-
+
-
+
_Based on the work of varyumin (https://github.com/varyumin/netdata)_.
@@ -67,19 +67,19 @@ Netdata is a comprehensive monitoring solution that requires specific access to
### Required Kubernetes RBAC Resources
-| Resource | Verbs | Components & Descriptions |
+| Resource | Verbs | Components & Descriptions |
|:-------------------|:-----------------|:-------------------------------------------------------------------------------------------------------------------------------------------------------------------------------------------------|
| pods | get, list, watch | • **service discovery**: Used for discovering services. | Key | +Type | +Default | +Description | + + +
|---|---|---|---|
| replicaCount | +int | +
+1
+
+ |
+ Number of `replicas` for the parent netdata `Deployment` | +
| deploymentStrategy.type | +string | +
+"Recreate"
+
+ |
+ Deployment strategy for pod deployments. Recreate is the safest value. | +
| imagePullSecrets | +list | +
+[]
+
+ |
+ An optional list of references to secrets in the same namespace to use for pulling any of the images | +
| image.repository | +string | +
+"netdata/netdata"
+
+ |
+ Container image repository | +
| image.tag | +string | +
+"{{ .Chart.AppVersion }}"
+
+ |
+ Container image tag | +
| image.pullPolicy | +string | +
+"Always"
+
+ |
+ Container image pull policy | +
| initContainersImage.repository | +string | +
+"alpine"
+
+ |
+ Init containers' image repository | +
| initContainersImage.tag | +string | +
+"latest"
+
+ |
+ Init containers' image tag | +
| initContainersImage.pullPolicy | +string | +
+"Always"
+
+ |
+ Init containers' image pull policy | +
| sysctlInitContainer.enabled | +bool | +
+false
+
+ |
+ Enable an init container to modify Kernel settings | +
| sysctlInitContainer.command | +list | +
+[]
+
+ |
+ sysctl init container command to execute | +
| sysctlInitContainer.resources | +object | +
+{}
+
+ |
+ sysctl Init container CPU/Memory resource requests/limits | +
| service.type | +string | +
+"ClusterIP"
+
+ |
+ Parent service type | +
| service.port | +int | +
+19999
+
+ |
+ Parent service port | +
| service.annotations | +object | +
+{}
+
+ |
+ Additional annotations to add to the service | +
| service.loadBalancerIP | +string | +
+""
+
+ |
+ Static LoadBalancer IP, only to be used with service type=LoadBalancer | +
| service.loadBalancerSourceRanges | +list | +
+[]
+
+ |
+ List of allowed IPs for LoadBalancer | +
| service.externalTrafficPolicy | +string | +
+""
+
+ |
+ Denotes if this Service desires to route external traffic to node-local or cluster-wide endpoints | +
| service.healthCheckNodePort | +string | +
+null
+
+ |
+ Specifies the health check node port (only to be used with type LoadBalancer and external traffic policy Local) | +
| service.clusterIP | +string | +
+""
+
+ |
+ Specific cluster IP when service type is cluster IP. Use `None` for headless service | +
| ingress.enabled | +bool | +
+true
+
+ |
+ Create Ingress to access the netdata web UI | +
| ingress.annotations | +object | ++See values.yaml for defaults ++ |
+ Associate annotations to the Ingress | +
| ingress.path | +string | +
+"/"
+
+ |
+ URL path for the ingress. If changed, a proxy server needs to be configured in front of netdata to translate path from a custom one to a `/` | +
| ingress.pathType | +string | +
+"Prefix"
+
+ |
+ pathType for your ingress controller. Default value is correct for nginx. If you use your own ingress controller, check the correct value | +
| ingress.hosts[0] | +string | +
+"netdata.k8s.local"
+
+ |
+ URL hostnames for the ingress (they need to resolve to the external IP of the ingress controller) | +
| rbac.create | +bool | +
+true
+
+ |
+ if true, create & use RBAC resources | +
| rbac.pspEnabled | +bool | +
+true
+
+ |
+ Specifies whether a PodSecurityPolicy should be created | +
| serviceAccount.create | +bool | +
+true
+
+ |
+ if true, create a service account | +
| serviceAccount.name | +string | +
+"netdata"
+
+ |
+ The name of the service account to use. If not set and create is true, a name is generated using the fullname template | +
| restarter.enabled | +bool | +
+false
+
+ |
+ Install CronJob to update Netdata Pods | +
| restarter.schedule | +string | +
+"00 06 * * *"
+
+ |
+ The schedule in Cron format | +
| restarter.image.repository | +string | +
+"rancher/kubectl"
+
+ |
+ Container image repo | +
| restarter.image.tag | +string | +
+".auto"
+
+ |
+ Container image tag. If `.auto`, the image tag version of the rancher/kubectl will reflect the Kubernetes cluster version | +
| restarter.image.pullPolicy | +string | +
+"Always"
+
+ |
+ Container image pull policy | +
| restarter.restartPolicy | +string | +
+"Never"
+
+ |
+ Container restart policy | +
| restarter.resources | +object | +
+{}
+
+ |
+ Container resources | +
| restarter.concurrencyPolicy | +string | +
+"Forbid"
+
+ |
+ Specifies how to treat concurrent executions of a job | +
| restarter.startingDeadlineSeconds | +int | +
+60
+
+ |
+ Optional deadline in seconds for starting the job if it misses scheduled time for any reason | +
| restarter.successfulJobsHistoryLimit | +int | +
+3
+
+ |
+ The number of successful finished jobs to retain | +
| restarter.failedJobsHistoryLimit | +int | +
+3
+
+ |
+ The number of failed finished jobs to retain | +
| notifications.slack.webhook_url | +string | +
+""
+
+ |
+ Slack webhook URL | +
| notifications.slack.recipient | +string | +
+""
+
+ |
+ Slack recipient list | +
| Key | +Type | +Default | +Description | + + +
|---|---|---|---|
| sd.image.repository | +string | +
+"netdata/agent-sd"
+
+ |
+ Container image repository | +
| sd.image.tag | +string | +
+"v0.2.10"
+
+ |
+ Container image tag | +
| sd.image.pullPolicy | +string | +
+"Always"
+
+ |
+ Container image pull policy | +
| sd.child.enabled | +bool | +
+true
+
+ |
+ Add service-discovery sidecar container to the netdata child pod definition | +
| sd.child.configmap.name | +string | +
+"netdata-child-sd-config-map"
+
+ |
+ Child service-discovery ConfigMap name | +
| sd.child.configmap.key | +string | +
+"config.yml"
+
+ |
+ Child service-discovery ConfigMap key | +
| sd.child.configmap.from.file | +string | +
+""
+
+ |
+ File to use for child service-discovery configuration generation | +
| sd.child.configmap.from.value | +object | +
+{}
+
+ |
+ Value to use for child service-discovery configuration generation | +
| sd.child.resources | +object | ++See values.yaml for defaults ++ |
+ Child service-discovery container CPU/Memory resource requests/limits | +
| Key | +Type | +Default | +Description | + + +
|---|---|---|---|
| parent.hostname | +string | +
+"netdata-parent"
+
+ |
+ Parent node hostname | +
| parent.enabled | +bool | +
+true
+
+ |
+ Install parent Deployment to receive metrics from children nodes | +
| parent.port | +int | +
+19999
+
+ |
+ Parent's listen port | +
| parent.resources | +object | +
+{}
+
+ |
+ Resources for the parent deployment | +
| parent.livenessProbe.initialDelaySeconds | +int | +
+0
+
+ |
+ Number of seconds after the container has started before liveness probes are initiated | +
| parent.livenessProbe.failureThreshold | +int | +
+3
+
+ |
+ When a liveness probe fails, Kubernetes will try failureThreshold times before giving up. Giving up the liveness probe means restarting the container | +
| parent.livenessProbe.periodSeconds | +int | +
+30
+
+ |
+ How often (in seconds) to perform the liveness probe | +
| parent.livenessProbe.successThreshold | +int | +
+1
+
+ |
+ Minimum consecutive successes for the liveness probe to be considered successful after having failed | +
| parent.livenessProbe.timeoutSeconds | +int | +
+1
+
+ |
+ Number of seconds after which the liveness probe times out | +
| parent.readinessProbe.initialDelaySeconds | +int | +
+0
+
+ |
+ Number of seconds after the container has started before readiness probes are initiated | +
| parent.readinessProbe.failureThreshold | +int | +
+3
+
+ |
+ When a readiness probe fails, Kubernetes will try failureThreshold times before giving up. Giving up the readiness probe means marking the Pod Unready | +
| parent.readinessProbe.periodSeconds | +int | +
+30
+
+ |
+ How often (in seconds) to perform the readiness probe | +
| parent.readinessProbe.successThreshold | +int | +
+1
+
+ |
+ Minimum consecutive successes for the readiness probe to be considered successful after having failed | +
| parent.readinessProbe.timeoutSeconds | +int | +
+1
+
+ |
+ Number of seconds after which the readiness probe times out | +
| parent.securityContext.runAsUser | +int | +
+201
+
+ |
+ The UID to run the container process | +
| parent.securityContext.runAsGroup | +int | +
+201
+
+ |
+ The GID to run the container process | +
| parent.securityContext.fsGroup | +int | +
+201
+
+ |
+ The supplementary group for setting permissions on volumes | +
| parent.terminationGracePeriodSeconds | +int | +
+300
+
+ |
+ Duration in seconds the pod needs to terminate gracefully | +
| parent.nodeSelector | +object | +
+{}
+
+ |
+ Node selector for the parent deployment | +
| parent.tolerations | +list | +
+[]
+
+ |
+ Tolerations settings for the parent deployment | +
| parent.affinity | +object | +
+{}
+
+ |
+ Affinity settings for the parent deployment | +
| parent.priorityClassName | +string | +
+""
+
+ |
+ Pod priority class name for the parent deployment | +
| parent.env | +object | +
+{}
+
+ |
+ Set environment parameters for the parent deployment | +
| parent.envFrom | +list | +
+[]
+
+ |
+ Set environment parameters for the parent deployment from ConfigMap and/or Secrets | +
| parent.podLabels | +object | +
+{}
+
+ |
+ Additional labels to add to the parent pods | +
| parent.podAnnotations | +object | +
+{}
+
+ |
+ Additional annotations to add to the parent pods | +
| parent.dnsPolicy | +string | +
+"Default"
+
+ |
+ DNS policy for pod | +
| parent.database.persistence | +bool | +
+true
+
+ |
+ Whether the parent should use a persistent volume for the DB | +
| parent.database.storageclass | +string | +
+"-"
+
+ |
+ The storage class for the persistent volume claim of the parent's database store, mounted to `/var/cache/netdata` | +
| parent.database.volumesize | +string | +
+"5Gi"
+
+ |
+ The storage space for the PVC of the parent database | +
| parent.alarms.persistence | +bool | +
+true
+
+ |
+ Whether the parent should use a persistent volume for the alarms log | +
| parent.alarms.storageclass | +string | +
+"-"
+
+ |
+ The storage class for the persistent volume claim of the parent's alarm log, mounted to `/var/lib/netdata` | +
| parent.alarms.volumesize | +string | +
+"1Gi"
+
+ |
+ The storage space for the PVC of the parent alarm log | +
| parent.configs | +object | ++See values.yaml for defaults ++ |
+ Manage custom parent's configs | +
| parent.claiming.enabled | +bool | +
+false
+
+ |
+ Enable parent claiming for netdata cloud | +
| parent.claiming.token | +string | +
+""
+
+ |
+ Claim token | +
| parent.claiming.rooms | +string | +
+""
+
+ |
+ Comma separated list of claim rooms IDs. Empty value = All nodes room only | +
| parent.extraVolumeMounts | +list | +
+[]
+
+ |
+ Additional volumeMounts to add to the parent pods | +
| parent.extraVolumes | +list | +
+[]
+
+ |
+ Additional volumes to add to the parent pods | +
| parent.extraInitContainers | +list | +
+[]
+
+ |
+ Additional init containers to add to the parent pods | +
| Key | +Type | +Default | +Description | + + +
|---|---|---|---|
| child.enabled | +bool | +
+true
+
+ |
+ Install child DaemonSet to gather data from nodes | +
| child.port | +string | +
+"{{ .Values.parent.port }}"
+
+ |
+ Children's listen port | +
| child.updateStrategy | +object | +
+{}
+
+ |
+ An update strategy to replace existing DaemonSet pods with new pods | +
| child.resources | +object | +
+{}
+
+ |
+ Resources for the child DaemonSet | +
| child.livenessProbe.initialDelaySeconds | +int | +
+0
+
+ |
+ Number of seconds after the container has started before liveness probes are initiated | +
| child.livenessProbe.failureThreshold | +int | +
+3
+
+ |
+ When a liveness probe fails, Kubernetes will try failureThreshold times before giving up. Giving up the liveness probe means restarting the container | +
| child.livenessProbe.periodSeconds | +int | +
+30
+
+ |
+ How often (in seconds) to perform the liveness probe | +
| child.livenessProbe.successThreshold | +int | +
+1
+
+ |
+ Minimum consecutive successes for the liveness probe to be considered successful after having failed | +
| child.livenessProbe.timeoutSeconds | +int | +
+1
+
+ |
+ Number of seconds after which the liveness probe times out | +
| child.readinessProbe.initialDelaySeconds | +int | +
+0
+
+ |
+ Number of seconds after the container has started before readiness probes are initiated | +
| child.readinessProbe.failureThreshold | +int | +
+3
+
+ |
+ When a readiness probe fails, Kubernetes will try failureThreshold times before giving up. Giving up the readiness probe means marking the Pod Unready | +
| child.readinessProbe.periodSeconds | +int | +
+30
+
+ |
+ How often (in seconds) to perform the readiness probe | +
| child.readinessProbe.successThreshold | +int | +
+1
+
+ |
+ Minimum consecutive successes for the readiness probe to be considered successful after having failed | +
| child.readinessProbe.timeoutSeconds | +int | +
+1
+
+ |
+ Number of seconds after which the readiness probe times out | +
| child.terminationGracePeriodSeconds | +int | +
+30
+
+ |
+ Duration in seconds the pod needs to terminate gracefully | +
| child.nodeSelector | +object | +
+{}
+
+ |
+ Node selector for the child daemonsets | +
| child.tolerations | +list | ++See values.yaml for defaults ++ |
+ Tolerations settings for the child daemonsets | +
| child.affinity | +object | +
+{}
+
+ |
+ Affinity settings for the child daemonsets | +
| child.priorityClassName | +string | +
+""
+
+ |
+ Pod priority class name for the child daemonsets | +
| child.podLabels | +object | +
+{}
+
+ |
+ Additional labels to add to the child pods | +
| child.podAnnotationAppArmor.enabled | +bool | +
+true
+
+ |
+ Whether or not to include the AppArmor security annotation | +
| child.podAnnotations | +object | +
+{}
+
+ |
+ Additional annotations to add to the child pods | +
| child.hostNetwork | +bool | +
+true
+
+ |
+ Usage of host networking and ports | +
| child.dnsPolicy | +string | +
+"ClusterFirstWithHostNet"
+
+ |
+ DNS policy for pod. Should be `ClusterFirstWithHostNet` if `child.hostNetwork = true` | +
| child.persistence.enabled | +bool | +
+true
+
+ |
+ Whether or not to persist `/var/lib/netdata` in the `child.persistence.hostPath` | +
| child.persistence.hostPath | +string | +
+"/var/lib/netdata-k8s-child"
+
+ |
+ Host node directory for storing child instance data | +
| child.podsMetadata.useKubelet | +bool | +
+false
+
+ |
+ Send requests to the Kubelet /pods endpoint instead of Kubernetes API server to get pod metadata | +
| child.podsMetadata.kubeletUrl | +string | +
+"https://localhost:10250"
+
+ |
+ Kubelet URL | +
| child.configs | +object | ++See values.yaml for defaults ++ |
+ Manage custom child's configs | +
| child.env | +object | +
+{}
+
+ |
+ Set environment parameters for the child daemonset | +
| child.envFrom | +list | +
+[]
+
+ |
+ Set environment parameters for the child daemonset from ConfigMap and/or Secrets | +
| child.claiming.enabled | +bool | +
+false
+
+ |
+ Enable child claiming for netdata cloud | +
| child.claiming.token | +string | +
+""
+
+ |
+ Claim token | +
| child.claiming.rooms | +string | +
+""
+
+ |
+ Comma separated list of claim rooms IDs. Empty value = All nodes room only | +
| child.extraVolumeMounts | +list | +
+[]
+
+ |
+ Additional volumeMounts to add to the child pods | +
| child.extraVolumes | +list | +
+[]
+
+ |
+ Additional volumes to add to the child pods | +
| Key | +Type | +Default | +Description | + + +
|---|---|---|---|
| k8sState.hostname | +string | +
+"netdata-k8s-state"
+
+ |
+ K8s state node hostname | +
| k8sState.enabled | +bool | +
+true
+
+ |
+ Install this Deployment to gather data from K8s cluster | +
| k8sState.port | +string | +
+"{{ .Values.parent.port }}"
+
+ |
+ Listen port | +
| k8sState.resources | +object | +
+{}
+
+ |
+ Compute resources required by this Deployment | +
| k8sState.livenessProbe.initialDelaySeconds | +int | +
+0
+
+ |
+ Number of seconds after the container has started before liveness probes are initiated | +
| k8sState.livenessProbe.failureThreshold | +int | +
+3
+
+ |
+ When a liveness probe fails, Kubernetes will try failureThreshold times before giving up. Giving up the liveness probe means restarting the container | +
| k8sState.livenessProbe.periodSeconds | +int | +
+30
+
+ |
+ How often (in seconds) to perform the liveness probe | +
| k8sState.livenessProbe.successThreshold | +int | +
+1
+
+ |
+ Minimum consecutive successes for the liveness probe to be considered successful after having failed | +
| k8sState.livenessProbe.timeoutSeconds | +int | +
+1
+
+ |
+ Number of seconds after which the liveness probe times out | +
| k8sState.readinessProbe.initialDelaySeconds | +int | +
+0
+
+ |
+ Number of seconds after the container has started before readiness probes are initiated | +
| k8sState.readinessProbe.failureThreshold | +int | +
+3
+
+ |
+ When a readiness probe fails, Kubernetes will try failureThreshold times before giving up. Giving up the readiness probe means marking the Pod Unready | +
| k8sState.readinessProbe.periodSeconds | +int | +
+30
+
+ |
+ How often (in seconds) to perform the readiness probe | +
| k8sState.readinessProbe.successThreshold | +int | +
+1
+
+ |
+ Minimum consecutive successes for the readiness probe to be considered successful after having failed | +
| k8sState.readinessProbe.timeoutSeconds | +int | +
+1
+
+ |
+ Number of seconds after which the readiness probe times out | +
| k8sState.terminationGracePeriodSeconds | +int | +
+30
+
+ |
+ Duration in seconds the pod needs to terminate gracefully | +
| k8sState.nodeSelector | +object | +
+{}
+
+ |
+ Node selector | +
| k8sState.tolerations | +list | +
+[]
+
+ |
+ Tolerations settings | +
| k8sState.affinity | +object | +
+{}
+
+ |
+ Affinity settings | +
| k8sState.priorityClassName | +string | +
+""
+
+ |
+ Pod priority class name | +
| k8sState.podLabels | +object | +
+{}
+
+ |
+ Additional labels | +
| k8sState.podAnnotationAppArmor.enabled | +bool | +
+true
+
+ |
+ Whether or not to include the AppArmor security annotation | +
| k8sState.podAnnotations | +object | +
+{}
+
+ |
+ Additional annotations | +
| k8sState.dnsPolicy | +string | +
+"ClusterFirstWithHostNet"
+
+ |
+ DNS policy for pod | +
| k8sState.persistence.enabled | +bool | +
+true
+
+ |
+ Whether should use a persistent volume for `/var/lib/netdata` | +
| k8sState.persistence.storageclass | +string | +
+"-"
+
+ |
+ The storage class for the persistent volume claim of `/var/lib/netdata` | +
| k8sState.persistence.volumesize | +string | +
+"1Gi"
+
+ |
+ The storage space for the PVC of `/var/lib/netdata` | +
| k8sState.env | +object | +
+{}
+
+ |
+ Set environment parameters | +
| k8sState.envFrom | +list | +
+[]
+
+ |
+ Set environment parameters from ConfigMap and/or Secrets | +
| k8sState.configs | +object | ++See values.yaml for defaults ++ |
+ Manage custom configs | +
| k8sState.claiming.enabled | +bool | +
+false
+
+ |
+ Enable claiming for netdata cloud | +
| k8sState.claiming.token | +string | +
+""
+
+ |
+ Claim token | +
| k8sState.claiming.rooms | +string | +
+""
+
+ |
+ Comma separated list of claim rooms IDs. Empty value = All nodes room only | +
| k8sState.extraVolumeMounts | +list | +
+[]
+
+ |
+ Additional volumeMounts to add to the k8sState pods | +
| k8sState.extraVolumes | +list | +
+[]
+
+ |
+ Additional volumes to add to the k8sState pods | +
| Key | +Type | +Default | +Description | + + +
|---|---|---|---|
| netdataOpentelemetry.enabled | +bool | +
+false
+
+ |
+ Enable the Netdata OpenTelemetry Deployment | +
| netdataOpentelemetry.hostname | +string | +
+"netdata-otel"
+
+ |
+ Hostname for the Netdata OpenTelemetry instance | +
| netdataOpentelemetry.port | +string | +
+"{{ .Values.parent.port }}"
+
+ |
+ Listen port | +
| netdataOpentelemetry.service.type | +string | +
+"ClusterIP"
+
+ |
+ Service type | +
| netdataOpentelemetry.service.port | +int | +
+4317
+
+ |
+ Service port | +
| netdataOpentelemetry.service.annotations | +object | +
+{}
+
+ |
+ Service annotations | +
| netdataOpentelemetry.service.clusterIP | +string | +
+""
+
+ |
+ Cluster IP address (only used with service.type ClusterIP) | +
| netdataOpentelemetry.service.loadBalancerIP | +string | +
+""
+
+ |
+ LoadBalancer IP address (only used with service.type LoadBalancer) | +
| netdataOpentelemetry.service.loadBalancerSourceRanges | +list | +
+[]
+
+ |
+ Allowed source ranges for LoadBalancer (only used with service.type LoadBalancer) | +
| netdataOpentelemetry.service.externalTrafficPolicy | +string | +
+""
+
+ |
+ External traffic policy (only used with service.type LoadBalancer) | +
| netdataOpentelemetry.service.healthCheckNodePort | +string | +
+""
+
+ |
+ Health check node port (only used with service.type LoadBalancer and external traffic policy Local) | +
| netdataOpentelemetry.resources | +object | +
+{}
+
+ |
+ Compute resources required by this Deployment | +
| netdataOpentelemetry.livenessProbe.initialDelaySeconds | +int | +
+0
+
+ |
+ Number of seconds after the container has started before liveness probes are initiated | +
| netdataOpentelemetry.livenessProbe.failureThreshold | +int | +
+3
+
+ |
+ When a liveness probe fails, Kubernetes will try failureThreshold times before giving up | +
| netdataOpentelemetry.livenessProbe.periodSeconds | +int | +
+30
+
+ |
+ How often (in seconds) to perform the liveness probe | +
| netdataOpentelemetry.livenessProbe.successThreshold | +int | +
+1
+
+ |
+ Minimum consecutive successes for the liveness probe to be considered successful after having failed | +
| netdataOpentelemetry.livenessProbe.timeoutSeconds | +int | +
+1
+
+ |
+ Number of seconds after which the liveness probe times out | +
| netdataOpentelemetry.readinessProbe.initialDelaySeconds | +int | +
+0
+
+ |
+ Number of seconds after the container has started before readiness probes are initiated | +
| netdataOpentelemetry.readinessProbe.failureThreshold | +int | +
+3
+
+ |
+ When a readiness probe fails, Kubernetes will try failureThreshold times before giving up | +
| netdataOpentelemetry.readinessProbe.periodSeconds | +int | +
+30
+
+ |
+ How often (in seconds) to perform the readiness probe | +
| netdataOpentelemetry.readinessProbe.successThreshold | +int | +
+1
+
+ |
+ Minimum consecutive successes for the readiness probe to be considered successful after having failed | +
| netdataOpentelemetry.readinessProbe.timeoutSeconds | +int | +
+1
+
+ |
+ Number of seconds after which the readiness probe times out | +
| netdataOpentelemetry.securityContext.runAsUser | +int | +
+201
+
+ |
+ The UID to run the container process | +
| netdataOpentelemetry.securityContext.runAsGroup | +int | +
+201
+
+ |
+ The GID to run the container process | +
| netdataOpentelemetry.securityContext.fsGroup | +int | +
+201
+
+ |
+ The supplementary group for setting permissions on volumes | +
| netdataOpentelemetry.terminationGracePeriodSeconds | +int | +
+30
+
+ |
+ Duration in seconds the pod needs to terminate gracefully | +
| netdataOpentelemetry.nodeSelector | +object | +
+{}
+
+ |
+ Node selector | +
| netdataOpentelemetry.tolerations | +list | +
+[]
+
+ |
+ Tolerations settings | +
| netdataOpentelemetry.affinity | +object | +
+{}
+
+ |
+ Affinity settings | +
| netdataOpentelemetry.priorityClassName | +string | +
+""
+
+ |
+ Pod priority class name | +
| netdataOpentelemetry.podLabels | +object | +
+{}
+
+ |
+ Additional labels | +
| netdataOpentelemetry.podAnnotationAppArmor.enabled | +bool | +
+true
+
+ |
+ Whether or not to include the AppArmor security annotation | +
| netdataOpentelemetry.podAnnotations | +object | +
+{}
+
+ |
+ Additional annotations | +
| netdataOpentelemetry.dnsPolicy | +string | +
+"Default"
+
+ |
+ DNS policy for pod | +
| netdataOpentelemetry.persistence.enabled | +bool | +
+true
+
+ |
+ Whether should use a persistent volume | +
| netdataOpentelemetry.persistence.storageclass | +string | +
+"-"
+
+ |
+ The storage class for the persistent volume claim | +
| netdataOpentelemetry.persistence.volumesize | +string | +
+"10Gi"
+
+ |
+ The storage space for the PVC | +
| netdataOpentelemetry.configs | +object | ++See values.yaml for defaults ++ |
+ Manage custom configs | +
| netdataOpentelemetry.env | +object | +
+{}
+
+ |
+ Set environment parameters | +
| netdataOpentelemetry.envFrom | +list | +
+[]
+
+ |
+ Set environment parameters from ConfigMap and/or Secrets | +
| netdataOpentelemetry.claiming.enabled | +bool | +
+false
+
+ |
+ Enable claiming for netdata cloud | +
| netdataOpentelemetry.claiming.token | +string | +
+""
+
+ |
+ Claim token | +
| netdataOpentelemetry.claiming.rooms | +string | +
+""
+
+ |
+ Comma separated list of claim rooms IDs. Empty value = All nodes room only | +
| netdataOpentelemetry.extraVolumeMounts | +list | +
+[]
+
+ |
+ Additional volumeMounts | +
| netdataOpentelemetry.extraVolumes | +list | +
+[]
+
+ |
+ Additional volumes | +
| Key | +Type | +Default | +Description | + + +
|---|---|---|---|
| otel-collector.enabled | +bool | +
+false
+
+ |
+ Set to true to enable the OpenTelemetry Collector | +
| otel-collector.mode | +string | +
+"daemonset"
+
+ |
+ Deployment mode: daemonset, deployment, or statefulset | +
| otel-collector.image.repository | +string | +
+"otel/opentelemetry-collector-k8s"
+
+ |
+ Image repository | +
| otel-collector.presets.kubernetesAttributes.enabled | +bool | +
+true
+
+ |
+ Enable Kubernetes attributes collection | +
| otel-collector.presets.logsCollection.enabled | +bool | +
+true
+
+ |
+ Enable logs collection from Kubernetes pods | +
| otel-collector.presets.logsCollection.includeCollectorLogs | +bool | +
+false
+
+ |
+ Include collector logs in the collection | +
| otel-collector.config | +object | ++See values.yaml for defaults ++ |
+ OpenTelemetry Collector configuration | +
| otel-collector.resources | +object | ++See values.yaml for defaults ++ |
+ Resources | +
| otel-collector.serviceAccount.create | +bool | +
+true
+
+ |
+ Create service account | +
| otel-collector.clusterRole.create | +bool | +
+true
+
+ |
+ Create cluster role | +
| otel-collector.clusterRole.rules | +list | ++See values.yaml for defaults ++ |
+ Cluster role rules | +
| otel-collector.tolerations | +list | ++See values.yaml for defaults ++ |
+ Tolerations to run on all nodes | +
+
+{{ template "chart.versionBadge" . }}
+
+{{ template "chart.appVersionBadge" . }}
+
+_Based on the work of varyumin (https://github.com/varyumin/netdata)_.
+
+## Introduction
+
+This chart bootstraps a [Netdata](https://github.com/netdata/netdata) deployment on a [Kubernetes](http://kubernetes.io)
+cluster using the [Helm](https://helm.sh) package manager.
+
+By default, the chart installs:
+
+- A Netdata child pod on each node of a cluster, using a `Daemonset`
+- A Netdata k8s state monitoring pod on one node, using a `Deployment`. This virtual node is called `netdata-k8s-state`.
+- A Netdata parent pod on one node, using a `Deployment`. This virtual node is called `netdata-parent`.
+
+Disabled by default:
+
+- A Netdata restarter `CronJob`. Its main purpose is to automatically update Netdata when using nightly releases.
+
+The child pods and the state pod function as headless collectors that collect and forward
+all the metrics to the parent pod. The parent pod uses persistent volumes to store metrics and alarms, handle alarm
+notifications, and provide the Netdata UI to view metrics using an ingress controller.
+
+Please validate that the settings are suitable for your cluster before using them in production.
+
+## Prerequisites
+
+- A working cluster running Kubernetes v1.9 or newer.
+- The [kubectl](https://kubernetes.io/docs/reference/kubectl/overview/) command line tool,
+ within [one minor version difference](https://kubernetes.io/docs/tasks/tools/install-kubectl/#before-you-begin) of
+ your cluster, on an administrative system.
+- The [Helm package manager](https://helm.sh/) v3.8.0 or newer on the same administrative system.
+
+## Required Resources and Permissions
+
+Netdata is a comprehensive monitoring solution that requires specific access to host resources to function effectively. By design, monitoring solutions like Netdata need visibility into various system components to collect metrics and provide insights. The following mounts, privileges, and capabilities are essential for Netdata's operation, and applying restrictive security profiles or limiting these accesses may significantly impact functionality or render the monitoring solution ineffective.
+
+