# Default values for edgedelta.

# Use either apiKey or secretApiKey but NOT both to provide API Key to Agent:
apiKey: ""

# secretApiKey:
#   name: "ed-api-key"
#   key: "ed-api-key"

# Create secret api key command:
# kubectl create secret generic ed-api-key --namespace=edgedelta --from-literal=ed-api-key="YOUR_API_KEY"

# Predefined environment variables
# See: https://docs.edgedelta.com/installation/environment-variables

storePort: ""
dataPort: ""
httpProxy: ""
httpsProxy: ""
noProxy: ""
edBackendDisabled: ""
edTagOverride: ""
edSuppressionMode: ""
edSkipConfDownload: ""
edWorkflows: ""
edWorkflowPrefixes: ""
edDisableLeaderElection: ""
edTraceFiles: ""

# custom tags are comma separated key:val pairs. these are going to be attached to all outgoing data from agent to configured destination(s).
edCustomTags: ""

# Persisting Cursor props constraints
persistingCursorProps:
  enabled: false
  hostMountPath: "/var/lib/edgedelta"
  containerMountPath: "/var/lib/edgedelta"

# Aggregator agent mode properties
# Agents are deployed as daemonset. an extra aggregator agent is deployed to collect/aggregate metrics
aggregatorProps:
  enabled: false
  port: 9191
  # serviceDNSSuffix is "svc.cluster.local" by default. It's used to construct endpoint for aggregator agent service so that processor agents can communicate with aggregator.
  # Final endpoint looks like this: http://ed-aggregator-svc.my-namespace.svc.cluster.local:9191
  serviceDNSSuffix: "svc.cluster.local"
  # aggregator agent needs a small amount of disk space to persist some internal source related information to be able to work smoothly after restarts/upgrades.
  # If your k8s cluster has specific storage classes you can set storageClassName accordingly.
  storageClassName: ""

archiverProps:
  enabled: false
  port: 9292
  # Final archiver endpoint looks like this: http://ed-archiver-svc.my-namespace.dns-suffix:9292

# HttpRecorder is a frontend layer which can consume logs with both http and tcp protocols
# It is deployed as a sidecar for each ED agent. It dumps the incoming logs to filesystem (persisted via PVC) and agents grab from there.
httpRecorderProps:
  enabled: false
  image: gcr.io/edgedelta/httprecorder:latest
  port: 8080

  # Enable ingress if the k8s cluster already has nginx + cert-manager installed
  # Without ingress enabled you can directly send logs within cluster using http://ed-httprecorder-svc.{namespace}.svc.cluster.local:8080
  ingress:
    enabled: false
    host: ""
    class: nginx

# Custom environment variables:

# envs:
#  - name: sample-var
#    value: sample-value

# Custom secret environment variables:
# Use only lowercase alphabetic and - characters in secretKeyRef name and key fields, otherwise helm deploys the release but throws an obscure error about DNS-1123 subdomain format

# secrets:
#  - name: sampleSecretVar
#    secretKeyRef:
#      name: sample-k8-secret-name
#      key: sample-k8s-secret-subkey

# Create secrets with below command:
# kubectl create secret generic sample-k8-secret-name --namespace=edgedelta --from-literal=sample-k8s-secret-subkey="SECRET_VALUE"

# Resource constraints

annotations: {}
resources:
  limits:
    memory: 2048Mi
  requests:
    cpu: 200m
    memory: 256Mi

tolerations: {}
nodeSelector: {}

updateStrategy:
  type: RollingUpdate
  rollingUpdate:
    maxUnavailable: 1

# Helm overrides

image:
  name: gcr.io/edgedelta/agent
  # Overrides the image tag whose default is the chart appVersion.
  tag: ""
  # Overrides full image (with url and version/tag) if not empty
  # example: gcr.io/edgedelta/agent@sha256:0180ff40f52528d7462200c40fae8aff3bdb83289ac19ce823a3fcb1c40c9ad9
  fullPath: ""

nameOverride: ""
fullnameOverride: ""