChainspecPath | string | "/chain-data/relay_chain_chainspec.json" |
Path to the file containing the chainspec of the collator relay-chain |
| node.collatorLightClient.relayChainCustomChainspecUrl | string | nil |
URL to retrive custom chain spec |
| node.collatorRelayChain.chain | string | "polkadot" |
Name of the Relay Chain to connect |
| node.collatorRelayChain.chainData.annotations | object | {} |
Annotations to add to the volumeClaimTemplates |
| node.collatorRelayChain.chainData.chainPath | string | "" |
Path on the volume to store chain data |
| node.collatorRelayChain.chainData.chainSnapshot | object | {"enabled":false,"filelistName":"files.txt","method":"gcs","url":""} |
Configure parameters for restoring relay chain snapshot. Uses rclone |
| node.collatorRelayChain.chainData.chainSnapshot.enabled | bool | false |
Enable relay chain snapshot restoration |
| node.collatorRelayChain.chainData.chainSnapshot.filelistName | string | "files.txt" |
A remote file name containing names of DB file chunks. Appended to url |
| node.collatorRelayChain.chainData.chainSnapshot.method | string | "gcs" |
Restoration method. One of: gcs, s3, http-single-tar, http-single-tar-lz4, http-filelist |
| node.collatorRelayChain.chainData.chainSnapshot.url | string | "" |
A URL to download chain backup |
| node.collatorRelayChain.chainData.database | string | "rocksdb" |
Database backend engine to use for the collator relay-chain database |
| node.collatorRelayChain.chainData.ephemeral | object | {"enabled":false,"type":"emptyDir"} |
Mount relaychain-data volume using an ephemeral volume ref: https://kubernetes.io/docs/concepts/storage/ephemeral-volumes/#types-of-ephemeral-volumes |
| node.collatorRelayChain.chainData.ephemeral.type | string | "emptyDir" |
Type supports emptyDir, generic |
| node.collatorRelayChain.chainData.kubernetesVolumeSnapshot | string | nil |
If set, create a clone of the volume (using volumeClaimTemplates.dataSource.VolumeSnapshot) and use it to store relay-chain data |
| node.collatorRelayChain.chainData.kubernetesVolumeToClone | string | nil |
If set, create a clone of the volume (using volumeClaimTemplates.dataSource.PersistentVolumeClaim) and use it to store relay-chain data |
| node.collatorRelayChain.chainData.pruning | int | 1000 |
Set the amount of blocks to retain for the collator relay-chain database. If set to 0 archive node will be run. If deprecated --pruning flags is used in node.collatorRelayChain.flags, set this to false. |
| node.collatorRelayChain.chainData.storageClass | string | "" |
Storage class to use for persistent volume |
| node.collatorRelayChain.chainData.volumeSize | string | "100Gi" |
Size of the volume |
| node.collatorRelayChain.chainKeystore.accessModes | list | ["ReadWriteOnce"] |
Access mode of the volume |
| node.collatorRelayChain.chainKeystore.annotations | object | {} |
Annotations to add to the volumeClaimTemplates |
| node.collatorRelayChain.chainKeystore.kubernetesVolumeSnapshot | string | nil |
If set, create a clone of the volume (using volumeClaimTemplates.dataSource.VolumeSnapshot) and use it for the keystore |
| node.collatorRelayChain.chainKeystore.kubernetesVolumeToClone | string | nil |
If set, create a clone of the volume (using volumeClaimTemplates.dataSource.PersistentVolumeClaim) and use it for the keystore |
| node.collatorRelayChain.chainKeystore.mountInMemory | object | {"enabled":false,"sizeLimit":null} |
Mount relay-chain keystore in memory using an emptyDir volume |
| node.collatorRelayChain.chainKeystore.mountInMemory.enabled | bool | false |
Enable mounting in-memory keystore |
| node.collatorRelayChain.chainKeystore.mountInMemory.sizeLimit | string | nil |
Size limit of the emptyDir holding a keystore. Requires K8s >=1.22 |
| node.collatorRelayChain.chainKeystore.storageClass | string | "" |
Storage class to use for persistent volume |
| node.collatorRelayChain.chainKeystore.volumeSize | string | "10Mi" |
Size of the volume |
| node.collatorRelayChain.customChainspec | bool | false |
Use the file defined in collatorRelayChain.customChainspecPath as the chainspec. Ensure that the file is either mounted or generated with an init container. |
| node.collatorRelayChain.customChainspecPath | string | "/relaychain-data/relay_chain_chainspec.json" |
Path to the file containing the chainspec of the collator relay-chain Set to /relaychain-data to use additional volume |
| node.collatorRelayChain.customChainspecUrl | string | nil |
URL to retrive custom chain spec |
| node.collatorRelayChain.flags | list | [] |
Flags to add to the Polkadot binary |
| node.collatorRelayChain.prometheus | object | {"enabled":false,"port":9625} |
Expose relay chain metrics via Prometheus format in /metrics endpoint. Passes the following args to the Polkadot binary: - "--prometheus-external" \ - "--prometheus-port {{ port }}" |
| node.collatorRelayChain.prometheus.enabled | bool | false |
Expose Prometheus metrics |
| node.collatorRelayChain.prometheus.port | int | 9625 |
The port for exposed Prometheus metrics |
| node.command | string | "polkadot" |
Command to run within the container |
| node.customChainspec | bool | false |
Use the file defined in node.customChainspecPath as the chainspec. Ensure that the file is either mounted or generated with an init container. |
| node.customChainspecPath | string | "/chain-data/chainspec.json" |
Node may require custom name for chainspec file. ref: moonbeam moonbeam-foundation/moonbeam#1104 (comment) Note: path should start with /chain-data/ since this folder mount in init container download-chainspec. |
| node.customChainspecUrl | string | nil |
URL to retrive custom chain spec |
| node.customNodeKey | list | [] |
List of the custom node key(s) for all pods in statefulset. |
| node.enableOffchainIndexing | bool | false |
Enable Offchain Indexing. https://docs.substrate.io/fundamentals/offchain-operations/ |
| node.enableSidecarLivenessProbe | bool | false |
Enable Node liveness probe through paritytech/ws-health-exporter running as a sidecar container |
| node.enableSidecarReadinessProbe | bool | false |
Enable Node readiness probe through paritytech/ws-health-exporter running as a sidecar container |
| node.enableStartupProbe | bool | true |
Enable Node container's startup probe |
| node.existingSecrets | object | {"extraDerivation":"","keys":[],"nodeKey":{}} |
Inject keys from already existing Kubernetes secrets |
| node.existingSecrets.keys | list | [] |
List of kubernetes secret names to be added to the keystore. Each secret should contain 3 keys: type, scheme and seed Secret example: templates/keys.yaml Supercedes node.vault.keys |
| node.existingSecrets.nodeKey | object | {} |
K8s secret with node key Secret example: templates/customNodeKeySecret.yaml Supercedes node.vault.nodeKey |
| node.extraConfigmapMounts | list | [] |
Mount already existing ConfigMaps into the main container. https://kubernetes.io/docs/tasks/configure-pod-container/configure-pod-configmap/#populate-a-volume-with-data-stored-in-a-configmap |
| node.extraEnvVars | list | [] |
Environment variables to set for the main container: |
| node.extraSecretMounts | list | [] |
Mount already existing k8s Secrets into main container. https://kubernetes.io/docs/concepts/configuration/secret/#using-secrets-as-files-from-a-pod NOTE: This is NOT used to inject keys to the keystore or add node key. |
| node.flags | list | [] |
Flags to add to the Polkadot binary |
| node.forceDownloadChainspec | bool | false |
Replace chain spec if it already exists |
| node.isParachain | bool | false |
Deploy a collator node. ref: https://wiki.polkadot.network/docs/learn-collator If Collator is enabled, collator image must be used |
| node.keys | list | [] |
Keys to use by the node. ref: https://wiki.polkadot.network/docs/learn-keys |
| node.legacyRpcFlags | bool | false |
Use deprecated ws/rpc flags. ref: paritytech/substrate#13384 |
| node.logLevels | list | [] |
Log level |
| node.perNodeServices | object | {"apiService":{"annotations":{},"enabled":true,"externalDns":{"customPrefix":"","enabled":false,"hostname":"example.com","ttl":300},"externalTrafficPolicy":"Cluster","extraPorts":[],"httpPort":9933,"prometheusPort":9615,"relayChainPrometheusPort":9625,"rpcPort":9944,"type":"ClusterIP","wsPort":9955},"paraP2pService":{"annotations":{},"enabled":false,"externalDns":{"customPrefix":"","enabled":false,"hostname":"example.com","ttl":300},"externalTrafficPolicy":"Cluster","extraPorts":[],"port":30334,"publishUnreadyAddresses":true,"type":"NodePort","ws":{"enabled":false,"port":30335}},"relayP2pService":{"annotations":{},"enabled":false,"externalDns":{"customPrefix":"","enabled":false,"hostname":"example.com","ttl":300},"externalTrafficPolicy":"Cluster","extraPorts":[],"port":30333,"publishUnreadyAddresses":true,"type":"NodePort","ws":{"enabled":false,"port":30334}},"setPublicAddressToExternalIp":{"autodiscoveryFix":false,"enabled":false,"ipRetrievalServiceUrl":"https://ifconfig.io"}} |
Configuration of individual services of the node |
| node.perNodeServices.apiService.annotations | object | {} |
Annotations to add to the Service |
| node.perNodeServices.apiService.enabled | bool | true |
If enabled, generic service to expose common node APIs |
| node.perNodeServices.apiService.externalDns | object | {"customPrefix":"","enabled":false,"hostname":"example.com","ttl":300} |
External DNS configuration ref: https://github.com/kubernetes-sigs/external-dns |
| node.perNodeServices.apiService.externalDns.customPrefix | string | "" |
Custom prefix to use instead of prefixing the hostname with the name of the Pod |
| node.perNodeServices.apiService.externalDns.enabled | bool | false |
Enable External DNS |
| node.perNodeServices.apiService.externalDns.hostname | string | "example.com" |
External DNS hostname |
| node.perNodeServices.apiService.externalDns.ttl | int | 300 |
DNS record TTL |
| node.perNodeServices.apiService.externalTrafficPolicy | string | "Cluster" |
Traffic policy |
| node.perNodeServices.apiService.extraPorts | list | [] |
Additional ports on per node Services |
| node.perNodeServices.apiService.httpPort | int | 9933 |
deprecated, use rpcPort |
| node.perNodeServices.apiService.prometheusPort | int | 9615 |
Prometheus port |
| node.perNodeServices.apiService.relayChainPrometheusPort | int | 9625 |
Relay chains Prometheus port |
| node.perNodeServices.apiService.rpcPort | int | 9944 |
Port of the RPC endpoint |
| node.perNodeServices.apiService.type | string | "ClusterIP" |
Service type |
| node.perNodeServices.apiService.wsPort | int | 9955 |
deprecated, use rpcPort |
| node.perNodeServices.paraP2pService | object | {"annotations":{},"enabled":false,"externalDns":{"customPrefix":"","enabled":false,"hostname":"example.com","ttl":300},"externalTrafficPolicy":"Cluster","extraPorts":[],"port":30334,"publishUnreadyAddresses":true,"type":"NodePort","ws":{"enabled":false,"port":30335}} |
If enabled, create service to expose parachain P2P |
| node.perNodeServices.paraP2pService.annotations | object | {} |
Annotations to add to the Service |
| node.perNodeServices.paraP2pService.enabled | bool | false |
Enable exposing parachain P2P Service |
| node.perNodeServices.paraP2pService.externalDns | object | {"customPrefix":"","enabled":false,"hostname":"example.com","ttl":300} |
External DNS configuration ref: https://github.com/kubernetes-sigs/external-dns |
| node.perNodeServices.paraP2pService.externalDns.customPrefix | string | "" |
Custom prefix to use instead of prefixing the hostname with the name of the Pod |
| node.perNodeServices.paraP2pService.externalDns.enabled | bool | false |
Enable External DNS |
| node.perNodeServices.paraP2pService.externalDns.hostname | string | "example.com" |
External DNS hostname |
| node.perNodeServices.paraP2pService.externalDns.ttl | int | 300 |
DNS record TTL |
| node.perNodeServices.paraP2pService.externalTrafficPolicy | string | "Cluster" |
Traffic policy |
| node.perNodeServices.paraP2pService.extraPorts | list | [] |
Additional ports on per node Services |
| node.perNodeServices.paraP2pService.port | int | 30334 |
Port of the P2P endpoint (parachain) |
| node.perNodeServices.paraP2pService.publishUnreadyAddresses | bool | true |
Publish the P2P port even if the pod is not ready (e.g., node is syncing). It's recommended to keep this to true. |
| node.perNodeServices.paraP2pService.type | string | "NodePort" |
Service type |
| node.perNodeServices.paraP2pService.ws.enabled | bool | false |
If enabled, additionally expose WebSocket port. Useful for bootnodes |
| node.perNodeServices.paraP2pService.ws.port | int | 30335 |
WS port |
| node.perNodeServices.relayP2pService | object | {"annotations":{},"enabled":false,"externalDns":{"customPrefix":"","enabled":false,"hostname":"example.com","ttl":300},"externalTrafficPolicy":"Cluster","extraPorts":[],"port":30333,"publishUnreadyAddresses":true,"type":"NodePort","ws":{"enabled":false,"port":30334}} |
If enabled, create service to expose relay chain P2P |
| node.perNodeServices.relayP2pService.annotations | object | {} |
Annotations to add to the Service |
| node.perNodeServices.relayP2pService.externalDns | object | {"customPrefix":"","enabled":false,"hostname":"example.com","ttl":300} |
External DNS configuration ref: https://github.com/kubernetes-sigs/external-dns |
| node.perNodeServices.relayP2pService.externalDns.customPrefix | string | "" |
Custom prefix to use instead of prefixing the hostname with the name of the Pod |
| node.perNodeServices.relayP2pService.externalDns.enabled | bool | false |
Enable External DNS |
| node.perNodeServices.relayP2pService.externalDns.hostname | string | "example.com" |
External DNS hostname |
| node.perNodeServices.relayP2pService.externalDns.ttl | int | 300 |
DNS record TTL |
| node.perNodeServices.relayP2pService.externalTrafficPolicy | string | "Cluster" |
Traffic policy |
| node.perNodeServices.relayP2pService.extraPorts | list | [] |
Additional ports on per node Services |
| node.perNodeServices.relayP2pService.port | int | 30333 |
Port of the P2P endpoint (relay chain) |
| node.perNodeServices.relayP2pService.publishUnreadyAddresses | bool | true |
Publish the P2P port even if the pod is not ready (e.g., node is syncing). It's recommended to keep this to true. |
| node.perNodeServices.relayP2pService.type | string | "NodePort" |
Service type |
| node.perNodeServices.relayP2pService.ws.enabled | bool | false |
If enabled, additionally expose WebSocket port. Useful for bootnodes |
| node.perNodeServices.relayP2pService.ws.port | int | 30334 |
WS port |
| node.perNodeServices.setPublicAddressToExternalIp.autodiscoveryFix | bool | false |
EXPERIMENTAL!!! libp2p autodiscovery uses the external IP and port from --listen-addr instead of --public-addr. This flag will set the service port as an additional --listen-addr. |
| node.perNodeServices.setPublicAddressToExternalIp.enabled | bool | false |
If enabled, set --public-addr flag to be the NodePort p2p services external address |
| node.perNodeServices.setPublicAddressToExternalIp.ipRetrievalServiceUrl | string | "https://ifconfig.io" |
Web service to use for public IP retrieval |
| node.persistGeneratedNodeKey | bool | false |
If enabled, generate a persistent volume to use for the keys |
| node.persistentVolumeClaimRetentionPolicy | string | nil |
Persistent volume claim retention policy of stateful set (ie. whether to retain or delete the attached PVCs when scaling down or deleting the stateful set). ref: https://kubernetes.io/docs/concepts/workloads/controllers/statefulset/#persistentvolumeclaim-retention |
| node.podManagementPolicy | string | nil |
Pod management policy of stateful set. ref: https://kubernetes.io/docs/concepts/workloads/controllers/statefulset/#pod-management-policies |
| node.prometheus | object | {"enabled":true,"port":9615} |
Expose metrics via Prometheus format in /metrics endpoint. Passes the following args to the Polkadot binary: - "--prometheus-external" \ - "--prometheus-port {{ .Values.node.prometheus.port }}" |
| node.prometheus.enabled | bool | true |
Expose Prometheus metrics |
| node.prometheus.port | int | 9615 |
The port for exposed Prometheus metrics |
| node.replicas | int | 1 |
Number of replicas to deploy |
| node.resources | object | {} |
Resource limits & requests |
| node.role | string | "full" |
Type of the node. One of: full, authority, validator, collator, light |
| node.serviceAnnotations | object | {} |
Annotations to add to the Service |
| node.serviceExtraPorts | list | [] |
Additional ports on main Service |
| node.serviceMonitor | object | {"enabled":false,"interval":"30s","metricRelabelings":[],"namespace":null,"relabelings":[],"scrapeTimeout":"10s","targetLabels":["node"]} |
Service Monitor of Prometheus-Operator ref: https://github.com/prometheus-operator/prometheus-operator/blob/main/Documentation/user-guides/getting-started.md#include-servicemonitors |
| node.serviceMonitor.enabled | bool | false |
Enables Service Monitor |
| node.serviceMonitor.interval | string | "30s" |
Scrape interval |
| node.serviceMonitor.metricRelabelings | list | [] |
Metric relabelings config |
| node.serviceMonitor.namespace | string | nil |
Namespace to deploy Service Monitor. If not set deploys in the same namespace with the chart |
| node.serviceMonitor.relabelings | list | [] |
Relabelings config |
| node.serviceMonitor.scrapeTimeout | string | "10s" |
Scrape timeout |
| node.serviceMonitor.targetLabels | list | ["node"] |
Labels to scrape |
| node.startupProbeFailureThreshold | int | 30 |
On startup, the number of attempts to check the probe before restarting the pod |
| node.substrateApiSidecar.enabled | bool | false |
Enable Sustrate API as a sidecar |
| node.telemetryUrls | list | [] |
URLs to send telemetry data |
| node.tracing.enabled | bool | false |
Enable Jaeger Agent as a sidecar |
| node.updateStrategy | object | {"enabled":false,"maxUnavailable":1,"type":"RollingUpdate"} |
How node updates should be applied. |
| node.updateStrategy.enabled | bool | false |
Enable custom updateStrategy |
| node.updateStrategy.maxUnavailable | int | 1 |
Can be an int or a % |
| node.updateStrategy.type | string | "RollingUpdate" |
Type supports RollingUpdate or OnDelete |
| node.vault | object | {"authConfigServiceAccount":null,"authConfigType":null,"authPath":null,"authRole":null,"authType":null,"keys":{},"nodeKey":{}} |
Component to inject secrets via annotation of Hashicorp Vault ref: https://www.vaultproject.io/docs/platform/k8s/injector/annotations |
| node.vault.authConfigServiceAccount | string | nil |
Configures auth-config-service-account annotation |
| node.vault.authConfigType | string | nil |
Configures auth-config-type annotations |
| node.vault.authPath | string | nil |
Configures the authentication path for the Kubernetes auth method |
| node.vault.authRole | string | nil |
Configures the Vault role used by the Vault Agent auto-auth method. |
| node.vault.authType | string | nil |
Configures the authentication type for Vault Agent. For a list of valid authentication methods, see the Vault Agent auto-auth documentation. |
| node.vault.keys | object | {} |
Keys to fetch from Hashicorp Vault and set on the node |
| node.vault.nodeKey | object | {} |
Node key to use via vault |
| node.wasmRuntimeOverridesPath | string | "/chain-data/runtimes" |
Define the WASM runtime overrides directory path |
| node.wasmRuntimeUrl | string | "" |
Download a WASM runtime to override the on-chain runtime when the version matches. Note that this will download the runtime file in the directory specified in node.wasmRuntimeOverridesPath Then on startup, the node will load all runtime files from this directory including previously downloaded runtimes |
| nodeSelector | object | {} |
Define which Nodes the Pods are scheduled on |
| podAnnotations | object | {} |
Annotations to add to the Pod |
| podDisruptionBudget | object | {"enabled":false,"maxUnavailable":null,"minAvailable":null} |
podDisruptionBudget configuration |
| podDisruptionBudget.enabled | bool | false |
Enable podDisruptionBudget |
| podDisruptionBudget.maxUnavailable | string | nil |
maxUnavailable replicas |
| podDisruptionBudget.minAvailable | string | nil |
minAvailable replicas |
| podSecurityContext | object | {"fsGroup":1000,"runAsGroup":1000,"runAsUser":1000} |
SecurityContext holds pod-level security attributes and common container settings. This defaults to non root user with uid 1000 and gid 1000. ref: https://kubernetes.io/docs/tasks/configure-pod-container/security-context/ |
| podSecurityContext.fsGroup | int | 1000 |
Set container's Security Context fsGroup |
| podSecurityContext.runAsGroup | int | 1000 |
Set container's Security Context runAsGroup |
| podSecurityContext.runAsUser | int | 1000 |
Set container's Security Context runAsUser |
| serviceAccount | object | {"annotations":{},"create":true,"createRoleBinding":true,"name":""} |
Service account for the node to use. ref: https://kubernetes.io/docs/tasks/configure-pod-container/configure-service-account/ |
| serviceAccount.annotations | object | {} |
Annotations to add to the Service Account |
| serviceAccount.create | bool | true |
Enable creation of a Service Account for the main container |
| serviceAccount.createRoleBinding | bool | true |
Creates RoleBinding |
| serviceAccount.name | string | "" |
The name of the service account to use. If not set and create is true, a name is generated using the fullname template |
| substrateApiSidecar | object | {"args":["node","build/src/main.js"],"env":{},"image":{"repository":"parity/substrate-api-sidecar","tag":"latest"},"metrics":{"enabled":false,"port":9100},"resources":{}} |
Configuration of Substrate API ref: https://github.com/paritytech/substrate-api-sidecar |
| substrateApiSidecar.args | list | ["node","build/src/main.js"] |
Arguments to set on the API sidecar |
| substrateApiSidecar.env | object | {} |
Environment variables to set on the API sidecar |
| substrateApiSidecar.image.repository | string | "parity/substrate-api-sidecar" |
Image repository |
| substrateApiSidecar.image.tag | string | "latest" |
Image tag |
| substrateApiSidecar.resources | object | {} |
Resource limits & requests |
| terminationGracePeriodSeconds | int | 60 |
Grace termination period of the Pod |
| tolerations | list | [] |
Tolerations for use with node taints |
| wsHealthExporter | object | {"env":{},"image":{"repository":"paritytech/ws-health-exporter","tag":"99611363-20240306"},"resources":{}} |
Configuration of the WS Health exporter. ref: https://github.com/paritytech/scripts/tree/master/dockerfiles/ws-health-exporter |
| wsHealthExporter.env | object | {} |
Environment variables to set on the API sidecar |
| wsHealthExporter.image.repository | string | "paritytech/ws-health-exporter" |
Image repository |
| wsHealthExporter.image.tag | string | "99611363-20240306" |
Image tag |
| wsHealthExporter.resources | object | {} |
Resource limits & requests |
Autogenerated from chart metadata using helm-docs v1.12.0