# SPDX-FileCopyrightText: Copyright (c) 2025-2026 NVIDIA CORPORATION & AFFILIATES. All rights reserved.
# SPDX-License-Identifier: Apache-2.0

# Default values for OpenShell

# -- Number of OpenShell gateway replicas. Values greater than 1 require
# server.externalDbSecret because the default SQLite backend is per pod.
replicaCount: 1

workload:
  # -- Gateway workload controller kind. Use `statefulset` for the default
  # SQLite database, or `deployment` when server.externalDbSecret points at an
  # external database.
  kind: statefulset
  # -- Allow replicaCount > 1 while rendering a StatefulSet. Prefer
  # workload.kind=deployment for external database-backed multi-replica
  # gateways; this override exists for operators who explicitly require
  # StatefulSet identity or storage semantics.
  allowMultiReplicaStatefulSet: false

image:
  # -- Gateway image repository.
  repository: ghcr.io/nvidia/openshell/gateway
  # -- Gateway image pull policy.
  pullPolicy: IfNotPresent
  # -- Gateway image tag. Defaults to the chart appVersion when empty.
  tag: ""

# Supervisor image for the openshell-sandbox binary injected into sandbox pods.
# The default repository and empty tag use the version-pinned image built into
# the gateway. Changing the repository or setting a tag enables a Helm override.
supervisor:
  image:
    # -- Supervisor image repository. Changing it uses the effective gateway image tag unless tag is also set.
    repository: ghcr.io/nvidia/openshell/supervisor
    # -- Sandbox supervisor pull policy. Leave unset to use the Kubernetes
    # image default. Prefer always, if_not_present, or never; the chart also
    # accepts legacy Kubernetes spellings Always, IfNotPresent, and Never.
    pullPolicy: null
    # -- Supervisor image tag override. Empty uses the version pinned into the gateway unless repository is changed.
    tag: ""
  # -- How the supervisor binary is delivered into sandbox pods.
  # Empty (default) = auto-detect from cluster version:
  #   K8s >= v1.35 -> "image-volume" (ImageVolume enabled by default; GA in v1.36)
  #   K8s < v1.35 -> "init-container" (copies via init container + emptyDir)
  # On K8s v1.33-v1.34 with the ImageVolume feature gate manually enabled,
  # set this to "image-volume" explicitly.
  sideloadMethod: ""
  # -- Supervisor pod topology for Kubernetes sandboxes.
  # "combined" runs the current single supervisor container in the agent pod.
  # "sidecar" runs network enforcement in a dedicated sidecar and the process
  # supervisor as a low-capability wrapper in the agent container.
  topology: "combined"
  sidecar:
    # -- UID for relaxed long-running network sidecars in sidecar topology.
    # Strict process/binary-aware sidecars run as UID 0 so Kubernetes grants
    # the required /proc inspection capabilities into the effective set. The
    # network init container installs nftables rules that exempt the effective
    # sidecar UID.
    proxyUid: 1337
    # -- Keep process/binary-aware network policy enabled in sidecar topology.
    # When false, the network sidecar runs as proxyUid, drops the extra /proc
    # inspection capabilities, and enforces endpoint/L7 policy without matching
    # policy.binaries.
    processBinaryAwareNetworkPolicy: true

# -- Operator-owned corporate forward proxy for policy-approved TLS egress
# from Kubernetes sandboxes. The workload cannot select or override it.
upstreamProxy:
  # -- HTTP proxy URL in http://host:port form. HTTPS-to-proxy is not supported.
  url: ""
  # -- Comma-separated destinations that bypass only the corporate proxy.
  noProxy: ""
  authSecret:
    # -- Existing Secret in the sandbox namespace containing a user:pass value.
    name: ""
    # -- Secret key containing the proxy credential.
    key: ""
  # -- Required when authSecret is configured because Basic auth to an HTTP proxy is cleartext.
  authAllowInsecure: false
  # -- Last-resort option for hostname-filtering proxy ACLs. It lets the proxy resolve CONNECT targets.
  connectByHostname: false

# -- Image pull secrets attached to gateway and helper pods.
imagePullSecrets: []
# -- Override the chart name used in generated resource names.
nameOverride: "openshell"
# -- Override the full generated resource name.
fullnameOverride: ""

serviceAccount:
  # -- Create a service account for the gateway.
  create: true
  # -- Annotations to add to the generated service account.
  annotations: {}
  # -- Existing service account name to use when serviceAccount.create is false.
  name: ""

sandboxServiceAccount:
  # -- Create a service account for sandbox pods.
  create: true
  # -- Annotations to add to the generated sandbox service account.
  annotations: {}
  # -- Existing service account name for sandbox pods when sandboxServiceAccount.create is false.
  name: ""

# Namespace-scoped resources needed to run sandboxes. Disable this when the
# gateway and workspace prerequisites are managed as separate Helm releases
# using the openshell-workspace chart.
workspaceResources:
  # -- Create the sandbox ServiceAccount, Role, RoleBinding, and NetworkPolicy
  # from this chart. Disable for a gateway-only release.
  enabled: true

# -- Extra annotations to add to the gateway pod.
podAnnotations: {}
# -- Extra labels to add to the gateway pod.
podLabels: {}

podSecurityContext:
  # -- fsGroup assigned to the gateway pod.
  fsGroup: 1000

securityContext:
  # -- Require the gateway container to run as a non-root user.
  runAsNonRoot: true
  # -- UID assigned to the gateway container.
  runAsUser: 1000
  # -- Whether the gateway container can gain additional privileges.
  allowPrivilegeEscalation: false
  capabilities:
    # -- Linux capabilities dropped from the gateway container.
    drop:
      - ALL

service:
  # -- Kubernetes Service type for the gateway.
  type: ClusterIP
  # -- Gateway gRPC/HTTP service port.
  port: 8080
  # -- Gateway health service port.
  healthPort: 8081
  # -- Gateway metrics service port.
  metricsPort: 9090

# Agent Sandbox is a cluster-scoped prerequisite for the Kubernetes compute
# driver. OpenShell deliberately does not install its CRDs or controller.
# Enable this check for live Helm installs to fail before creating gateway
# resources when neither supported Sandbox API is served. Disable it for
# offline `helm template` and lint workflows, which cannot discover APIs.
agentSandbox:
  preflight:
    # -- Check the live cluster for a supported Agent Sandbox API before rendering gateway resources. Disable only for offline rendering and linting.
    enabled: true

# Pod restart behavior and health probe tuning.
podLifecycle:
  # -- Grace period, in seconds, before Kubernetes terminates the gateway pod.
  terminationGracePeriodSeconds: 5

probes:
  startup:
    # -- Startup probe period, in seconds.
    periodSeconds: 2
    # -- Startup probe timeout, in seconds.
    timeoutSeconds: 1
    # -- Startup probe failure threshold before the container is killed.
    failureThreshold: 30
  liveness:
    # -- Liveness probe initial delay, in seconds.
    initialDelaySeconds: 2
    # -- Liveness probe period, in seconds.
    periodSeconds: 5
    # -- Liveness probe timeout, in seconds.
    timeoutSeconds: 1
    # -- Liveness probe failure threshold before the container is restarted.
    failureThreshold: 3
  readiness:
    # -- Readiness probe initial delay, in seconds.
    initialDelaySeconds: 1
    # -- Readiness probe period, in seconds.
    periodSeconds: 2
    # -- Readiness probe timeout, in seconds.
    timeoutSeconds: 1
    # -- Readiness probe failure threshold before the pod is marked not ready.
    failureThreshold: 3

# -- Gateway pod resource requests and limits.
resources: {}

# -- Node selector for the gateway pod.
nodeSelector: {}

# -- Tolerations for the gateway pod.
tolerations: []

# -- Affinity rules for the gateway pod.
affinity: {}

# Server configuration
server:
  # -- Operator-facing gateway name. Defaults to the chart fullname so all
  # replicas in one installation share an identity. Set explicitly when one
  # telemetry collector receives spans from multiple namespaces or clusters.
  name: ""
  # -- Gateway log level.
  logLevel: info
  # OpenTelemetry trace export over OTLP/gRPC. Leave endpoint empty to disable.
  otlp:
    # -- OTLP/gRPC collector endpoint, conventionally using port 4317.
    endpoint: ""
    # -- Gateway OpenTelemetry service name. Empty uses openshell-gateway.
    serviceName: ""
  # -- Enable anonymous OpenShell telemetry from the gateway and the sandbox
  # supervisors it launches.
  telemetryEnabled: true
  # -- Namespace where sandbox pods are created. Defaults to the Helm release
  # namespace (.Release.Namespace) when left empty.
  sandboxNamespace: ""
  # -- Gateway database URL (used for the default SQLite backend).
  dbUrl: "sqlite:/var/openshell/openshell.db"
  # -- Name of a pre-existing Opaque Secret containing a PostgreSQL
  # connection URI (key: uri). When set, the gateway reads OPENSHELL_DB_URL
  # from this Secret instead of using dbUrl. The Secret must contain a
  # `uri` key, e.g. postgresql://user:pass@host:5432/dbname.
  externalDbSecret: ""
  # -- Default sandbox image used when requests do not specify one.
  sandboxImage: "ghcr.io/nvidia/openshell-community/sandboxes/base:latest"
  # -- Pull policy for sandbox pods. Leave unset to use the Kubernetes image
  # default (Always for :latest, IfNotPresent otherwise). Prefer always,
  # if_not_present, or never; the chart also accepts legacy Kubernetes spellings
  # Always, IfNotPresent, and Never.
  sandboxImagePullPolicy: null
  # -- Image pull secrets attached to sandbox pods. Referenced Secrets must exist
  # in the sandbox namespace.
  sandboxImagePullSecrets: []
  # -- Default storage size for the workspace PVC in sandbox pods.
  # Uses Kubernetes quantity syntax (e.g. "2Gi", "10Gi", "500Mi").
  # Empty = built-in default (2Gi).
  workspaceDefaultStorageSize: ""
  # -- Kubernetes StorageClass for the workspace PVC in sandbox pods.
  # Empty (default) = omit storageClassName, using the cluster's default
  # StorageClass. Set this on clusters with no default StorageClass, otherwise
  # the workspace PVC stays Pending and the sandbox never starts.
  workspaceStorageClass: ""
  # -- Default Kubernetes runtimeClassName for sandbox pods.
  # Applied when a CreateSandbox request does not specify one.
  # Empty (default) = omit the field, using the cluster's default RuntimeClass.
  # Set to a RuntimeClass name (e.g. "kata-containers", "nvidia") to apply it
  # to all sandboxes that don't explicitly override it.
  defaultRuntimeClassName: ""
  # -- gRPC endpoint sandboxes call back into the gateway. Leave empty to derive
  # it from the chart fullname, release namespace, service port, and
  # disableTls flag, for example https://openshell.openshell.svc.cluster.local:8080.
  # Override only when sandboxes must reach the gateway via a different
  # hostname (e.g. an external ingress or a host alias).
  grpcEndpoint: ""
  # The gateway terminates TLS directly. Its client CA authenticates sandbox
  # callbacks; OIDC-enabled listeners permit bearer-only user clients while
  # still validating any client certificate they present.
  # -- Host gateway IP for sandbox pod hostAliases. When set, sandbox pods get
  # hostAliases entries mapping host.docker.internal and host.openshell.internal
  # to this IP, allowing them to reach services running on the Docker host.
  # Auto-detected by the cluster entrypoint script.
  hostGatewayIP: ""
  # -- Enable Kubernetes user namespace isolation (hostUsers: false) for sandbox
  # pods. Requires Kubernetes 1.33+ with user namespace support available
  # (beta through 1.35, GA in 1.36+), plus a supporting container runtime and
  # Linux 5.12+. When enabled, container UID 0 maps to an unprivileged host
  # UID and capabilities become namespaced.
  enableUserNamespaces: false
  # -- Kubernetes AppArmor profile requested for sandbox agent containers.
  # Default Unconfined avoids runtime/default AppArmor blocking the supervisor's
  # network namespace mount setup on AppArmor-enabled nodes. Set to "" to omit
  # the field, "RuntimeDefault" to force the runtime default profile, or
  # "Localhost/profile-name" for an operator-managed localhost profile.
  appArmorProfile: "Unconfined"
  # Kubernetes compute driver settings.
  drivers:
    kubernetes:
      # -- How workspaces map to Kubernetes namespaces.
      # "shared" (default): all sandboxes in a single namespace.
      # "managed": auto-creates per-workspace namespaces.
      # "operator": uses pre-provisioned namespaces.
      workspaceMode: "shared"
      # -- K8s label selector for namespace discovery in operator mode.
      # The driver watches namespaces matching this label.
      operatorNamespaceLabel: ""
      # -- Path to a JSON file containing an array of namespace names
      # allowed in operator mode. Hot-reloaded on change.
      operatorNamespaceFile: ""
  # -- Disable TLS entirely - the server listens on plaintext HTTP.
  # Set to true when a reverse proxy / tunnel terminates TLS at the edge.
  disableTls: false
  # -- Enable plaintext HTTP routing for loopback sandbox service URLs on
  # TLS-enabled gateways.
  enableLoopbackServiceHttp: true
  # -- Posture when a candidate sandbox policy fails validation. `fail_closed`
  # deactivates the previous policy; `retain_last_valid` keeps it active.
  policyValidationFailureMode: fail_closed
  # Optional gateway-wide gRPC request rate limit. Applies only to gRPC API
  # traffic after protocol multiplexing; health, metrics, and loopback service
  # HTTP routes are not rate limited. Both values must be positive to enable the
  # limit, otherwise it is omitted from the rendered config and stays disabled.
  grpcRateLimit:
    # -- Maximum gRPC requests allowed per window. Must be positive (alongside
    # windowSeconds) to enable rate limiting; 0 (default) disables it.
    requests: 0
    # -- gRPC rate-limit window length in seconds. Must be positive (alongside
    # requests) to enable rate limiting; 0 (default) disables it.
    windowSeconds: 0
  # Default credential storage settings (used when no credential driver is
  # enabled). The gateway encrypts provider credentials in the database using
  # AES-256-GCM with a key-encryption key (KEK). By default, the Helm chart
  # generates and retains a KEK Secret. For GitOps / helm-template workflows
  # where `lookup` is unavailable, reference a pre-created Secret instead.
  credentialStorage:
    # -- Name of a pre-existing Secret containing the key-encryption key.
    # When set, the chart does NOT generate a new Secret; it references this
    # one instead. The Secret must contain a key named "key-encryption-key"
    # with a base64-encoded 32-byte value. Required for GitOps workflows that
    # render manifests with `helm template` (where `lookup` is unavailable).
    existingSecret: ""
  # Provider credential drivers store provider credential secret material in an
  # external or native backend. When no driver is enabled, the gateway uses its
  # default encrypted database credential storage with a retained Kubernetes
  # Secret for the shared key-encryption key.
  credentialDrivers:
    kubernetesSecrets:
      # -- Enable the in-tree Kubernetes Secret credential driver.
      # WARNING: The RBAC Role grants read/write access to ALL Secrets in the
      # configured namespace. Use a dedicated namespace to limit blast radius.
      enabled: false
      # -- Namespace where OpenShell-managed provider Secret objects are stored.
      # Empty = Helm release namespace. A dedicated namespace is RECOMMENDED
      # to isolate OpenShell-managed Secrets from other workloads.
      namespace: ""
      # -- Deprecated compatibility field. Credential storage no longer supports user-authored namespace references.
      allowReferenceNamespace: false
      rbac:
        # -- Create a Role/RoleBinding granting the gateway ServiceAccount read/write access to managed provider Secrets.
        create: true
    vault:
      # -- Enable the in-tree Vault credential driver.
      enabled: false
      # -- Vault service base URL. Non-loopback endpoints must use HTTPS, for example https://vault.vault.svc.cluster.local:8200.
      address: ""
      # -- ConfigMap containing the private Vault CA certificate bundle in the ca.crt key. Leave empty to use platform trust roots.
      caConfigMapName: ""
      # -- Default KV mount name.
      mount: secret
      # -- Default KV engine version. Use "1" or "2".
      kvVersion: "2"
      # -- Authentication method. Use "kubernetes" in-cluster or "token_file" for local/dev validation.
      authMethod: kubernetes
      # -- Vault Kubernetes auth role when authMethod is kubernetes.
      role: ""
      # -- Vault Kubernetes auth mount.
      kubernetesAuthMount: kubernetes
      # -- ServiceAccount token path used for Kubernetes auth.
      serviceAccountTokenPath: /var/run/secrets/kubernetes.io/serviceaccount/token
      # -- Mounted token file path when authMethod is token_file.
      tokenPath: ""
      # -- HTTP request timeout in seconds. Empty = driver default.
      timeoutSecs: ""
  auth:
    # -- UNSAFE: accept unauthenticated CLI/user requests as a local developer
    # principal. Intended only for trusted local Skaffold/k3d development or a
    # fully trusted fronting proxy. Leave false for shared or production clusters.
    allowUnauthenticatedUsers: false
  tls:
    # -- K8s secret (type kubernetes.io/tls) with tls.crt and tls.key for the server.
    certSecretName: openshell-server-tls
    # -- Enable mTLS client certificate authentication. When false, the gateway
    # runs HTTPS-only without requiring client certificates (use OIDC for auth
    # instead). Must be false when using BackendTLSPolicy because ingress
    # proxies cannot present client certificates to the backend.
    enableMtls: true
    # -- K8s secret with ca.crt for client certificate verification (mTLS).
    # Only used when enableMtls is true. Set to "" to disable client certificate
    # verification for HTTPS-only mode.
    clientCaSecretName: openshell-server-client-ca
    # -- K8s secret mounted into sandbox pods for mTLS to the server.
    clientTlsSecretName: openshell-client-tls
  # Gateway-minted sandbox JWT signing keys. The certgen hook generates an
  # Ed25519 keypair and writes it to a secret containing signing.pem (PKCS#8),
  # public.pem (SPKI), and kid (plain text). The hook runs in full PKI mode when
  # pkiInitJob.enabled=true unless certManager.enabled=true, which takes
  # precedence and runs the hook in JWT-only mode.
  sandboxJwt:
    # -- Name of the Opaque Secret holding the signing key material. Empty
    # falls back to the chart fullname with "-jwt-keys" appended.
    signingSecretName: ""
    # -- Stable gateway identity embedded in iss/aud of every minted token.
    # Defaults to the release name so HA replicas share identity.
    gatewayId: ""
    # -- Token TTL in seconds. Defaults to 3600 (1h).
    ttlSecs: 3600
    # -- Lifetime (seconds) of the projected ServiceAccount token kubelet
    # writes into each sandbox pod for the IssueSandboxToken bootstrap
    # exchange. Kubelet enforces a minimum of 600s; the driver clamps
    # values outside [600, 86400]. Default 3600 — generous, since the
    # supervisor consumes the token within seconds of pod start.
    k8sSaTokenTtlSecs: 3600
    # -- File mode for the mounted JWT signing key Secret. Default 0400
    # (owner-read only). Override to 0440 or 0444 if the container UID
    # does not match the volume file owner.
    secretDefaultMode: ""
  # Dynamic provider token grants. When SPIFFE is enabled here, both the
  # gateway and sandbox supervisors mount the SPIFFE Workload API socket so
  # token-exchange profiles can use gateway- and sandbox-scoped JWT-SVIDs.
  # Supervisor-to-gateway authentication still uses gateway-minted sandbox JWTs.
  providerTokenGrants:
    spiffe:
      # -- Mount the SPIFFE Workload API socket into gateway and sandbox pods for dynamic provider token grants.
      enabled: false
      # -- Path to the SPIFFE Workload API socket mounted into gateway and sandbox pods.
      workloadApiSocketPath: /spiffe-workload-api/spire-agent.sock
  # OIDC (OpenID Connect) configuration for JWT-based authentication.
  # When issuer is set, the server validates Bearer tokens on gRPC requests.
  oidc:
    # -- OIDC issuer URL (e.g. https://keycloak.example.com/realms/openshell).
    issuer: ""
    # -- Development only: permit cleartext OIDC requests to numeric loopback
    # addresses. This never permits HTTP to hostnames or non-loopback addresses.
    dangerouslyAllowInsecureHttp: false
    # -- Additional trusted HTTPS origins allowed to serve JWKS. The issuer
    # origin is always allowed. Entries must not include a path or query.
    jwksAllowedOrigins: []
    # -- Expected audience claim for the API resource server.
    # This should match the server's --oidc-audience, NOT the CLI client ID.
    audience: "openshell-cli"
    # -- JWKS key cache TTL in seconds. Must be greater than zero.
    jwksTtl: 3600
    # -- Dot-separated path to the roles array in the JWT claims.
    # Keycloak: "realm_access.roles", Entra ID: "roles", Okta: "groups".
    rolesClaim: ""
    # -- Role name for admin access. Leave empty (with userRole also empty) for
    # authentication-only mode. Both must be set or both empty.
    adminRole: ""
    # -- Role name for standard user access.
    userRole: ""
    # -- Dot-separated path to the scopes array in the JWT claims.
    scopesClaim: ""
    # -- Name of a ConfigMap containing a CA certificate bundle (key: ca.crt)
    # for verifying the OIDC issuer's TLS certificate. Required when the
    # issuer uses a non-public CA (e.g. OpenShift ingress, private PKI).
    caConfigMapName: ""

# NetworkPolicy restricting SSH ingress on sandbox pods to the gateway only.
networkPolicy:
  # -- Restrict SSH ingress on sandbox pods to the gateway. In managed mode,
  # the driver applies the equivalent policy to each workspace namespace.
  enabled: true

# Built-in TLS PKI bootstrap via a pre-install/pre-upgrade hook Job.
# Runs `openshell-gateway generate-certs` to create the server and client TLS
# Secrets in-cluster. Key material is written directly to K8s Secrets and
# never appears in Helm release history. Idempotent: existing secrets are
# left untouched on upgrade. Reuses the gateway image - no extra image to
# mirror in air-gapped environments.
#
# The server certificate already includes the built-in cluster SANs
# (`openshell`, `openshell.openshell.svc`, the cluster.local FQDN, `localhost`,
# `openshell.localhost`, `*.openshell.localhost`, `host.docker.internal`, and
# `127.0.0.1`) baked into the gateway binary. The lists below are additional
# SANs appended on top. Wildcard DNS SANs also enable sandbox service URLs under
# that domain, for example `*.apps.example.com` enables
# `<sandbox>--<service>.apps.example.com`.
pkiInitJob:
  # -- Run a pre-install/pre-upgrade Job that creates gateway and client mTLS
  # Secrets. When certManager.enabled=true, cert-manager owns TLS and this same
  # hook runs in JWT-only mode even if pkiInitJob.enabled remains true.
  enabled: true
  # -- Extra DNS SANs to append to the server certificate.
  serverDnsNames: []
  # -- Extra IP SANs to append to the server certificate.
  serverIpAddresses: []
  # -- Maximum time in seconds for the certgen hook to poll for cert-manager
  # certificates. When using cert-manager with BackendTLSPolicy, the hook
  # polls for this many seconds waiting for the certificate to be issued,
  # then creates the backend CA ConfigMap. The Job deadline is set to
  # (timeoutSeconds + 30) to allow time for ConfigMap creation and cleanup.
  # Increase this if cert-manager takes longer than 120 seconds to issue
  # certificates.
  timeoutSeconds: 120
  # -- Fail the helm install/upgrade if cert-manager does not issue the
  # certificate within the polling timeout. When true (default), the install
  # fails immediately if the timeout is reached, providing clear feedback that
  # BackendTLSPolicy is non-functional. When false, the hook succeeds with a
  # warning and you can run `helm upgrade` after cert-manager issues the
  # certificate to create the backend CA ConfigMap. If you set this to false and
  # see "TLS error: Secret is not supplied by SDS" when connecting to the gateway,
  # check if the TLS secret exists and run `helm upgrade` to create the ConfigMap.
  failOnTimeout: true

# cert-manager Certificate/Issuer resources (requires cert-manager CRDs in-cluster).
# Does not install cert-manager itself.
certManager:
  # -- Create cert-manager Issuer and Certificate resources. When enabled,
  # cert-manager owns TLS and the chart runs a JWT-only certgen hook to create
  # the sandbox JWT signing Secret that cert-manager does not manage.
  enabled: false
  # -- Secret created for the intermediate CA (Certificate with isCA: true).
  caSecretName: openshell-ca-tls
  # -- Override the issuerRef for the external server Certificate (e.g. a real
  # LetsEncrypt/ACME ClusterIssuer for a publicly-trusted cert on an external hostname).
  # When set, the chart creates a second server certificate from this issuer
  # with only the hostnames in serverDnsNames; the internal server certificate
  # is always signed by the chart's own CA. Leave name empty to use the chart
  # CA for all server certificates (default). Requires certManager.enabled=true.
  serverIssuerRef:
    name: ""
    kind: ""
    group: ""
  # -- Mount gateway client CA from the internal server TLS secret's ca.crt.
  # The internal server certificate is always signed by the chart CA — the same
  # CA that signs the client (mTLS) certificate — so the default (true) is
  # correct for all configurations, including when serverIssuerRef is set.
  # Only set to false if you mount the client CA from a separate secret via
  # server.tls.clientCaSecretName.
  clientCaFromServerTlsSecret: true
  # -- Duration for cert-manager-issued certificates.
  certificateDuration: 8760h
  # -- Renewal window for cert-manager-issued certificates.
  certificateRenewBefore: 720h
  # -- DNS SANs on the cert-manager-issued server certificate.
  serverDnsNames:
    - openshell
    - openshell.openshell.svc
    - openshell.openshell.svc.cluster.local
    - localhost
    - openshell.localhost
    - "*.openshell.localhost"
    - host.docker.internal
  # -- IP SANs on the cert-manager-issued server certificate.
  serverIpAddresses:
    - 127.0.0.1

# Kubernetes Gateway API - HTTPRoute and Gateway resources.
# Requires a Gateway API controller in the cluster. Install Envoy Gateway via
# the skaffold.yaml releases or independently:
#   helm install eg oci://docker.io/envoyproxy/gateway-helm \
#     --version v1.4.1 -n envoy-gateway-system --create-namespace
grpcRoute:
  # -- Create a Gateway API GRPCRoute for the gateway service.
  enabled: false
  # -- Hostnames the GRPCRoute matches on. Leave empty to match all hosts.
  hostnames: []
  gateway:
    # -- When true, a Gateway resource is created in the release namespace.
    # Set to false and provide name/namespace to attach to a pre-existing Gateway.
    create: false
    # -- GatewayClass to reference. Envoy Gateway installs one named "eg".
    className: "eg"
    # -- Name of the Gateway resource. Defaults to the chart fullname.
    name: ""
    # -- Namespace of the Gateway referenced by the GRPCRoute parentRef.
    # Defaults to the release namespace.
    namespace: ""
    # Listener settings (only used when gateway.create is true).
    listener:
      # -- Listener port for the generated Gateway resource. Use 443 with protocol HTTPS.
      port: 80
      # -- Listener protocol for the generated Gateway resource: HTTP or HTTPS.
      # HTTPS terminates TLS at the Envoy Gateway listener; pair it with
      # server.disableTls=true so Envoy forwards plaintext to the gateway pod,
      # and use OIDC for client identity (the gateway never sees the client cert).
      protocol: HTTP
      # -- "Same" restricts attached routes to the release namespace; "All" allows any namespace.
      allowedRoutes: Same
      # TLS settings for the listener. Used only when protocol is HTTPS
      # (mode is always Terminate).
      tls:
        # -- certificateRefs for the HTTPS listener. Required when protocol is
        # HTTPS. Each entry needs a `name` pointing at a kubernetes.io/tls Secret
        # in the Gateway's namespace. May reference a cert-manager-issued Secret
        # or the existing openshell-server-tls Secret (its SANs must include the
        # external hostname).
        certificateRefs: []
  # BackendTLSPolicy for end-to-end TLS between the Gateway proxy and the
  # OpenShell gateway pod. When enabled, the Gateway proxy terminates
  # client-facing TLS at the listener and re-encrypts when connecting to the
  # backend service, validating the backend's certificate against the
  # specified CA. Requires the gateway pod to serve TLS (server.disableTls
  # must be false). Supported on OpenShift 4.22+ and other platforms with
  # BackendTLSPolicy support in the Gateway API implementation.
  backendTLSPolicy:
    # -- Create a BackendTLSPolicy resource for end-to-end TLS between the
    # Gateway proxy and the OpenShell gateway pod. The traffic flow is:
    # client → HTTPS → Gateway (terminate) → TLS (re-encrypt) → gateway pod.
    # Requires server.disableTls=false and server.tls.enableMtls=false. The
    # certgen hook auto-creates the backend CA ConfigMap.
    enabled: false
    # -- Name of the ConfigMap containing the CA certificate (key: ca.crt) used
    # to validate the gateway pod's TLS certificate. Defaults to
    # `<fullname>-backend-ca` when empty. The certgen hook auto-creates this:
    # with pkiInitJob (default), immediately on install/upgrade; with
    # cert-manager, the hook polls for pkiInitJob.timeoutSeconds seconds
    # waiting for cert-manager to issue the server certificate, then creates the
    # ConfigMap. A single install usually succeeds; if cert-manager takes longer,
    # increase pkiInitJob.timeoutSeconds. By default (pkiInitJob.failOnTimeout=true),
    # the install fails if the timeout is reached; set failOnTimeout=false to allow
    # the install to succeed and run `helm upgrade` after the certificate is issued.
    caCertificateConfigMapName: ""
    # -- Hostname the Gateway proxy validates against the backend's TLS
    # certificate SAN. Defaults to the service FQDN
    # (`<fullname>.<namespace>.svc.cluster.local`) when empty, which matches
    # the SAN included by both cert-manager and the pkiInitJob.
    hostname: ""

# OpenShift Route with TLS passthrough. The gateway terminates its own
# TLS/mTLS; the router only forwards based on SNI, so it never sees plaintext
# or the client certificate. Requires server.disableTls=false and a server
# cert whose SANs include the Route host (see certManager.serverIssuerRef).
openshiftRoute:
  # -- Create an OpenShift Route with TLS passthrough.
  enabled: false
  # -- Hostname for the Route. Must match a SAN on the gateway's server cert.
  host: ""
  # -- Extra annotations on the Route (e.g. haproxy.router.openshift.io/*).
  annotations: {}