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package
v3.0.0-...-d6c4d9c Latest Latest
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 Go to latest Published: Apr 14, 2023 License: Apache-2.0 Imports: 45 Imported by: 0

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Constants

View Source 
const (
	// ApiServer secure port.
	APIServerSecurePort = 6443

	NodeLocalDNSCacheAddress = "169.254.20.10"
)
View Source 
const (
	// ApiserverDeploymentName is the name of the apiserver deployment.
	ApiserverDeploymentName = "apiserver"
	// ControllerManagerDeploymentName is the name for the controller manager deployment.
	ControllerManagerDeploymentName = "controller-manager"
	// SchedulerDeploymentName is the name for the scheduler deployment.
	SchedulerDeploymentName = "scheduler"
	// OperatingSystemManagerDeploymentName is the name for the operating-system-manager deployment.
	OperatingSystemManagerDeploymentName = "operating-system-manager"
	// OperatingSystemManagerWebhookDeploymentName is the name for the operating-system-manager webhook deployment.
	OperatingSystemManagerWebhookDeploymentName = "operating-system-manager-webhook"
	// OperatingSystemManagerWebhookServiceName is the name for the operating-system-manager webhook service.
	OperatingSystemManagerWebhookServiceName = "operating-system-manager-webhook"
	// MachineControllerDeploymentName is the name for the machine-controller deployment.
	MachineControllerDeploymentName = "machine-controller"
	// MachineControllerWebhookDeploymentName is the name for the machine-controller webhook deployment.
	MachineControllerWebhookDeploymentName = "machine-controller-webhook"
	// MetricsServerDeploymentName is the name for the metrics-server deployment.
	MetricsServerDeploymentName = "metrics-server"
	// OpenVPNServerDeploymentName is the name for the openvpn server deployment.
	OpenVPNServerDeploymentName = "openvpn-server"
	// DNSResolverDeploymentName is the name of the dns resolver deployment.
	DNSResolverDeploymentName = "dns-resolver"
	// DNSResolverConfigMapName is the name of the dns resolvers configmap.
	DNSResolverConfigMapName = "dns-resolver"
	// DNSResolverServiceName is the name of the dns resolvers service.
	DNSResolverServiceName = "dns-resolver"
	// DNSResolverPodDisruptionBudetName is the name of the dns resolvers pdb.
	DNSResolverPodDisruptionBudetName = "dns-resolver"
	// KubeStateMetricsDeploymentName is the name of the kube-state-metrics deployment.
	KubeStateMetricsDeploymentName = "kube-state-metrics"
	// UserClusterControllerDeploymentName is the name of the usercluster-controller deployment.
	UserClusterControllerDeploymentName = "usercluster-controller"
	// ClusterAutoscalerDeploymentName is the name of the cluster-autoscaler deployment.
	ClusterAutoscalerDeploymentName = "cluster-autoscaler"
	// KubernetesDashboardDeploymentName is the name of the Kubernetes Dashboard deployment.
	KubernetesDashboardDeploymentName = "kubernetes-dashboard"
	// MetricsScraperDeploymentName is the name of dashboard-metrics-scraper deployment.
	MetricsScraperDeploymentName = "dashboard-metrics-scraper"
	// MetricsScraperServiceName is the name of dashboard-metrics-scraper service.
	MetricsScraperServiceName = "dashboard-metrics-scraper"
	// PrometheusStatefulSetName is the name for the prometheus StatefulSet.
	PrometheusStatefulSetName = "prometheus"
	// EtcdStatefulSetName is the name for the etcd StatefulSet.
	EtcdStatefulSetName = "etcd"
	// EtcdTLSEnabledAnnotation is the annotation assigned to etcd Pods that run with a TLS peer endpoint.
	EtcdTLSEnabledAnnotation = "etcd.kubermatic.k8c.io/tls-peer-enabled"
	// EncryptionConfigurationSecretName is the name of secret storing the API server's EncryptionConfiguration.
	EncryptionConfigurationSecretName = "apiserver-encryption-configuration"
	// EncryptionConfigurationKeyName is the name of the secret key that is used to store the configuration file for encryption-at-rest.
	EncryptionConfigurationKeyName = "encryption-configuration.yaml"
	// NodePortProxyEnvoyDeploymentName is the name of the nodeport-proxy deployment in the user cluster.
	NodePortProxyEnvoyDeploymentName = "nodeport-proxy-envoy"
	// NodePortProxyEnvoyContainerName is the name of the envoy container in the nodeport-proxy deployment.
	NodePortProxyEnvoyContainerName = "envoy"

	// ApiserverServiceName is the name for the apiserver service.
	ApiserverServiceName = "apiserver-external"
	// FrontLoadBalancerServiceName is the name of the LoadBalancer service that fronts everything
	// when using exposeStrategy "LoadBalancer".
	FrontLoadBalancerServiceName = "front-loadbalancer"
	// MetricsServerServiceName is the name for the metrics-server service.
	MetricsServerServiceName = "metrics-server"
	// MetricsServerExternalNameServiceName is the name for the metrics-server service inside the user cluster.
	MetricsServerExternalNameServiceName = "metrics-server"
	// EtcdServiceName is the name for the etcd service.
	EtcdServiceName = "etcd"
	// EtcdDefragCronJobName is the name for the defrag cronjob deployment.
	EtcdDefragCronJobName = "etcd-defragger"
	// OpenVPNServerServiceName is the name for the openvpn server service.
	OpenVPNServerServiceName = "openvpn-server"
	// MachineControllerWebhookServiceName is the name of the machine-controller webhook service.
	MachineControllerWebhookServiceName = "machine-controller-webhook"
	// MetricsServerAPIServiceName is the name for the metrics-server APIService.
	MetricsServerAPIServiceName = "v1beta1.metrics.k8s.io"

	// AdminKubeconfigSecretName is the name for the secret containing the private ca key.
	AdminKubeconfigSecretName = "admin-kubeconfig"
	// ViewerKubeconfigSecretName is the name for the secret containing the viewer kubeconfig.
	ViewerKubeconfigSecretName = "viewer-kubeconfig"
	// SchedulerKubeconfigSecretName is the name for the secret containing the kubeconfig used by the scheduler.
	SchedulerKubeconfigSecretName = "scheduler-kubeconfig"
	// KubeletDnatControllerKubeconfigSecretName is the name for the secret containing the kubeconfig used by the kubeletdnatcontroller.
	KubeletDnatControllerKubeconfigSecretName = "kubeletdnatcontroller-kubeconfig"
	// KubeStateMetricsKubeconfigSecretName is the name for the secret containing the kubeconfig used by kube-state-metrics.
	KubeStateMetricsKubeconfigSecretName = "kube-state-metrics-kubeconfig"
	// MetricsServerKubeconfigSecretName is the name for the secret containing the kubeconfig used by the metrics-server.
	MetricsServerKubeconfigSecretName = "metrics-server"
	// ControllerManagerKubeconfigSecretName is the name of the secret containing the kubeconfig used by controller manager.
	ControllerManagerKubeconfigSecretName = "controllermanager-kubeconfig"
	// OperatingSystemManagerKubeconfigSecretName is the name for the secret containing the kubeconfig used by the osm.
	OperatingSystemManagerKubeconfigSecretName = "operatingsystemmanager-kubeconfig"
	// OperatingSystemManagerKubeconfigSecretName is the name for the secret containing the kubeconfig used by the osm webhook.
	OperatingSystemManagerWebhookKubeconfigSecretName = "operatingsystemmanager-webhook-kubeconfig"
	// MachineControllerKubeconfigSecretName is the name for the secret containing the kubeconfig used by the machinecontroller.
	MachineControllerKubeconfigSecretName = "machinecontroller-kubeconfig"
	// CloudControllerManagerKubeconfigSecretName is the name for the secret containing the kubeconfig used by the external cloud provider.
	CloudControllerManagerKubeconfigSecretName = "cloud-controller-manager-kubeconfig"
	// MachineControllerWebhookServingCertSecretName is the name for the secret containing the serving cert for the
	// machine-controller webhook.
	MachineControllerWebhookServingCertSecretName = "machinecontroller-webhook-serving-cert"
	// MachineControllerWebhookServingCertCertKeyName is the name for the key that contains the cert.
	MachineControllerWebhookServingCertCertKeyName = "cert.pem"
	// MachineControllerWebhookServingCertKeyKeyName is the name for the key that contains the key.
	MachineControllerWebhookServingCertKeyKeyName = "key.pem"
	// OperatingSystemManagerWebhookServingCertSecretName is the name for the operating-system-manager webhook TLS server certificate secret.
	OperatingSystemManagerWebhookServingCertSecretName = "operating-system-manager-webhook-serving-cert"
	// OperatingSystemManagerWebhookServingCertCertKeyName is the name for the key that contains the cert.
	OperatingSystemManagerWebhookServingCertCertKeyName = "tls.crt"
	// OperatingSystemManagerWebhookServingCertCertKeyName is the name for the key that contains the private key.
	OperatingSystemManagerWebhookServingCertKeyKeyName = "tls.key"
	// PrometheusApiserverClientCertificateSecretName is the name for the secret containing the client certificate used by prometheus to access the apiserver.
	PrometheusApiserverClientCertificateSecretName = "prometheus-apiserver-certificate"
	// ClusterAutoscalerKubeconfigSecretName is the name of the kubeconfig secret used for
	// the cluster-autoscaler.
	ClusterAutoscalerKubeconfigSecretName = "cluster-autoscaler-kubeconfig"
	// KubernetesDashboardKubeconfigSecretName is the name of the kubeconfig secret user for Kubernetes Dashboard.
	KubernetesDashboardKubeconfigSecretName = "kubernetes-dashboard-kubeconfig"
	// WEBTerminalKubeconfigSecretName is the name of the kubeconfig secret user for WEB terminal tools pod.
	WEBTerminalKubeconfigSecretName = "web-terminal-kubeconfig"

	// ImagePullSecretName specifies the name of the dockercfg secret used to access the private repo.
	ImagePullSecretName = "dockercfg"

	// FrontProxyCASecretName is the name for the secret containing the front proxy ca.
	FrontProxyCASecretName = "front-proxy-ca"
	// CASecretName is the name for the secret containing the root ca.
	CASecretName = "ca"
	// ApiserverTLSSecretName is the name for the secrets required for the apiserver tls.
	ApiserverTLSSecretName = "apiserver-tls"
	// KubeletClientCertificatesSecretName is the name for the secret containing the kubelet client certificates.
	KubeletClientCertificatesSecretName = "kubelet-client-certificates"
	// ServiceAccountKeySecretName is the name for the secret containing the service account key.
	ServiceAccountKeySecretName = "service-account-key"
	// TokensSecretName is the name for the secret containing the user tokens.
	TokensSecretName = "tokens"
	// ViewerTokenSecretName is the name for the secret containing the viewer token.
	ViewerTokenSecretName = "viewer-token"
	// OpenVPNCASecretName is the name of the secret that contains the OpenVPN CA.
	OpenVPNCASecretName = "openvpn-ca"
	// OpenVPNServerCertificatesSecretName is the name for the secret containing the openvpn server certificates.
	OpenVPNServerCertificatesSecretName = "openvpn-server-certificates"
	// OpenVPNClientCertificatesSecretName is the name for the secret containing the openvpn client certificates.
	OpenVPNClientCertificatesSecretName = "openvpn-client-certificates"
	// CloudConfigSecretName is the name for the secret containing the cloud-config inside the user cluster.
	CloudConfigSecretName = "cloud-config"
	// CSICloudConfigSecretName is the name for the secret containing the cloud-config used by the csi driver inside the user cluster.
	CSICloudConfigSecretName = "cloud-config-csi"
	// EtcdTLSCertificateSecretName is the name for the secret containing the etcd tls certificate used for transport security.
	EtcdTLSCertificateSecretName = "etcd-tls-certificate"
	// ApiserverEtcdClientCertificateSecretName is the name for the secret containing the client certificate used by the apiserver for authenticating against etcd.
	ApiserverEtcdClientCertificateSecretName = "apiserver-etcd-client-certificate"
	// ApiserverFrontProxyClientCertificateSecretName is the name for the secret containing the apiserver's client certificate for proxy auth.
	ApiserverFrontProxyClientCertificateSecretName = "apiserver-proxy-client-certificate"
	// GoogleServiceAccountSecretName is the name of the secret that contains the Google Service Account.
	GoogleServiceAccountSecretName = "google-service-account"
	// GoogleServiceAccountVolumeName is the name of the volume containing the Google Service Account secret.
	GoogleServiceAccountVolumeName = "google-service-account-volume"
	// AuditLogVolumeName is the name of the volume that hold the audit log of the apiserver.
	AuditLogVolumeName = "audit-log"
	// KubernetesDashboardKeyHolderSecretName is the name of the secret that contains JWE token encryption key
	// used by the Kubernetes Dashboard.
	KubernetesDashboardKeyHolderSecretName = "kubernetes-dashboard-key-holder"
	// KubernetesDashboardCsrfTokenSecretName is the name of the secret that contains CSRF token used by
	// the Kubernetes Dashboard.
	KubernetesDashboardCsrfTokenSecretName = "kubernetes-dashboard-csrf"

	// CABundleConfigMapName is the name for the configmap that contains the CA bundle for all usercluster components.
	CABundleConfigMapName = "ca-bundle"
	// CABundleConfigMapKey is the key under which a ConfigMap must contain a PEM-encoded collection of certificates.
	CABundleConfigMapKey = "ca-bundle.pem"

	// CloudConfigSeedSecretName is the name for the secret containing the cloud-config inside the usercluster namespace
	// on the seed cluster. Not to be confused with CloudConfigSecretName, which is the copy of this Secret inside the
	// usercluster.
	CloudConfigSeedSecretName = "cloud-config"
	// CloudConfigKey is the key under which the cloud-config in the cloud-config Secret can be found.
	CloudConfigKey = "config"
	// OpenVPNClientConfigsConfigMapName is the name for the ConfigMap containing the OpenVPN client config used within the user cluster.
	OpenVPNClientConfigsConfigMapName = "openvpn-client-configs"
	// OpenVPNClientConfigConfigMapName is the name for the ConfigMap containing the OpenVPN client config used by the client inside the user cluster.
	OpenVPNClientConfigConfigMapName = "openvpn-client-config"
	// ClusterInfoConfigMapName is the name for the ConfigMap containing the cluster-info used by the bootstrap token mechanism.
	ClusterInfoConfigMapName = "cluster-info"
	// PrometheusConfigConfigMapName is the name for the configmap containing the prometheus config.
	PrometheusConfigConfigMapName = "prometheus"
	// AuditConfigMapName is the name for the configmap that contains the content of the file that will be passed to the apiserver with the flag "--audit-policy-file".
	AuditConfigMapName = "audit-config"

	// FluentBitSecretName is the name of the secret that contains the fluent-bit configuration mounted
	// into kube-apisever and used by the "audit-logs" sidecar to ship audit logs.
	FluentBitSecretName = "audit-logs-fluentbit"
	// AdmissionControlConfigMapName is the name for the configmap that contains the Admission Controller config file.
	AdmissionControlConfigMapName = "adm-control"

	// PrometheusServiceAccountName is the name for the Prometheus serviceaccount.
	PrometheusServiceAccountName = "prometheus"

	// PrometheusRoleName is the name for the Prometheus role.
	PrometheusRoleName = "prometheus"

	// PrometheusRoleBindingName is the name for the Prometheus rolebinding.
	PrometheusRoleBindingName = "prometheus"

	// CloudControllerManagerRoleBindingName is the name for the cloud controller manager rolebinding.
	CloudControllerManagerRoleBindingName = "cloud-controller-manager"

	// DefaultServiceAccountName is the name of Kubernetes default service accounts.
	DefaultServiceAccountName = "default"

	// OperatingSystemManagerCertUsername is the name of the user coming from kubeconfig cert.
	OperatingSystemManagerCertUsername = "operating-system-manager"
	// OperatingSystemManagerWebhookCertUsername is the name of the user coming from the kubeconfig cert.
	OperatingSystemManagerWebhookCertUsername = "operating-system-manager-webhook"
	// MachineControllerCertUsername is the name of the user coming from kubeconfig cert.
	MachineControllerCertUsername = "machine-controller"
	// KubeStateMetricsCertUsername is the name of the user coming from kubeconfig cert.
	KubeStateMetricsCertUsername = "kube-state-metrics"
	// MetricsServerCertUsername is the name of the user coming from kubeconfig cert.
	MetricsServerCertUsername = "metrics-server"
	// MetricsServerServiceAccountName is the name of the metrics server service account.
	MetricsServerServiceAccountName = "metrics-server"
	// ControllerManagerCertUsername is the name of the user coming from kubeconfig cert.
	ControllerManagerCertUsername = "system:kube-controller-manager"
	// CloudControllerManagerCertUsername is the name of the user coming from kubeconfig cert.
	CloudControllerManagerCertUsername = "system:cloud-controller-manager"
	// SchedulerCertUsername is the name of the user coming from kubeconfig cert.
	SchedulerCertUsername = "system:kube-scheduler"
	// KubeletDnatControllerCertUsername is the name of the user coming from kubeconfig cert.
	KubeletDnatControllerCertUsername = "kubermatic:kubeletdnat-controller"
	// PrometheusCertUsername is the name of the user coming from kubeconfig cert.
	PrometheusCertUsername = "prometheus"
	// ClusterAutoscalerCertUsername is the name of the user coming from the CA kubeconfig cert.
	ClusterAutoscalerCertUsername = "kubermatic:cluster-autoscaler"
	// KubernetesDashboardCertUsername is the name of the user coming from kubeconfig cert.
	KubernetesDashboardCertUsername = "kubermatic:kubernetes-dashboard"
	// MetricsScraperServiceAccountUsername is the name of the user coming from kubeconfig cert.
	MetricsScraperServiceAccountUsername = "dashboard-metrics-scraper"

	// KubeletDnatControllerClusterRoleName is the name for the KubeletDnatController cluster role.
	KubeletDnatControllerClusterRoleName = "system:kubermatic-kubeletdnat-controller"
	// KubeletDnatControllerClusterRoleBindingName is the name for the KubeletDnatController clusterrolebinding.
	KubeletDnatControllerClusterRoleBindingName = "system:kubermatic-kubeletdnat-controller"

	// ClusterInfoReaderRoleName is the name for the role which allows reading the cluster-info ConfigMap.
	ClusterInfoReaderRoleName = "cluster-info"
	// MachineControllerRoleName is the name for the MachineController roles.
	MachineControllerRoleName = "machine-controller"
	// OperatingSystemManagerRoleName is the name for the OperatingSystemManager roles.
	OperatingSystemManagerRoleName = "operating-system-manager"
	// MachineControllerRoleBindingName is the name for the MachineController rolebinding.
	MachineControllerRoleBindingName = "machine-controller"
	// OperatingSystemManagerRoleBindingName is the name for the OperatingSystemManager rolebinding.
	OperatingSystemManagerRoleBindingName = "operating-system-manager"
	// ClusterInfoAnonymousRoleBindingName is the name for the RoleBinding giving access to the cluster-info ConfigMap to anonymous users.
	ClusterInfoAnonymousRoleBindingName = "cluster-info"
	// MetricsServerAuthReaderRoleName is the name for the metrics server role.
	MetricsServerAuthReaderRoleName = "metrics-server-auth-reader"
	// MachineControllerClusterRoleName is the name for the MachineController cluster role.
	MachineControllerClusterRoleName = "system:kubermatic-machine-controller"
	// OperatingSystemManagerClusterRoleName is the name for the OperatingSystemManager cluster role.
	OperatingSystemManagerClusterRoleName = "system:kubermatic-operating-system-manager"
	// KubeStateMetricsClusterRoleName is the name for the KubeStateMetrics cluster role.
	KubeStateMetricsClusterRoleName = "system:kubermatic-kube-state-metrics"
	// MetricsServerClusterRoleName is the name for the metrics server cluster role.
	MetricsServerClusterRoleName = "system:metrics-server"
	// PrometheusClusterRoleName is the name for the Prometheus cluster role.
	PrometheusClusterRoleName = "external-prometheus"
	// MachineControllerClusterRoleBindingName is the name for the MachineController ClusterRoleBinding.
	MachineControllerClusterRoleBindingName = "system:kubermatic-machine-controller"
	// OperatingSystemManagerClusterRoleBindingName is the name for the OperatingSystemManager ClusterRoleBinding.
	OperatingSystemManagerClusterRoleBindingName = "system:kubermatic-operating-system-manager"
	// KubeStateMetricsClusterRoleBindingName is the name for the KubeStateMetrics ClusterRoleBinding.
	KubeStateMetricsClusterRoleBindingName = "system:kubermatic-kube-state-metrics"
	// PrometheusClusterRoleBindingName is the name for the Prometheus ClusterRoleBinding.
	PrometheusClusterRoleBindingName = "system:external-prometheus"
	// MetricsServerResourceReaderClusterRoleBindingName is the name for the metrics server ClusterRoleBinding.
	MetricsServerResourceReaderClusterRoleBindingName = "system:metrics-server"
	// ClusterAutoscalerClusterRoleName is the name of the clusterrole for the cluster autoscaler.
	ClusterAutoscalerClusterRoleName = "system:kubermatic-cluster-autoscaler"
	// ClusterAutoscalerClusterRoleBindingName is the name of the clusterrolebinding for the CA.
	ClusterAutoscalerClusterRoleBindingName = "system:kubermatic-cluster-autoscaler"
	// KubernetesDashboardRoleName is the name of the role for the Kubernetes Dashboard.
	KubernetesDashboardRoleName = "system:kubernetes-dashboard"
	// KubernetesDashboardRoleBindingName is the name of the role binding for the Kubernetes Dashboard.
	KubernetesDashboardRoleBindingName = "system:kubernetes-dashboard"
	// MetricsScraperClusterRoleName is the name of the role for the dashboard-metrics-scraper.
	MetricsScraperClusterRoleName = "system:dashboard-metrics-scraper"
	// MetricsScraperClusterRoleBindingName is the name of the role binding for the dashboard-metrics-scraper.
	MetricsScraperClusterRoleBindingName = "system:dashboard-metrics-scraper"

	// EtcdPodDisruptionBudgetName is the name of the PDB for the etcd StatefulSet.
	EtcdPodDisruptionBudgetName = "etcd"
	// ApiserverPodDisruptionBudgetName is the name of the PDB for the apiserver deployment.
	ApiserverPodDisruptionBudgetName = "apiserver"
	// MetricsServerPodDisruptionBudgetName is the name of the PDB for the metrics-server deployment.
	MetricsServerPodDisruptionBudgetName = "metrics-server"

	// KubermaticNamespace is the main kubermatic namespace.
	KubermaticNamespace = "kubermatic"
	// KubermaticWebhookServiceName is the name of the kuberamtic webhook service in seed cluster.
	KubermaticWebhookServiceName = "kubermatic-webhook"
	// ClusterCloudCredentialsSecretName is the name the Secret in the cluster namespace that contains
	// the cloud provider credentials. This Secret is a copy of the credentials secret from the KKP
	// namespace (which has a dynamic name).
	ClusterCloudCredentialsSecretName = "cloud-credentials"

	// CloudInitSettingsNamespace are used in order to reach, authenticate and be authorized by the api server, to fetch
	// the machine  provisioning cloud-init.
	CloudInitSettingsNamespace = "cloud-init-settings"
	// DefaultOwnerReadOnlyMode represents file mode with read permission for owner only.
	DefaultOwnerReadOnlyMode = 0400

	// DefaultAllReadOnlyMode represents file mode with read permissions for all.
	DefaultAllReadOnlyMode = 0444

	DefaultKonnectivityKeepaliveTime = "1m"

	// AppLabelKey defines the label key app which should be used within resources.
	AppLabelKey = "app"
	// ClusterLabelKey defines the label key for the cluster name.
	ClusterLabelKey = "cluster"
	// VersionLabel is the label containing the application's version.
	VersionLabel = "app.kubernetes.io/version"

	// EtcdClusterSize defines the size of the etcd to use.
	EtcdClusterSize = 3

	// RegistryK8SGCR defines the kubernetes specific docker registry at google.
	RegistryK8SGCR = "k8s.gcr.io"
	// RegistryK8S defines the (new) official registry hosted by the Kubernetes project.
	RegistryK8S = "registry.k8s.io"
	// RegistryEUGCR defines the docker registry at google EU.
	RegistryEUGCR = "eu.gcr.io"
	// RegistryUSGCR defines the docker registry at google US.
	RegistryUSGCR = "us.gcr.io"
	// RegistryGCR defines the kubernetes docker registry at google.
	RegistryGCR = "gcr.io"
	// RegistryDocker defines the default docker.io registry.
	RegistryDocker = "docker.io"
	// RegistryQuay defines the image registry from coreos/redhat - quay.
	RegistryQuay = "quay.io"
	// RegistryMCR defines the image registry at Microsoft.
	RegistryMCR = "mcr.microsoft.com"
	// RegistryAnexia defines the anexia specific docker registry.
	RegistryAnexia = "anx-cr.io"

	// TopologyKeyHostname defines the topology key for the node hostname.
	TopologyKeyHostname = "kubernetes.io/hostname"
	// TopologyKeyZone defines the topology key for the node's cloud provider zone.
	TopologyKeyZone = "topology.kubernetes.io/zone"

	// MachineCRDName defines the CRD name for machine objects.
	MachineCRDName = "machines.cluster.k8s.io"
	// MachineSetCRDName defines the CRD name for machineset objects.
	MachineSetCRDName = "machinesets.cluster.k8s.io"
	// MachineDeploymentCRDName defines the CRD name for machinedeployment objects.
	MachineDeploymentCRDName = "machinedeployments.cluster.k8s.io"
	// ClusterCRDName defines the CRD name for cluster objects.
	ClusterCRDName = "clusters.cluster.k8s.io"

	// MachineControllerMutatingWebhookConfigurationName is the name of the machine-controllers mutating webhook
	// configuration.
	MachineControllerMutatingWebhookConfigurationName = "machine-controller.kubermatic.io"

	// OperatingSystemManagerMutatingWebhookConfigurationName is the name of OSM's mutating webhook configuration.
	OperatingSystemManagerMutatingWebhookConfigurationName = "operating-system-manager.kubermatic.io"
	// OperatingSystemManagerOperatingSystemProfileCRDName defines the CRD name for OSM operatingSysatemProfile objects.
	OperatingSystemManagerOperatingSystemProfileCRDName = "operatingsystemprofiles.operatingsystemmanager.k8c.io"
	// OperatingSystemManagerOperatingSystemConfigCRDName defines the CRD name for OSM operatingSystemConfig objects.
	OperatingSystemManagerOperatingSystemConfigCRDName = "operatingsystemconfigs.operatingsystemmanager.k8c.io"
	// OperatingSystemManagerValidatingWebhookConfigurationName is the name of OSM's validating webhook configuration.
	OperatingSystemManagerValidatingWebhookConfigurationName = "operating-system-manager.kubermatic.io"

	// InternalUserClusterAdminKubeconfigSecretName is the name of the secret containing an admin kubeconfig that can only be used from
	// within the seed cluster.
	InternalUserClusterAdminKubeconfigSecretName = "internal-admin-kubeconfig"
	// InternalUserClusterAdminKubeconfigCertUsername is the name of the user coming from kubeconfig cert.
	InternalUserClusterAdminKubeconfigCertUsername = "kubermatic-controllers"

	// IPVSProxyMode defines the ipvs kube-proxy mode.
	IPVSProxyMode = "ipvs"
	// IPTablesProxyMode defines the iptables kube-proxy mode.
	IPTablesProxyMode = "iptables"
	// EBPFProxyMode defines the eBPF proxy mode (disables kube-proxy and requires CNI support).
	EBPFProxyMode = "ebpf"

	// PodNodeSelectorAdmissionPlugin defines PodNodeSelector admission plugin.
	PodNodeSelectorAdmissionPlugin = "PodNodeSelector"

	// EventRateLimitAdmisionPlugin defines the EventRateLimit admission plugin.
	EventRateLimitAdmissionPlugin = "EventRateLimit"

	// KubeVirtInfraSecretName is the name for the secret containing the kubeconfig of the kubevirt infra cluster.
	KubeVirtInfraSecretName = "cloud-controller-manager-infra-kubeconfig"
	// KubeVirtInfraSecretKey infra kubeconfig.
	KubeVirtInfraSecretKey = "infra-kubeconfig"
	// KubeVirtCSISecretName is the name for the secret containing the kubeconfig of the kubevirt infra cluster for the CSI controller.
	KubeVirtCSISecretName = "csi-infra-kubeconfig"
	// KubeVirtCSISecretKey is the key in the previous secret.
	KubeVirtCSISecretKey = "kubeconfig"
	// KubeVirtCSINamespaceKey  is the key name of the field containing the infra cluster namespace in the CSI ConfigMap.
	KubeVirtCSINamespaceKey = "infraClusterNamespace"
	// KubeVirtCSIClusterLabelKey  is the key name of the field containing the infra cluster labels in the CSI ConfigMap.
	KubeVirtCSIClusterLabelKey = "infraClusterLabels"
	// KubeVirtCSIConfigMapName is the name of the configmap for the CSI controller.
	KubeVirtCSIConfigMapName = "csi-driver-config"
	// KubeVirtCSIControllerName is the name of the deployment of the CSI controller.
	KubeVirtCSIControllerName = "csi-controller"
	// KubeVirtCSIServiceAccountName is the name of the service account of the CSI controller.
	KubeVirtCSIServiceAccountName = "kubevirt-csi"
	// KubeVirtCSIClusterRoleName is the name of the deployment of the CSI controller.
	KubeVirtCSIClusterRoleName = "kubevirt-csi-controller"
	// KubeVirtCSIRoleBindingName is the name of the deployment of the CSI controller.
	KubeVirtCSIRoleBindingName = "csi-controller"

	// DefaultNodePortRange is a Kubernetes cluster's default nodeport range.
	DefaultNodePortRange = "30000-32767"
)
View Source 
const (
	// CAKeySecretKey ca.key.
	CAKeySecretKey = "ca.key"
	// CACertSecretKey ca.crt.
	CACertSecretKey = "ca.crt"
	// ApiserverTLSKeySecretKey apiserver-tls.key.
	ApiserverTLSKeySecretKey = "apiserver-tls.key"
	// ApiserverTLSCertSecretKey apiserver-tls.crt.
	ApiserverTLSCertSecretKey = "apiserver-tls.crt"
	// KubeletClientKeySecretKey kubelet-client.key.
	KubeletClientKeySecretKey = "kubelet-client.key"
	// KubeletClientCertSecretKey kubelet-client.crt.
	KubeletClientCertSecretKey = "kubelet-client.crt"
	// ServiceAccountKeySecretKey sa.key.
	ServiceAccountKeySecretKey = "sa.key"
	// ServiceAccountKeyPublicKey is the public key for the service account signer key.
	ServiceAccountKeyPublicKey = "sa.pub"
	// KubeconfigSecretKey kubeconfig.
	KubeconfigSecretKey = "kubeconfig"
	// TokensSecretKey tokens.csv.
	TokensSecretKey = "tokens.csv"
	// ViewersTokenSecretKey viewersToken.
	ViewerTokenSecretKey = "viewerToken"
	// OpenVPNCACertKey cert.pem, must match CACertSecretKey, otherwise getClusterCAFromLister doesn't work as it has
	// the key hardcoded.
	OpenVPNCACertKey = CACertSecretKey
	// OpenVPNCAKeyKey key.pem, must match CAKeySecretKey, otherwise getClusterCAFromLister doesn't work as it has
	// the key hardcoded.
	OpenVPNCAKeyKey = CAKeySecretKey
	// OpenVPNServerKeySecretKey server.key.
	OpenVPNServerKeySecretKey = "server.key"
	// OpenVPNServerCertSecretKey server.crt.
	OpenVPNServerCertSecretKey = "server.crt"
	// OpenVPNInternalClientKeySecretKey client.key.
	OpenVPNInternalClientKeySecretKey = "client.key"
	// OpenVPNInternalClientCertSecretKey client.crt.
	OpenVPNInternalClientCertSecretKey = "client.crt"
	// EtcdTLSCertSecretKey etcd-tls.crt.
	EtcdTLSCertSecretKey = "etcd-tls.crt"
	// EtcdTLSKeySecretKey etcd-tls.key.
	EtcdTLSKeySecretKey = "etcd-tls.key"

	// ApiserverEtcdClientCertificateCertSecretKey apiserver-etcd-client.crt.
	ApiserverEtcdClientCertificateCertSecretKey = "apiserver-etcd-client.crt"
	// ApiserverEtcdClientCertificateKeySecretKey apiserver-etcd-client.key.
	ApiserverEtcdClientCertificateKeySecretKey = "apiserver-etcd-client.key"

	// ApiserverProxyClientCertificateCertSecretKey apiserver-proxy-client.crt.
	ApiserverProxyClientCertificateCertSecretKey = "apiserver-proxy-client.crt"
	// ApiserverProxyClientCertificateKeySecretKey apiserver-proxy-client.key.
	ApiserverProxyClientCertificateKeySecretKey = "apiserver-proxy-client.key"

	// PrometheusClientCertificateCertSecretKey prometheus-client.crt.
	PrometheusClientCertificateCertSecretKey = "prometheus-client.crt"
	// PrometheusClientCertificateKeySecretKey prometheus-client.key.
	PrometheusClientCertificateKeySecretKey = "prometheus-client.key"

	// ServingCertSecretKey is the secret key for a generic serving cert.
	ServingCertSecretKey = "serving.crt"
	// ServingCertKeySecretKey is the secret key for the key of a generic serving cert.
	ServingCertKeySecretKey = "serving.key"

	// CloudConfigSecretKey is the secret key for cloud-config.
	CloudConfigSecretKey = "config"
	// NutanixCSIConfigSecretKey is the secret key for nutanix csi secret.
	NutanixCSIConfigSecretKey = "key"
	// NutanixCSIConfigSecretName is the secret key for nutanix csi secret.
	NutanixCSIConfigSecretName = "ntnx-secret"

	// VMwareCloudDirectorCSIConfigConfigMapKey is the key for VMware Cloud Director CSI configmap.
	VMwareCloudDirectorCSIConfigConfigMapKey = "vcloud-csi-config.yaml"
	// VMwareCloudDirectorCSIConfigConfigMapName is the name for VMware Cloud Director CSI configmap.
	VMwareCloudDirectorCSIConfigConfigMapName = "vcloud-csi-configmap"
)
View Source 
const (
	ExternalClusterKubeconfigPrefix = "kubeconfig-external-cluster"
	// KubeOneNamespacePrefix is the kubeone namespace prefix.
	KubeOneNamespacePrefix = "kubeone"
	// CredentialPrefix is the prefix used for the secrets containing cloud provider crednentials.
	CredentialPrefix = "credential"
	// KubeOne secret prefixes.
	// don't change this as these prefixes are used for rbac generation.
	KubeOneSSHSecretPrefix      = "ssh-kubeone-external-cluster"
	KubeOneManifestSecretPrefix = "manifest-kubeone-external-cluster"
	// KubOne ConfigMap name.
	KubeOneScriptConfigMapName = "kubeone"
	// KubeOne secret keys.
	KubeOneManifest            = "manifest"
	KubeOneSSHPrivateKey       = "id_rsa"
	KubeOneSSHPassphrase       = "passphrase"
	ContainerRuntimeDocker     = "docker"
	ContainerRuntimeContainerd = "containerd"
	// KubeOne natively-supported providers.
	KubeOneAWS                 = "aws"
	KubeOneGCP                 = "gcp"
	KubeOneAzure               = "azure"
	KubeOneDigitalOcean        = "digitalocean"
	KubeOneHetzner             = "hetzner"
	KubeOneNutanix             = "nutanix"
	KubeOneVMwareCloudDirector = "vmwareCloudDirector"
	KubeOneOpenStack           = "openstack"
	KubeOneEquinix             = "equinix"
	KubeOneVSphere             = "vsphere"
	KubeOneImage               = "quay.io/kubermatic/kubeone"
	KubeOneImageTag            = "e8f511e983d19d72dcd59d398babe93c15c292f5"
	KubeOneScript              = `
#!/usr/bin/env bash

eval ` + "`" + "ssh-agent" + "`" + ` > /dev/null
printf "#!/bin/sh\necho $PASSPHRASE" > script_returning_pass
chmod +x script_returning_pass
DISPLAY=1 SSH_ASKPASS="./script_returning_pass" ssh-add ~/.ssh/id_rsa > /dev/null 2> /dev/null
rm ${SSH_ASKPASS} -f
			`
)
View Source 
const (
	AWSAccessKeyID          = "accessKeyId"
	AWSSecretAccessKey      = "secretAccessKey"
	AWSAssumeRoleARN        = "assumeRoleARN"
	AWSAssumeRoleExternalID = "assumeRoleExternalID"

	AzureTenantID       = "tenantID"
	AzureSubscriptionID = "subscriptionID"
	AzureClientID       = "clientID"
	AzureClientSecret   = "clientSecret"

	DigitaloceanToken = "token"

	GCPServiceAccount = "serviceAccount"

	HetznerToken = "token"

	OpenstackUsername                    = "username"
	OpenstackPassword                    = "password"
	OpenstackTenant                      = "tenant"
	OpenstackTenantID                    = "tenantID"
	OpenstackProject                     = "project"
	OpenstackProjectID                   = "projectID"
	OpenstackDomain                      = "domain"
	OpenstackApplicationCredentialID     = "applicationCredentialID"
	OpenstackApplicationCredentialSecret = "applicationCredentialSecret"
	OpenstackToken                       = "token"
	// Below OpenStack constant is added for KubeOne Clusters.
	OpenstackAuthURL = "authURL"
	OpenstackRegion  = "region"

	PacketAPIKey    = "apiKey"
	PacketProjectID = "projectID"

	KubeVirtKubeconfig = "kubeConfig"

	VsphereUsername                    = "username"
	VspherePassword                    = "password"
	VsphereInfraManagementUserUsername = "infraManagementUserUsername"
	VsphereInfraManagementUserPassword = "infraManagementUserPassword"
	// Below VSphere constant is added for KubeOne Clusters.
	VsphereServer = "server"

	AlibabaAccessKeyID     = "accessKeyId"
	AlibabaAccessKeySecret = "accessKeySecret"

	AnexiaToken = "token"

	NutanixUsername    = "username"
	NutanixPassword    = "password"
	NutanixCSIUsername = "csiUsername"
	NutanixCSIPassword = "csiPassword"
	NutanixProxyURL    = "proxyURL"
	// Below Nutanix constant are added for KubeOne Clusters.
	NutanixCSIEndpoint   = "csiEndpoint"
	NutanixClusterName   = "clusterName"
	NutanixAllowInsecure = "allowInsecure"
	NutanixEndpoint      = "endpoint"
	NutanixPort          = "port"

	// VMware Cloud Director provider constants.
	VMwareCloudDirectorUsername     = "username"
	VMwareCloudDirectorAPIToken     = "apiToken"
	VMwareCloudDirectorPassword     = "password"
	VMwareCloudDirectorOrganization = "organization"
	VMwareCloudDirectorVDC          = "vdc"
	VMwareCloudDirectorURL          = "url"

	ServiceAccountTokenType       = "kubernetes.io/service-account-token"
	ServiceAccountTokenAnnotation = "kubernetes.io/service-account.name"

	UserSSHKeys = "usersshkeys"
)
View Source 
const (
	CoreDNSClusterRoleName         = "system:coredns"
	CoreDNSClusterRoleBindingName  = "system:coredns"
	CoreDNSServiceAccountName      = "coredns"
	CoreDNSServiceName             = "kube-dns"
	CoreDNSConfigMapName           = "coredns"
	CoreDNSDeploymentName          = "coredns"
	CoreDNSPodDisruptionBudgetName = "coredns"
)
View Source 
const (
	EnvoyAgentConfigMapName                    = "envoy-agent"
	EnvoyAgentConfigFileName                   = "envoy.yaml"
	EnvoyAgentDaemonSetName                    = "envoy-agent"
	EnvoyAgentCreateInterfaceInitContainerName = "create-dummy-interface"
	EnvoyAgentAssignAddressContainerName       = "assign-address"
	EnvoyAgentDeviceSetupImage                 = "kubermatic/network-interface-manager"
	// Default tunneling agent IP address.
	DefaultTunnelingAgentIP = "100.64.30.10"
)
View Source 
const (
	NodeLocalDNSServiceAccountName  = "node-local-dns"
	NodeLocalDNSConfigMapName       = "node-local-dns"
	NodeLocalDNSDaemonSetName       = "node-local-dns"
	DefaultNodeLocalDNSCacheEnabled = true
)
View Source 
const (
	ExternalClusterIsImported         = "is-imported"
	ExternalClusterIsImportedTrue     = "true"
	ExternalClusterIsImportedFalse    = "false"
	ExternalClusterKubeconfig         = "kubeconfig"
	ExternalEKSClusterAccessKeyID     = "accessKeyId"
	ExternalEKSClusterSecretAccessKey = "secretAccessKey"
	ExternalGKEClusterSeriveAccount   = "serviceAccount"
	GKEUnspecifiedReleaseChannel      = "UNSPECIFIED"
	GKERapidReleaseChannel            = "RAPID"
	GKERegularReleaseChannel          = "REGULAR"
	GKEStableReleaseChannel           = "STABLE"
	ExternalAKSClusterTenantID        = "tenantID"
	ExternalAKSClusterSubscriptionID  = "subscriptionID"
	ExternalAKSClusterClientID        = "clientID"
	ExternalAKSClusterClientSecret    = "clientSecret"
	AKSNodepoolNameLabel              = "kubernetes.azure.com/agentpool"
	EKSNodeGroupNameLabel             = "eks.amazonaws.com/nodegroup"
	GKENodepoolNameLabel              = "cloud.google.com/gke-nodepool"
)
View Source 
const (
	EtcdTrustedCAFile = "/etc/etcd/pki/ca/ca.crt"
	EtcdCertFile      = "/etc/etcd/pki/tls/etcd-tls.crt"
	EtcdKeyFile       = "/etc/etcd/pki/tls/etcd-tls.key"

	EtcdPeerCertFile = "/etc/etcd/pki/tls/etcd-tls.crt"
	EtcdPeerKeyFile  = "/etc/etcd/pki/tls/etcd-tls.key"

	EtcdClientCertFile = "/etc/etcd/pki/client/apiserver-etcd-client.crt"
	EtcdClientKeyFile  = "/etc/etcd/pki/client/apiserver-etcd-client.key"
)
View Source 
const (
	// CSIMigrationWebhookName is the name of the csi-migration webhook service.
	CSIMigrationWebhookName = "csi-migration-webhook"
	// CSIMigrationWebhookSecretName defines the name of the secret containing the certificates for the csi-migration admission webhook.
	CSIMigrationWebhookSecretName = "csi-migration-webhook-certs"

	// CSIMigrationWebhookConfig is the name for the key that contains the webhook config.
	CSIMigrationWebhookConfig = "webhook.config"
	// CSIMigrationWebhookPort is the port used by the CSI-migration webhook.
	CSIMigrationWebhookPort = 8443
	// VsphereCSIMigrationWebhookConfigurationWebhookName is the webhook's name in the vSphere CSI_migration WebhookConfiguration.
	VsphereCSIMigrationWebhookConfigurationWebhookName = "validation.csi.vsphere.vmware.com"

	// CSISnapshotValidationWebhookConfigurationName part of kubernetes-csi external-snapshotter validation webhook.
	CSISnapshotValidationWebhookConfigurationName = "validation-webhook.snapshot.storage.k8s.io"
	// CSISnapshotValidationWebhookName part of kubernetes-csi external-snapshotter validation webhook.
	CSISnapshotValidationWebhookName = "snapshot-validation-service"

	CSISnapshotWebhookSecretName = "csi-snapshot-webhook-certs"
	// CSIWebhookServingCertCertKeyName is the name for the key that contains the cert.
	CSIWebhookServingCertCertKeyName = "cert.pem"
	// CSIWebhookServingCertKeyKeyName is the name for the key that contains the key.
	CSIWebhookServingCertKeyKeyName = "key.pem"
)
View Source 
const (
	UserClusterMLANamespace = "mla-system"
	MLAComponentName        = "mla"

	MLALoggingAgentServiceAccountName     = "mla-logging-agent"
	MLALoggingAgentClusterRoleName        = "system:mla:mla-logging-agent"
	MLALoggingAgentClusterRoleBindingName = "system:mla:mla-logging-agent"
	MLALoggingAgentSecretName             = "mla-logging-agent"
	MLALoggingAgentDaemonSetName          = "mla-logging-agent"

	MLAMonitoringAgentConfigMapName          = "mla-monitoring-agent"
	MLAMonitoringAgentServiceAccountName     = "mla-monitoring-agent"
	MLAMonitoringAgentClusterRoleName        = "system:mla:mla-monitoring-agent"
	MLAMonitoringAgentClusterRoleBindingName = "system:mla:mla-monitoring-agent"
	MLAMonitoringAgentDeploymentName         = "mla-monitoring-agent"

	// MLAGatewayExternalServiceName is the name for the MLA Gateway external service.
	MLAGatewayExternalServiceName = "mla-gateway-ext"
	// MLAGatewaySNIPrefix is the URL prefix which identifies the MLA Gateway endpoint in the external URL if SNI expose strategy is used.
	MLAGatewaySNIPrefix = "mla-gateway."

	// MLAGatewayCASecretName is the name for the secret containing the MLA Gateway CA certificates.
	MLAGatewayCASecretName = "mla-gateway-ca"
	MLAGatewayCACertKey    = CACertSecretKey
	MLAGatewayCAKeyKey     = CAKeySecretKey

	// MLAGatewayCertificatesSecretName is the name for the secret containing the MLA Gateway certificates.
	MLAGatewayCertificatesSecretName = "mla-gateway-certificates"
	MLAGatewayKeySecretKey           = "gateway.key"
	MLAGatewayCertSecretKey          = "gateway.crt"

	// MLAMonitoringAgentCertificatesSecretName is the name for the secret containing the Monitoring Agent (grafana-agent) client certificates.
	MLAMonitoringAgentCertificatesSecretName = "monitoring-agent-certificates"
	MLAMonitoringAgentCertificateCommonName  = "grafana-agent"
	MLAMonitoringAgentClientKeySecretKey     = "client.key"
	MLAMonitoringAgentClientCertSecretKey    = "client.crt"
	MLAMonitoringAgentClientCertMountPath    = "/etc/ssl/mla"

	// MLALoggingAgentCertificatesSecretName is the name for the secret containing the Logging Agent client certificates.
	MLALoggingAgentCertificatesSecretName = "logging-agent-certificates"
	MLALoggingAgentCertificateCommonName  = "logging-agent"
	MLALoggingAgentClientKeySecretKey     = "client.key"
	MLALoggingAgentClientCertSecretKey    = "client.crt"
	MLALoggingAgentClientCertMountPath    = "/etc/ssl/mla"

	AlertmanagerName                    = "alertmanager"
	DefaultAlertmanagerConfigSecretName = "alertmanager"
	AlertmanagerConfigSecretKey         = "alertmanager.yaml"
	DefaultAlertmanagerConfig           = `
template_files: {}
alertmanager_config: |
  route:
    receiver: 'null'
  receivers:
    - name: 'null'
`

	// MLAAdminSettingsName specifies a fixed name of the MLA admin settings custom resource in the cluster namespace.
	MLAAdminSettingsName = "mla-admin-settings"

	// Konnectivity.
	KonnectivityDeploymentName             = "konnectivity-agent"
	KonnectivityClusterRoleBindingName     = "system:konnectivity-server"
	KonnectivityClusterRoleBindingUsername = "system:konnectivity-server"
	KonnectivityServiceAccountName         = "system-konnectivity-agent"
	KonnectivityAgentContainer             = "konnectivity-agent"
	KonnectivityServerContainer            = "konnectivity-server"
	KonnectivityAgentToken                 = "system-konnectivity-agent-token"
	KonnectivityProxyServiceName           = "konnectivity-server"
	KonnectivityProxyTLSSecretName         = "konnectivityproxy-tls"
	KonnectivityKubeconfigSecretName       = "konnectivity-kubeconfig"
	KonnectivityServerConf                 = "konnectivity-server.conf"
	KonnectivityKubeApiserverEgress        = "kube-apiserver-egress"
	KonnectivityUDS                        = "konnectivity-uds"
	KonnectivityPodDisruptionBudgetName    = "konnectivity-agent"
)
View Source 
const (
	// Legacy Prometheus resource names, used only for cleanup/migration purposes.
	UserClusterLegacyPrometheusConfigMapName          = "prometheus"
	UserClusterLegacyPrometheusServiceAccountName     = "prometheus"
	UserClusterLegacyPrometheusClusterRoleName        = "system:mla:prometheus"
	UserClusterLegacyPrometheusClusterRoleBindingName = "system:mla:prometheus"
	UserClusterLegacyPrometheusDeploymentName         = "prometheus"
	UserClusterLegacyPrometheusCertificatesSecretName = "prometheus-certificates"

	// Legacy Promtail resource names, used only for cleanup/migration purposes.
	UserClusterLegacyPromtailServiceAccountName     = "promtail"
	UserClusterLegacyPromtailClusterRoleName        = "system:mla:promtail"
	UserClusterLegacyPromtailClusterRoleBindingName = "system:mla:promtail"
	UserClusterLegacyPromtailSecretName             = "promtail"
	UserClusterLegacyPromtailDaemonSetName          = "promtail"
	UserClusterLegacyPromtailCertificatesSecretName = "promtail-certificates"
)
View Source 
const (
	NetworkPolicyDefaultDenyAllEgress               = "default-deny-all-egress"
	NetworkPolicyEtcdAllow                          = "etcd-allow"
	NetworkPolicyDNSAllow                           = "dns-allow"
	NetworkPolicyOpenVPNServerAllow                 = "openvpn-server-allow"
	NetworkPolicyMachineControllerWebhookAllow      = "machine-controller-webhook-allow"
	NetworkPolicyUserClusterWebhookAllow            = "usercluster-webhook-allow"
	NetworkPolicyOperatingSystemManagerWebhookAllow = "operating-system-manager-webhook-allow"
	NetworkPolicyMetricsServerAllow                 = "metrics-server-allow"
	NetworkPolicyClusterExternalAddrAllow           = "cluster-external-addr-allow"
	NetworkPolicyOIDCIssuerAllow                    = "oidc-issuer-allow"
)
View Source 
const (
	UserClusterWebhookDeploymentName        = "usercluster-webhook"
	UserClusterWebhookServiceName           = "usercluster-webhook"
	UserClusterWebhookServingCertSecretName = "usercluster-webhook-serving-cert"
	UserClusterWebhookSeedListenPort        = 443
	UserClusterWebhookUserListenPort        = 6443
)
View Source 
const (
	// DefaultClusterPodsCIDRIPv4 is the default network range from which IPv4 POD networks are allocated.
	DefaultClusterPodsCIDRIPv4 = "172.25.0.0/16"
	// DefaultClusterPodsCIDRIPv4KubeVirt is the default network range from which IPv4 POD networks are allocated for KubeVirt clusters.
	DefaultClusterPodsCIDRIPv4KubeVirt = "172.26.0.0/16"
	// DefaultClusterPodsCIDRIPv6 is the default network range from which IPv6 POD networks are allocated.
	DefaultClusterPodsCIDRIPv6 = "fd01::/48"

	// DefaultClusterServicesCIDRIPv4 is the default network range from which IPv4 service VIPs are allocated.
	DefaultClusterServicesCIDRIPv4 = "10.240.16.0/20"
	// DefaultClusterServicesCIDRIPv4KubeVirt is the default network range from which IPv4 service VIPs are allocated for KubeVirt clusters.
	DefaultClusterServicesCIDRIPv4KubeVirt = "10.241.0.0/20"
	// DefaultClusterServicesCIDRIPv6 is the default network range from which IPv6 service VIPs are allocated.
	DefaultClusterServicesCIDRIPv6 = "fd02::/120"

	// DefaultNodeCIDRMaskSizeIPv4 is the default mask size used to address the nodes within provided IPv4 Pods CIDR.
	DefaultNodeCIDRMaskSizeIPv4 = 24
	// DefaultNodeCIDRMaskSizeIPv6 is the default mask size used to address the nodes within provided IPv6 Pods CIDR.
	DefaultNodeCIDRMaskSizeIPv6 = 64
)
View Source 
const (
	// IPv4MatchAnyCIDR is the CIDR used for matching with any IPv4 address.
	IPv4MatchAnyCIDR = "0.0.0.0/0"
	// IPv6MatchAnyCIDR is the CIDR used for matching with any IPv6 address.
	IPv6MatchAnyCIDR = "::/0"
)
View Source 
const (
	ApplicationCacheVolumeName = "applications-cache"
	ApplicationCacheMountPath  = "/applications-cache"
)
View Source 
const (
	CloudProviderExternalFlag = "external"
)
View Source 
const (
	TokenBlacklist = "token-blacklist"
)

Variables

View Source 
var DefaultApplicationCacheSize = resource.MustParse("300Mi")

Functions

func AdminKubeconfigReconciler 

func AdminKubeconfigReconciler(data adminKubeconfigReconcilerData) reconciling.NamedSecretReconcilerFactory

AdminKubeconfigReconciler returns a function to create/update the secret with the admin kubeconfig.

func AppClusterLabels 

func AppClusterLabels(appName, clusterName string, additionalLabels map[string]string) map[string]string

AppClusterLabels returns the base app label + the cluster label. Additional labels can be included as well.

func BaseAppLabels 

func BaseAppLabels(name string, additionalLabels map[string]string) map[string]string

BaseAppLabels returns the minimum required labels.

func Bool 

func Bool(v bool) *bool

Bool returns a pointer to the bool value passed in.

func BuildNewKubeconfigAsByte 

func BuildNewKubeconfigAsByte(ca *triple.KeyPair, server, commonName string, organizations []string, clusterName string) ([]byte, error)

func CertWillExpireSoon 

func CertWillExpireSoon(cert *x509.Certificate) bool

CertWillExpireSoon returns if the certificate will expire in the next 30 days.

func ClusterIPForService 

func ClusterIPForService(name, namespace string, serviceLister corev1lister.ServiceLister) (*net.IP, error)

ClusterIPForService returns the cluster ip for the given service.

func ClusterRoleBindingAuthDelegatorReconciler 

func ClusterRoleBindingAuthDelegatorReconciler(username string) reconciling.NamedClusterRoleBindingReconcilerFactory

ClusterRoleBindingAuthDelegatorReconciler returns a function to create the ClusterRoleBinding which is needed for extension apiserver which do auth delegation.

func ConfigMapRevision 

func ConfigMapRevision(ctx context.Context, key types.NamespacedName, client ctrlruntimeclient.Client) (string, error)

ConfigMapRevision returns the resource version of the ConfigMap specified by name.

func CopyCredentials 

func CopyCredentials(data CredentialsData, cluster *kubermaticv1.Cluster) error

func ExternalCloudControllerClusterName 

func ExternalCloudControllerClusterName(cloudSpec *kubermaticv1.CloudSpec) bool

ExternalCloudControllerClusterName checks if the ClusterFeatureCCMClusterName is supported for the cloud provider.

func ExternalCloudControllerFeatureSupported 

func ExternalCloudControllerFeatureSupported(dc *kubermaticv1.Datacenter, cloudSpec *kubermaticv1.CloudSpec, clusterVersion semver.Semver, incompatibilities ...*version.ProviderIncompatibility) bool

ExternalCloudControllerFeatureSupported checks if the cloud provider supports external CCM. The clusterVersion has to be specified, depending on whether you want to verify against the spec'ed (desired) version or the current version in the ClusterStatus.

func ExternalCloudProviderEnabled 

func ExternalCloudProviderEnabled(cluster *kubermaticv1.Cluster) bool

func FailureDomainZoneAntiAffinity 

func FailureDomainZoneAntiAffinity(app string) corev1.WeightedPodAffinityTerm

FailureDomainZoneAntiAffinity ensures that same-kind pods are spread across different availability zones.

func GetAbsoluteServiceDNSName 

func GetAbsoluteServiceDNSName(service, namespace string) string

GetAbsoluteServiceDNSName returns the absolute DNS name for the given service and the given cluster. Absolute means a trailing dot will be appended to the DNS name.

func GetAllowedTLSCipherSuites 

func GetAllowedTLSCipherSuites() []string

GetAllowedTLSCipherSuites returns a list of allowed TLS cipher suites.

func GetApplicationCacheSize 

func GetApplicationCacheSize(appSettings *kubermaticv1.ApplicationSettings) *resource.Quantity

GetApplicationCacheSize return the application cache size if defined, otherwise fallback to the default size.

func GetBaseKubeconfig 

func GetBaseKubeconfig(caCert *x509.Certificate, server, clusterName string) *clientcmdapi.Config

func GetCABundleFromFile 

func GetCABundleFromFile(file string) ([]*x509.Certificate, error)

GetCABundleFromFile returns the CA bundle from a file.

func GetCSIMigrationFeatureGates 

func GetCSIMigrationFeatureGates(cluster *kubermaticv1.Cluster, version *semverlib.Version) []string

func GetClusterExternalIP 

func GetClusterExternalIP(cluster *kubermaticv1.Cluster) (*net.IP, error)

GetClusterExternalIP returns a net.IP for the given Cluster.

func GetClusterFrontProxyCA 

func GetClusterFrontProxyCA(ctx context.Context, namespace string, client ctrlruntimeclient.Client) (*triple.KeyPair, error)

GetClusterFrontProxyCA returns the frontproxy CA of the cluster from the lister.

func GetClusterNodeCIDRMaskSizeIPv4 

func GetClusterNodeCIDRMaskSizeIPv4(cluster *kubermaticv1.Cluster) int32

GetClusterNodeCIDRMaskSizeIPv4 returns effective mask size used to address the nodes within provided IPv4 Pods CIDR.

func GetClusterNodeCIDRMaskSizeIPv6 

func GetClusterNodeCIDRMaskSizeIPv6(cluster *kubermaticv1.Cluster) int32

GetClusterNodeCIDRMaskSizeIPv6 returns effective mask size used to address the nodes within provided IPv6 Pods CIDR.

func GetClusterRef 

func GetClusterRef(cluster *kubermaticv1.Cluster) metav1.OwnerReference

GetClusterRef returns a metav1.OwnerReference for the given Cluster.

func GetClusterRootCA 

func GetClusterRootCA(ctx context.Context, namespace string, client ctrlruntimeclient.Client) (*triple.KeyPair, error)

GetClusterRootCA returns the root CA of the cluster from the lister.

func GetCredentialsReference 

func GetCredentialsReference(cluster *kubermaticv1.Cluster) (*kubermaticv1.GlobalSecretKeySelector, error)

GetCredentialsReference returns the CredentialsReference for the cluster's chosen cloud provider (or nil if the provider is BYO). If an unknown provider is used, an error is returned.

func GetDefaultPodCIDRIPv4 

func GetDefaultPodCIDRIPv4(provider kubermaticv1.CloudProvider) string

GetDefaultPodCIDRIPv4 returns the default IPv4 pod CIDR for the given provider.

func GetDefaultProxyMode 

func GetDefaultProxyMode(provider kubermaticv1.CloudProvider) string

GetDefaultProxyMode returns the default proxy mode for the given provider.

func GetDefaultServicesCIDRIPv4 

func GetDefaultServicesCIDRIPv4(provider kubermaticv1.CloudProvider) string

GetDefaultServicesCIDRIPv4 returns the default IPv4 services CIDR for the given provider.

func GetHTTPProxyEnvVars 

func GetHTTPProxyEnvVars(config *kubermaticv1.KubermaticConfiguration, inClusterAPIServerURL string) []corev1.EnvVar

func GetInternalKubeconfigReconciler 

func GetInternalKubeconfigReconciler(namespace, name, commonName string, organizations []string, data internalKubeconfigReconcilerData, log *zap.SugaredLogger) reconciling.NamedSecretReconcilerFactory

GetInternalKubeconfigReconciler is a generic function to return a secret generator to create a kubeconfig which must only be used within the seed-cluster as it uses the ClusterIP of the apiserver.

func GetKubeletPreferredAddressTypes 

func GetKubeletPreferredAddressTypes(cluster *kubermaticv1.Cluster, isKonnectivityEnabled bool) string

GetKubeletPreferredAddressTypes returns the preferred address types in the correct order to be used when contacting kubelet from the control plane.

func GetKubernetesCloudProviderName 

func GetKubernetesCloudProviderName(cluster *kubermaticv1.Cluster, externalCloudProvider bool) string

func GetNodePortsAllowedIPRanges 

func GetNodePortsAllowedIPRanges(cluster *kubermaticv1.Cluster, allowedIPRanges *kubermaticv1.NetworkRanges, allowedIPRange string) (res kubermaticv1.NetworkRanges)

GetNodePortsAllowedIPRanges returns effective CIDR range to be used for NodePort services for the given cluster and provided allowed IP ranges coming from provider-specific API.

func GetOverrides 

func GetOverrides(componentSettings kubermaticv1.ComponentSettings) map[string]*corev1.ResourceRequirements

func GetPodTemplateLabels 

func GetPodTemplateLabels(
	ctx context.Context,
	client ctrlruntimeclient.Client,
	appName, clusterName, namespace string,
	volumes []corev1.Volume,
	additionalLabels map[string]string,
) (map[string]string, error)

GetPodTemplateLabels is a specialized version of VolumeRevisionLabels that adds additional typical labels like app and cluster names.

func HealthyDaemonSet 

func HealthyDaemonSet(ctx context.Context, client ctrlruntimeclient.Client, nn types.NamespacedName, minReady int32) (kubermaticv1.HealthStatus, error)

HealthyDaemonSet tells if the minReady nodes have one Ready pod.

func HealthyDeployment 

func HealthyDeployment(ctx context.Context, client ctrlruntimeclient.Client, nn types.NamespacedName, minReady int32) (kubermaticv1.HealthStatus, error)

HealthyDeployment tells if the deployment has a minimum of minReady replicas in Ready status. minReady smaller than 0 means that spec.replicas of the Deployment is used.

func HealthyStatefulSet 

func HealthyStatefulSet(ctx context.Context, client ctrlruntimeclient.Client, nn types.NamespacedName, minReady int32) (kubermaticv1.HealthStatus, error)

HealthyStatefulSet tells if the deployment has a minimum of minReady replicas in Ready status. minReady smaller than 0 means that spec.replicas of the StatefulSet is used.

func HostnameAntiAffinity 

func HostnameAntiAffinity(app, clusterName string) *corev1.Affinity

HostnameAntiAffinity returns a simple Affinity rule to prevent* scheduling of same kind pods on the same node. It contains 2 AntiAffinity terms: High priority: We don't schedule multiple pods of this app & cluster on a single node Low priority: We don't schedule multiple pods of this app on a single node - regardless of the cluster. This prevents that we schedule all API server pods on a single node *if scheduling is not possible with this rule, it will be ignored.

func ImagePullSecretReconciler 

func ImagePullSecretReconciler(dockerPullConfigJSON []byte) reconciling.NamedSecretReconcilerFactory

ImagePullSecretReconciler returns a creator function to create a ImagePullSecret.

func InClusterApiserverIP 

func InClusterApiserverIP(cluster *kubermaticv1.Cluster) (*net.IP, error)

InClusterApiserverIP returns the first usable IP of the service cidr. Its the in cluster IP for the apiserver.

func Int32 

func Int32(v int32) *int32

Int32 returns a pointer to the int32 value passed in.

func Int64 

func Int64(v int64) *int64

Int64 returns a pointer to the int64 value passed in.

func IsClientCertificateValidForAllOf 

func IsClientCertificateValidForAllOf(cert *x509.Certificate, commonName string, organizations []string, ca *x509.Certificate) bool

IsClientCertificateValidForAllOf validates if the given data matches exactly the given client certificate (It also returns true if all given data is in the cert, but the cert has more organizations).

func IsServerCertificateValidForAllOf 

func IsServerCertificateValidForAllOf(cert *x509.Certificate, commonName string, altNames certutil.AltNames, ca *x509.Certificate) bool

IsServerCertificateValidForAllOf validates if the given data is present in the given server certificate.

func IsValidKubeconfig 

func IsValidKubeconfig(kubeconfigBytes []byte, caCert *x509.Certificate, server, commonName string, organizations []string, clusterName string) (bool, error)

func MigrationToExternalCloudControllerSupported 

func MigrationToExternalCloudControllerSupported(dc *kubermaticv1.Datacenter, cluster *kubermaticv1.Cluster, incompatibilities ...*version.ProviderIncompatibility) bool

MigrationToExternalCloudControllerSupported checks if the cloud provider supports the migration to the external CCM.

func RoleBindingAuthenticationReaderReconciler 

func RoleBindingAuthenticationReaderReconciler(username string) reconciling.NamedRoleBindingReconcilerFactory

RoleBindingAuthenticationReaderReconciler returns a function to create the RoleBinding which is needed for extension apiserver which do auth delegation.

func SanitizeEnvVars 

func SanitizeEnvVars(envVars []corev1.EnvVar) []corev1.EnvVar

SanitizeEnvVar will take the value of an environment variable and sanitize it. the need for this comes from github.com/kubermatic/kubermatic/issues/7960.

func SecretRevision 

func SecretRevision(ctx context.Context, key types.NamespacedName, client ctrlruntimeclient.Client) (string, error)

SecretRevision returns the resource version of the Secret specified by name.

func ServiceAccountSecretReconciler 

func ServiceAccountSecretReconciler(data CredentialsData) reconciling.NamedSecretReconcilerFactory

ServiceAccountSecretReconciler returns a creator function to create a Google Service Account.

func SetResourceRequirements 

func SetResourceRequirements(containers []corev1.Container, defaultRequirements, overrides map[string]*corev1.ResourceRequirements, annotations map[string]string) error

SetResourceRequirements sets resource requirements on provided slice of containers. The highest priority has requirements provided using overrides, then requirements provided by the vpa-updater (if VPA is enabled), and at the end provided default requirements for a given resource.

func String 

func String(v string) *string

String returns a pointer to the string value passed in.

func SupportsFailureDomainZoneAntiAffinity 

func SupportsFailureDomainZoneAntiAffinity(ctx context.Context, client ctrlruntimeclient.Client) (bool, error)

SupportsFailureDomainZoneAntiAffinity checks if there are any nodes with the TopologyKeyZone label.

func UnwrapCommand 

func UnwrapCommand(container corev1.Container) (found bool, command httpproberapi.Command)

func UserClusterDNSPolicyAndConfig 

func UserClusterDNSPolicyAndConfig(d userClusterDNSPolicyAndConfigData) (corev1.DNSPolicy, *corev1.PodDNSConfig, error)

UserClusterDNSPolicyAndConfig returns a DNSPolicy and DNSConfig to configure Pods to use user cluster DNS.

func UserClusterDNSResolverIP 

func UserClusterDNSResolverIP(cluster *kubermaticv1.Cluster) (string, error)

UserClusterDNSResolverIP returns the 9th usable IP address from the first Service CIDR block from ClusterNetwork spec. This is by convention the IP address of the DNS resolver. Returns "" on error.

func ViewerKubeconfigReconciler 

func ViewerKubeconfigReconciler(data *TemplateData) reconciling.NamedSecretReconcilerFactory

ViewerKubeconfigReconciler returns a function to create/update the secret with the viewer kubeconfig.

func VolumeRevisionLabels 

func VolumeRevisionLabels(
	ctx context.Context,
	client ctrlruntimeclient.Client,
	namespace string,
	volumes []corev1.Volume,
) (map[string]string, error)

VolumeRevisionLabels returns a set of labels for the given volumes, with one label per ConfigMap or Secret, containing the objects' revisions. When used for pod template labels, this will force pods being restarted as soon as one of the secrets/configmaps get updated.

Types

type AKSCredentials 

type AKSCredentials struct {
	TenantID       string
	SubscriptionID string
	ClientID       string
	ClientSecret   string
}

func GetAKSCredentials 

func GetAKSCredentials(ctx context.Context, client ctrlruntimeclient.Client, cluster *kubermaticv1.ExternalCluster) (AKSCredentials, error)

type AKSMDState 

type AKSMDState string
const (
	CreatingAKSMDState  AKSMDState = "Creating"
	SucceededAKSMDState AKSMDState = "Succeeded"
	RunningAKSMDState   AKSMDState = "Running"
	StoppedAKSMDState   AKSMDState = "Stopped"
	FailedAKSMDState    AKSMDState = "Failed"
	DeletingAKSMDState  AKSMDState = "Deleting"
	UpgradingAKSMDState AKSMDState = "Upgrading"
	UpdatingAKSMDState  AKSMDState = "Updating"
	ScalingAKSMDState   AKSMDState = "Scaling"
	StartingAKSMDState  AKSMDState = "Starting"
)

type AKSState 

type AKSState string
const (
	CreatingAKSState  AKSState = "Creating"
	RunningAKSState   AKSState = "Running"
	StartingAKSState  AKSState = "Starting"
	StoppingAKSState  AKSState = "Stopping"
	SucceededAKSState AKSState = "Succeeded"
	StoppedAKSState   AKSState = "Stopped"
	FailedAKSState    AKSState = "Failed"
	DeletingAKSState  AKSState = "Deleting"
	UpgradingAKSState AKSState = "Upgrading"
)

type AWSCredentials 

type AWSCredentials struct {
	AccessKeyID          string
	SecretAccessKey      string
	AssumeRoleARN        string
	AssumeRoleExternalID string
}

func GetAWSCredentials 

func GetAWSCredentials(data CredentialsData) (AWSCredentials, error)

type AlibabaCredentials 

type AlibabaCredentials struct {
	AccessKeyID     string
	AccessKeySecret string
}

func GetAlibabaCredentials 

func GetAlibabaCredentials(data CredentialsData) (AlibabaCredentials, error)

type AnexiaCredentials 

type AnexiaCredentials struct {
	Token string
}

func GetAnexiaCredentials 

func GetAnexiaCredentials(data CredentialsData) (AnexiaCredentials, error)

type AzureCredentials 

type AzureCredentials struct {
	TenantID       string
	SubscriptionID string
	ClientID       string
	ClientSecret   string
}

func GetAzureCredentials 

func GetAzureCredentials(data CredentialsData) (AzureCredentials, error)

type CABundle 

type CABundle interface {
	CertPool() *x509.CertPool
	String() string
}

type Credentials 

type Credentials struct {
	AWS                 AWSCredentials
	Azure               AzureCredentials
	Digitalocean        DigitaloceanCredentials
	GCP                 GCPCredentials
	Hetzner             HetznerCredentials
	OpenStack           OpenStackCredentials
	Packet              PacketCredentials
	KubeVirt            KubeVirtCredentials
	VSphere             VSphereCredentials
	Alibaba             AlibabaCredentials
	Anexia              AnexiaCredentials
	Nutanix             NutanixCredentials
	VMwareCloudDirector VMwareCloudDirectorCredentials
}

func GetCredentials 

func GetCredentials(data CredentialsData) (Credentials, error)

type CredentialsData 

type CredentialsData interface {
	Cluster() *kubermaticv1.Cluster
	GetGlobalSecretKeySelectorValue(configVar *kubermaticv1.GlobalSecretKeySelector, key string) (string, error)
}

func NewCredentialsData 

func NewCredentialsData(ctx context.Context, cluster *kubermaticv1.Cluster, client ctrlruntimeclient.Client) CredentialsData

type DigitaloceanCredentials 

type DigitaloceanCredentials struct {
	Token string
}

func GetDigitaloceanCredentials 

func GetDigitaloceanCredentials(data CredentialsData) (DigitaloceanCredentials, error)

type ECDSAKeyPair 

type ECDSAKeyPair struct {
	Key  *ecdsa.PrivateKey
	Cert *x509.Certificate
}

ECDSAKeyPair is a ECDSA x509 certificate and private key.

func GetMLAGatewayCA 

func GetMLAGatewayCA(ctx context.Context, namespace string, client ctrlruntimeclient.Client) (*ECDSAKeyPair, error)

GetMLAGatewayCA returns the MLA Gateway CA of the cluster from the lister.

func GetOpenVPNCA 

func GetOpenVPNCA(ctx context.Context, namespace string, client ctrlruntimeclient.Client) (*ECDSAKeyPair, error)

GetOpenVPNCA returns the OpenVPN CA of the cluster from the lister.

type EKSCredential 

type EKSCredential struct {
	AccessKeyID          string
	SecretAccessKey      string
	Region               string
	AssumeRoleARN        string
	AssumeRoleExternalID string
}

type EKSCredentials 

type EKSCredentials struct {
	AccessKeyID          string
	SecretAccessKey      string
	AssumeRoleARN        string
	AssumeRoleExternalID string
}

func GetEKSCredentials 

func GetEKSCredentials(ctx context.Context, client ctrlruntimeclient.Client, cluster *kubermaticv1.ExternalCluster) (EKSCredentials, error)

type EKSMDState 

type EKSMDState string
const (
	CreatingEKSMDState     EKSMDState = "CREATING"
	ActiveEKSMDState       EKSMDState = "ACTIVE"
	UpdatingEKSMDState     EKSMDState = "UPDATING"
	DeletingEKSMDState     EKSMDState = "DELETING"
	CreateFailedEKSMDState EKSMDState = "CREATE_FAILED"
	DeleteFailedEKSMDState EKSMDState = "DELETE_FAILED"
	DegradedEKSMDState     EKSMDState = "DEGRADED"
)

type EKSState 

type EKSState string
const (
	CreatingEKSState EKSState = "CREATING"
	PendingEKSState  EKSState = "PENDING"
	ActiveEKSState   EKSState = "ACTIVE"
	UpdatingEKSState EKSState = "UPDATING"
	DeletingEKSState EKSState = "DELETING"
	FailedEKSState   EKSState = "FAILED"
)

type GCPCredentials 

type GCPCredentials struct {
	ServiceAccount string
}

func GetGCPCredentials 

func GetGCPCredentials(data CredentialsData) (GCPCredentials, error)

type GKECredentials 

type GKECredentials struct {
	ServiceAccount string
}

func GetGKECredentials 

func GetGKECredentials(ctx context.Context, client ctrlruntimeclient.Client, cluster *kubermaticv1.ExternalCluster) (GKECredentials, error)

type GKEMDState 

type GKEMDState string
const (
	ProvisioningGKEMDState     GKEMDState = "PROVISIONING"
	RunningGKEMDState          GKEMDState = "RUNNING"
	ReconcilingGKEMDState      GKEMDState = "RECONCILING"
	StoppingGKEMDState         GKEMDState = "STOPPING"
	ErrorGKEMDState            GKEMDState = "ERROR"
	RunningWithErrorGKEMDState GKEMDState = "RUNNING_WITH_ERROR"
	UnspecifiedGKEMDState      GKEMDState = "STATUS_UNSPECIFIED"
)

type GKEState 

type GKEState string
const (
	ProvisioningGKEState GKEState = "PROVISIONING"
	RunningGKEState      GKEState = "RUNNING"
	ReconcilingGKEState  GKEState = "RECONCILING"
	StoppingGKEState     GKEState = "STOPPING"
	ErrorGKEState        GKEState = "ERROR"
	DegradedGKEState     GKEState = "DEGRADED"
	UnspecifiedGKEState  GKEState = "STATUS_UNSPECIFIED"
)

type HetznerCredentials 

type HetznerCredentials struct {
	Token string
}

func GetHetznerCredentials 

func GetHetznerCredentials(data CredentialsData) (HetznerCredentials, error)

type KubeVirtCredentials 

type KubeVirtCredentials struct {
	// Admin kubeconfig for KubeVirt cluster
	KubeConfig string
}

func GetKubeVirtCredentials 

func GetKubeVirtCredentials(data CredentialsData) (KubeVirtCredentials, error)

type NutanixCredentials 

type NutanixCredentials struct {
	Username    string
	Password    string
	CSIUsername string
	CSIPassword string
	ProxyURL    string
}

func GetNutanixCredentials 

func GetNutanixCredentials(data CredentialsData) (NutanixCredentials, error)

type OpenStackCredentials 

type OpenStackCredentials struct {
	Username                    string
	Password                    string
	Project                     string
	ProjectID                   string
	Domain                      string
	ApplicationCredentialID     string
	ApplicationCredentialSecret string
	Token                       string
}

func GetOpenStackCredentials 

func GetOpenStackCredentials(data CredentialsData) (OpenStackCredentials, error)

type PacketCredentials 

type PacketCredentials struct {
	APIKey    string
	ProjectID string
}

func GetPacketCredentials 

func GetPacketCredentials(data CredentialsData) (PacketCredentials, error)

type Requirements 

type Requirements struct {
	Name     string                       `json:"name,omitempty"`
	Requires *corev1.ResourceRequirements `json:"requires,omitempty"`
}

Requirements are how much resources are needed by containers in the pod.

type TemplateData 

type TemplateData struct {
	OverwriteRegistry string
	// contains filtered or unexported fields
}

TemplateData is a group of data required for template generation.

func (*TemplateData) BackupSchedule 

func (d *TemplateData) BackupSchedule() time.Duration

func (*TemplateData) CABundle 

func (d *TemplateData) CABundle() CABundle

CABundle returns the set of CA certificates that should be used for all outgoing communication.

func (*TemplateData) Cluster 

func (d *TemplateData) Cluster() *kubermaticv1.Cluster

Cluster returns the cluster.

func (*TemplateData) ClusterIPByServiceName 

func (d *TemplateData) ClusterIPByServiceName(name string) (string, error)

ClusterIPByServiceName returns the ClusterIP as string for the Service specified by `name`. Service lookup happens within `Cluster.Status.NamespaceName`. When ClusterIP fails to parse as valid IP address, an error is returned.

func (*TemplateData) ComputedNodePortRange 

func (d *TemplateData) ComputedNodePortRange() string

ComputedNodePortRange is NodePortRange() with defaulting and ComponentsOverride logic.

func (*TemplateData) DNATControllerImage 

func (d *TemplateData) DNATControllerImage() string

func (*TemplateData) DNATControllerTag 

func (d *TemplateData) DNATControllerTag() string

func (*TemplateData) Datacenter 

func (d *TemplateData) Datacenter() *kubermaticv1.Datacenter

Datacenter returns the datacenter.

func (*TemplateData) EtcdDiskSize 

func (d *TemplateData) EtcdDiskSize() resource.Quantity

EtcdDiskSize returns the etcd disk size.

func (*TemplateData) EtcdLauncherImage 

func (d *TemplateData) EtcdLauncherImage() string

func (*TemplateData) EtcdLauncherTag 

func (d *TemplateData) EtcdLauncherTag() string

func (*TemplateData) ExternalIP 

func (d *TemplateData) ExternalIP() (*net.IP, error)

ExternalIP returns the external facing IP or an error if no IP exists.

func (*TemplateData) GetCSIMigrationFeatureGates 

func (d *TemplateData) GetCSIMigrationFeatureGates(version *semverlib.Version) []string

func (*TemplateData) GetCloudProviderName 

func (d *TemplateData) GetCloudProviderName() (kubermaticv1.CloudProvider, error)

func (*TemplateData) GetClusterRef 

func (d *TemplateData) GetClusterRef() metav1.OwnerReference

GetClusterRef returns a instance of a OwnerReference for the Cluster in the TemplateData.

func (*TemplateData) GetEnvVars 

func (data *TemplateData) GetEnvVars() ([]corev1.EnvVar, error)

func (*TemplateData) GetFrontProxyCA 

func (d *TemplateData) GetFrontProxyCA() (*triple.KeyPair, error)

GetFrontProxyCA returns the root CA for the front proxy.

func (*TemplateData) GetGlobalSecretKeySelectorValue 

func (d *TemplateData) GetGlobalSecretKeySelectorValue(configVar *kubermaticv1.GlobalSecretKeySelector, key string) (string, error)

func (*TemplateData) GetKonnectivityKeepAliveTime 

func (d *TemplateData) GetKonnectivityKeepAliveTime() string

func (*TemplateData) GetKonnectivityServerPort 

func (d *TemplateData) GetKonnectivityServerPort() (int32, error)

GetKonnectivityServerPort returns the nodeport of the external Konnectivity Server service.

func (*TemplateData) GetLegacyOverwriteRegistry 

func (d *TemplateData) GetLegacyOverwriteRegistry() string

GetLegacyOverwriteRegistry should not be used by new code, rather the ImageRewriter() should be used instead.

func (*TemplateData) GetMLAGatewayCA 

func (d *TemplateData) GetMLAGatewayCA() (*ECDSAKeyPair, error)

GetMLAGatewayCA returns the root CA for the MLA Gateway.

func (*TemplateData) GetMLAGatewayPort 

func (d *TemplateData) GetMLAGatewayPort() (int32, error)

GetMLAGatewayPort returns the NodePort of the external MLA Gateway service.

func (*TemplateData) GetOpenVPNCA 

func (d *TemplateData) GetOpenVPNCA() (*ECDSAKeyPair, error)

GetOpenVPNCA returns the root ca for the OpenVPN.

func (*TemplateData) GetOpenVPNServerPort 

func (d *TemplateData) GetOpenVPNServerPort() (int32, error)

GetOpenVPNServerPort returns the nodeport of the external apiserver service.

func (*TemplateData) GetPodTemplateLabels 

func (d *TemplateData) GetPodTemplateLabels(appName string, volumes []corev1.Volume, additionalLabels map[string]string) (map[string]string, error)

GetPodTemplateLabels returns a set of labels for a Pod including the revisions of depending secrets and configmaps. This will force pods being restarted as soon as one of the secrets/configmaps get updated.

func (*TemplateData) GetRootCA 

func (d *TemplateData) GetRootCA() (*triple.KeyPair, error)

GetRootCA returns the root CA of the cluster.

func (*TemplateData) GetSecretKeyValue 

func (d *TemplateData) GetSecretKeyValue(ref *corev1.SecretKeySelector) ([]byte, error)

func (*TemplateData) GetTunnelingAgentIP 

func (d *TemplateData) GetTunnelingAgentIP() string

func (*TemplateData) GetViewerToken 

func (d *TemplateData) GetViewerToken() (string, error)

GetViewerToken returns the viewer token.

func (*TemplateData) ImageRewriter 

func (d *TemplateData) ImageRewriter() registry.ImageRewriter

ImageRewriter returns a Docker image rewriter.

func (*TemplateData) IsKonnectivityEnabled 

func (d *TemplateData) IsKonnectivityEnabled() bool

IsKonnectivityEnabled returns isKonnectivityEnabled.

func (*TemplateData) KCMCloudControllersDeactivated 

func (d *TemplateData) KCMCloudControllersDeactivated() bool

KCMCloudControllersDeactivated return true if the KCM is ready and the cloud-controllers are disabled. * There is no 'cloud-provider' flag. * The cloud controllers are disabled. This is used to avoid deploying the CCM before the in-tree cloud controllers have been deactivated.

func (*TemplateData) KubermaticConfiguration 

func (d *TemplateData) KubermaticConfiguration() *kubermaticv1.KubermaticConfiguration

func (*TemplateData) KubermaticDockerTag 

func (d *TemplateData) KubermaticDockerTag() string

func (*TemplateData) KubermaticImage 

func (d *TemplateData) KubermaticImage() string

func (*TemplateData) MachineControllerImageRepository 

func (d *TemplateData) MachineControllerImageRepository() string

func (*TemplateData) MachineControllerImageTag 

func (d *TemplateData) MachineControllerImageTag() string

func (*TemplateData) NetworkIntfMgrImage 

func (d *TemplateData) NetworkIntfMgrImage() string

func (*TemplateData) NodeAccessNetwork 

func (d *TemplateData) NodeAccessNetwork() string

NodeAccessNetwork returns the node access network.

func (*TemplateData) NodeLocalDNSCacheEnabled 

func (d *TemplateData) NodeLocalDNSCacheEnabled() bool

func (*TemplateData) NodePortProxyTag 

func (d *TemplateData) NodePortProxyTag() string

func (*TemplateData) NodePortRange 

func (d *TemplateData) NodePortRange() string

NodePortRange returns the node access network.

func (*TemplateData) NodePorts 

func (d *TemplateData) NodePorts() (int, int)

NodePorts returns low and high NodePorts from NodePortRange().

func (*TemplateData) OIDCIssuerClientID 

func (d *TemplateData) OIDCIssuerClientID() string

OIDCIssuerClientID return the issuer client ID.

func (*TemplateData) OIDCIssuerURL 

func (d *TemplateData) OIDCIssuerURL() string

OIDCIssuerURL returns URL of the OpenID token issuer.

func (*TemplateData) OperatingSystemManagerImageRepository 

func (d *TemplateData) OperatingSystemManagerImageRepository() string

func (*TemplateData) OperatingSystemManagerImageTag 

func (d *TemplateData) OperatingSystemManagerImageTag() string

func (*TemplateData) ProviderName 

func (d *TemplateData) ProviderName() kubermaticv1.CloudProvider

ProviderName returns the name of the clusters providerName.

func (*TemplateData) RewriteImage 

func (d *TemplateData) RewriteImage(image string) (string, error)

RewriteImage rewrites a Docker image to apply a custom registry if specified.

func (*TemplateData) SupportsFailureDomainZoneAntiAffinity 

func (d *TemplateData) SupportsFailureDomainZoneAntiAffinity() bool

func (*TemplateData) UserClusterMLAEnabled 

func (d *TemplateData) UserClusterMLAEnabled() bool

UserClusterMLAEnabled returns userClusterMLAEnabled.

type TemplateDataBuilder 

type TemplateDataBuilder struct {
	// contains filtered or unexported fields
}

func NewTemplateDataBuilder 

func NewTemplateDataBuilder() *TemplateDataBuilder

func (TemplateDataBuilder) Build 

func (td TemplateDataBuilder) Build() *TemplateData

func (*TemplateDataBuilder) WithBackupPeriod 

func (td *TemplateDataBuilder) WithBackupPeriod(backupPeriod time.Duration) *TemplateDataBuilder

func (*TemplateDataBuilder) WithCABundle 

func (td *TemplateDataBuilder) WithCABundle(bundle CABundle) *TemplateDataBuilder

func (*TemplateDataBuilder) WithClient 

func (td *TemplateDataBuilder) WithClient(client ctrlruntimeclient.Client) *TemplateDataBuilder

func (*TemplateDataBuilder) WithCluster 

func (td *TemplateDataBuilder) WithCluster(cluster *kubermaticv1.Cluster) *TemplateDataBuilder

func (*TemplateDataBuilder) WithContext 

func (td *TemplateDataBuilder) WithContext(ctx context.Context) *TemplateDataBuilder

func (*TemplateDataBuilder) WithDatacenter 

func (td *TemplateDataBuilder) WithDatacenter(dc *kubermaticv1.Datacenter) *TemplateDataBuilder

func (*TemplateDataBuilder) WithDnatControllerImage 

func (td *TemplateDataBuilder) WithDnatControllerImage(image string) *TemplateDataBuilder

func (*TemplateDataBuilder) WithEtcdDiskSize 

func (td *TemplateDataBuilder) WithEtcdDiskSize(etcdDiskSize resource.Quantity) *TemplateDataBuilder

func (*TemplateDataBuilder) WithEtcdLauncherImage 

func (td *TemplateDataBuilder) WithEtcdLauncherImage(image string) *TemplateDataBuilder

func (*TemplateDataBuilder) WithFailureDomainZoneAntiaffinity 

func (td *TemplateDataBuilder) WithFailureDomainZoneAntiaffinity(enabled bool) *TemplateDataBuilder

func (*TemplateDataBuilder) WithKonnectivityEnabled 

func (td *TemplateDataBuilder) WithKonnectivityEnabled(enabled bool) *TemplateDataBuilder

func (*TemplateDataBuilder) WithKubermaticConfiguration 

func (td *TemplateDataBuilder) WithKubermaticConfiguration(cfg *kubermaticv1.KubermaticConfiguration) *TemplateDataBuilder

func (*TemplateDataBuilder) WithKubermaticImage 

func (td *TemplateDataBuilder) WithKubermaticImage(image string) *TemplateDataBuilder

func (*TemplateDataBuilder) WithMachineControllerImageRepository 

func (td *TemplateDataBuilder) WithMachineControllerImageRepository(repository string) *TemplateDataBuilder

func (*TemplateDataBuilder) WithMachineControllerImageTag 

func (td *TemplateDataBuilder) WithMachineControllerImageTag(tag string) *TemplateDataBuilder

func (*TemplateDataBuilder) WithNetworkIntfMgrImage 

func (td *TemplateDataBuilder) WithNetworkIntfMgrImage(image string) *TemplateDataBuilder

func (*TemplateDataBuilder) WithNodeAccessNetwork 

func (td *TemplateDataBuilder) WithNodeAccessNetwork(nodeAccessNetwork string) *TemplateDataBuilder

func (*TemplateDataBuilder) WithNodePortRange 

func (td *TemplateDataBuilder) WithNodePortRange(npRange string) *TemplateDataBuilder

func (*TemplateDataBuilder) WithOIDCIssuerClientID 

func (td *TemplateDataBuilder) WithOIDCIssuerClientID(clientID string) *TemplateDataBuilder

func (*TemplateDataBuilder) WithOIDCIssuerURL 

func (td *TemplateDataBuilder) WithOIDCIssuerURL(url string) *TemplateDataBuilder

func (*TemplateDataBuilder) WithOverwriteRegistry 

func (td *TemplateDataBuilder) WithOverwriteRegistry(overwriteRegistry string) *TemplateDataBuilder

func (*TemplateDataBuilder) WithTunnelingAgentIP 

func (td *TemplateDataBuilder) WithTunnelingAgentIP(tunnelingAgentIP string) *TemplateDataBuilder

func (*TemplateDataBuilder) WithUserClusterMLAEnabled 

func (td *TemplateDataBuilder) WithUserClusterMLAEnabled(enabled bool) *TemplateDataBuilder

func (*TemplateDataBuilder) WithVersions 

func (td *TemplateDataBuilder) WithVersions(v kubermatic.Versions) *TemplateDataBuilder

type VMwareCloudDirectorCredentials 

type VMwareCloudDirectorCredentials struct {
	Username     string
	Password     string
	APIToken     string
	Organization string
	VDC          string
}

func GetVMwareCloudDirectorCredentials 

func GetVMwareCloudDirectorCredentials(data CredentialsData) (VMwareCloudDirectorCredentials, error)

type VSphereCredentials 

type VSphereCredentials struct {
	Username string
	Password string
}

func GetVSphereCredentials 

func GetVSphereCredentials(data CredentialsData) (VSphereCredentials, error)

Source Files

View all Source files

Directories

Path Synopsis
servingcerthelper
triple
Package triple generates key-certificate pairs for the triple (CA, Server, Client).
 Package triple generates key-certificate pairs for the triple (CA, Server, Client).
openstack
csi
kubevirt
nutanix
vmwareclouddirector
vsphere
etcdrunning
Package registry groups all container registry related types and helpers in one place.
 Package registry groups all container registry related types and helpers in one place.

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