config

const (
	// NeedManagementKASAccessLabel is used by network policies
	// to prevent any pod which doesn't contain the label from accessing the management cluster KAS.
	NeedManagementKASAccessLabel = "hypershift.openshift.io/need-management-kas-access"

	// NeedMetricsServerAccessLabel is used by network policies
	// to allow egress communication to the metrics server on the management cluster.
	NeedMetricsServerAccessLabel = "hypershift.openshift.io/need-metrics-server-access"

	// EtcdPriorityClass is for etcd pods.
	EtcdPriorityClass = "hypershift-etcd"

	// APICriticalPriorityClass is for pods that are required for API calls and
	// resource admission to succeed. This includes pods like kube-apiserver,
	// aggregated API servers, and webhooks.
	APICriticalPriorityClass = "hypershift-api-critical"

	// DefaultPriorityClass is for pods in the Hypershift control plane that are
	// not API critical but still need elevated priority.
	DefaultPriorityClass = "hypershift-control-plane"

	DefaultServiceAccountIssuer  = "https://kubernetes.default.svc"
	DefaultImageRegistryHostname = "image-registry.openshift-image-registry.svc:5000"
	DefaultAdvertiseIPv4Address  = "172.20.0.1"
	DefaultAdvertiseIPv6Address  = "fd00::1"
	DefaultEtcdURL               = "https://etcd-client:2379"
	// KASSVCLBAzurePort is needed because for Azure we currently hardcode 7443 for the SVC LB as 6443 collides with public LB rule for the management cluster.
	// https://bugzilla.redhat.com/show_bug.cgi?id=2060650
	// TODO(alberto): explore exposing multiple Azure frontend IPs on the load balancer.
	KASSVCLBAzurePort           = 7443
	KASSVCPort                  = 6443
	KASPodDefaultPort           = 6443
	KASSVCIBMCloudPort          = 2040
	DefaultServiceNodePortRange = "30000-32767"
	DefaultSecurityContextUser  = 1001
	RecommendedLeaseDuration    = "137s"
	RecommendedRenewDeadline    = "107s"
	RecommendedRetryPeriod      = "26s"
	KCMRecommendedRenewDeadline = "12s"
	KCMRecommendedRetryPeriod   = "3s"

	DefaultIngressDomainEnvVar                    = "DEFAULT_INGRESS_DOMAIN"
	EnableCVOManagementClusterMetricsAccessEnvVar = "ENABLE_CVO_MANAGEMENT_CLUSTER_METRICS_ACCESS"

	EnableEtcdRecoveryEnvVar = "ENABLE_ETCD_RECOVERY"

	AuditWebhookService = "audit-webhook"

	// DefaultMachineNetwork is the default network CIDR for the machine network.
	DefaultMachineNetwork = "10.0.0.0/16"

	// Constants related to supported OCP versions.
	ConfigMapVersionsKey      = "supported-versions"
	ConfigMapServerVersionKey = "server-version"
	SupportedVersionsLabel    = "hypershift.openshift.io/supported-versions"
	DefaultReleaseStream      = "4-stable-multi"

	// Constants related to HyperShift operator image.
	HypershiftImageBase = "quay.io/hypershift/hypershift-operator"
	HypershiftImageTag  = "latest"
)

const (
	// AROHCPKeyVaultManagedIdentityClientID captures the client ID of the managed identity created on an ARO HCP
	// management cluster. This managed identity is used to pull secrets and certificates out of Azure Key Vaults in the
	// management cluster's resource group in Azure.
	AROHCPKeyVaultManagedIdentityClientID = "ARO_HCP_KEY_VAULT_USER_CLIENT_ID"

	ManagedAzureCredentialsFilePath          = "MANAGED_AZURE_HCP_CREDENTIALS_FILE_PATH"
	ManagedAzureSecretProviderClassEnvVarKey = "ARO_HCP_SECRET_PROVIDER_CLASS"
	ManagedAzureCertificateMountPath         = "/mnt/certs"
	ManagedAzureCredentialsMountPathForKMS   = "/mnt/kms"
	ManagedAzureCertificatePath              = "/mnt/certs/"
	ManagedAzureCredentialsPathForKMS        = "/mnt/kms/"
	ManagedAzureSecretsStoreCSIDriver        = "secrets-store.csi.k8s.io"
	ManagedAzureSecretProviderClass          = "secretProviderClass"

	ManagedAzureCPOSecretProviderClassName                = "managed-azure-cpo"
	ManagedAzureCPOSecretStoreVolumeName                  = "cpo-cert"
	ManagedAzureCloudProviderSecretProviderClassName      = "managed-azure-cloud-provider"
	ManagedAzureCloudProviderSecretStoreVolumeName        = "cloud-provider-cert"
	ManagedAzureDiskCSISecretStoreProviderClassName       = "managed-azure-disk-csi"
	ManagedAzureFileCSISecretStoreProviderClassName       = "managed-azure-file-csi"
	ManagedAzureImageRegistrySecretStoreProviderClassName = "managed-azure-image-registry"
	ManagedAzureImageRegistrySecretStoreVolumeName        = "image-registry-cert"
	ManagedAzureIngressSecretStoreProviderClassName       = "managed-azure-ingress"
	ManagedAzureIngressSecretStoreVolumeName              = "ingress-cert"
	ManagedAzureKMSSecretProviderClassName                = "managed-azure-kms"
	ManagedAzureKMSSecretStoreVolumeName                  = "kms-cert"
	ManagedAzureNetworkSecretStoreProviderClassName       = "managed-azure-network"
	ManagedAzureNodePoolMgmtSecretProviderClassName       = "managed-azure-nodepool-management"
	ManagedAzureNodePoolMgmtSecretStoreVolumeName         = "nodepool-management-cert"

	// Azure Role Definitions
	ContributorRoleDefinitionID   = "b24988ac-6180-42a0-ab88-20f7382dd24c"
	CloudProviderRoleDefinitionID = "a1f96423-95ce-4224-ab27-4e3dc72facd4"
	IngressRoleDefinitionID       = "0336e1d3-7a87-462b-b6db-342b63f7802c"
	CPOCustomRoleDefinitionID     = "7d8bb4e4-6fa7-4545-96cf-20fce11b705d"
	AzureFileRoleDefinitionID     = "0d7aedc0-15fd-4a67-a412-efad370c947e"
	AzureDiskRoleDefinitionID     = "5b7237c5-45e1-49d6-bc18-a1f62f400748"
	NetworkRoleDefinitionID       = "be7a6435-15ae-4171-8f30-4a343eff9e8f"
	ImageRegistryRoleDefinitionID = "8b32b316-c2f5-4ddf-b05b-83dacd2d08b5"
	CAPZCustomRoleDefinitionID    = "Azure Red Hat OpenShift NodePool Management Role"

	// Azure Components with Control Plane Managed Identities
	AzureDisk     = "azure-disk"
	AzureFile     = "azure-file"
	CIRO          = "ciro"
	CloudProvider = "cloud-provider"
	CNCC          = "cncc"
	CPO           = "cpo"
	Ingress       = "ingress"
	NodePoolMgmt  = "capz"
)

const (
	FeatureGateConfigMapName = "feature-gate"
	FeatureGateConfigKey     = "feature-gate.yaml"
)

const (
	// PodSafeToEvictLocalVolumesKey is an annotation used by the CA operator which makes sure
	// all the pods annotated with it and the picking the desired local volumes that are safe to evict, could be drained properly.
	PodSafeToEvictLocalVolumesKey = "cluster-autoscaler.kubernetes.io/safe-to-evict-local-volumes"

	// HCCOUser references the user used by the HostedClusterConfigOperator
	HCCOUser = "hosted-cluster-config"
	// HCCOUserAgent references the userAgent used by the HostedClusterConfigOperator
	HCCOUserAgent = "hosted-cluster-config-operator-manager"
)