alloy

# -- Overrides the chart's name. Used to change the infix in the resource names.

nameOverride: null

# -- Overrides the chart's namespace.

namespaceOverride: null

# -- Overrides the chart's computed fullname. Used to change the full prefix of

# resource names.

fullnameOverride: null

## Global properties for image pulling override the values defined under `image.registry` and `configReloader.image.registry`.

## If you want to override only one image registry, use the specific fields but if you want to override them all, use `global.image.registry`

global:

image:

# -- Global image registry to use if it needs to be overridden for some specific use cases (e.g local registries, custom images, ...)

registry: ""

# -- Optional set of global image pull secrets.

pullSecrets: []

# -- Global image pull policy to apply to all containers. Overrides `image.pullPolicy` and `configReloader.image.pullPolicy`.

pullPolicy: ""

# -- Security context to apply to the Grafana Alloy pod.

podSecurityContext: {}

crds:

# -- Whether to install CRDs for monitoring.

create: true

## Various Alloy settings. For backwards compatibility with the grafana-agent

## chart, this field may also be called "agent". Naming this field "agent" is

## deprecated and will be removed in a future release.

alloy:

configMap:

# -- Create a new ConfigMap for the config file.

create: true

# -- Content to assign to the new ConfigMap. This is passed into `tpl` allowing for templating from values.

content: ''

# -- Name of existing ConfigMap to use. Used when create is false.

name: null

# -- Key in ConfigMap to get config from.

key: null

clustering:

# -- Deploy Alloy in a cluster to allow for load distribution.

enabled: false

# -- Name for the Alloy cluster. Used for differentiating between clusters.

name: ""

# -- Name for the port used for clustering, useful if running inside an Istio Mesh

portName: http

# -- Minimum stability level of components and behavior to enable. Must be

# one of "experimental", "public-preview", or "generally-available".

stabilityLevel: "generally-available"

# -- Path to where Grafana Alloy stores data (for example, the Write-Ahead Log).

# By default, data is lost between reboots.

storagePath: /tmp/alloy

# -- Enables Grafana Alloy container's http server port.

enableHttpServerPort: true

# -- Address to listen for traffic on. 0.0.0.0 exposes the UI to other

# containers.

listenAddr: 0.0.0.0

# -- Port to listen for traffic on.

listenPort: 12345

# -- Scheme is needed for readiness probes. If enabling tls in your configs, set to "HTTPS"

listenScheme: HTTP

# -- Initial delay for readiness probe.

initialDelaySeconds: 10

# -- Timeout for readiness probe.

timeoutSeconds: 1

# -- Base path where the UI is exposed.

uiPathPrefix: /

# -- Enables sending Grafana Labs anonymous usage stats to help improve Grafana

# Alloy.

enableReporting: true

# -- Extra environment variables to pass to the Alloy container.

extraEnv: []

# -- Maps all the keys on a ConfigMap or Secret as environment variables. https://kubernetes.io/docs/reference/generated/kubernetes-api/v1.24/#envfromsource-v1-core

envFrom: []

# -- Override the entrypoint command for the Alloy container. When set, this

# replaces the image's default entrypoint (the chart-provided `args` are still

# passed). Useful on Windows where the binary lives at a different path, for

# example `["C:\\Program Files\\GrafanaLabs\\Alloy\\alloy.exe"]`. Leave empty

# to use the image's default entrypoint.

command: []

# -- Extra args to pass to `alloy run`: https://grafana.com/docs/alloy/latest/reference/cli/run/

extraArgs: []

# -- Extra ports to expose on the Alloy container.

# If `service.type` is `NodePort`, each item may set `nodePort` to choose the Service NodePort for that port.

extraPorts: []

# - name: "faro"

# nodePort: 31129

# port: 12347

# targetPort: 12347

# protocol: "TCP"

# appProtocol: "h2c"

# -- Host aliases to add to the Alloy container.

hostAliases: []

# - ip: "20.21.22.23"

# hostnames:

# - "company.grafana.net"

mounts:

# -- Mount /var/log from the host into the container for log collection.

varlog: false

# -- Mount /var/lib/docker/containers from the host into the container for log

# collection.

dockercontainers: false

# -- Extra volume mounts to add into the Grafana Alloy container. Does not

# affect the watch container.

extra: []

# -- Security context to apply to the Grafana Alloy container.

securityContext: {}

# -- Resource requests and limits to apply to the Grafana Alloy container.

resources: {}

# -- Resize policy for the Grafana Alloy container. Controls whether an

# in-place resize of CPU or memory restarts the container.

resizePolicy: []

# - resourceName: cpu

# restartPolicy: NotRequired

# - resourceName: memory

# restartPolicy: RestartContainer

# -- Set lifecycle hooks for the Grafana Alloy container.

lifecycle: {}

# preStop:

# exec:

# command:

# - /bin/sleep

# - "10"

# -- Set livenessProbe for the Grafana Alloy container.

livenessProbe: {}

image:

# -- Grafana Alloy image registry (defaults to docker.io)

registry: cgr.dev

# -- Grafana Alloy image repository.

repository: chainguard-private/grafana-alloy

# -- (string) Grafana Alloy image tag. When empty, the Chart's appVersion is

# used.

tag: 1.20.1-r3

# -- Grafana Alloy image's SHA256 digest (either in format "sha256:XYZ" or "XYZ"). When set, will override `image.tag`.

digest: sha256:2e127ce40e03a157b7dd40a218e4fd6a46e2e85cd7ef4b0d147567002251db1e

# -- Grafana Alloy image pull policy.

pullPolicy: IfNotPresent

# -- Optional set of image pull secrets.

pullSecrets: []

rbac:

# -- Whether to create RBAC resources for Alloy.

create: true

# -- If set, only create Roles and RoleBindings in the given list of namespaces, rather than ClusterRoles and

# ClusterRoleBindings. If not using ClusterRoles, bear in mind that Alloy will not be able to discover cluster-scoped

# resources such as Nodes.

namespaces: []

# -- The rules to create for the ClusterRole or Role objects.

rules:

# -- Rules required for the `discovery.kubernetes` component.

- apiGroups: ["", "discovery.k8s.io", "networking.k8s.io"]

resources: ["endpoints", "endpointslices", "ingresses", "pods", "services"]

verbs: ["get", "list", "watch"]

# -- Rules required for the `loki.source.kubernetes` component.

- apiGroups: [""]

resources: ["pods", "pods/log", "namespaces"]

verbs: ["get", "list", "watch"]

# -- Rules required for the `loki.source.podlogs` component.

- apiGroups: ["monitoring.grafana.com"]

resources: ["podlogs"]

verbs: ["get", "list", "watch"]

# -- Rules required for the `mimir.rules.kubernetes` component.

- apiGroups: ["monitoring.coreos.com"]

resources: ["prometheusrules"]

verbs: ["get", "list", "watch"]

# -- Rules required for the `mimir.alerts.kubernetes` component.

- apiGroups: ["monitoring.coreos.com"]

resources: ["alertmanagerconfigs"]

verbs: ["get", "list", "watch"]

# -- Rules required for the `prometheus.operator.*` components.

- apiGroups: ["monitoring.coreos.com"]

resources: ["podmonitors", "servicemonitors", "probes", "scrapeconfigs"]

verbs: ["get", "list", "watch"]

# -- Rules required for the `loki.source.kubernetes_events` component.

- apiGroups: [""]

resources: ["events"]

verbs: ["get", "list", "watch"]

# -- Rules required for the `remote.kubernetes.*` components.

- apiGroups: [""]

resources: ["configmaps", "secrets"]

verbs: ["get", "list", "watch"]

# -- Rules required for the `otelcol.processor.k8sattributes` component.

- apiGroups: ["apps", "extensions"]

resources: ["replicasets"]

verbs: ["get", "list", "watch"]

# -- The rules to create for the ClusterRole objects.

clusterRules:

# -- Rules required for the Nodes role in the `discovery.kubernetes` component.

- apiGroups: [""]

resources: ["nodes"]

verbs: ["get", "list", "watch"]

# -- Rules required for the `discovery.kubelet` component.

- apiGroups: [""]

resources: ["nodes/pods"]

verbs: ["get", "list", "watch"]

# -- Rules required accessing metric endpoints on the Node (e.g. Kubelet, cAdvisor, etc...).

- apiGroups: [""]

resources: ["nodes/metrics"]

verbs: ["get", "list", "watch"]

# -- Rules required for accessing metrics endpoint.

- nonResourceURLs: ["/metrics"]

verbs: ["get"]

serviceAccount:

# -- Whether to create a service account for the Grafana Alloy deployment.

create: true

# -- Additional labels to add to the created service account.

additionalLabels: {}

# -- Annotations to add to the created service account.

annotations: {}

# -- The name of the existing service account to use when

# serviceAccount.create is false.

name: null

# Whether the Alloy pod should automatically mount the service account token.

automountServiceAccountToken: true

# Options for the extra controller used for config reloading.

configReloader:

# -- Enables automatically reloading when the Alloy config changes.

enabled: true

image:

# -- Config reloader image registry (defaults to docker.io)

registry: cgr.dev

# -- Repository to get config reloader image from.

repository: chainguard-private/prometheus-config-reloader

# -- Tag of image to use for config reloading.

tag: 0.94.1-r4

# -- SHA256 digest of image to use for config reloading (either in format "sha256:XYZ" or "XYZ"). When set, will override `configReloader.image.tag`

digest: sha256:d46000d7187f3eb1f488d23f305846bc773f711da568dbfb1e620198f5cfafd8

# -- Config reloader image pull policy.

pullPolicy: IfNotPresent

# -- Override the args passed to the container.

customArgs: []

# -- Resource requests and limits to apply to the config reloader container.

resources:

requests:

cpu: "10m"

memory: "50Mi"

# -- Resize policy for the config reloader container. Controls whether an

# in-place resize of CPU or memory restarts the container.

resizePolicy: []

# -- Security context to apply to the Grafana configReloader container.

securityContext:

allowPrivilegeEscalation: false

readOnlyRootFilesystem: true

capabilities:

drop:

- ALL

runAsNonRoot: true

runAsUser: 65534

runAsGroup: 65534

seccompProfile:

type: RuntimeDefault

controller:

# -- Type of controller to use for deploying Grafana Alloy in the cluster.

# Must be one of 'daemonset', 'deployment', or 'statefulset'.

type: 'daemonset'

# -- Number of pods to deploy. Ignored when controller.type is 'daemonset'.

replicas: 1

# -- Extra labels to add to the controller.

extraLabels: {}

# -- Annotations to add to controller.

extraAnnotations: {}

# -- Whether to deploy pods in parallel. Only used when controller.type is

# 'statefulset'.

parallelRollout: true

# -- How many additional seconds to wait before considering a pod ready.

minReadySeconds: 10

# -- Configures Pods to use the host network. When set to true, the ports that will be used must be specified.

hostNetwork: false

# -- Configures Pods to use the host PID namespace.

hostPID: false

# -- Configures the DNS policy for the pod. https://kubernetes.io/docs/concepts/services-networking/dns-pod-service/#pod-s-dns-policy

dnsPolicy: ClusterFirst

# -- Configures the DNS config for the pod. https://kubernetes.io/docs/concepts/services-networking/dns-pod-service/#pod-dns-config

dnsConfig: {}

# -- Termination grace period in seconds for the Grafana Alloy pods.

# The default value used by Kubernetes if unspecifed is 30 seconds.

terminationGracePeriodSeconds: null

# -- The maximum number of revisions that will be maintained in the Controllers's revision history. The history consists of all revisions not represented by a currently applied reversion.

revisionHistoryLimit: 10

# -- Update strategy for updating deployed Pods.

updateStrategy: {}

# -- nodeSelector to apply to Grafana Alloy pods.

nodeSelector: {}

# -- Tolerations to apply to Grafana Alloy pods.

tolerations: []

# -- Topology Spread Constraints to apply to Grafana Alloy pods.

topologySpreadConstraints: []

# -- priorityClassName to apply to Grafana Alloy pods.

priorityClassName: ''

# -- Extra pod annotations to add.

podAnnotations: {}

# -- Extra pod labels to add.

podLabels: {}

# -- PodDisruptionBudget configuration.

podDisruptionBudget:

# -- Whether to create a PodDisruptionBudget for the controller.

enabled: false

# -- Minimum number of pods that must be available during a disruption.

# Note: Only one of minAvailable or maxUnavailable should be set.

minAvailable: null

# -- Maximum number of pods that can be unavailable during a disruption.

# Note: Only one of minAvailable or maxUnavailable should be set.

maxUnavailable: null

# -- Whether to enable automatic deletion of stale PVCs due to a scale down operation, when controller.type is 'statefulset'.

enableStatefulSetAutoDeletePVC: false

autoscaling:

# -- Creates a HorizontalPodAutoscaler for controller type deployment.

# Deprecated: Please use controller.autoscaling.horizontal instead

enabled: false

# -- The lower limit for the number of replicas to which the autoscaler can scale down.

minReplicas: 1

# -- The upper limit for the number of replicas to which the autoscaler can scale up.

maxReplicas: 5

# -- Average CPU utilization across all relevant pods, a percentage of the requested value of the resource for the pods. Setting `targetCPUUtilizationPercentage` to 0 will disable CPU scaling.

targetCPUUtilizationPercentage: 0

# -- Average Memory utilization across all relevant pods, a percentage of the requested value of the resource for the pods. Setting `targetMemoryUtilizationPercentage` to 0 will disable Memory scaling.

targetMemoryUtilizationPercentage: 80

scaleDown:

# -- List of policies to determine the scale-down behavior.

policies: []

# - type: Pods

# value: 4

# periodSeconds: 60

# -- Determines which of the provided scaling-down policies to apply if multiple are specified.

selectPolicy: Max

# -- The duration that the autoscaling mechanism should look back on to make decisions about scaling down.

stabilizationWindowSeconds: 300

scaleUp:

# -- List of policies to determine the scale-up behavior.

policies: []

# - type: Pods

# value: 4

# periodSeconds: 60

# -- Determines which of the provided scaling-up policies to apply if multiple are specified.

selectPolicy: Max

# -- The duration that the autoscaling mechanism should look back on to make decisions about scaling up.

stabilizationWindowSeconds: 0

# -- Configures the Horizontal Pod Autoscaler for the controller.

horizontal:

# -- Enables the Horizontal Pod Autoscaler for the controller.

enabled: false

# -- When true, the chart omits `spec.replicas` from the workload AND does NOT

# render its own HorizontalPodAutoscaler. Use this when an external controller

# (e.g. KEDA, a hand-written HPA, or another scaler) owns replicas for the Alloy

# workload. Mutually exclusive with `horizontal.enabled`. When set, all other

# `controller.autoscaling.horizontal.*` fields are ignored.

#

# Upgrade note: switching this from `false` to `true` on an existing release

# triggers a one-time single-cycle dip to 1 replica on the next `helm upgrade`

# (Helm removes the `replicas` field via `{"spec":{"replicas":null}}`, which

# Kubernetes interprets as "reset to default"). The external HPA corrects this

# within its next polling interval; users with `minReplicaCount > 1` are

# restored within ~30s under KEDA defaults. Plan upgrades accordingly.

externalHPA: false

# -- The lower limit for the number of replicas to which the autoscaler can scale down.

minReplicas: 1

# -- The upper limit for the number of replicas to which the autoscaler can scale up.

maxReplicas: 5

# -- Average CPU utilization across all relevant pods, a percentage of the requested value of the resource for the pods. Setting `targetCPUUtilizationPercentage` to 0 will disable CPU scaling.

targetCPUUtilizationPercentage: 0

# -- Average Memory utilization across all relevant pods, a percentage of the requested value of the resource for the pods. Setting `targetMemoryUtilizationPercentage` to 0 will disable Memory scaling.

targetMemoryUtilizationPercentage: 80

scaleDown:

# -- List of policies to determine the scale-down behavior.

policies: []

# - type: Pods

# value: 4

# periodSeconds: 60

# -- Determines which of the provided scaling-down policies to apply if multiple are specified.

selectPolicy: Max

# -- The duration that the autoscaling mechanism should look back on to make decisions about scaling down.

stabilizationWindowSeconds: 300

scaleUp:

# -- List of policies to determine the scale-up behavior.

policies: []

# - type: Pods

# value: 4

# periodSeconds: 60

# -- Determines which of the provided scaling-up policies to apply if multiple are specified.

selectPolicy: Max

# -- The duration that the autoscaling mechanism should look back on to make decisions about scaling up.

stabilizationWindowSeconds: 0

# -- Configures the Vertical Pod Autoscaler for the controller.

vertical:

# -- Enables the Vertical Pod Autoscaler for the controller.

enabled: false

# -- List of recommenders to use for the Vertical Pod Autoscaler.

# Recommenders are responsible for generating recommendation for the object.

# List should be empty (then the default recommender will generate the recommendation)

# or contain exactly one recommender.

recommenders: []

# recommenders:

# - name: custom-recommender-performance

# -- Configures the resource policy for the Vertical Pod Autoscaler.

resourcePolicy:

# -- Configures the container policies for the Vertical Pod Autoscaler.

containerPolicies:

- containerName: alloy

# -- The controlled resources for the Vertical Pod Autoscaler.

controlledResources:

- cpu

- memory

# -- The controlled values for the Vertical Pod Autoscaler. Needs to be either RequestsOnly or RequestsAndLimits.

controlledValues: "RequestsAndLimits"

# -- The maximum allowed values for the pods.

maxAllowed: {}

# cpu: 200m

# memory: 100Mi

# -- Defines the min allowed resources for the pod

minAllowed: {}

# cpu: 200m

# memory: 100Mi

# -- Configures the update policy for the Vertical Pod Autoscaler.

updatePolicy:

# -- Specifies minimal number of replicas which need to be alive for VPA Updater to attempt pod eviction

# minReplicas: 1

# -- Specifies whether recommended updates are applied when a Pod is started and whether recommended updates

# are applied during the life of a Pod. Possible values are "Off", "Initial", "Recreate", and "Auto".

# updateMode: Auto

# -- Affinity configuration for pods.

affinity: {}

volumes:

# -- Extra volumes to add to the Grafana Alloy pod.

extra: []

# -- volumeClaimTemplates to add when controller.type is 'statefulset'.

volumeClaimTemplates: []

## -- Additional init containers to run.

## ref: https://kubernetes.io/docs/concepts/workloads/pods/init-containers/

##

initContainers: []

# -- Additional containers to run alongside the Alloy container and initContainers.

extraContainers: []

networkPolicy:

enabled: false

flavor: kubernetes

policyTypes:

- Ingress

- Egress

# Default allow all traffic because Alloy is so configurable

# It is recommended to change this before deploying to production

# To disable each policyType, set value to `null`

ingress:

- {}

egress:

- {}

service:

# -- Creates a Service for the controller's pods.

enabled: true

# -- Service type

type: ClusterIP

# -- NodePort port. Only takes effect when `service.type: NodePort`

nodePort: 31128

# -- Cluster IP, can be set to None, empty "" or an IP address

clusterIP: ''

# -- Value for internal traffic policy. 'Cluster' or 'Local'

internalTrafficPolicy: Cluster

# -- Value for external traffic policy. 'Cluster' or 'Local'

externalTrafficPolicy: Cluster

# -- Value for traffic distribution. 'PreferSameNode' or 'PreferSameZone' (k8s >= 1.34)

trafficDistribution: ""

annotations: {}

# cloud.google.com/load-balancer-type: Internal

serviceMonitor:

enabled: false

# -- Additional labels for the service monitor.

additionalLabels: {}

# -- Scrape interval. If not set, the Prometheus default scrape interval is used.

interval: ""

# -- MetricRelabelConfigs to apply to samples after scraping, but before ingestion.

# ref: https://github.com/prometheus-operator/prometheus-operator/blob/main/Documentation/api.md#relabelconfig

metricRelabelings: []

# - action: keep

# regex: 'kube_(daemonset|deployment|pod|namespace|node|statefulset).+'

# sourceLabels: [__name__]

# -- Customize tls parameters for the service monitor

tlsConfig: {}

# -- RelabelConfigs to apply to samples before scraping

# ref: https://github.com/prometheus-operator/prometheus-operator/blob/main/Documentation/api.md#relabelconfig

relabelings: []

# - sourceLabels: [__meta_kubernetes_pod_node_name]

# separator: ;

# regex: ^(.*)$

# targetLabel: nodename

# replacement: $1

# action: replace

ingress:

# -- Enables ingress for Alloy (Faro port)

enabled: false

# For Kubernetes >= 1.18 you should specify the ingress-controller via the field ingressClassName

# See https://kubernetes.io/blog/2020/04/02/improvements-to-the-ingress-api-in-kubernetes-1.18/#specifying-the-class-of-an-ingress

# ingressClassName: nginx

# Values can be templated

annotations: {}

# kubernetes.io/ingress.class: nginx

# kubernetes.io/tls-acme: "true"

labels: {}

path: /

faroPort: 12347

# pathType is only for k8s >= 1.1=

pathType: Prefix

hosts:

- chart-example.local

## Extra paths to prepend to every host configuration. This is useful when working with annotation based services.

extraPaths: []

# - path: /*

# backend:

# serviceName: ssl-redirect

# servicePort: use-annotation

## Or for k8s > 1.19

# - path: /*

# pathType: Prefix

# backend:

# service:

# name: ssl-redirect

# port:

# name: use-annotation

tls: []

# - secretName: chart-example-tls

# hosts:

# - chart-example.local

# -- Extra k8s manifests to deploy

extraObjects: []

# - apiVersion: v1

# kind: Secret

# metadata:

# name: grafana-cloud

# stringData:

# PROMETHEUS_HOST: 'https://prometheus-us-central1.grafana.net/api/prom/push'

# PROMETHEUS_USERNAME: '123456'