Values

Key	Type	Default	Description
apiServer.address	string	""	The address that must be used to contact your API server, it needs to be reachable from the clusters that you will peer with (defaults to your master IP).
apiServer.ca	string	""	The CA certificate used to issue x509 user certificates for the API server (base64). Leave it empty to use the default CA.
apiServer.trustedCA	bool	false	Indicates that the API Server is exposing a certificate issued by a trusted Certification Authority.
authentication.awsConfig.accessKeyId	string	""	AccessKeyID for the Liqo user.
authentication.awsConfig.clusterName	string	""	Name of the EKS cluster.
authentication.awsConfig.region	string	""	AWS region where the clsuter is runnnig.
authentication.awsConfig.secretAccessKey	string	""	SecretAccessKey for the Liqo user.
authentication.awsConfig.useExistingSecret	bool	false	Use an existing secret to configure the AWS credentials.
authentication.enabled	bool	true	Enable/Disable the authentication module.
common.affinity	object	{}	Affinity for all liqo pods, excluding virtual kubelet.
common.extraArgs	list	[]	Extra arguments for all liqo pods, excluding virtual kubelet.
common.nodeSelector	object	{}	NodeSelector for all liqo pods, excluding virtual kubelet.
common.tolerations	list	[]	Tolerations for all liqo pods, excluding virtual kubelet.
controllerManager.config.defaultLimitsEnforcement	string	"None"	It enforces offerer-side that offloaded pods do not exceed offered limits. This feature is suggested to be enabled when consumer-side enforcement is not sufficient. It has the same tradeoffs of resource quotas (i.e, it requires all offloaded pods to have resource limits set). Possible values are: None, Soft, Hard. None: no enforcement is applied. Soft: request <= limit. Hard: request == limit.
controllerManager.config.enableNodeFailureController	bool	false	Ensure offloaded pods running on a failed node are evicted and rescheduled on a healthy node, preventing them to remain in a terminating state indefinitely. This feature can be useful in case of remote node failure to guarantee better service continuity and to have the expected pods workload on the remote cluster. However, enabling this feature could produce zombies in the worker node, in case the node returns Ready again without a restart.
controllerManager.config.enableResourceEnforcement	bool	true	It enforces offerer-side that offloaded pods do not exceed offered resources (based on container limits). This feature is suggested to be enabled when consumer-side enforcement is not sufficient. It has the same tradeoffs of resource quotas (i.e, it requires all offloaded pods to have resource limits set).
controllerManager.image.name	string	"ghcr.io/liqotech/liqo-controller-manager"	Image repository for the controller-manager pod.
controllerManager.image.version	string	""	Custom version for the controller-manager image. If not specified, the global tag is used.
controllerManager.metrics.service	object	{"annotations":{},"labels":{}}	Service used to expose metrics.
controllerManager.metrics.service.annotations	object	{}	Annotations for the metrics service.
controllerManager.metrics.service.labels	object	{}	Labels for the metrics service.
controllerManager.metrics.serviceMonitor.enabled	bool	false	Enable/Disable a Prometheus servicemonitor. Turn on this flag when the Prometheus Operator runs in your cluster
controllerManager.metrics.serviceMonitor.interval	string	""	Customize service monitor requests interval. If empty, Prometheus uses the global scrape interval (https://github.com/prometheus-operator/prometheus-operator/blob/main/Documentation/api.md#endpoint).
controllerManager.metrics.serviceMonitor.labels	object	{}	Labels for the gateway servicemonitor.
controllerManager.metrics.serviceMonitor.scrapeTimeout	string	""	Customize service monitor scrape timeout. If empty, Prometheus uses the global scrape timeout (https://github.com/prometheus-operator/prometheus-operator/blob/main/Documentation/api.md#endpoint).
controllerManager.pod.annotations	object	{}	Annotations for the controller-manager pod.
controllerManager.pod.extraArgs	list	[]	Extra arguments for the controller-manager pod.
controllerManager.pod.labels	object	{}	Labels for the controller-manager pod.
controllerManager.pod.priorityClassName	string	""	PriorityClassName (https://kubernetes.io/docs/concepts/scheduling-eviction/pod-priority-preemption/#pod-priority) for the controller-manager pod.
controllerManager.pod.resources	object	{"limits":{},"requests":{}}	Resource requests and limits (https://kubernetes.io/docs/user-guide/compute-resources/) for the controller-manager pod.
controllerManager.replicas	int	1	The number of controller-manager instances to run, which can be increased for active/passive high availability.
crdReplicator.image.name	string	"ghcr.io/liqotech/crd-replicator"	Image repository for the crdReplicator pod.
crdReplicator.image.version	string	""	Custom version for the crdReplicator image. If not specified, the global tag is used.
crdReplicator.metrics.podMonitor.enabled	bool	false	Enable/Disable the creation of a Prometheus podmonitor. Turn on this flag when the Prometheus Operator runs in your cluster
crdReplicator.metrics.podMonitor.interval	string	""	Setup pod monitor requests interval. If empty, Prometheus uses the global scrape interval (https://github.com/prometheus-operator/prometheus-operator/blob/main/Documentation/api.md#endpoint).
crdReplicator.metrics.podMonitor.labels	object	{}	Labels for the crdReplicator podmonitor.
crdReplicator.metrics.podMonitor.scrapeTimeout	string	""	Setup pod monitor scrape timeout. If empty, Prometheus uses the global scrape timeout (https://github.com/prometheus-operator/prometheus-operator/blob/main/Documentation/api.md#endpoint).
crdReplicator.pod.annotations	object	{}	Annotations for the crdReplicator pod.
crdReplicator.pod.extraArgs	list	[]	Extra arguments for the crdReplicator pod.
crdReplicator.pod.labels	object	{}	Labels for the crdReplicator pod.
crdReplicator.pod.priorityClassName	string	""	PriorityClassName (https://kubernetes.io/docs/concepts/scheduling-eviction/pod-priority-preemption/#pod-priority) for the crdReplicator pod.
crdReplicator.pod.resources	object	{"limits":{},"requests":{}}	Resource requests and limits (https://kubernetes.io/docs/user-guide/compute-resources/) for the crdReplicator pod.
discovery.config.clusterID	string	""	Specify an unique ID for your cluster. This ID is used to identify your cluster in the peering process.
discovery.config.clusterLabels	object	{}	A set of labels that characterizes the local cluster when exposed remotely as a virtual node. It is suggested to specify the distinguishing characteristics that may be used to decide whether to offload pods on this cluster.
fullnameOverride	string	""	Override the standard full name used by Helm and associated to Kubernetes/Liqo resources.
ipam.additionalPools	list	[]	Set of additional network pools to perform the automatic address mapping in Liqo. Network pools are used to map a cluster network into another one in order to prevent conflicts. Default set of network pools is: [10.0.0.0/8, 192.168.0.0/16, 172.16.0.0/12]
ipam.external.enabled	bool	false	Use an external IPAM to allocate the IP addresses for the pods. Enabling it will disable the internal IPAM.
ipam.external.url	string	""	The URL of the external IPAM.
ipam.externalCIDR	string	"10.70.0.0/16"	The subnet used for the external CIDR.
ipam.internal.image.name	string	"ghcr.io/liqotech/ipam"	Image repository for the IPAM pod.
ipam.internal.image.version	string	""	Custom version for the IPAM image. If not specified, the global tag is used.
ipam.internal.pod.annotations	object	{}	Annotations for the IPAM pod.
ipam.internal.pod.extraArgs	list	[]	Extra arguments for the IPAM pod.
ipam.internal.pod.labels	object	{}	Labels for the IPAM pod.
ipam.internal.pod.priorityClassName	string	""	PriorityClassName (https://kubernetes.io/docs/concepts/scheduling-eviction/pod-priority-preemption/#pod-priority) for the IPAM pod.
ipam.internal.pod.resources	object	{"limits":{},"requests":{}}	Resource requests and limits (https://kubernetes.io/docs/user-guide/compute-resources/) for the IPAM pod.
ipam.internal.replicas	int	1	The number of IPAM instances to run, which can be increased for active/passive high availability.
ipam.internalCIDR	string	"10.80.0.0/16"	The subnet used for the internal CIDR. These IPs are assigned to the Liqo internal-network interfaces.
ipam.podCIDR	string	""	The subnet used by the pods in your cluster, in CIDR notation (e.g., 10.0.0.0/16).
ipam.reservedSubnets	list	[]	List of IP subnets that do not have to be used by Liqo. Liqo can perform automatic IP address remapping when a remote cluster is peering with you, e.g., in case IP address spaces (e.g., PodCIDR) overlaps. In order to prevent IP conflicting between locally used private subnets in your infrastructure and private subnets belonging to remote clusters you need tell liqo the subnets used in your cluster. E.g if your cluster nodes belong to the 192.168.2.0/24 subnet, then you should add that subnet to the reservedSubnets. PodCIDR and serviceCIDR used in the local cluster are automatically added to the reserved list.
ipam.serviceCIDR	string	""	The subnet used by the services in you cluster, in CIDR notation (e.g., 172.16.0.0/16).
metricAgent.config.timeout	object	{"read":"30s","write":"30s"}	Set the timeout for the metrics server.
metricAgent.enable	bool	true	Enable/Disable the virtual kubelet metric agent. This component aggregates all the kubelet-related metrics (e.g., CPU, RAM, etc) collected on the nodes that are used by a remote cluster peered with you, then exporting the resulting values as a property of the virtual kubelet running on the remote cluster.
metricAgent.image.name	string	"ghcr.io/liqotech/metric-agent"	Image repository for the metricAgent pod.
metricAgent.image.version	string	""	Custom version for the metricAgent image. If not specified, the global tag is used.
metricAgent.initContainer.image.name	string	"ghcr.io/liqotech/cert-creator"	Image repository for the init container of the metricAgent pod.
metricAgent.initContainer.image.version	string	""	Custom version for the init container image of the metricAgent pod. If not specified, the global tag is used.
metricAgent.pod.annotations	object	{}	Annotations for the metricAgent pod.
metricAgent.pod.extraArgs	list	[]	Extra arguments for the metricAgent pod.
metricAgent.pod.labels	object	{}	Labels for the metricAgent pod.
metricAgent.pod.priorityClassName	string	""	PriorityClassName (https://kubernetes.io/docs/concepts/scheduling-eviction/pod-priority-preemption/#pod-priority) for the metricAgent pod.
metricAgent.pod.resources	object	{"limits":{},"requests":{}}	Resource requests and limits (https://kubernetes.io/docs/user-guide/compute-resources/) for the metricAgent pod.
metrics.enabled	bool	false	Enable/Disable the metrics server in every liqo component.
metrics.prometheusOperator.enabled	bool	false	Enable/Disable the creation of a Prometheus servicemonitor/podmonitor for the metrics servers. Turn on this flag when the Prometheus Operator runs in your cluster.
nameOverride	string	""	Override the standard name used by Helm and associated to Kubernetes/Liqo resources.
networking.clientResources	list	[{"apiVersion":"networking.liqo.io/v1beta1","resource":"wggatewayclients"}]	Set the list of resources that implement the GatewayClient
networking.enabled	bool	true	Use the default Liqo networking module.
networking.fabric.config.fullMasquerade	bool	false	Enabe/Disable the full masquerade mode for the fabric pod. It means that all traffic will be masquerade using the first external cidr IP, instead of using the pod IP. Full masquerade is useful when the cluster nodeports uses a PodCIDR IP to masqerade the incoming traffic. IMPORTANT: Please consider that enabling this feature will masquerade the source IP of traffic towards a remote cluster, making impossible for a pod that receives the traffic to know the original source IP.
networking.fabric.config.gatewayMasqueradeBypass	bool	false	Enable/Disable the masquerade bypass for the gateway pods. It means that the packets from gateway pods will not be masqueraded from the host where the pod is scheduled. This is useful in scenarios where CNIs masquerade the traffic from pod to nodes. For example this is required when using the Azure CNI or Kindnet.
networking.fabric.config.nftablesMonitor	bool	true	Enable/Disable the nftables monitor for the fabric pod. It means that the fabric pod will monitor the nftables rules and will restore them in case of changes. In some cases (like K3S), this monitor can cause a huge amount of CPU usage. If you are experiencing high CPU usage, you can disable this feature.
networking.fabric.image.name	string	"ghcr.io/liqotech/fabric"	Image repository for the fabric pod.
networking.fabric.image.version	string	""	Custom version for the fabric image. If not specified, the global tag is used.
networking.fabric.pod.annotations	object	{}	Annotations for the fabric pod.
networking.fabric.pod.extraArgs	list	[]	Extra arguments for the fabric pod.
networking.fabric.pod.labels	object	{}	Labels for the fabric pod.
networking.fabric.pod.priorityClassName	string	""	PriorityClassName (https://kubernetes.io/docs/concepts/scheduling-eviction/pod-priority-preemption/#pod-priority) for the fabric pod.
networking.fabric.pod.resources	object	{"limits":{},"requests":{}}	Resource requests and limits (https://kubernetes.io/docs/user-guide/compute-resources/) for the fabric pod.
networking.fabric.tolerations	list	[]	Extra tolerations for the fabric daemonset.
networking.gatewayTemplates	object	{"container":{"gateway":{"image":{"name":"ghcr.io/liqotech/gateway","version":""}},"geneve":{"image":{"name":"ghcr.io/liqotech/gateway/geneve","version":""}},"wireguard":{"image":{"name":"ghcr.io/liqotech/gateway/wireguard","version":""}}},"ping":{"interval":"2s","lossThreshold":5,"updateStatusInterval":"10s"},"replicas":1,"server":{"service":{"allocateLoadBalancerNodePorts":"","annotations":{}}},"wireguard":{"implementation":"kernel"}}	Set the options for the default gateway (server/client) templates. The default templates use a WireGuard implementation to connect the gateway of the clusters. These options are used to configure only the default templates and should not be considered if a custom template is used.
networking.gatewayTemplates.container.gateway.image.name	string	"ghcr.io/liqotech/gateway"	Image repository for the gateway container.
networking.gatewayTemplates.container.gateway.image.version	string	""	Custom version for the gateway image. If not specified, the global tag is used.
networking.gatewayTemplates.container.geneve.image.name	string	"ghcr.io/liqotech/gateway/geneve"	Image repository for the geneve container.
networking.gatewayTemplates.container.geneve.image.version	string	""	Custom version for the geneve image. If not specified, the global tag is used.
networking.gatewayTemplates.container.wireguard.image.name	string	"ghcr.io/liqotech/gateway/wireguard"	Image repository for the wireguard container.
networking.gatewayTemplates.container.wireguard.image.version	string	""	Custom version for the wireguard image. If not specified, the global tag is used.
networking.gatewayTemplates.ping	object	{"interval":"2s","lossThreshold":5,"updateStatusInterval":"10s"}	Set the options to configure the gateway ping used to check connection
networking.gatewayTemplates.ping.interval	string	"2s"	Set the interval between two consecutive pings
networking.gatewayTemplates.ping.lossThreshold	int	5	Set the number of consecutive pings that must fail to consider the connection as lost
networking.gatewayTemplates.ping.updateStatusInterval	string	"10s"	Set the interval at which the connection resource status is updated
networking.gatewayTemplates.replicas	int	1	Set the number of replicas for the gateway deployments
networking.gatewayTemplates.server	object	{"service":{"allocateLoadBalancerNodePorts":"","annotations":{}}}	Set the options to configure the gateway server
networking.gatewayTemplates.server.service	object	{"allocateLoadBalancerNodePorts":"","annotations":{}}	Set the options to configure the server service
networking.gatewayTemplates.server.service.allocateLoadBalancerNodePorts	string	""	Set to "false" if you expose the gateway service as LoadBalancer and you do not want to create also a NodePort associated to it (Note: this setting is useful only on cloud providers that support this feature).
networking.gatewayTemplates.server.service.annotations	object	{}	Annotations for the server service.
networking.gatewayTemplates.wireguard.implementation	string	"kernel"	Set the implementation used for the WireGuard connection. Possible values are "kernel" and "userspace".
networking.genevePort	int	6091	The port used by the geneve tunnels.
networking.reflectIPs	bool	true	Reflect pod IPs and EnpointSlices to the remote clusters.
networking.serverResources	list	[{"apiVersion":"networking.liqo.io/v1beta1","resource":"wggatewayservers"}]	Set the list of resources that implement the GatewayServer
offloading.createNode	bool	true	Enable/Disable the creation of a k8s node for each VirtualNode. This flag is cluster-wide, but you can configure the preferred behaviour for each VirtualNode by setting the "createNode" field in the resource Spec.
offloading.defaultNodeResources.cpu	string	"4"	The amount of CPU to reserve for a virtual node targeting this cluster.
offloading.defaultNodeResources.ephemeral-storage	string	"20Gi"	The amount of ephemeral storage to reserve for a virtual node targeting this cluster.
offloading.defaultNodeResources.memory	string	"8Gi"	The amount of memory to reserve for a virtual node targeting this cluster.
offloading.defaultNodeResources.pods	string	"110"	The amount of pods that can be scheduled on a virtual node targeting this cluster.
offloading.disableNetworkCheck	bool	false	Enable/Disable the check of the liqo networking for virtual nodes. If check is disabled, the network status will not be added to node conditions. This flag is cluster-wide, but you can configure the preferred behaviour for each VirtualNode by setting the "disableNetworkCheck" field in the resource Spec.
offloading.enabled	bool	true	Enable/Disable the offloading module
offloading.reflection.configmap.type	string	"DenyList"	The type of reflection used for the configmaps reflector. Ammitted values: "DenyList", "AllowList".
offloading.reflection.configmap.workers	int	3	The number of workers used for the configmaps reflector. Set 0 to disable the reflection of configmaps.
offloading.reflection.endpointslice.workers	int	10	The number of workers used for the endpointslices reflector. Set 0 to disable the reflection of endpointslices.
offloading.reflection.event.type	string	"DenyList"	The type of reflection used for the events reflector. Ammitted values: "DenyList", "AllowList".
offloading.reflection.event.workers	int	3	The number of workers used for the events reflector. Set 0 to disable the reflection of events.
offloading.reflection.ingress.ingressClasses	list	[]	List of ingress classes that will be shown to remote clusters. If empty, ingress class will be reflected as-is. Example: ingressClasses: - name: nginx default: true - name: traefik
offloading.reflection.ingress.type	string	"DenyList"	The type of reflection used for the ingresses reflector. Ammitted values: "DenyList", "AllowList".
offloading.reflection.ingress.workers	int	3	The number of workers used for the ingresses reflector. Set 0 to disable the reflection of ingresses.
offloading.reflection.persistentvolumeclaim.workers	int	3	The number of workers used for the persistentvolumeclaims reflector. Set 0 to disable the reflection of persistentvolumeclaims.
offloading.reflection.pod.workers	int	10	The number of workers used for the pods reflector. Set 0 to disable the reflection of pods.
offloading.reflection.secret.type	string	"DenyList"	The type of reflection used for the secrets reflector. Ammitted values: "DenyList", "AllowList".
offloading.reflection.secret.workers	int	3	The number of workers used for the secrets reflector. Set 0 to disable the reflection of secrets.
offloading.reflection.service.loadBalancerClasses	list	[]	List of load balancer classes that will be shown to remote clusters. If empty, load balancer classes will be reflected as-is. Example: loadBalancerClasses: - name: public default: true - name: internal
offloading.reflection.service.type	string	"DenyList"	The type of reflection used for the services reflector. Ammitted values: "DenyList", "AllowList".
offloading.reflection.service.workers	int	3	The number of workers used for the services reflector. Set 0 to disable the reflection of services.
offloading.reflection.serviceaccount.workers	int	3	The number of workers used for the serviceaccounts reflector. Set 0 to disable the reflection of serviceaccounts.
offloading.reflection.skip.annotations	list	["cloud.google.com/neg","cloud.google.com/neg-status","kubernetes.digitalocean.com/load-balancer-id","ingress.kubernetes.io/backends","ingress.kubernetes.io/forwarding-rule","ingress.kubernetes.io/target-proxy","ingress.kubernetes.io/url-map","metallb.universe.tf/address-pool","metallb.universe.tf/ip-allocated-from-pool","metallb.universe.tf/loadBalancerIPs","loadbalancer.openstack.org/load-balancer-id"]	List of annotations that must not be reflected on remote clusters.
offloading.reflection.skip.labels	list	[]	List of labels that must not be reflected on remote clusters.
offloading.runtimeClass.annotations	object	{}	Annotations for the runtime class.
offloading.runtimeClass.enable	bool	false
offloading.runtimeClass.handler	string	"liqo"	Handler for the runtime class.
offloading.runtimeClass.labels	object	{}	Labels for the runtime class.
offloading.runtimeClass.name	string	"liqo"	Name of the runtime class to use for offloading.
offloading.runtimeClass.nodeSelector	object	{"enable":true,"labels":{"liqo.io/type":"virtual-node"}}	Node selector for the runtime class.
offloading.runtimeClass.nodeSelector.labels	object	{"liqo.io/type":"virtual-node"}	Labels for the node selector.
offloading.runtimeClass.tolerations	object	{"enable":true,"tolerations":[{"effect":"NoExecute","key":"virtual-node.liqo.io/not-allowed","operator":"Exists"}]}	Tolerations for the runtime class.
offloading.runtimeClass.tolerations.tolerations	list	[{"effect":"NoExecute","key":"virtual-node.liqo.io/not-allowed","operator":"Exists"}]	Tolerations for the tolerations.
openshiftConfig.enable	bool	false	Enable/Disable the OpenShift support, enabling Openshift-specific resources, and setting the pod security contexts in a way that is compatible with Openshift.
openshiftConfig.virtualKubeletSCCs	list	["anyuid"]	Security context configurations granted to the virtual kubelet in the local cluster. The configuration of one or more SCCs for the virtual kubelet is not strictly required, and privileges can be reduced in production environments. Still, the default configuration (i.e., anyuid) is suggested to prevent problems (i.e., the virtual kubelet fails to add the appropriate labels) when attempting to offload pods not managed by higher-level abstractions (e.g., Deployments), and not associated with a properly privileged service account. Indeed, "anyuid" is the SCC automatically associated with pods created by cluster administrators. Any pod granted a more privileged SCC and not linked to an adequately privileged service account will fail to be offloaded.
proxy.config.listeningPort	int	8118	Port used by the proxy pod.
proxy.enabled	bool	true	Enable/Disable the proxy pod. This pod is mandatory to allow in-band peering and to connect to the consumer k8s api server from a remotly offloaded pod.
proxy.image.name	string	"ghcr.io/liqotech/proxy"	Image repository for the proxy pod.
proxy.image.version	string	""	Custom version for the proxy image. If not specified, the global tag is used.
proxy.pod.annotations	object	{}	Annotations for the proxy pod.
proxy.pod.extraArgs	list	[]	Extra arguments for the proxy pod.
proxy.pod.labels	object	{}	Labels for the proxy pod.
proxy.pod.priorityClassName	string	""	PriorityClassName (https://kubernetes.io/docs/concepts/scheduling-eviction/pod-priority-preemption/#pod-priority) for the proxy pod.
proxy.pod.resources	object	{"limits":{},"requests":{}}	Resource requests and limits (https://kubernetes.io/docs/user-guide/compute-resources/) for the proxy pod.
proxy.replicas	int	1	Set the number of replicas for the proxy deployments
proxy.service.annotations	object	{}
proxy.service.type	string	"ClusterIP"
pullPolicy	string	"IfNotPresent"	The pullPolicy for liqo pods.
requirements.kernel.disabled	bool	false	Enable/Disable the kernel requirements check.
storage.enable	bool	true	Enable/Disable the liqo virtual storage class on the local cluster. You will be able to offload your persistent volumes, while other clusters will be able to schedule their persistent workloads on the current cluster.
storage.realStorageClassName	string	""	Name of the real storage class to use in the local cluster.
storage.storageNamespace	string	"liqo-storage"	Namespace where liqo will deploy specific PVCs. Internal parameter, do not change.
storage.virtualStorageClassName	string	"liqo"	Name to assign to the liqo virtual storage class.
tag	string	""	Images' tag to select a development version of liqo instead of a release
telemetry.config.schedule	string	""	Set the schedule of the telemetry collector CronJob. Consider setting this value on ArgoCD deployments to avoid randomization.
telemetry.enable	bool	true	Enable/Disable the telemetry collector.
telemetry.image.name	string	"ghcr.io/liqotech/telemetry"	Image repository for the telemetry pod.
telemetry.image.version	string	""	Custom version for the telemetry image. If not specified, the global tag is used.
telemetry.pod.annotations	object	{}	Annotations for the telemetry pod.
telemetry.pod.extraArgs	list	[]	Extra arguments for the telemetry pod.
telemetry.pod.labels	object	{}	Labels for the telemetry pod.
telemetry.pod.resources	object	{"limits":{},"requests":{}}	Resource requests and limits (https://kubernetes.io/docs/user-guide/compute-resources/) for the telemetry pod.
uninstaller.image.name	string	"ghcr.io/liqotech/uninstaller"	Image repository for the uninstaller pod.
uninstaller.image.version	string	""	Custom version for the uninstaller image. If not specified, the global tag is used.
uninstaller.pod.annotations	object	{}	Annotations for the uninstaller pod.
uninstaller.pod.extraArgs	list	[]	Extra arguments for the uninstaller pod.
uninstaller.pod.labels	object	{}	Labels for the uninstaller pod.
uninstaller.pod.resources	object	{"limits":{},"requests":{}}	Resource requests and limits (https://kubernetes.io/docs/user-guide/compute-resources/) for the uninstaller pod.
virtualKubelet.extra.annotations	object	{}	Annotations for the virtual kubelet pod.
virtualKubelet.extra.args	list	[]	Extra arguments virtual kubelet pod.
virtualKubelet.extra.labels	object	{}	Labels for the virtual kubelet pod.
virtualKubelet.extra.resources	object	{"limits":{},"requests":{}}	Resource requests and limits (https://kubernetes.io/docs/user-guide/compute-resources/) for the virtual kubelet pod.
virtualKubelet.image.name	string	"ghcr.io/liqotech/virtual-kubelet"	Image repository for the virtual kubelet pod.
virtualKubelet.image.version	string	""	Custom version for the virtual kubelet image. If not specified, the global tag is used.
virtualKubelet.metrics.podMonitor.interval	string	""	Setup pod monitor requests interval. If empty, Prometheus uses the global scrape interval (https://github.com/prometheus-operator/prometheus-operator/blob/main/Documentation/api.md#endpoint).
virtualKubelet.metrics.podMonitor.labels	object	{}	Labels for the virtualkubelet podmonitor.
virtualKubelet.metrics.podMonitor.scrapeTimeout	string	""	Setup pod monitor scrape timeout. If empty, Prometheus uses the global scrape timeout (https://github.com/prometheus-operator/prometheus-operator/blob/main/Documentation/api.md#endpoint).
virtualKubelet.metrics.port	int	5872	Port used to expose metrics.
virtualKubelet.replicas	int	1	The number of virtual kubelet instances to run, which can be increased for active/passive high availability.
virtualKubelet.virtualNode.extra.annotations	object	{}	Extra annotations for the virtual node.
virtualKubelet.virtualNode.extra.labels	object	{}	Extra labels for the virtual node.
webhook.failurePolicy	string	"Fail"	Webhook failure policy, either Ignore or Fail.
webhook.image.name	string	"ghcr.io/liqotech/webhook"	Image repository for the webhook pod.
webhook.image.version	string	""	Custom version for the webhook image. If not specified, the global tag is used.
webhook.metrics.service	object	{"annotations":{},"labels":{}}	Service used to expose metrics.
webhook.metrics.service.annotations	object	{}	Annotations for the metrics service.
webhook.metrics.service.labels	object	{}	Labels for the metrics service.
webhook.metrics.serviceMonitor.enabled	bool	false	Enable/Disable a Prometheus servicemonitor. Turn on this flag when the Prometheus Operator runs in your cluster
webhook.metrics.serviceMonitor.interval	string	""	Customize service monitor requests interval. If empty, Prometheus uses the global scrape interval (https://github.com/prometheus-operator/prometheus-operator/blob/main/Documentation/api.md#endpoint).
webhook.metrics.serviceMonitor.labels	object	{}	Labels for the gateway servicemonitor.
webhook.metrics.serviceMonitor.scrapeTimeout	string	""	Customize service monitor scrape timeout. If empty, Prometheus uses the global scrape timeout (https://github.com/prometheus-operator/prometheus-operator/blob/main/Documentation/api.md#endpoint).
webhook.patch.image	string	"k8s.gcr.io/ingress-nginx/kube-webhook-certgen:v1.1.1"	Image used for the patch jobs to manage certificates.
webhook.pod.annotations	object	{}	Annotations for the webhook pod.
webhook.pod.extraArgs	list	[]	Extra arguments for the webhook pod.
webhook.pod.labels	object	{}	Labels for the webhook pod.
webhook.pod.priorityClassName	string	""	PriorityClassName (https://kubernetes.io/docs/concepts/scheduling-eviction/pod-priority-preemption/#pod-priority) for the webhook pod.
webhook.pod.resources	object	{"limits":{},"requests":{}}	Resource requests and limits (https://kubernetes.io/docs/user-guide/compute-resources/) for the webhook pod.
webhook.port	int	9443	TCP port the webhook server binds to.
webhook.replicas	int	1	The number of webhook instances to run, which can be increased for active/passive high availability.