argo-cd

## Argo CD configuration

## Ref: https://github.com/argoproj/argo-cd

##

# -- Provide a name in place of `argocd`

nameOverride: argocd

# -- String to fully override `"argo-cd.fullname"`

fullnameOverride: ""

# -- Override the namespace

# @default -- `.Release.Namespace`

namespaceOverride: ""

# -- Override the Kubernetes version, which is used to evaluate certain manifests

kubeVersionOverride: ""

# Override APIVersions

# If you want to template helm charts but cannot access k8s API server

# you can set api versions here

apiVersionOverrides: {}

# -- Create aggregated roles that extend existing cluster roles to interact with argo-cd resources

## Ref: https://kubernetes.io/docs/reference/access-authn-authz/rbac/#aggregated-clusterroles

createAggregateRoles: false

# -- Create cluster roles for cluster-wide installation.

## Used when you manage applications in the same cluster where Argo CD runs

createClusterRoles: true

openshift:

# -- enables using arbitrary uid for argo repo server

enabled: false

## Custom resource configuration

crds:

# -- Install and upgrade CRDs

install: true

# -- Keep CRDs on chart uninstall

keep: true

# -- Annotations to be added to all CRDs

annotations:

argocd.argoproj.io/sync-options: ServerSideApply=true

# -- Additional labels to be added to all CRDs

additionalLabels: {}

## Globally shared configuration

global:

# -- Default domain used by all components

## Used for ingresses, certificates, SSO, notifications, etc.

domain: argocd.example.com

# -- Runtime class name for all components

runtimeClassName: ""

# -- Common labels for the all resources

additionalLabels: {}

# app: argo-cd

# -- Number of old deployment ReplicaSets to retain. The rest will be garbage collected.

revisionHistoryLimit: 3

# Default image used by all components

image:

# -- If defined, a repository applied to all Argo CD deployments

repository: chainreg.biz/chainguard-private/argocd

# -- Overrides the global Argo CD image tag whose default is the chart appVersion

tag: 3.5.3-r1@sha256:48bc1589241147b042a70a8b992dcc9b7bad3ec9b91271a88d9baef923ead1fb

# -- If defined, a imagePullPolicy applied to all Argo CD deployments

imagePullPolicy: IfNotPresent

# -- Secrets with credentials to pull images from a private registry

imagePullSecrets: []

# Default logging options used by all components

logging:

# -- Set the global logging format. Either: `text` or `json`

format: text

# -- Set the global logging level. One of: `debug`, `info`, `warn` or `error`

level: info

# -- Annotations for the all deployed Statefulsets

statefulsetAnnotations: {}

# -- Labels for the all deployed Statefulsets

statefulsetLabels: {}

# -- Annotations for the all deployed Deployments

deploymentAnnotations: {}

# -- Labels for the all deployed Deployments

deploymentLabels: {}

# -- Annotations for the all deployed pods

podAnnotations: {}

# -- Labels for the all deployed pods

podLabels: {}

# -- Add Prometheus scrape annotations to all metrics services. This can be used as an alternative to the ServiceMonitors.

addPrometheusAnnotations: false

# -- Toggle and define pod-level security context.

# @default -- `{}` (See [values.yaml])

securityContext: {}

# runAsUser: 999

# runAsGroup: 999

# fsGroup: 999

# -- Mapping between IP and hostnames that will be injected as entries in the pod's hosts files

hostAliases: []

# - ip: 10.20.30.40

# hostnames:

# - git.myhostname

# Configure dual-stack used by all component services

dualStack:

# -- IP family policy to configure dual-stack see [Configure dual-stack](https://kubernetes.io/docs/concepts/services-networking/dual-stack/#services)

ipFamilyPolicy: ""

# -- IP families that should be supported and the order in which they should be applied to ClusterIP as well. Can be IPv4 and/or IPv6.

ipFamilies: []

# Default network policy rules used by all components

networkPolicy:

# -- Create NetworkPolicy objects for all components

create: true

# -- Default deny all ingress traffic

defaultDenyIngress: false

# -- Default priority class for all components

priorityClassName: ""

# -- Default node selector for all components

nodeSelector:

kubernetes.io/os: linux

# -- Default tolerations for all components

tolerations: []

# Default affinity preset for all components

affinity:

# -- Default pod anti-affinity rules. Either: `none`, `soft` or `hard`

podAntiAffinity: soft

# Node affinity rules

nodeAffinity:

# -- Default node affinity rules. Either: `none`, `soft` or `hard`

type: hard

# -- Default match expressions for node affinity

matchExpressions: []

# - key: topology.kubernetes.io/zone

# operator: In

# values:

# - antarctica-east1

# - antarctica-west1

# -- Default [TopologySpreadConstraints] rules for all components

## Ref: https://kubernetes.io/docs/concepts/scheduling-eviction/topology-spread-constraints/

## If labelSelector is left out, it will default to the labelSelector of the component

topologySpreadConstraints: []

# - maxSkew: 1

# topologyKey: topology.kubernetes.io/zone

# whenUnsatisfiable: DoNotSchedule

# -- Deployment strategy for the all deployed Deployments

deploymentStrategy: {}

# type: RollingUpdate

# rollingUpdate:

# maxSurge: 25%

# maxUnavailable: 25%

# -- Environment variables to pass to all deployed Deployments

env: []

# -- Extra volumes to add to all deployed Deployments and StatefulSets

extraVolumes: []

# Example of adding a custom CA bundle from a ConfigMap:

# - name: my-root-ca

# configMap:

# name: my-trustbundle

# items:

# - key: bundle.pem

# path: ca-certificates.crt

# -- Extra volume mounts to add to all deployed Deployments and StatefulSets

extraVolumeMounts: []

# Example of adding a custom CA bundle mount:

# - name: my-root-ca

# mountPath: /etc/ssl/certs

# -- Annotations for the all deployed Certificates

certificateAnnotations: {}

## Argo Configs

configs:

# General Argo CD configuration. Any values you put under `.configs.cm` are passed to argocd-cm ConfigMap.

## Ref: https://github.com/argoproj/argo-cd/blob/master/docs/operator-manual/argocd-cm.yaml

cm:

# -- Create the argocd-cm configmap for [declarative setup]

create: true

# -- Annotations to be added to argocd-cm configmap

annotations: {}

# -- The name of tracking label used by Argo CD for resource pruning

application.instanceLabelKey: argocd.argoproj.io/instance

# -- Enable control of the service account used for the sync operation (alpha)

## Ref: https://argo-cd.readthedocs.io/en/stable/operator-manual/app-sync-using-impersonation/

application.sync.impersonation.enabled: false

# -- Enable exec feature in Argo UI

## Ref: https://argo-cd.readthedocs.io/en/latest/operator-manual/rbac/#exec-resource

exec.enabled: false

# -- Enable local admin user

## Ref: https://argo-cd.readthedocs.io/en/latest/faq/#how-to-disable-admin-user

admin.enabled: true

# -- Timeout to discover if a new manifests version got published to the repository

timeout.reconciliation: 120s

# -- Maximum jitter added to the reconciliation timeout to spread out refreshes and reduce repo-server load

timeout.reconciliation.jitter: 60s

# -- Timeout to refresh application data as well as target manifests cache

timeout.hard.reconciliation: 0s

# -- Enable Status Badge

## Ref: https://argo-cd.readthedocs.io/en/stable/user-guide/status-badge/

statusbadge.enabled: false

# Dex configuration

# dex.config: |

# connectors:

# # GitHub example

# - type: github

# id: github

# name: GitHub

# config:

# clientID: aabbccddeeff00112233

# clientSecret: $dex.github.clientSecret # Alternatively $<some_K8S_secret>:dex.github.clientSecret

# orgs:

# - name: your-github-org

# OIDC configuration as an alternative to dex (optional).

# oidc.config: |

# name: AzureAD

# issuer: https://login.microsoftonline.com/TENANT_ID/v2.0

# clientID: aaaabbbbccccddddeee

# clientSecret: $oidc.azuread.clientSecret

# # Optional: set to true to use Azure Workload Identity instead of clientSecret

# azure:

# useWorkloadIdentity: false

# Some OIDC providers require a separate clientID for different callback URLs.

# For example, if configuring Argo CD with self-hosted Dex, you will need a separate client ID

# for the 'localhost' (CLI) client to Dex. This field is optional. If omitted, the CLI will

# use the same clientID as the Argo CD server

# cliClientID: vvvvwwwwxxxxyyyyzzzz

# rootCA: |

# -----BEGIN CERTIFICATE-----

# ... encoded certificate data here ...

# -----END CERTIFICATE-----

# Optional list of allowed aud claims. If omitted or empty, defaults to the clientID value above (and the

# cliClientID, if that is also specified). If you specify a list and want the clientID to be allowed, you must

# explicitly include it in the list.

# Token verification will pass if any of the token's audiences matches any of the audiences in this list.

# allowedAudiences:

# - aaaabbbbccccddddeee

# - qqqqwwwweeeerrrrttt

# Optional set of OIDC claims to request on the ID token.

# requestedIDTokenClaims:

# groups:

# essential: true

# Optional set of OIDC scopes to request. If omitted, defaults to: ["openid", "profile", "email", "groups"]

# requestedScopes:

# - openid

# - profile

# - email

# PKCE authentication flow processes authorization flow from browser only - default false

# uses the clientID

# make sure the Identity Provider (IdP) is public and doesn't need clientSecret

# make sure the Identity Provider (IdP) has this redirect URI registered: https://argocd.example.com/pkce/verify

# enablePKCEAuthentication: true

# Extension Configuration

## Ref: https://argo-cd.readthedocs.io/en/latest/developer-guide/extensions/proxy-extensions/

# extension.config: |

# extensions:

# - name: httpbin

# backend:

# connectionTimeout: 2s

# keepAlive: 15s

# idleConnectionTimeout: 60s

# maxIdleConnections: 30

# services:

# - url: http://httpbin.org

# headers:

# - name: some-header

# value: '$some.argocd.secret.key'

# cluster:

# name: some-cluster

# server: https://some-cluster

## Default configuration for ignoreResourceUpdates.

## The ignoreResourceUpdates list contains K8s resource's properties that are known to be frequently updated

## by controllers and operators. These resources, when watched by argo, will cause many unnecessary updates.

# -- Ignoring status for all resources. An update will still be sent if the status update causes the health to change.

# @default -- See [values.yaml]

resource.customizations.ignoreResourceUpdates.all: |

jsonPointers:

- /status

# -- Some Application fields are generated and not related to the application updates itself

## The Application itself is already watched by the controller lister, but this configuration is applied for apps of apps

# @default -- See [values.yaml]

resource.customizations.ignoreResourceUpdates.argoproj.io_Application: |

jqPathExpressions:

- '.metadata.annotations."notified.notifications.argoproj.io"'

- '.metadata.annotations."argocd.argoproj.io/refresh"'

- '.metadata.annotations."argocd.argoproj.io/hydrate"'

- '.operation'

# -- Ignore Argo Rollouts generated fields

# @default -- See [values.yaml]

resource.customizations.ignoreResourceUpdates.argoproj.io_Rollout: |

jqPathExpressions:

- '.metadata.annotations."notified.notifications.argoproj.io"'

# -- Legacy annotations used on HPA autoscaling/v1

# @default -- See [values.yaml]

resource.customizations.ignoreResourceUpdates.autoscaling_HorizontalPodAutoscaler: |

jqPathExpressions:

- '.metadata.annotations."autoscaling.alpha.kubernetes.io/behavior"'

- '.metadata.annotations."autoscaling.alpha.kubernetes.io/conditions"'

- '.metadata.annotations."autoscaling.alpha.kubernetes.io/metrics"'

- '.metadata.annotations."autoscaling.alpha.kubernetes.io/current-metrics"'

# -- Ignore the cluster-autoscaler status

# @default -- See [values.yaml]

resource.customizations.ignoreResourceUpdates.ConfigMap: |

jqPathExpressions:

# Ignore the cluster-autoscaler status

- '.metadata.annotations."cluster-autoscaler.kubernetes.io/last-updated"'

# Ignore the annotation of the legacy Leases election

- '.metadata.annotations."control-plane.alpha.kubernetes.io/leader"'

# -- Ignore the common scaling annotations

# @default -- See [values.yaml]

resource.customizations.ignoreResourceUpdates.apps_ReplicaSet: |

jqPathExpressions:

- '.metadata.annotations."deployment.kubernetes.io/desired-replicas"'

- '.metadata.annotations."deployment.kubernetes.io/max-replicas"'

- '.metadata.annotations."rollout.argoproj.io/desired-replicas"'

# -- Ignores update if EndpointSlice is not excluded globally

# @default -- See [values.yaml]

resource.customizations.ignoreResourceUpdates.discovery.k8s.io_EndpointSlice: |

jsonPointers:

- /metadata

- /endpoints

- /ports

# -- Ignores update if Endpoints is not excluded globally

# @default -- See [values.yaml]

resource.customizations.ignoreResourceUpdates.Endpoints: |

jsonPointers:

- /metadata

- /subsets

## Default configuration for exclusions.

## The exclusion list are K8s resources that we assume will never be declared in Git,

## and are never child objects of managed resources that need to be presented in the resource tree.

## This list contains high volume and high churn metadata objects which we exclude for performance

## reasons, reducing connections and load to the K8s API servers of managed clusters.

# -- Resource Exclusion/Inclusion

# @default -- See [values.yaml]

resource.exclusions: |

### Network resources created by the Kubernetes control plane and excluded to reduce the number of watched events and UI clutter

- apiGroups:

- ''

- discovery.k8s.io

kinds:

- Endpoints

- EndpointSlice

### Internal Kubernetes resources excluded reduce the number of watched events

- apiGroups:

- coordination.k8s.io

kinds:

- Lease

### Internal Kubernetes Authz/Authn resources excluded reduce the number of watched events

- apiGroups:

- authentication.k8s.io

- authorization.k8s.io

kinds:

- SelfSubjectReview

- TokenReview

- LocalSubjectAccessReview

- SelfSubjectAccessReview

- SelfSubjectRulesReview

- SubjectAccessReview

### Intermediate Certificate Request excluded reduce the number of watched events

- apiGroups:

- certificates.k8s.io

kinds:

- CertificateSigningRequest

- apiGroups:

- cert-manager.io

kinds:

- CertificateRequest

### Cilium internal resources excluded reduce the number of watched events and UI Clutter

- apiGroups:

- cilium.io

kinds:

- CiliumIdentity

- CiliumEndpoint

- CiliumEndpointSlice

### Kyverno intermediate and reporting resources excluded reduce the number of watched events and improve performance

- apiGroups:

- kyverno.io

- reports.kyverno.io

- wgpolicyk8s.io

kinds:

- PolicyReport

- ClusterPolicyReport

- EphemeralReport

- ClusterEphemeralReport

- AdmissionReport

- ClusterAdmissionReport

- BackgroundScanReport

- ClusterBackgroundScanReport

- UpdateRequest

# -- Additional resource exclusions to append to the default `resource.exclusions` list above,

# so that the defaults can be kept up to date without needing to duplicate/override them.

# These entries are always appended, never substituted: if you also set `resource.exclusions`

# yourself, they are appended to your value rather than to the chart defaults.

# @default -- `[]`

resourceExclusionsAdditional: []

# Argo CD configuration parameters

## Ref: https://github.com/argoproj/argo-cd/blob/master/docs/operator-manual/argocd-cmd-params-cm.yaml

params:

# -- Create the argocd-cmd-params-cm configmap

# If false, it is expected the configmap will be created by something else.

create: true

# -- Annotations to be added to the argocd-cmd-params-cm ConfigMap

annotations: {}

# You can customize parameters by adding parameters here.

# (e.g.)

# otlp.address: ''

# Argo CD RBAC policy configuration

## Ref: https://github.com/argoproj/argo-cd/blob/master/docs/operator-manual/rbac.md

rbac:

# -- Create the argocd-rbac-cm configmap with ([Argo CD RBAC policy]) definitions.

# If false, it is expected the configmap will be created by something else.

# Argo CD will not work if there is no configmap created with the name above.

create: true

# -- Annotations to be added to argocd-rbac-cm configmap

annotations: {}

# -- The name of the default role which Argo CD will falls back to, when authorizing API requests (optional).

# If omitted or empty, users may be still be able to login, but will see no apps, projects, etc...

policy.default: ""

# -- File containing user-defined policies and role definitions.

# @default -- `''` (See [values.yaml])

policy.csv: ""

# Policy rules are in the form:

# p, subject, resource, action, object, effect

# Role definitions and bindings are in the form:

# g, subject, inherited-subject

# policy.csv: |

# p, role:org-admin, applications, *, */*, allow

# p, role:org-admin, clusters, get, *, allow

# p, role:org-admin, repositories, *, *, allow

# p, role:org-admin, logs, get, *, allow

# p, role:org-admin, exec, create, */*, allow

# g, your-github-org:your-team, role:org-admin

# -- OIDC scopes to examine during rbac enforcement (in addition to `sub` scope).

# The scope value can be a string, or a list of strings.

scopes: "[groups]"

# -- Matcher function for Casbin, `glob` for glob matcher and `regex` for regex matcher.

policy.matchMode: "glob"

# GnuPG public keys for commit verification

## Ref: https://argo-cd.readthedocs.io/en/stable/user-guide/gpg-verification/

gpg:

# -- Annotations to be added to argocd-gpg-keys-cm configmap

annotations: {}

# -- [GnuPG] public keys to add to the keyring

# @default -- `{}` (See [values.yaml])

## Note: Public keys should be exported with `gpg --export --armor <KEY>`

keys: {}

# 4AEE18F83AFDEB23: |

# -----BEGIN PGP PUBLIC KEY BLOCK-----

# ...

# -----END PGP PUBLIC KEY BLOCK-----

# SSH known hosts for Git repositories

## Ref: https://argo-cd.readthedocs.io/en/stable/operator-manual/declarative-setup/#ssh-known-host-public-keys

ssh:

# -- Specifies if the argocd-ssh-known-hosts-cm configmap should be created by Helm.

create: true

# -- Annotations to be added to argocd-ssh-known-hosts-cm configmap

annotations: {}

# -- Known hosts to be added to the known host list by default.

# @default -- See [values.yaml]

knownHosts: |

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vs-ssh.visualstudio.com ssh-rsa AAAAB3NzaC1yc2EAAAADAQABAAABAQC7Hr1oTWqNqOlzGJOfGJ4NakVyIzf1rXYd4d7wo6jBlkLvCA4odBlL0mDUyZ0/QUfTTqeu+tm22gOsv+VrVTMk6vwRU75gY/y9ut5Mb3bR5BV58dKXyq9A9UeB5Cakehn5Zgm6x1mKoVyf+FFn26iYqXJRgzIZZcZ5V6hrE0Qg39kZm4az48o0AUbf6Sp4SLdvnuMa2sVNwHBboS7EJkm57XQPVU3/QpyNLHbWDdzwtrlS+ez30S3AdYhLKEOxAG8weOnyrtLJAUen9mTkol8oII1edf7mWWbWVf0nBmly21+nZcmCTISQBtdcyPaEno7fFQMDD26/s0lfKob4Kw8H

# -- Additional known hosts for private repositories

extraHosts: ""

# Repository TLS certificates

# Ref: https://argo-cd.readthedocs.io/en/stable/operator-manual/declarative-setup/#repositories-using-self-signed-tls-certificates-or-are-signed-by-custom-ca

tls:

# -- Annotations to be added to argocd-tls-certs-cm configmap

annotations: {}

# -- TLS certificates for Git repositories

# @default -- `{}` (See [values.yaml])

certificates: {}

# server.example.com: |

# -----BEGIN CERTIFICATE-----

# ...

# -----END CERTIFICATE-----

# -- Specifies if the argocd-tls-certs-cm configmap should be created by Helm.

create: true

# ConfigMap for Config Management Plugins

# Ref: https://argo-cd.readthedocs.io/en/stable/operator-manual/config-management-plugins/

cmp:

# -- Create the argocd-cmp-cm configmap

create: false

# -- Annotations to be added to argocd-cmp-cm configmap

annotations: {}

# -- Plugin yaml files to be added to argocd-cmp-cm

plugins: {}

# --- First plugin

# my-plugin:

# init:

# command: [sh]

# args: [-c, 'echo "Initializing..."']

# generate:

# command: [sh, -c]

# args:

# - |

# echo "{\"kind\": \"ConfigMap\", \"apiVersion\": \"v1\", \"metadata\": { \"name\": \"$ARGOCD_APP_NAME\", \"namespace\": \"$ARGOCD_APP_NAMESPACE\", \"annotations\": {\"Foo\": \"$ARGOCD_ENV_FOO\", \"KubeVersion\": \"$KUBE_VERSION\", \"KubeApiVersion\": \"$KUBE_API_VERSIONS\",\"Bar\": \"baz\"}}}"

# discover:

# fileName: "./subdir/s*.yaml"

# find:

# glob: "**/Chart.yaml"

# command: [sh, -c, find . -name env.yaml]

# --- Second plugin

# my-plugin2:

# init:

# command: [sh]

# args: [-c, 'echo "Initializing..."']

# generate:

# command: [sh, -c]

# args:

# - |

# echo "{\"kind\": \"ConfigMap\", \"apiVersion\": \"v1\", \"metadata\": { \"name\": \"$ARGOCD_APP_NAME\", \"namespace\": \"$ARGOCD_APP_NAMESPACE\", \"annotations\": {\"Foo\": \"$ARGOCD_ENV_FOO\", \"KubeVersion\": \"$KUBE_VERSION\", \"KubeApiVersion\": \"$KUBE_API_VERSIONS\",\"Bar\": \"baz\"}}}"

# discover:

# fileName: "./subdir/s*.yaml"

# find:

# glob: "**/Chart.yaml"

# command: [sh, -c, find . -name env.yaml]

# -- Provide one or multiple [external cluster credentials]

# @default -- `{}` (See [values.yaml])

## Ref:

## - https://argo-cd.readthedocs.io/en/stable/operator-manual/declarative-setup/#clusters

## - https://argo-cd.readthedocs.io/en/stable/operator-manual/security/#external-cluster-credentials

## - https://argo-cd.readthedocs.io/en/stable/user-guide/projects/#project-scoped-repositories-and-clusters

clusterCredentials: {}

# mycluster:

# server: https://mycluster.example.com

# labels: {}

# annotations: {}

# config:

# bearerToken: "<authentication token>"

# tlsClientConfig:

# insecure: false

# caData: "<base64 encoded certificate>"

# mycluster2:

# server: https://mycluster2.example.com

# labels: {}

# annotations: {}

# namespaces: namespace1,namespace2

# clusterResources: true

# config:

# bearerToken: "<authentication token>"

# tlsClientConfig:

# insecure: false

# caData: "<base64 encoded certificate>"

# mycluster3-project-scoped:

# server: https://mycluster3.example.com

# labels: {}

# annotations: {}

# project: my-project1

# config:

# bearerToken: "<authentication token>"

# tlsClientConfig:

# insecure: false

# caData: "<base64 encoded certificate>"

# mycluster4-sharded:

# shard: 1

# server: https://mycluster4.example.com

# labels: {}

# annotations: {}

# config:

# bearerToken: "<authentication token>"

# tlsClientConfig:

# insecure: false

# caData: "<base64 encoded certificate>"

# -- Repository credentials to be used as Templates for other repos

## Creates a secret for each key/value specified below to create repository credentials

credentialTemplates: {}

# github-enterprise-creds-1:

# url: https://github.com/argoproj

# githubAppID: 1

# githubAppInstallationID: 2

# githubAppEnterpriseBaseUrl: https://ghe.example.com/api/v3

# githubAppPrivateKey: |

# -----BEGIN OPENSSH PRIVATE KEY-----

# ...

# -----END OPENSSH PRIVATE KEY-----

# https-creds:

# url: https://github.com/argoproj

# password: my-password

# username: my-username

# ssh-creds:

# url: git@github.com:argoproj-labs

# sshPrivateKey: |

# -----BEGIN OPENSSH PRIVATE KEY-----

# ...

# -----END OPENSSH PRIVATE KEY-----

# -- Annotations to be added to `configs.credentialTemplates` Secret

credentialTemplatesAnnotations: {}

# -- Repositories list to be used by applications

## Creates a secret for each key/value specified below to create repositories

## Note: the last example in the list would use a repository credential template, configured under "configs.credentialTemplates".

repositories: {}

# istio-helm-repo:

# url: https://storage.googleapis.com/istio-prerelease/daily-build/master-latest-daily/charts

# name: istio.io

# type: helm

# private-helm-repo:

# url: https://my-private-chart-repo.internal

# name: private-repo

# type: helm

# password: my-password

# username: my-username

# private-repo:

# url: https://github.com/argoproj/private-repo

# -- Annotations to be added to `configs.repositories` Secret

repositoriesAnnotations: {}

# Argo CD sensitive data

# Ref: https://argo-cd.readthedocs.io/en/stable/operator-manual/user-management/#sensitive-data-and-sso-client-secrets

secret:

# -- Create the argocd-secret

createSecret: true

# -- Labels to be added to argocd-secret

labels: {}

# -- Annotations to be added to argocd-secret

annotations: {}

# -- Shared secret for authenticating GitHub webhook events

githubSecret: ""

# -- Shared secret for authenticating GitLab webhook events

gitlabSecret: ""

# -- Shared secret for authenticating BitbucketServer webhook events

bitbucketServerSecret: ""

# -- UUID for authenticating Bitbucket webhook events

bitbucketUUID: ""

# -- Shared secret for authenticating Gogs webhook events

gogsSecret: ""

## Azure DevOps

azureDevops:

# -- Shared secret username for authenticating Azure DevOps webhook events

username: ""

# -- Shared secret password for authenticating Azure DevOps webhook events

password: ""

# -- add additional secrets to be added to argocd-secret

## Custom secrets. Useful for injecting SSO secrets into environment variables.

## Ref: https://argo-cd.readthedocs.io/en/stable/operator-manual/user-management/#sensitive-data-and-sso-client-secrets

## Note that all values must be non-empty.

extra: {}

# LDAP_PASSWORD: "mypassword"

# -- Bcrypt hashed admin password

## Argo expects the password in the secret to be bcrypt hashed. You can create this hash with

## `htpasswd -nbBC 10 "" $ARGO_PWD | tr -d ':\n' | sed 's/$2y/$2a/'`

argocdServerAdminPassword: ""

# -- Admin password modification time. Eg. `"2006-01-02T15:04:05Z"`

# @default -- `""` (defaults to current time)

argocdServerAdminPasswordMtime: ""

# -- Define custom [CSS styles] for your argo instance.

# This setting will automatically mount the provided CSS and reference it in the argo configuration.

# @default -- `""` (See [values.yaml])

## Ref: https://argo-cd.readthedocs.io/en/stable/operator-manual/custom-styles/

styles: ""

# styles: |

# .sidebar {

# background: linear-gradient(to bottom, #999, #777, #333, #222, #111);

# }

# -- Array of extra K8s manifests to deploy

## Note: Supports use of custom Helm templates

extraObjects: []

# - apiVersion: secrets-store.csi.x-k8s.io/v1

# kind: SecretProviderClass

# metadata:

# name: argocd-secrets-store

# spec:

# provider: aws

# parameters:

# objects: |

# - objectName: "argocd"

# objectType: "secretsmanager"

# jmesPath:

# - path: "client_id"

# objectAlias: "client_id"

# - path: "client_secret"

# objectAlias: "client_secret"

# secretObjects:

# - data:

# - key: client_id

# objectName: client_id

# - key: client_secret

# objectName: client_secret

# secretName: argocd-secrets-store

# type: Opaque

# labels:

# app.kubernetes.io/part-of: argocd

## Application controller

controller:

# -- Application controller name string

name: application-controller

# -- The number of application controller pods to run.

# Additional replicas will cause sharding of managed clusters across number of replicas.

## With dynamic cluster distribution turned on, sharding of the clusters will gracefully

## rebalance if the number of replica's changes or one becomes unhealthy. (alpha)

replicas: 1

# -- Enable dynamic cluster distribution (alpha)

# Ref: https://argo-cd.readthedocs.io/en/stable/operator-manual/dynamic-cluster-distribution

## This is done using a deployment instead of a statefulSet

## When replicas are added or removed, the sharding algorithm is re-run to ensure that the

## clusters are distributed according to the algorithm. If the algorithm is well-balanced,

## like round-robin, then the shards will be well-balanced.

dynamicClusterDistribution: false

# -- Runtime class name for the application controller

# @default -- `""` (defaults to global.runtimeClassName)

runtimeClassName: ""

# -- Application controller heartbeat time

# Ref: https://argo-cd.readthedocs.io/en/stable/operator-manual/dynamic-cluster-distribution/#working-of-dynamic-distribution

heartbeatTime: 10

# -- Maximum number of controller revisions that will be maintained in StatefulSet history

revisionHistoryLimit: 5

## Application controller Pod Disruption Budget

## Ref: https://kubernetes.io/docs/tasks/run-application/configure-pdb/

pdb:

# -- Deploy a [PodDisruptionBudget] for the application controller

enabled: false

# -- Labels to be added to application controller pdb

labels: {}

# -- Annotations to be added to application controller pdb

annotations: {}

# -- Number of pods that are available after eviction as number or percentage (eg.: 50%)

# @default -- `""` (defaults to 0 if not specified)

minAvailable: ""

# -- Number of pods that are unavailable after eviction as number or percentage (eg.: 50%).

## Has higher precedence over `controller.pdb.minAvailable`

maxUnavailable: ""

# -- Policy for evicting unhealthy (not ready) pods, either `IfHealthyBudget` or `AlwaysAllow`

## Defaults to `IfHealthyBudget` if not set

unhealthyPodEvictionPolicy: ""

## Application controller Vertical Pod Autoscaler

## Ref: https://kubernetes.io/docs/concepts/workloads/autoscaling/#scaling-workloads-vertically/

vpa:

# -- Deploy a [VerticalPodAutoscaler](https://kubernetes.io/docs/concepts/workloads/autoscaling/#scaling-workloads-vertically/) for the application controller

enabled: false

# -- Labels to be added to application controller vpa

labels: {}

# -- Annotations to be added to application controller vpa

annotations: {}

# -- One of the VPA operation modes

## Ref: https://kubernetes.io/docs/concepts/workloads/autoscaling/#scaling-workloads-vertically

## Note: Recreate update mode requires more than one replica unless the min-replicas VPA controller flag is overridden

updateMode: Initial

# -- Controls how VPA computes the recommended resources for application controller container

## Ref: https://github.com/kubernetes/autoscaler/blob/master/vertical-pod-autoscaler/examples/hamster.yaml

containerPolicy: {}

# controlledResources: ["cpu", "memory"]

# minAllowed:

# cpu: 250m

# memory: 256Mi

# maxAllowed:

# cpu: 1

# memory: 1Gi

# -- The recommenders that will provide recommendations for vertical scaling. Only relevant if a named VPA recommender (e.g. one started with a custom recommender name) is in use; leave unset to use the cluster's default recommender

## Ref: https://github.com/kubernetes/autoscaler/blob/master/vertical-pod-autoscaler/docs/api.md#verticalpodautoscalerspec

## NOTE: specify only zero or one recommender as of VPA 1.7.1

recommenders: []

# -- Configures a startup resource boost for faster cold-start (application boot) resource allocation. NOTE: startupBoost is currently a GKE-specific extension to the VPA API and is only honored on GKE clusters; it is rendered only when set

## Ref: https://cloud.google.com/kubernetes-engine/docs/how-to/boost-application-startup

startupBoost: {}

# cpu:

# type: Factor

# factor: 2

# durationSeconds: 10

## Application controller image

image:

# -- Repository to use for the application controller

# @default -- `""` (defaults to global.image.repository)

repository: ""

# -- Tag to use for the application controller

# @default -- `""` (defaults to global.image.tag)

tag: ""

# -- Image pull policy for the application controller

# @default -- `""` (defaults to global.image.imagePullPolicy)

imagePullPolicy: ""

# -- Secrets with credentials to pull images from a private registry

# @default -- `[]` (defaults to global.imagePullSecrets)

imagePullSecrets: []

# -- Additional command line arguments to pass to application controller

extraArgs: []

# -- Environment variables to pass to application controller

env: []

# -- envFrom to pass to application controller

# @default -- `[]` (See [values.yaml])

envFrom: []

# - configMapRef:

# name: config-map-name

# - secretRef:

# name: secret-name

# -- Additional containers to be added to the application controller pod

## Note: Supports use of custom Helm templates

extraContainers: []

# -- Init containers to add to the application controller pod

## If your target Kubernetes cluster(s) require a custom credential (exec) plugin

## you could use this (and the same in the server pod) to provide such executable

## Ref: https://kubernetes.io/docs/reference/access-authn-authz/authentication/#client-go-credential-plugins

## Note: Supports use of custom Helm templates

initContainers: []

# - name: download-tools

# image: alpine:3

# command: [sh, -c]

# args:

# - wget -qO /custom-tools/kubelogin.zip https://github.com/Azure/kubelogin/releases/download/v0.2.7/kubelogin-linux-amd64.zip &&

# mkdir /custom-tools/tmp && unzip -d /custom-tools/tmp /custom-tools/kubelogin.zip &&

# mv /custom-tools/tmp/bin/linux_amd64/kubelogin /custom-tools/ && rm -rf custom-tools/tmp && rm /custom-tools/kubelogin.zip

# volumeMounts:

# - mountPath: /custom-tools

# name: custom-tools

# -- Additional volumeMounts to the application controller main container

volumeMounts: []

# - mountPath: /usr/local/bin/kubelogin

# name: custom-tools

# subPath: kubelogin

# -- Additional volumes to the application controller pod

volumes: []

# - name: custom-tools

# emptyDir: {}

## Application controller emptyDir volumes

emptyDir:

# -- EmptyDir size limit for application controller

# @default -- `""` (defaults not set if not specified i.e. no size limit)

sizeLimit: ""

# sizeLimit: "1Gi"

# -- Annotations for the application controller StatefulSet

statefulsetAnnotations: {}

# -- Labels for the application controller StatefulSet

statefulsetLabels: {}

# -- Annotations for the application controller Deployment

deploymentAnnotations: {}

# -- Labels for the application controller Deployment

deploymentLabels: {}

# -- Annotations to be added to application controller pods

podAnnotations: {}

# -- Labels to be added to application controller pods

podLabels: {}

# -- Resource limits and requests for the application controller pods

resources: {}

# limits:

# cpu: 500m

# memory: 512Mi

# requests:

# cpu: 250m

# memory: 256Mi

# Application controller container ports

containerPorts:

# -- Metrics container port

metrics: 8082

# -- Host Network for application controller pods

hostNetwork: false

# -- [DNS configuration]

dnsConfig: {}

# -- Alternative DNS policy for application controller pods

dnsPolicy: "ClusterFirst"

# -- Application controller container-level security context

# @default -- See [values.yaml]

containerSecurityContext:

runAsNonRoot: true

readOnlyRootFilesystem: true

allowPrivilegeEscalation: false

seccompProfile:

type: RuntimeDefault

capabilities:

drop:

- ALL

# Readiness probe for application controller

## Ref: https://kubernetes.io/docs/tasks/configure-pod-container/configure-liveness-readiness-startup-probes/

readinessProbe:

# -- Http path to use for the readiness probe

httpPath: /healthz

# -- Minimum consecutive failures for the [probe] to be considered failed after having succeeded

failureThreshold: 3

# -- Number of seconds after the container has started before [probe] is initiated

initialDelaySeconds: 10

# -- How often (in seconds) to perform the [probe]

periodSeconds: 10

# -- Minimum consecutive successes for the [probe] to be considered successful after having failed

successThreshold: 1

# -- Number of seconds after which the [probe] times out

timeoutSeconds: 1

## Liveness probe for the application controller.

## Disabled by default, matching upstream: Argo CD removed this probe deliberately

## (argoproj/argo-cd#9557) because restarting an overloaded controller usually makes

## things worse. Enable only if you have a known failure mode (e.g. deadlock) where

## a restart is the correct remediation, and size the thresholds generously.

## Ref: https://kubernetes.io/docs/tasks/configure-pod-container/configure-liveness-readiness-startup-probes/

livenessProbe:

# -- Enable Kubernetes liveness probe for Application controller

enabled: false

# -- Http path to use for the liveness probe

httpPath: /healthz

# -- Minimum consecutive failures for the [probe] to be considered failed after having succeeded

failureThreshold: 5

# -- Number of seconds after the container has started before [probe] is initiated

initialDelaySeconds: 10

# -- How often (in seconds) to perform the [probe]

periodSeconds: 30

# -- Minimum consecutive successes for the [probe] to be considered successful after having failed

successThreshold: 1

# -- Number of seconds after which the [probe] times out

timeoutSeconds: 5

## Startup probe for application controller (optional)

## Ref: https://kubernetes.io/docs/tasks/configure-pod-container/configure-liveness-readiness-startup-probes/

startupProbe:

# -- Enable Kubernetes startup probe for application controller

enabled: false

# -- Http path to use for the startup probe

httpPath: /healthz

# -- Minimum consecutive failures for the [probe] to be considered failed after having succeeded

failureThreshold: 20

# -- Number of seconds after the container has started before [probe] is initiated

initialDelaySeconds: 10

# -- How often (in seconds) to perform the [probe]

periodSeconds: 10

# -- Minimum consecutive successes for the [probe] to be considered successful after having failed

successThreshold: 1

# -- Number of seconds after which the [probe] times out

timeoutSeconds: 1

# -- terminationGracePeriodSeconds for container lifecycle hook

terminationGracePeriodSeconds: 30

# -- Priority class for the application controller pods

# @default -- `""` (defaults to global.priorityClassName)

priorityClassName: ""

# -- [Node selector]

# @default -- `{}` (defaults to global.nodeSelector)

nodeSelector: {}

# -- [Tolerations] for use with node taints

# @default -- `[]` (defaults to global.tolerations)

tolerations: []

# -- Assign custom [affinity] rules to the deployment

# @default -- `{}` (defaults to global.affinity preset)

affinity: {}

# -- Assign custom [TopologySpreadConstraints] rules to the application controller

# @default -- `[]` (defaults to global.topologySpreadConstraints)

## Ref: https://kubernetes.io/docs/concepts/scheduling-eviction/topology-spread-constraints/

## If labelSelector is left out, it will default to the labelSelector configuration of the deployment

topologySpreadConstraints: []

# - maxSkew: 1

# topologyKey: topology.kubernetes.io/zone

# whenUnsatisfiable: DoNotSchedule

# -- Automount API credentials for the Service Account into the pod.

automountServiceAccountToken: true

serviceAccount:

# -- Create a service account for the application controller

create: true

# -- Service account name

name: argocd-application-controller

# -- Annotations applied to created service account

annotations: {}

# -- Labels applied to created service account

labels: {}

# -- Automount API credentials for the Service Account

automountServiceAccountToken: true

## Application controller metrics configuration

metrics:

# -- Deploy metrics service

enabled: false

applicationLabels:

# -- Enables additional labels in argocd_app_labels metric

enabled: false

# -- Additional labels

labels: []

service:

# -- Metrics service type

type: ClusterIP

# -- Metrics service clusterIP. `None` makes a "headless service" (no virtual IP)

clusterIP: ""

# -- Metrics service annotations

annotations: {}

# -- Metrics service labels

labels: {}

# -- Metrics service port

servicePort: 8082

# -- Metrics service port name

portName: http-metrics

serviceMonitor:

# -- Enable a prometheus ServiceMonitor

enabled: false

# -- Prometheus ServiceMonitor interval

interval: 30s

# -- Prometheus ServiceMonitor scrapeTimeout. If empty, Prometheus uses the global scrape timeout unless it is less than the target's scrape interval value in which the latter is used.

scrapeTimeout: ""

# -- When true, honorLabels preserves the metric’s labels when they collide with the target’s labels.

honorLabels: false

# -- Prometheus [RelabelConfigs] to apply to samples before scraping

relabelings: []

# -- Prometheus [MetricRelabelConfigs] to apply to samples before ingestion

metricRelabelings: []

# -- Prometheus ServiceMonitor selector

selector: {}

# prometheus: kube-prometheus

# -- Prometheus ServiceMonitor scheme

scheme: ""

# -- Prometheus ServiceMonitor tlsConfig

tlsConfig: {}

# -- Prometheus ServiceMonitor namespace

namespace: "" # "monitoring"

# -- Prometheus ServiceMonitor labels

additionalLabels: {}

# -- Prometheus ServiceMonitor annotations

annotations: {}

rules:

# -- Deploy a PrometheusRule for the application controller

enabled: false

# -- PrometheusRule namespace

namespace: "" # "monitoring"

# -- PrometheusRule selector

selector: {}

# prometheus: kube-prometheus

# -- PrometheusRule labels

additionalLabels: {}

# -- PrometheusRule annotations

annotations: {}

# -- PrometheusRule.Spec for the application controller

spec: []

# - alert: ArgoAppMissing

# expr: |

# absent(argocd_app_info) == 1

# for: 15m

# labels:

# severity: critical

# annotations:

# summary: "[Argo CD] No reported applications"

# description: >

# Argo CD has not reported any applications data for the past 15 minutes which

# means that it must be down or not functioning properly. This needs to be

# resolved for this cloud to continue to maintain state.

# - alert: ArgoAppNotSynced

# expr: |

# argocd_app_info{sync_status!="Synced"} == 1

# for: 12h

# labels:

# severity: warning

# annotations:

# summary: "[{{ $labels.name }}] Application not synchronized"

# description: >

# The application {{ $labels.name }} has not been synchronized for over

# 12 hours which means that the state of this cloud has drifted away from the

# state inside Git.

## Enable this and set the rules: to whatever custom rules you want for the Cluster Role resource.

## Defaults to off

clusterRoleRules:

# -- Enable custom rules for the application controller's ClusterRole resource

enabled: false

# -- List of custom rules for the application controller's ClusterRole resource

rules: []

## Enable this and set the rules: to whatever custom rules you want for the Role resource.

## Defaults to off

# -- List of custom rules for the application controller's Role resource

roleRules: []

# Default application controller's network policy

networkPolicy:

# -- Default network policy rules used by application controller

# @default -- `false` (defaults to global.networkPolicy.create)

create: false

## Dex

dex:

# -- Enable dex

enabled: true

# -- Dex name

name: dex-server

# -- Additional command line arguments to pass to the Dex server

extraArgs: []

# -- Runtime class name for Dex

# @default -- `""` (defaults to global.runtimeClassName)

runtimeClassName: ""

metrics:

# -- Deploy metrics service

enabled: false

service:

# -- Metrics service annotations

annotations: {}

# -- Metrics service labels

labels: {}

# -- Metrics service port name

portName: http-metrics

serviceMonitor:

# -- Enable a prometheus ServiceMonitor

enabled: false

# -- Prometheus ServiceMonitor interval

interval: 30s

# -- When true, honorLabels preserves the metric’s labels when they collide with the target’s labels.

honorLabels: false

# -- Prometheus [RelabelConfigs] to apply to samples before scraping

relabelings: []

# -- Prometheus [MetricRelabelConfigs] to apply to samples before ingestion

metricRelabelings: []

# -- Prometheus ServiceMonitor selector

selector: {}

# prometheus: kube-prometheus

# -- Prometheus ServiceMonitor scheme

scheme: ""

# -- Prometheus ServiceMonitor tlsConfig

tlsConfig: {}

# -- Prometheus ServiceMonitor namespace

namespace: "" # "monitoring"

# -- Prometheus ServiceMonitor labels

additionalLabels: {}

# -- Prometheus ServiceMonitor annotations

annotations: {}

## Dex Pod Disruption Budget

## Ref: https://kubernetes.io/docs/tasks/run-application/configure-pdb/

pdb:

# -- Deploy a [PodDisruptionBudget] for the Dex server

enabled: false

# -- Labels to be added to Dex server pdb

labels: {}

# -- Annotations to be added to Dex server pdb

annotations: {}

# -- Number of pods that are available after eviction as number or percentage (eg.: 50%)

# @default -- `""` (defaults to 0 if not specified)

minAvailable: ""

# -- Number of pods that are unavailble after eviction as number or percentage (eg.: 50%).

## Has higher precedence over `dex.pdb.minAvailable`

maxUnavailable: ""

# -- Policy for evicting unhealthy (not ready) pods, either `IfHealthyBudget` or `AlwaysAllow`

## Defaults to `IfHealthyBudget` if not set

unhealthyPodEvictionPolicy: ""

## Dex Vertical Pod Autoscaler

## Ref: https://kubernetes.io/docs/concepts/workloads/autoscaling/#scaling-workloads-vertically/

vpa:

# -- Deploy a [VerticalPodAutoscaler](https://kubernetes.io/docs/concepts/workloads/autoscaling/#scaling-workloads-vertically/) for the Dex server

enabled: false

# -- Labels to be added to Dex server vpa

labels: {}

# -- Annotations to be added to Dex server vpa

annotations: {}

# -- One of the VPA operation modes

## Ref: https://kubernetes.io/docs/concepts/workloads/autoscaling/#scaling-workloads-vertically

## Note: Recreate update mode requires more than one replica unless the min-replicas VPA controller flag is overridden

updateMode: Initial

# -- Controls how VPA computes the recommended resources for Dex server container

## Ref: https://github.com/kubernetes/autoscaler/blob/master/vertical-pod-autoscaler/examples/hamster.yaml

containerPolicy: {}

# controlledResources: ["cpu", "memory"]

# minAllowed:

# cpu: 250m

# memory: 256Mi

# maxAllowed:

# cpu: 1

# memory: 1Gi

# -- The recommenders that will provide recommendations for vertical scaling. Only relevant if a named VPA recommender (e.g. one started with a custom recommender name) is in use; leave unset to use the cluster's default recommender

## Ref: https://github.com/kubernetes/autoscaler/blob/master/vertical-pod-autoscaler/docs/api.md#verticalpodautoscalerspec

## NOTE: specify only zero or one recommender as of VPA 1.7.1

recommenders: []

# -- Configures a startup resource boost for faster cold-start (application boot) resource allocation. NOTE: startupBoost is currently a GKE-specific extension to the VPA API and is only honored on GKE clusters; it is rendered only when set

## Ref: https://cloud.google.com/kubernetes-engine/docs/how-to/boost-application-startup

startupBoost: {}

# cpu:

# type: Factor

# factor: 2

# durationSeconds: 10

## Dex image

image:

# -- Dex image repository

repository: chainreg.biz/chainguard-private/dex

# -- Dex image tag

tag: 2.45.1-r27@sha256:61e8175f9645dd939109102c8e3fe5dd128208896d78d1c08cac67f452eda414

# -- Dex imagePullPolicy

# @default -- `""` (defaults to global.image.imagePullPolicy)

imagePullPolicy: ""

# -- Secrets with credentials to pull images from a private registry

# @default -- `[]` (defaults to global.imagePullSecrets)

imagePullSecrets: []

# Argo CD init image that creates Dex config

initImage:

# -- Argo CD init image repository

# @default -- `""` (defaults to global.image.repository)

repository: ""

# -- Argo CD init image tag

# @default -- `""` (defaults to global.image.tag)

tag: ""

# -- Argo CD init image imagePullPolicy

# @default -- `""` (defaults to global.image.imagePullPolicy)

imagePullPolicy: ""

# -- Argo CD init image resources

# @default -- `{}` (defaults to dex.resources)

resources: {}

# requests:

# cpu: 5m

# memory: 96Mi

# limits:

# cpu: 10m

# memory: 144Mi

# -- Environment variables to pass to the Dex server

env: []

# -- envFrom to pass to the Dex server

# @default -- `[]` (See [values.yaml])

envFrom: []

# - configMapRef:

# name: config-map-name

# - secretRef:

# name: secret-name

# -- Additional containers to be added to the dex pod

## Note: Supports use of custom Helm templates

extraContainers: []

# -- Init containers to add to the dex pod

## Note: Supports use of custom Helm templates

initContainers: []

# -- Additional volumeMounts to the dex main container

volumeMounts: []

# -- Additional volumes to the dex pod

volumes: []

## Dex server emptyDir volumes

emptyDir:

# -- EmptyDir size limit for Dex server

# @default -- `""` (defaults not set if not specified i.e. no size limit)

sizeLimit: ""

# sizeLimit: "1Gi"

# TLS certificate configuration via Secret

## Ref: https://argo-cd.readthedocs.io/en/stable/operator-manual/tls/#configuring-tls-to-argocd-dex-server

## Note: Issuing certificates via cert-manager in not supported right now because it's not possible to restart Dex automatically without extra controllers.

certificateSecret:

# -- Create argocd-dex-server-tls secret

enabled: false

# -- Labels to be added to argocd-dex-server-tls secret

labels: {}

# -- Annotations to be added to argocd-dex-server-tls secret

annotations: {}

# -- Certificate authority. Required for self-signed certificates.

ca: ""

# -- Certificate private key

key: ""

# -- Certificate data. Must contain SANs of Dex service (ie: argocd-dex-server, argocd-dex-server.argo-cd.svc)

crt: ""

# -- Annotations to be added to the Dex server Deployment

deploymentAnnotations: {}

# -- Labels for the Dex server Deployment

deploymentLabels: {}

# -- Annotations to be added to the Dex server pods

podAnnotations: {}

# -- Labels to be added to the Dex server pods

podLabels: {}

# -- Resource limits and requests for dex

resources: {}

# limits:

# cpu: 50m

# memory: 64Mi

# requests:

# cpu: 10m

# memory: 32Mi

# Dex container ports

# NOTE: These ports are currently hardcoded and cannot be changed

containerPorts:

# -- HTTP container port

http: 5556

# -- gRPC container port

grpc: 5557

# -- Metrics container port

metrics: 5558

# -- [DNS configuration]

dnsConfig: {}

# -- Alternative DNS policy for Dex server pods

dnsPolicy: "ClusterFirst"

# -- Dex container-level security context

# @default -- See [values.yaml]

containerSecurityContext:

runAsNonRoot: true

runAsUser: 1001

readOnlyRootFilesystem: true

allowPrivilegeEscalation: false

seccompProfile:

type: RuntimeDefault

capabilities:

drop:

- ALL

## Probes for Dex server

## Supported from Dex >= 2.28.0

livenessProbe:

# -- Enable Kubernetes liveness probe for Dex >= 2.28.0

enabled: false

# -- Http path to use for the liveness probe

httpPath: /healthz/live

# -- Http port to use for the liveness probe

httpPort: metrics

# -- Scheme to use for for the liveness probe (can be HTTP or HTTPS)

httpScheme: HTTP

# -- Minimum consecutive failures for the [probe] to be considered failed after having succeeded

failureThreshold: 3

# -- Number of seconds after the container has started before [probe] is initiated

initialDelaySeconds: 10

# -- How often (in seconds) to perform the [probe]

periodSeconds: 10

# -- Minimum consecutive successes for the [probe] to be considered successful after having failed

successThreshold: 1

# -- Number of seconds after which the [probe] times out

timeoutSeconds: 1

readinessProbe:

# -- Enable Kubernetes readiness probe for Dex >= 2.28.0

enabled: false

# -- Http path to use for the readiness probe

httpPath: /healthz/ready

# -- Http port to use for the readiness probe

httpPort: metrics

# -- Scheme to use for for the liveness probe (can be HTTP or HTTPS)

httpScheme: HTTP

# -- Minimum consecutive failures for the [probe] to be considered failed after having succeeded

failureThreshold: 3

# -- Number of seconds after the container has started before [probe] is initiated

initialDelaySeconds: 10

# -- How often (in seconds) to perform the [probe]

periodSeconds: 10

# -- Minimum consecutive successes for the [probe] to be considered successful after having failed

successThreshold: 1

# -- Number of seconds after which the [probe] times out

timeoutSeconds: 1

## Startup probe for Dex server (optional)

## Supported from Dex >= 2.28.0

startupProbe:

# -- Enable Kubernetes startup probe for Dex >= 2.28.0

enabled: false

# -- Http path to use for the startup probe

httpPath: /healthz/ready

# -- Http port to use for the startup probe

httpPort: metrics

# -- Scheme to use for the startup probe (can be HTTP or HTTPS)

httpScheme: HTTP

# -- Minimum consecutive failures for the [probe] to be considered failed after having succeeded

failureThreshold: 20

# -- Number of seconds after the container has started before [probe] is initiated

initialDelaySeconds: 10

# -- How often (in seconds) to perform the [probe]

periodSeconds: 10

# -- Minimum consecutive successes for the [probe] to be considered successful after having failed

successThreshold: 1

# -- Number of seconds after which the [probe] times out

timeoutSeconds: 1

# -- terminationGracePeriodSeconds for container lifecycle hook

terminationGracePeriodSeconds: 30

# -- Automount API credentials for the Service Account into the pod.

automountServiceAccountToken: true

serviceAccount:

# -- Create dex service account

create: true

# -- Dex service account name

name: argocd-dex-server

# -- Annotations applied to created service account

annotations: {}

# -- Automount API credentials for the Service Account

automountServiceAccountToken: true

# -- Service port for HTTP access

servicePortHttp: 5556

# -- Service port name for HTTP access

servicePortHttpName: http

# -- Service port for gRPC access

servicePortGrpc: 5557

# -- Service port name for gRPC access

servicePortGrpcName: grpc

# -- Service port for metrics access

servicePortMetrics: 5558

# -- Priority class for the dex pods

# @default -- `""` (defaults to global.priorityClassName)

priorityClassName: ""

# -- [Node selector]

# @default -- `{}` (defaults to global.nodeSelector)

nodeSelector: {}

# -- [Tolerations] for use with node taints

# @default -- `[]` (defaults to global.tolerations)

tolerations: []

# -- Assign custom [affinity] rules to the deployment

# @default -- `{}` (defaults to global.affinity preset)

affinity: {}

# -- Assign custom [TopologySpreadConstraints] rules to dex

# @default -- `[]` (defaults to global.topologySpreadConstraints)

## Ref: https://kubernetes.io/docs/concepts/scheduling-eviction/topology-spread-constraints/

## If labelSelector is left out, it will default to the labelSelector configuration of the deployment

topologySpreadConstraints: []

# - maxSkew: 1

# topologyKey: topology.kubernetes.io/zone

# whenUnsatisfiable: DoNotSchedule

# -- Deployment strategy to be added to the Dex server Deployment

deploymentStrategy: {}

# type: RollingUpdate

# rollingUpdate:

# maxSurge: 25%

# maxUnavailable: 25%

# Default Dex server's network policy

networkPolicy:

# -- Default network policy rules used by Dex server

# @default -- `false` (defaults to global.networkPolicy.create)

create: false

# DEPRECATED - Use configs.params to override

# -- Dex log format. Either `text` or `json`

# @default -- `""` (defaults to global.logging.format)

# logFormat: ""

# -- Dex log level. One of: `debug`, `info`, `warn`, `error`

# @default -- `""` (defaults to global.logging.level)

# logLevel: ""

## Redis

redis:

# -- Enable redis

enabled: true

# -- Redis name

name: redis

# -- Runtime class name for redis

# @default -- `""` (defaults to global.runtimeClassName)

runtimeClassName: ""

# -- Existing Secret name for the embedded Redis password. The Secret must contain the key `auth`.

# Only used when `redisSecretInit.enabled` is `false`, otherwise the secret name is `argocd-redis`.

# Only applies to the single node Redis deployment. With `redis-ha.enabled` use `redis-ha.existingSecret` instead,

# and for external Redis use `externalRedis.existingSecret`.

existingSecret: ""

## Redis Pod Disruption Budget

## Ref: https://kubernetes.io/docs/tasks/run-application/configure-pdb/

pdb:

# -- Deploy a [PodDisruptionBudget] for the Redis

enabled: false

# -- Labels to be added to Redis pdb

labels: {}

# -- Annotations to be added to Redis pdb

annotations: {}

# -- Number of pods that are available after eviction as number or percentage (eg.: 50%)

# @default -- `""` (defaults to 0 if not specified)

minAvailable: ""

# -- Number of pods that are unavailble after eviction as number or percentage (eg.: 50%).

## Has higher precedence over `redis.pdb.minAvailable`

maxUnavailable: ""

# -- Policy for evicting unhealthy (not ready) pods, either `IfHealthyBudget` or `AlwaysAllow`

## Defaults to `IfHealthyBudget` if not set

unhealthyPodEvictionPolicy: ""

## Redis Vertical Pod Autoscaler

## Ref: https://kubernetes.io/docs/concepts/workloads/autoscaling/#scaling-workloads-vertically/

vpa:

# -- Deploy a [VerticalPodAutoscaler](https://kubernetes.io/docs/concepts/workloads/autoscaling/#scaling-workloads-vertically/) for the Redis

enabled: false

# -- Labels to be added to Redis vpa

labels: {}

# -- Annotations to be added to Redis vpa

annotations: {}

# -- One of the VPA operation modes

## Ref: https://kubernetes.io/docs/concepts/workloads/autoscaling/#scaling-workloads-vertically

## Note: Recreate update mode requires more than one replica unless the min-replicas VPA controller flag is overridden

updateMode: Initial

# -- Controls how VPA computes the recommended resources for Redis container

## Ref: https://github.com/kubernetes/autoscaler/blob/master/vertical-pod-autoscaler/examples/hamster.yaml

containerPolicy: {}

# controlledResources: ["cpu", "memory"]

# minAllowed:

# cpu: 250m

# memory: 256Mi

# maxAllowed:

# cpu: 1

# memory: 1Gi

# -- The recommenders that will provide recommendations for vertical scaling. Only relevant if a named VPA recommender (e.g. one started with a custom recommender name) is in use; leave unset to use the cluster's default recommender

## Ref: https://github.com/kubernetes/autoscaler/blob/master/vertical-pod-autoscaler/docs/api.md#verticalpodautoscalerspec

## NOTE: specify only zero or one recommender as of VPA 1.7.1

recommenders: []

# -- Configures a startup resource boost for faster cold-start (application boot) resource allocation. NOTE: startupBoost is currently a GKE-specific extension to the VPA API and is only honored on GKE clusters; it is rendered only when set

## Ref: https://cloud.google.com/kubernetes-engine/docs/how-to/boost-application-startup

startupBoost: {}

# cpu:

# type: Factor

# factor: 2

# durationSeconds: 10

## Redis image

image:

# -- Redis repository

repository: chainreg.biz/chainguard-private/redis

# -- Redis tag

## Do not use 7.4.0 <= v < 8.0.0, otherwise you are no longer using an open source version of Redis

tag: 8.10.2-r1@sha256:56d959dee32a2fd17c6c43400b727c346acc584735d9f3c73788d20fdf37e8be

# -- Redis image pull policy

# @default -- `""` (defaults to global.image.imagePullPolicy)

imagePullPolicy: ""

## Prometheus redis-exporter sidecar

exporter:

# -- Enable Prometheus redis-exporter sidecar

enabled: false

# -- Environment variables to pass to the Redis exporter

env: []

## Prometheus redis-exporter image

image:

# -- Repository to use for the redis-exporter

repository: chainreg.biz/chainguard-private/prometheus-redis-exporter

# -- Tag to use for the redis-exporter

tag: 1.93.0-r0@sha256:02d6b26bed0db89b43ed9533d7c94fe9e84cc4f8b1ee3498c711e82ff4f575f5

# -- Image pull policy for the redis-exporter

# @default -- `""` (defaults to global.image.imagePullPolicy)

imagePullPolicy: ""

# -- Redis exporter security context

# @default -- See [values.yaml]

containerSecurityContext:

runAsNonRoot: true

readOnlyRootFilesystem: true

allowPrivilegeEscalation: false

seccompProfile:

type: RuntimeDefault

capabilities:

drop:

- ALL

## Probes for Redis exporter (optional)

## Ref: https://kubernetes.io/docs/tasks/configure-pod-container/configure-liveness-readiness-startup-probes/

readinessProbe:

# -- Enable Kubernetes liveness probe for Redis exporter (optional)

enabled: false

# -- Number of seconds after the container has started before [probe] is initiated

initialDelaySeconds: 30

# -- How often (in seconds) to perform the [probe]

periodSeconds: 15

# -- Number of seconds after which the [probe] times out

timeoutSeconds: 15

# -- Minimum consecutive successes for the [probe] to be considered successful after having failed

successThreshold: 1

# -- Minimum consecutive failures for the [probe] to be considered failed after having succeeded

failureThreshold: 5

livenessProbe:

# -- Enable Kubernetes liveness probe for Redis exporter

enabled: false

# -- Number of seconds after the container has started before [probe] is initiated

initialDelaySeconds: 30

# -- How often (in seconds) to perform the [probe]

periodSeconds: 15

# -- Number of seconds after which the [probe] times out

timeoutSeconds: 15

# -- Minimum consecutive successes for the [probe] to be considered successful after having failed

successThreshold: 1

# -- Minimum consecutive failures for the [probe] to be considered failed after having succeeded

failureThreshold: 5

# -- Resource limits and requests for redis-exporter sidecar

resources: {}

# limits:

# cpu: 50m

# memory: 64Mi

# requests:

# cpu: 10m

# memory: 32Mi

# -- Secrets with credentials to pull images from a private registry

# @default -- `[]` (defaults to global.imagePullSecrets)

imagePullSecrets: []

# -- Additional command line arguments to pass to redis-server

extraArgs: []

# - --bind

# - "0.0.0.0"

# -- Environment variables to pass to the Redis server

env: []

# -- envFrom to pass to the Redis server

# @default -- `[]` (See [values.yaml])

envFrom: []

# - configMapRef:

# name: config-map-name

# - secretRef:

# name: secret-name

## Probes for Redis server (optional)

## Ref: https://kubernetes.io/docs/tasks/configure-pod-container/configure-liveness-readiness-startup-probes/

readinessProbe:

# -- Enable Kubernetes liveness probe for Redis server

enabled: false

# -- Number of seconds after the container has started before [probe] is initiated

initialDelaySeconds: 30

# -- How often (in seconds) to perform the [probe]

periodSeconds: 15

# -- Number of seconds after which the [probe] times out

timeoutSeconds: 15

# -- Minimum consecutive successes for the [probe] to be considered successful after having failed

successThreshold: 1

# -- Minimum consecutive failures for the [probe] to be considered failed after having succeeded

failureThreshold: 5

livenessProbe:

# -- Enable Kubernetes liveness probe for Redis server

enabled: false

# -- Number of seconds after the container has started before [probe] is initiated

initialDelaySeconds: 30

# -- How often (in seconds) to perform the [probe]

periodSeconds: 15

# -- Number of seconds after which the [probe] times out

timeoutSeconds: 15

# -- Minimum consecutive successes for the [probe] to be considered successful after having failed

successThreshold: 1

# -- Minimum consecutive failures for the [probe] to be considered failed after having succeeded

failureThreshold: 5

# -- Additional containers to be added to the redis pod

## Note: Supports use of custom Helm templates

extraContainers: []

# -- Init containers to add to the redis pod

## Note: Supports use of custom Helm templates

initContainers: []

# -- Additional volumeMounts to the redis container

volumeMounts: []

# -- Additional volumes to the redis pod

volumes: []

# -- Annotations to be added to the Redis server Deployment

deploymentAnnotations: {}

# -- Labels for the Redis server Deployment

deploymentLabels: {}

# -- Annotations to be added to the Redis server pods

podAnnotations: {}

# -- Labels to be added to the Redis server pods

podLabels: {}

# -- Resource limits and requests for redis

resources: {}

# limits:

# cpu: 200m

# memory: 128Mi

# requests:

# cpu: 100m

# memory: 64Mi

# -- Redis pod-level security context

# @default -- See [values.yaml]

securityContext:

runAsNonRoot: true

runAsUser: 999

seccompProfile:

type: RuntimeDefault

# Redis container ports

containerPorts:

# -- Redis container port

redis: 6379

# -- Metrics container port

metrics: 9121

# -- Host Network for redis pods

hostNetwork: false

# -- [DNS configuration]

dnsConfig: {}

# -- Alternative DNS policy for Redis server pods

dnsPolicy: "ClusterFirst"

# -- Redis container-level security context

# @default -- See [values.yaml]

containerSecurityContext:

readOnlyRootFilesystem: true

allowPrivilegeEscalation: false

capabilities:

drop:

- ALL

# -- Redis service port

servicePort: 6379

# -- Priority class for redis pods

# @default -- `""` (defaults to global.priorityClassName)

priorityClassName: ""

# -- [Node selector]

# @default -- `{}` (defaults to global.nodeSelector)

nodeSelector: {}

# -- [Tolerations] for use with node taints

# @default -- `[]` (defaults to global.tolerations)

tolerations: []

# -- Assign custom [affinity] rules to the deployment

# @default -- `{}` (defaults to global.affinity preset)

affinity: {}

# -- Assign custom [TopologySpreadConstraints] rules to redis

# @default -- `[]` (defaults to global.topologySpreadConstraints)

## Ref: https://kubernetes.io/docs/concepts/scheduling-eviction/topology-spread-constraints/

## If labelSelector is left out, it will default to the labelSelector configuration of the deployment

topologySpreadConstraints: []

# - maxSkew: 1

# topologyKey: topology.kubernetes.io/zone

# whenUnsatisfiable: DoNotSchedule

# -- terminationGracePeriodSeconds for container lifecycle hook

terminationGracePeriodSeconds: 30

# -- Automount API credentials for the Service Account into the pod.

automountServiceAccountToken: true

serviceAccount:

# -- Create a service account for the redis pod

create: false

# -- Service account name for redis pod

name: ""

# -- Annotations applied to created service account

annotations: {}

# -- Automount API credentials for the Service Account

automountServiceAccountToken: false

service:

# -- Redis service annotations

annotations: {}

# -- Additional redis service labels

labels: {}

metrics:

# -- Deploy metrics service

enabled: false

# Redis metrics service configuration

service:

# -- Metrics service type

type: ClusterIP

# -- Metrics service clusterIP. `None` makes a "headless service" (no virtual IP)

clusterIP: None

# -- Metrics service annotations

annotations: {}

# -- Metrics service labels

labels: {}

# -- Metrics service port

servicePort: 9121

# -- Metrics service port name

portName: http-metrics

serviceMonitor:

# -- Enable a prometheus ServiceMonitor

enabled: false

# -- Interval at which metrics should be scraped

interval: 30s

# -- When true, honorLabels preserves the metric’s labels when they collide with the target’s labels.

honorLabels: false

# -- Prometheus [RelabelConfigs] to apply to samples before scraping

relabelings: []

# -- Prometheus [MetricRelabelConfigs] to apply to samples before ingestion

metricRelabelings: []

# -- Prometheus ServiceMonitor selector

selector: {}

# prometheus: kube-prometheus

# -- Prometheus ServiceMonitor scheme

scheme: ""

# -- Prometheus ServiceMonitor tlsConfig

tlsConfig: {}

# -- Prometheus ServiceMonitor namespace

namespace: "" # "monitoring"

# -- Prometheus ServiceMonitor labels

additionalLabels: {}

# -- Prometheus ServiceMonitor annotations

annotations: {}

# Default redis's network policy

networkPolicy:

# -- Default network policy rules used by redis

# @default -- `false` (defaults to global.networkPolicy.create)

create: false

## Redis-HA subchart replaces custom redis deployment when `redis-ha.enabled=true`

# Ref: https://github.com/DandyDeveloper/charts/blob/master/charts/redis-ha/values.yaml

redis-ha:

# -- Enables the Redis HA subchart and disables the custom Redis single node deployment

enabled: false

## Redis image

image:

# -- Redis repository

repository: ecr-public.aws.com/docker/library/redis

# -- Redis tag

## Do not use 7.4.0 <= v < 8.0.0, otherwise you are no longer using an open source version of Redis

## Runs ahead of the upstream HA manifests' pin: the redis 8.2.x line is only built on Alpine 3.22,

## whose OpenSSL carries known vulnerabilities (GHSA-5p3w-hgjv-f6q3 report); 8.6.x is the patched base.

tag: 8.6.4-alpine

## Prometheus redis-exporter sidecar

exporter:

# -- Enable Prometheus redis-exporter sidecar

enabled: false

# -- Repository to use for the redis-exporter

image: ghcr.io/oliver006/redis_exporter

# -- Tag to use for the redis-exporter

tag: v1.75.0

persistentVolume:

# -- Configures persistence on Redis nodes

enabled: false

## Redis specific configuration options

redis:

# -- Redis convention for naming the cluster group: must match `^[\\w-\\.]+$` and can be templated

masterGroupName: argocd

# -- Any valid redis config options in this section will be applied to each server (see `redis-ha` chart)

# @default -- See [values.yaml]

config:

# -- Will save the DB if both the given number of seconds and the given number of write operations against the DB occurred. `""` is disabled

# @default -- `'""'`

save: '""'

## Redis sentinel specific configuration options

sentinel:

# -- Sentinel container lifecycle hooks. The default `postStart` hook resets the sentinel state after a rolling update to prevent high CPU usage

# @default -- See [values.yaml]

lifecycle:

postStart:

exec:

## Note: the reset command hardcodes the master group name `argocd`. If you override `redis-ha.redis.masterGroupName`, you must override this hook to match.

command:

- '/bin/sh'

- '-c'

- 'sleep 30; redis-cli -p 26379 sentinel reset argocd'

## Enables a HA Proxy for better LoadBalancing / Sentinel Master support. Automatically proxies to Redis master.

haproxy:

# -- Enabled HAProxy LoadBalancing/Proxy

enabled: true

# -- Custom labels for the haproxy pod. This is relevant for Argo CD CLI.

labels:

app.kubernetes.io/name: argocd-redis-ha-haproxy

image:

# -- HAProxy Image Repository

repository: ecr-public.aws.com/docker/library/haproxy

metrics:

# -- HAProxy enable prometheus metric scraping

enabled: true

# -- Whether the haproxy pods should be forced to run on separate nodes.

hardAntiAffinity: true

# -- Additional affinities to add to the haproxy pods.

additionalAffinities: {}

# -- Assign custom [affinity] rules to the haproxy pods.

affinity: ""

# -- [Tolerations] for use with node taints for haproxy pods.

tolerations: []

# -- HAProxy container-level security context

# @default -- See [values.yaml]

containerSecurityContext:

readOnlyRootFilesystem: true

# -- Configures redis-ha with AUTH

auth: true

# -- Existing Secret to use for redis-ha authentication.

# By default the redis-secret-init Job is generating this Secret.

# When `redisSecretInit.enabled` is `false`, the Argo CD components read the Redis password from this Secret too (key `redis-ha.authKey`).

existingSecret: argocd-redis

# -- Whether the Redis server pods should be forced to run on separate nodes.

hardAntiAffinity: true

# -- Additional affinities to add to the Redis server pods.

additionalAffinities: {}

# -- Assign custom [affinity] rules to the Redis pods.

affinity: ""

# -- [Tolerations] for use with node taints for Redis pods.

tolerations: []

# -- Assign custom [TopologySpreadConstraints] rules to the Redis pods.

## https://kubernetes.io/docs/concepts/scheduling-eviction/topology-spread-constraints/

topologySpreadConstraints:

# -- Enable Redis HA topology spread constraints

enabled: false

# -- Max skew of pods tolerated

# @default -- `""` (defaults to `1`)

maxSkew: ""

# -- Topology key for spread

# @default -- `""` (defaults to `topology.kubernetes.io/zone`)

topologyKey: ""

# -- Enforcement policy, hard or soft

# @default -- `""` (defaults to `ScheduleAnyway`)

whenUnsatisfiable: ""

# -- Redis HA statefulset container-level security context

# @default -- See [values.yaml]

containerSecurityContext:

readOnlyRootFilesystem: true

# External Redis parameters

externalRedis:

# -- External Redis server host

host: ""

# -- External Redis username

username: ""

# -- External Redis password

password: ""

# -- External Redis server port

port: 6379

# -- The name of an existing secret with Redis (must contain key `redis-password`. And should contain `redis-username` if username is not `default`) and Sentinel credentials.

# When it's set, the `externalRedis.username` and `externalRedis.password` parameters are ignored

existingSecret: ""

# -- External Redis Secret annotations

secretAnnotations: {}

redisSecretInit:

# -- Enable Redis secret initialization. If disabled, secret must be provisioned by alternative methods

enabled: true

# -- Redis secret-init name

name: redis-secret-init

image:

# -- Repository to use for the Redis secret-init Job

# @default -- `""` (defaults to global.image.repository)

repository: "" # defaults to global.image.repository

# -- Tag to use for the Redis secret-init Job

# @default -- `""` (defaults to global.image.tag)

tag: "" # defaults to global.image.tag

# -- Image pull policy for the Redis secret-init Job

# @default -- `""` (defaults to global.image.imagePullPolicy)

imagePullPolicy: "" # IfNotPresent

# -- Additional command line arguments for the Redis secret-init Job

extraArgs: []

# -- Secrets with credentials to pull images from a private registry

# @default -- `[]` (defaults to global.imagePullSecrets)

imagePullSecrets: []

# -- Runtime class name for the Redis secret-init Job

# @default -- `""` (defaults to global.runtimeClassName)

runtimeClassName: ""

# -- Annotations to be added to the Redis secret-init Job

jobAnnotations: {}

# -- Annotations to be added to the Redis secret-init Job

podAnnotations: {}

# -- Labels to be added to the Redis secret-init Job

podLabels: {}

# -- Resource limits and requests for Redis secret-init Job

resources: {}

# limits:

# cpu: 200m

# memory: 128Mi

# requests:

# cpu: 100m

# memory: 64Mi

# -- Application controller container-level security context

# @default -- See [values.yaml]

containerSecurityContext:

allowPrivilegeEscalation: false

capabilities:

drop:

- ALL

readOnlyRootFilesystem: true

runAsNonRoot: true

seccompProfile:

type: RuntimeDefault

# -- Redis secret-init Job pod-level security context

securityContext: {}

serviceAccount:

# -- Create a service account for the redis pod

create: true

# -- Service account name for redis pod

name: ""

# -- Annotations applied to created service account

annotations: {}

# -- Automount API credentials for the Service Account

automountServiceAccountToken: true

# -- Priority class for Redis secret-init Job

# @default -- `""` (defaults to global.priorityClassName)

priorityClassName: ""

# -- Host Network for redis-secret-init pods

hostNetwork: false

# -- [DNS configuration]

dnsConfig: {}

# -- Alternative DNS policy for Redis secret-init Job

dnsPolicy: "ClusterFirst"

# -- Assign custom [affinity] rules to the Redis secret-init Job

affinity: {}

# -- Node selector to be added to the Redis secret-init Job

# @default -- `{}` (defaults to global.nodeSelector)

nodeSelector: {}

# -- Tolerations to be added to the Redis secret-init Job

# @default -- `[]` (defaults to global.tolerations)

tolerations: []

## Server

server:

# -- Argo CD server name

name: server

# -- The number of server pods to run

replicas: 1

# -- Runtime class name for the Argo CD server

# @default -- `""` (defaults to global.runtimeClassName)

runtimeClassName: ""

## Argo CD server Horizontal Pod Autoscaler

autoscaling:

# -- Enable Horizontal Pod Autoscaler ([HPA]) for the Argo CD server

enabled: false

# -- Minimum number of replicas for the Argo CD server [HPA]

minReplicas: 1

# -- Maximum number of replicas for the Argo CD server [HPA]

maxReplicas: 5

# -- Average CPU utilization percentage for the Argo CD server [HPA]

targetCPUUtilizationPercentage: 50

# -- Average memory utilization percentage for the Argo CD server [HPA]

targetMemoryUtilizationPercentage: 50

# -- Configures the scaling behavior of the target in both Up and Down directions.

behavior: {}

# scaleDown:

# stabilizationWindowSeconds: 300

# policies:

# - type: Pods

# value: 1

# periodSeconds: 180

# scaleUp:

# stabilizationWindowSeconds: 300

# policies:

# - type: Pods

# value: 2

# periodSeconds: 60

# -- Configures custom HPA metrics for the Argo CD server

# Ref: https://kubernetes.io/docs/tasks/run-application/horizontal-pod-autoscale/

metrics: []

## Argo CD server Pod Disruption Budget

## Ref: https://kubernetes.io/docs/tasks/run-application/configure-pdb/

pdb:

# -- Deploy a [PodDisruptionBudget] for the Argo CD server

enabled: false

# -- Labels to be added to Argo CD server pdb

labels: {}

# -- Annotations to be added to Argo CD server pdb

annotations: {}

# -- Number of pods that are available after eviction as number or percentage (eg.: 50%)

# @default -- `""` (defaults to 0 if not specified)

minAvailable: ""

# -- Number of pods that are unavailable after eviction as number or percentage (eg.: 50%).

## Has higher precedence over `server.pdb.minAvailable`

maxUnavailable: ""

# -- Policy for evicting unhealthy (not ready) pods, either `IfHealthyBudget` or `AlwaysAllow`

## Defaults to `IfHealthyBudget` if not set

unhealthyPodEvictionPolicy: ""

## Argo CD server Vertical Pod Autoscaler

## Ref: https://kubernetes.io/docs/concepts/workloads/autoscaling/#scaling-workloads-vertically/

vpa:

# -- Deploy a [VerticalPodAutoscaler](https://kubernetes.io/docs/concepts/workloads/autoscaling/#scaling-workloads-vertically/) for the Argo CD server

enabled: false

# -- Labels to be added to Argo CD server vpa

labels: {}

# -- Annotations to be added to Argo CD server vpa

annotations: {}

# -- One of the VPA operation modes

## Ref: https://kubernetes.io/docs/concepts/workloads/autoscaling/#scaling-workloads-vertically

## Note: Recreate update mode requires more than one replica unless the min-replicas VPA controller flag is overridden

updateMode: Initial

# -- Controls how VPA computes the recommended resources for Argo CD server container

## Ref: https://github.com/kubernetes/autoscaler/blob/master/vertical-pod-autoscaler/examples/hamster.yaml

containerPolicy: {}

# controlledResources: ["cpu", "memory"]

# minAllowed:

# cpu: 250m

# memory: 256Mi

# maxAllowed:

# cpu: 1

# memory: 1Gi

# -- The recommenders that will provide recommendations for vertical scaling. Only relevant if a named VPA recommender (e.g. one started with a custom recommender name) is in use; leave unset to use the cluster's default recommender

## Ref: https://github.com/kubernetes/autoscaler/blob/master/vertical-pod-autoscaler/docs/api.md#verticalpodautoscalerspec

## NOTE: specify only zero or one recommender as of VPA 1.7.1

recommenders: []

# -- Configures a startup resource boost for faster cold-start (application boot) resource allocation. NOTE: startupBoost is currently a GKE-specific extension to the VPA API and is only honored on GKE clusters; it is rendered only when set

## Ref: https://cloud.google.com/kubernetes-engine/docs/how-to/boost-application-startup

startupBoost: {}

# cpu:

# type: Factor

# factor: 2

# durationSeconds: 10

## Argo CD server image

image:

# -- Repository to use for the Argo CD server

# @default -- `""` (defaults to global.image.repository)

repository: "" # defaults to global.image.repository

# -- Tag to use for the Argo CD server

# @default -- `""` (defaults to global.image.tag)

tag: "" # defaults to global.image.tag

# -- Image pull policy for the Argo CD server

# @default -- `""` (defaults to global.image.imagePullPolicy)

imagePullPolicy: "" # IfNotPresent

# -- Secrets with credentials to pull images from a private registry

# @default -- `[]` (defaults to global.imagePullSecrets)

imagePullSecrets: []

# -- Additional command line arguments to pass to Argo CD server

extraArgs: []

# -- Environment variables to pass to Argo CD server

env: []

# -- envFrom to pass to Argo CD server

# @default -- `[]` (See [values.yaml])

envFrom: []

# - configMapRef:

# name: config-map-name

# - secretRef:

# name: secret-name

# -- Specify postStart and preStop lifecycle hooks for your argo-cd-server container

lifecycle: {}

## Argo CD extensions

## This function in tech preview stage, do expect instability or breaking changes in newer versions.

## Ref: https://github.com/argoproj-labs/argocd-extension-installer

## When you enable extensions, you need to configure RBAC of logged in Argo CD user.

## Ref: https://argo-cd.readthedocs.io/en/stable/operator-manual/rbac/#the-extensions-resource

extensions:

# -- Enable support for Argo CD extensions

enabled: false

## Argo CD extension installer image

image:

# -- Repository to use for extension installer image

repository: chainreg.biz/chainguard-private/argocd-extension-installer

# -- Tag to use for extension installer image

tag: 1.1.0-r0@sha256:af610578dbc8ee874f853e70ed3b096fefc0812f097437ca29d4487684ef597c

# -- Image pull policy for extensions

# @default -- `""` (defaults to global.image.imagePullPolicy)

imagePullPolicy: ""

# -- Extensions for Argo CD

# @default -- `[]` (See [values.yaml])

## Ref: https://github.com/argoproj-labs/argocd-extension-metrics#install-ui-extension

extensionList: []

# - name: extension-metrics

# env:

# - name: EXTENSION_URL

# value: https://github.com/argoproj-labs/argocd-extension-metrics/releases/download/v1.0.0/extension.tar.gz

# - name: EXTENSION_CHECKSUM_URL

# value: https://github.com/argoproj-labs/argocd-extension-metrics/releases/download/v1.0.0/extension_checksums.txt

# -- Server UI extensions container-level security context

# @default -- See [values.yaml]

containerSecurityContext:

runAsNonRoot: true

readOnlyRootFilesystem: true

allowPrivilegeEscalation: false

runAsUser: 1000

seccompProfile:

type: RuntimeDefault

capabilities:

drop:

- ALL

# -- Resource limits and requests for the argocd-extensions container

resources: {}

# limits:

# cpu: 50m

# memory: 128Mi

# requests:

# cpu: 10m

# memory: 64Mi

# -- Additional containers to be added to the server pod

## Note: Supports use of custom Helm templates

extraContainers: []

# - name: my-sidecar

# image: nginx:latest

# - name: lemonldap-ng-controller

# image: lemonldapng/lemonldap-ng-controller:0.2.0

# args:

# - /lemonldap-ng-controller

# - --alsologtostderr

# - --configmap=$(POD_NAMESPACE)/lemonldap-ng-configuration

# env:

# - name: POD_NAME

# valueFrom:

# fieldRef:

# fieldPath: metadata.name

# - name: POD_NAMESPACE

# valueFrom:

# fieldRef:

# fieldPath: metadata.namespace

# volumeMounts:

# - name: copy-portal-skins

# mountPath: /srv/var/lib/lemonldap-ng/portal/skins

# -- Init containers to add to the server pod

## If your target Kubernetes cluster(s) require a custom credential (exec) plugin

## you could use this (and the same in the application controller pod) to provide such executable

## Ref: https://kubernetes.io/docs/reference/access-authn-authz/authentication/#client-go-credential-plugins

initContainers: []

# - name: download-tools

# image: alpine:3

# command: [sh, -c]

# args:

# - wget -qO /custom-tools/kubelogin.zip https://github.com/Azure/kubelogin/releases/download/v0.2.7/kubelogin-linux-amd64.zip &&

# mkdir /custom-tools/tmp && unzip -d /custom-tools/tmp /custom-tools/kubelogin.zip &&

# mv /custom-tools/tmp/bin/linux_amd64/kubelogin /custom-tools/ && rm -rf custom-tools/tmp && rm /custom-tools/kubelogin.zip

# volumeMounts:

# - mountPath: /custom-tools

# name: custom-tools

# -- Additional volumeMounts to the server main container

volumeMounts: []

# - mountPath: /usr/local/bin/kubelogin

# name: custom-tools

# subPath: kubelogin

# -- Additional volumes to the server pod

volumes: []

# - name: custom-tools

# emptyDir: {}

## Argo CD server emptyDir volumes

emptyDir:

# -- EmptyDir size limit for the Argo CD server

# @default -- `""` (defaults not set if not specified i.e. no size limit)

sizeLimit: ""

# sizeLimit: "1Gi"

# -- Annotations to be added to server Deployment

deploymentAnnotations: {}

# -- Labels for the server Deployment

deploymentLabels: {}

# -- Annotations to be added to server pods

podAnnotations: {}

# -- Labels to be added to server pods

podLabels: {}

# -- Resource limits and requests for the Argo CD server

resources: {}

# limits:

# cpu: 100m

# memory: 128Mi

# requests:

# cpu: 50m

# memory: 64Mi

# Server container ports

containerPorts:

# -- Server container port

server: 8080

# -- Metrics container port

metrics: 8083

# -- Host Network for Server pods

hostNetwork: false

# -- [DNS configuration]

dnsConfig: {}

# -- Alternative DNS policy for Server pods

dnsPolicy: "ClusterFirst"

# -- Server container-level security context

# @default -- See [values.yaml]

containerSecurityContext:

runAsNonRoot: true

readOnlyRootFilesystem: true

allowPrivilegeEscalation: false

seccompProfile:

type: RuntimeDefault

capabilities:

drop:

- ALL

## Readiness and liveness probes for default backend

## Ref: https://kubernetes.io/docs/tasks/configure-pod-container/configure-liveness-readiness-startup-probes/

readinessProbe:

# -- Enable Kubernetes readiness probe for default backend

enabled: true

# -- Http path to use for the readiness probe

httpPath: /healthz

# -- Minimum consecutive failures for the [probe] to be considered failed after having succeeded

failureThreshold: 3

# -- Number of seconds after the container has started before [probe] is initiated

initialDelaySeconds: 10

# -- How often (in seconds) to perform the [probe]

periodSeconds: 10

# -- Minimum consecutive successes for the [probe] to be considered successful after having failed

successThreshold: 1

# -- Number of seconds after which the [probe] times out

timeoutSeconds: 1

livenessProbe:

# -- Enable Kubernetes liveness probe for default backend

enabled: true

# -- Http path to use for the liveness probe

httpPath: /healthz?full=true

# -- Minimum consecutive failures for the [probe] to be considered failed after having succeeded

failureThreshold: 3

# -- Number of seconds after the container has started before [probe] is initiated

initialDelaySeconds: 10

# -- How often (in seconds) to perform the [probe]

periodSeconds: 10

# -- Minimum consecutive successes for the [probe] to be considered successful after having failed

successThreshold: 1

# -- Number of seconds after which the [probe] times out

timeoutSeconds: 1

## Startup probe for Argo CD server (optional)

## Ref: https://kubernetes.io/docs/tasks/configure-pod-container/configure-liveness-readiness-startup-probes/

startupProbe:

# -- Enable Kubernetes startup probe for Argo CD server

enabled: false

# -- Http path to use for the startup probe

httpPath: /healthz

# -- Minimum consecutive failures for the [probe] to be considered failed after having succeeded

failureThreshold: 20

# -- Number of seconds after the container has started before [probe] is initiated

initialDelaySeconds: 10

# -- How often (in seconds) to perform the [probe]

periodSeconds: 10

# -- Minimum consecutive successes for the [probe] to be considered successful after having failed

successThreshold: 1

# -- Number of seconds after which the [probe] times out

timeoutSeconds: 1

# -- terminationGracePeriodSeconds for container lifecycle hook

terminationGracePeriodSeconds: 30

# -- Priority class for the Argo CD server pods

# @default -- `""` (defaults to global.priorityClassName)

priorityClassName: ""

# -- [Node selector]

# @default -- `{}` (defaults to global.nodeSelector)

nodeSelector: {}

# -- [Tolerations] for use with node taints

# @default -- `[]` (defaults to global.tolerations)

tolerations: []

# -- Assign custom [affinity] rules to the deployment

# @default -- `{}` (defaults to global.affinity preset)

affinity: {}

# -- Assign custom [TopologySpreadConstraints] rules to the Argo CD server

# @default -- `[]` (defaults to global.topologySpreadConstraints)

## Ref: https://kubernetes.io/docs/concepts/scheduling-eviction/topology-spread-constraints/

## If labelSelector is left out, it will default to the labelSelector configuration of the deployment

topologySpreadConstraints: []

# - maxSkew: 1

# topologyKey: topology.kubernetes.io/zone

# whenUnsatisfiable: DoNotSchedule

# -- Deployment strategy to be added to the server Deployment

deploymentStrategy: {}

# type: RollingUpdate

# rollingUpdate:

# maxSurge: 25%

# maxUnavailable: 25%

# TLS certificate configuration via cert-manager

## Ref: https://argo-cd.readthedocs.io/en/stable/operator-manual/tls/#tls-certificates-used-by-argocd-server

certificate:

# -- Deploy a Certificate resource (requires cert-manager)

enabled: false

# -- Certificate primary domain (commonName)

# @default -- `""` (defaults to global.domain)

domain: ""

# -- Certificate Subject Alternate Names (SANs)

additionalHosts: []

# -- The requested 'duration' (i.e. lifetime) of the certificate.

# @default -- `""` (defaults to 2160h = 90d if not specified)

## Ref: https://cert-manager.io/docs/usage/certificate/#renewal

duration: ""

# -- How long before the expiry a certificate should be renewed.

# @default -- `""` (defaults to 360h = 15d if not specified)

## Ref: https://cert-manager.io/docs/usage/certificate/#renewal

renewBefore: ""

# Certificate issuer

## Ref: https://cert-manager.io/docs/concepts/issuer

issuer:

# -- Certificate issuer group. Set if using an external issuer. Eg. `cert-manager.io`

group: ""

# -- Certificate issuer kind. Either `Issuer` or `ClusterIssuer`

kind: ""

# -- Certificate issuer name. Eg. `letsencrypt`

name: ""

# Private key of the certificate

privateKey:

# -- Rotation policy of private key when certificate is re-issued. Either: `Never` or `Always`

rotationPolicy: Never

# -- The private key cryptography standards (PKCS) encoding for private key. Either: `PCKS1` or `PKCS8`

encoding: PKCS1

# -- Algorithm used to generate certificate private key. One of: `RSA`, `Ed25519` or `ECDSA`

algorithm: RSA

# -- Key bit size of the private key. If algorithm is set to `Ed25519`, size is ignored.

size: 2048

# -- Annotations to be applied to the Server Certificate

annotations: {}

# -- Usages for the certificate

### Ref: https://cert-manager.io/docs/reference/api-docs/#cert-manager.io/v1.KeyUsage

usages: []

# -- Annotations that allow the certificate to be composed from data residing in existing Kubernetes Resources

secretTemplateAnnotations: {}

# TLS certificate configuration via Secret

## Ref: https://argo-cd.readthedocs.io/en/stable/operator-manual/tls/#tls-certificates-used-by-argocd-server

certificateSecret:

# -- Create argocd-server-tls secret

enabled: false

# -- Annotations to be added to argocd-server-tls secret

annotations: {}

# -- Labels to be added to argocd-server-tls secret

labels: {}

# -- Private Key of the certificate

key: ""

# -- Certificate data

crt: ""

## Server service configuration

service:

# -- Server service annotations

annotations: {}

# -- Server service labels

labels: {}

# -- Server service type

type: ClusterIP

# -- Server service http port for NodePort service type (only if `server.service.type` is set to "NodePort")

nodePortHttp: 30080

# -- (int) Server service http2 port for NodePort service type (only if `server.service.servicePortHttp2` is set and `server.service.type` is set to "NodePort")

# @default -- `nil` (a random node port is assigned)

nodePortHttp2:

# -- Server service https port for NodePort service type (only if `server.service.type` is set to "NodePort")

nodePortHttps: 30443

# -- Server service http port

servicePortHttp: 80

# -- (int) Server service cleartext http2 (h2c) port, targeting the same container port as `servicePortHttp`

# @default -- `nil` (disabled)

## The Argo CD server serves the web UI (HTTP/1.1) and gRPC (HTTP/2) on a single container port, and

## `appProtocol` is single-valued per service port. Set this to expose a second port advertising the

## h2c backend protocol, for Gateway API implementations that do not infer it from the route type.

## Leave empty to disable. Only rendered when `configs.params."server.insecure"` is `true`, since

## h2c is not applicable to a TLS backend.

servicePortHttp2:

# -- Server service https port

servicePortHttps: 443

# -- Server service http port name, can be used to route traffic via istio

servicePortHttpName: http

# -- Server service http2 port name, can be used to route traffic via istio

servicePortHttp2Name: http2

# -- Server service https port name, can be used to route traffic via istio

servicePortHttpsName: https

# -- Server service http2 port appProtocol, e.g. `kubernetes.io/h2c`. Implementations that select the

# protocol from the port name instead do not need it

## Ref: https://kubernetes.io/docs/concepts/services-networking/service/#application-protocol

servicePortHttp2AppProtocol: ""

# -- Server service https port appProtocol

## Ref: https://kubernetes.io/docs/concepts/services-networking/service/#application-protocol

servicePortHttpsAppProtocol: ""

# -- The class of the load balancer implementation

loadBalancerClass: ""

# -- LoadBalancer will get created with the IP specified in this field

loadBalancerIP: ""

# -- Source IP ranges to allow access to service from

## EKS Ref: https://repost.aws/knowledge-center/eks-cidr-ip-address-loadbalancer

## GKE Ref: https://cloud.google.com/kubernetes-engine/docs/concepts/network-overview#limit-connectivity-ext-lb

loadBalancerSourceRanges: []

# -- Server service external IPs

externalIPs: []

# -- Denotes if this Service desires to route external traffic to node-local or cluster-wide endpoints

## Ref: https://kubernetes.io/docs/tasks/access-application-cluster/create-external-load-balancer/#preserving-the-client-source-ip

externalTrafficPolicy: Cluster

# -- Used to maintain session affinity. Supports `ClientIP` and `None`

## Ref: https://kubernetes.io/docs/concepts/services-networking/service/#virtual-ips-and-service-proxies

sessionAffinity: None

## Server metrics service configuration

metrics:

# -- Deploy metrics service

enabled: false

service:

# -- Metrics service type

type: ClusterIP

# -- Metrics service clusterIP. `None` makes a "headless service" (no virtual IP)

clusterIP: ""

# -- Metrics service annotations

annotations: {}

# -- Metrics service labels

labels: {}

# -- Metrics service port

servicePort: 8083

# -- Metrics service port name

portName: http-metrics

serviceMonitor:

# -- Enable a prometheus ServiceMonitor

enabled: false

# -- Prometheus ServiceMonitor interval

interval: 30s

# -- Prometheus ServiceMonitor scrapeTimeout. If empty, Prometheus uses the global scrape timeout unless it is less than the target's scrape interval value in which the latter is used.

scrapeTimeout: ""

# -- When true, honorLabels preserves the metric’s labels when they collide with the target’s labels.

honorLabels: false

# -- Prometheus [RelabelConfigs] to apply to samples before scraping

relabelings: []

# -- Prometheus [MetricRelabelConfigs] to apply to samples before ingestion

metricRelabelings: []

# -- Prometheus ServiceMonitor selector

selector: {}

# prometheus: kube-prometheus

# -- Prometheus ServiceMonitor scheme

scheme: ""

# -- Prometheus ServiceMonitor tlsConfig

tlsConfig: {}

# -- Prometheus ServiceMonitor namespace

namespace: "" # monitoring

# -- Prometheus ServiceMonitor labels

additionalLabels: {}

# -- Prometheus ServiceMonitor annotations

annotations: {}

# -- Automount API credentials for the Service Account into the pod.

automountServiceAccountToken: true

serviceAccount:

# -- Create server service account

create: true

# -- Server service account name

name: argocd-server

# -- Annotations applied to created service account

annotations: {}

# -- Labels applied to created service account

labels: {}

# -- Automount API credentials for the Service Account

automountServiceAccountToken: true

# Argo CD server ingress configuration

ingress:

# -- Enable an ingress resource for the Argo CD server

enabled: false

# -- Specific implementation for ingress controller. One of `generic`, `aws` or `gke`

## Additional configuration might be required in related configuration sections

controller: generic

# -- Additional ingress labels

labels: {}

# -- Additional ingress annotations

## Ref: https://argo-cd.readthedocs.io/en/stable/operator-manual/ingress/#option-1-ssl-passthrough

annotations: {}

# nginx.ingress.kubernetes.io/force-ssl-redirect: "true"

# nginx.ingress.kubernetes.io/ssl-passthrough: "true"

# -- Defines which ingress controller will implement the resource

ingressClassName: ""

# -- Argo CD server hostname

# @default -- `""` (defaults to global.domain)

hostname: ""

# -- The path to Argo CD server

path: /

# -- Ingress path type. One of `Exact`, `Prefix` or `ImplementationSpecific`

pathType: Prefix

# -- Enable TLS configuration for the hostname defined at `server.ingress.hostname`

## TLS certificate will be retrieved from a TLS secret `argocd-server-tls`

## You can create this secret via `certificate` or `certificateSecret` option

tls: false

# -- The list of additional hostnames to be covered by ingress record

# @default -- `[]` (See [values.yaml])

extraHosts: []

# - name: argocd.example.com

# path: /

# -- Additional ingress paths

# @default -- `[]` (See [values.yaml])

## Note: Supports use of custom Helm templates

extraPaths: []

# - path: /*

# pathType: Prefix

# backend:

# service:

# name: ssl-redirect

# port:

# name: use-annotation

# -- Additional ingress rules

# @default -- `[]` (See [values.yaml])

## Note: Supports use of custom Helm templates

extraRules: []

# - http:

# paths:

# - path: /

# pathType: Prefix

# backend:

# service:

# name: '{{ include "argo-cd.server.fullname" . }}'

# port:

# name: '{{ .Values.server.service.servicePortHttpsName }}'

# -- Additional TLS configuration

# @default -- `[]` (See [values.yaml])

extraTls: []

# - hosts:

# - argocd.example.com

# secretName: your-certificate-name

# AWS specific options for Application Load Balancer

# Applies only when `serv.ingress.controller` is set to `aws`

## Ref: https://argo-cd.readthedocs.io/en/stable/operator-manual/ingress/#aws-application-load-balancers-albs-and-classic-elb-http-mode

aws:

# -- Backend protocol version for the AWS ALB gRPC service

## This tells AWS to send traffic from the ALB using gRPC.

## For more information: https://docs.aws.amazon.com/elasticloadbalancing/latest/application/target-group-health-checks.html#health-check-settings

backendProtocolVersion: GRPC

# -- Service type for the AWS ALB gRPC service

## Can be of type NodePort or ClusterIP depending on which mode you are running.

## Instance mode needs type NodePort, IP mode needs type ClusterIP

## Ref: https://kubernetes-sigs.github.io/aws-load-balancer-controller/v2.2/how-it-works/#ingress-traffic

serviceType: NodePort

# -- Annotations for the AWS ALB gRPC service

## Allows adding custom annotations to the gRPC service for integrations like DataDog, Prometheus, etc.

serviceAnnotations: {}

# Google specific options for Google Application Load Balancer

# Applies only when `server.ingress.controller` is set to `gke`

## Ref: https://argo-cd.readthedocs.io/en/stable/operator-manual/ingress/#google-cloud-load-balancers-with-kubernetes-ingress

gke:

# -- Google [BackendConfig] resource, for use with the GKE Ingress Controller

# @default -- `{}` (See [values.yaml])

## Ref: https://cloud.google.com/kubernetes-engine/docs/how-to/ingress-features#configuring_ingress_features_through_frontendconfig_parameters

backendConfig: {}

# iap:

# enabled: true

# oauthclientCredentials:

# secretName: argocd-secret

# -- Google [FrontendConfig] resource, for use with the GKE Ingress Controller

# @default -- `{}` (See [values.yaml])

## Ref: https://cloud.google.com/kubernetes-engine/docs/how-to/ingress-features#configuring_ingress_features_through_frontendconfig_parameters

frontendConfig: {}

# redirectToHttps:

# enabled: true

# responseCodeName: RESPONSE_CODE

# Managed GKE certificate for ingress hostname

managedCertificate:

# -- Create ManagedCertificate resource and annotations for Google Load balancer

## Ref: https://cloud.google.com/kubernetes-engine/docs/how-to/managed-certs

create: true

# -- Additional domains for ManagedCertificate resource

extraDomains: []

# - argocd.example.com

# Dedicated gRPC ingress for ingress controllers that supports only single backend protocol per Ingress resource

# Ref: https://argo-cd.readthedocs.io/en/stable/operator-manual/ingress/#option-2-multiple-ingress-objects-and-hosts

ingressGrpc:

# -- Enable an ingress resource for the Argo CD server for dedicated [gRPC-ingress]

enabled: false

# -- Additional ingress annotations for dedicated [gRPC-ingress]

annotations: {}

# -- Additional ingress labels for dedicated [gRPC-ingress]

labels: {}

# -- Defines which ingress controller will implement the resource [gRPC-ingress]

ingressClassName: ""

# -- Argo CD server hostname for dedicated [gRPC-ingress]

# @default -- `""` (defaults to grpc.`server.ingress.hostname`)

hostname: ""

# -- Argo CD server ingress path for dedicated [gRPC-ingress]

path: /

# -- Ingress path type for dedicated [gRPC-ingress]. One of `Exact`, `Prefix` or `ImplementationSpecific`

pathType: Prefix

# -- Enable TLS configuration for the hostname defined at `server.ingressGrpc.hostname`

## TLS certificate will be retrieved from a TLS secret with name: `argocd-server-grpc-tls`

tls: false

# -- The list of additional hostnames to be covered by ingress record

# @default -- `[]` (See [values.yaml])

extraHosts: []

# - name: grpc.argocd.example.com

# path: /

# -- Additional ingress paths for dedicated [gRPC-ingress]

# @default -- `[]` (See [values.yaml])

## Note: Supports use of custom Helm templates

extraPaths: []

# - path: /*

# pathType: Prefix

# backend:

# service:

# name: ssl-redirect

# port:

# name: use-annotation

# -- Additional ingress rules

# @default -- `[]` (See [values.yaml])

## Note: Supports use of custom Helm templates

extraRules: []

# - http:

# paths:

# - path: /

# pathType: Prefix

# backend:

# service:

# name: '{{ include "argo-cd.server.fullname" . }}'

# port:

# name: '{{ .Values.server.service.servicePortHttpName }}'

# -- Additional TLS configuration for dedicated [gRPC-ingress]

# @default -- `[]` (See [values.yaml])

extraTls: []

# - secretName: your-certificate-name

# hosts:

# - argocd.example.com

# Create a OpenShift Route with SSL passthrough for UI and CLI