Karbon docs

website/docs/d/karbon_cluster.html.markdown

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+---
+layout: "nutanix"
+page_title: "NUTANIX: nutanix_karbon_cluster"
+sidebar_current: "docs-nutanix-datasource-karbon-cluster"
+description: |-
+ Describes a Karbon Cluster
+---
+
+# nutanix_karbon_cluster
+
+Describes Karbon Clusters
+
+## Example Usage
+
+```hcl
+data "nutanix_karbon_cluster" "cluster" {
+   cluster_id = "<YOUR-CLUSTER-ID>"
+}
+```
+
+## Argument Reference
+
+The following arguments are supported:
+
+* `karbon_cluster_id`: Represents karbon cluster uuid
+* `karbon_cluster_name`: Represents the name of karbon cluster
+
+## Attribute Reference
+
+The following arguments are supported:
+
+* `name`: - The name for the k8s cluster.
+* `wait_timeout_minutes`: - Maximum wait time for the Karbon cluster to provision.
+* `version`: - K8s version of the cluster.
+* `storage_class_config`: - Storage class configuration attribute for defining the persistent volume attributes.
+* `single_master_config`: - Configuration of a single master node.
+* `active_passive_config`: - The active passive mode uses the Virtual Router Redundancy Protocol (VRRP) protocol to provide high availability of the master.
+* `external_lb_config`: - The external load balancer configuration in the case of a multi-master-external-load-balancer type master deployment.
+* `private_registry`: - Allows the Karbon cluster to pull images of a list of private registries.
+* `etcd_node_pool`: - Configuration of the node pools that the nodes in the etcd cluster belong to. The etcd nodes require a minimum of 8,192 MiB memory and 409,60 MiB disk space.
+* `master_node_pool`: - Configuration of the master node pools.
+* `cni_config`: - K8s cluster networking configuration. The flannel or the calico configuration needs to be provided.
+
+### Storage Class Config
+
+The storage_class_config attribute supports the following:
+
+* `name`: - The name of the storage class.
+* `reclaim_policy` - Reclaim policy for persistent volumes provisioned using the specified storage class.
+* `volumes_config.#.file_system` - Karbon uses either the ext4 or xfs file-system on the volume disk.
+* `volumes_config.#.flash_mode` - Pins the persistent volumes to the flash tier in case of a `true` value.
+* `volumes_config.#.password` - The password of the Prism Element user that the API calls use to provision volumes.
+* `volumes_config.#.prism_element_cluster_uuid` - The universally unique identifier (UUID) of the Prism Element cluster.
+* `volumes_config.#.storage_container` - Name of the storage container the storage container uses to provision volumes.
+* `volumes_config.#.username` - Username of the Prism Element user that the API calls use to provision volumes.
+
+
+### External LB Config
+
+The external load balancer configuration in the case of a multi-master-external-load-balancer type master deployment.
+
+* `external_lb_config.#.external_ipv4_address`: The external load balancer IPV4 address.
+* `external_lb_config.#.master_nodes_config`: The configuration of the master nodes.
+* `external_lb_config.#.master_nodes_config.ipv4_address`: The IPV4 address to assign to the master.
+* `external_lb_config.#.master_nodes_config.node_pool_name`: The name of the node pool in which this master IPV4 address will be used.
+
+### private_registry
+User inputs of storage configuration parameters for VMs.
+
+* `private_registry`: - List of private registries.
+* `private_registry.registry_name`: - Name of the private registry to add to the Karbon cluster.
+
+### Node Pool
+
+The `etcd_node_pool`, `master_node_pool`, `worker_node_pool` attribute supports the following:
+
+* `name`: - Unique name of the node pool.
+* `node_os_version`: - The version of the node OS image.
+* `num_instances`: - Number of nodes in the node pool.
+* `ahv_config`: - VM configuration in AHV.
+* `ahv_config.cpu`: - The number of VCPUs allocated for each VM on the PE cluster.
+* `ahv_config.disk_mib`: - Size of local storage for each VM on the PE cluster in MiB.
+* `ahv_config.memory_mib`: - Memory allocated for each VM on the PE cluster in MiB.
+* `ahv_config.network_uuid`: - The UUID of the network for the VMs deployed with this resource configuration.
+* `ahv_config.prism_element_cluster_uuid`: - The unique universal identifier (UUID) of the Prism Element cluster used to deploy VMs for this node pool.
+* `nodes`: - List of the deployed nodes in the node pool.
+* `nodes.hostname`: - Hostname of the deployed node.
+* `nodes.ipv4_address`: - IP of the deployed node.
+
+### cni_config
+
+The boot_device_disk_address attribute supports the following:
+
+* `node_cidr_mask_size`: - The size of the subnet from the pod_ipv4_cidr assigned to each host. A value of 24 would allow up to 255 pods per node.
+* `pod_ipv4_cidr`: - CIDR for pods in the cluster.
+* `service_ipv4_cidr`: - Classless inter-domain routing (CIDR) for k8s services in the cluster.
+* `flannel_config`: - Configuration of the flannel container network interface (CNI) provider.
+* `calico_config`: - Configuration of the calico CNI provider.
+* `calico_config.ip_pool_config`: - List of IP pools to be configured/managed by calico.
+* `calico_config.ip_pool_config.cidr`: - IP range to use for this pool, it should fall within pod cidr.
+
+See detailed information in [Nutanix Karbon Cluster](https://www.nutanix.dev/reference/karbon/api-reference/cluster/getk8sclustername/).

website/docs/d/karbon_clusters.html.markdown

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+---
+layout: "nutanix"
+page_title: "NUTANIX: nutanix_karbon_clusters"
+sidebar_current: "docs-nutanix-datasource-karbon- clusters"
+description: |-
+ Describes a Karbon Clusters
+---
+
+# nutanix_karbon_clusters
+
+Describes Karbon Clusters
+
+## Example Usage
+
+```hcl
+data "nutanix_karbon_clusters" "clusters" {}
+```
+
+## Argument Reference
+
+The following arguments are supported:
+
+* `karbon_cluster_id`: Represents karbon cluster uuid
+* `karbon_cluster_name`: Represents the name of karbon cluster
+
+## Attribute Reference
+
+The following arguments are supported:
+
+* `name`: - The name for the k8s cluster.
+* `wait_timeout_minutes`
+* `version`: - K8s version of the cluster.
+* `storage_class_config`
+* `single_master_config`: - Configuration of a single master node.
+* `active_passive_config`: - The active passive mode uses the Virtual Router Redundancy Protocol (VRRP) protocol to provide high availability of the master.
+* `external_lb_config`: - The external load balancer configuration in the case of a multi-master-external-load-balancer type master deployment.
+* `private_registry`: - .
+* `etcd_node_pool`: - Configuration of the node pools that the nodes in the etcd cluster belong to. The etcd nodes require a minimum of 8,192 MiB memory and 409,60 MiB disk space.
+* `master_node_pool`: - .
+* `cni_config`: - K8s cluster networking configuration. The flannel or the calico configuration needs to be provided.
+
+### Storage Class Config
+
+The storage_class_config attribute supports the following:
+
+* `name`: - The name of the storage class.
+* `reclaim_policy` - Reclaim policy for persistent volumes provisioned using the specified storage class.
+* `volumes_config.#.file_system` - Karbon uses either the ext4 or xfs file-system on the volume disk.
+* `volumes_config.#.flash_mode`
+* `volumes_config.#.password` - TPassword of the Prism Element user that the API calls use to provision volumes.
+* `volumes_config.#.prism_element_cluster_uuid` - The universally unique identifier (UUID) of the Prism Element cluster.
+* `volumes_config.#.storage_container` - TName of the storage container the storage container uses to provision volumes.
+* `volumes_config.#.username` - TThe username of the Prism Element user that the API calls use to provision volumes.
+
+
+### External LB Config
+
+The external load balancer configuration in the case of a multi-master-external-load-balancer type master deployment.
+
+* `external_lb_config.#.external_ipv4_address`: The external load balancer IPV4 address.
+* `external_lb_config.#.master_nodes_config`: The configuration of the master nodes.
+* `external_lb_config.#.master_nodes_config.ipv4_address`: The IPV4 address to assign to the master.
+* `external_lb_config.#.master_nodes_config.node_pool_name`: The name of the node pool in which this master IPV4 address will be used.
+
+### private_registry
+User inputs of storage configuration parameters for VMs.
+
+* `private_registry`: - .
+* `private_registry.registry_name`: - .
+
+### Node Pool
+
+The `etcd_node_pool`, `master_node_pool`, `worker_node_pool` attribute supports the following:
+
+* `name`: - Unique name of the node pool.
+* `node_os_version`: - The version of the node OS image.
+* `num_instances`: - Number of nodes in the node pool.
+* `ahv_config`: - .
+* `ahv_config.cpu`: - The number of VCPUs allocated for each VM on the PE cluster.
+* `ahv_config.disk_mib`: - Size of local storage for each VM on the PE cluster in MiB.
+* `ahv_config.memory_mib`: - Memory allocated for each VM on the PE cluster in MiB.
+* `ahv_config.network_uuid`: - The UUID of the network for the VMs deployed with this resource configuration.
+* `ahv_config.prism_element_cluster_uuid`: - The unique universal identifier (UUID) of the Prism Element cluster used to deploy VMs for this node pool.
+* `nodes`
+* `nodes.hostname`
+* `nodes.ipv4_address`
+
+### cni_config
+
+The boot_device_disk_address attribute supports the following:
+
+* `node_cidr_mask_size`: - The size of the subnet from the pod_ipv4_cidr assigned to each host. A value of 24 would allow up to 255 pods per node.
+* `pod_ipv4_cidr`: - CIDR for pods in the cluster.
+* `service_ipv4_cidr`: - Classless inter-domain routing (CIDR) for k8s services in the cluster.
+* `flannel_config`: - Configuration of the flannel container network interface (CNI) provider.
+* `calico_config`: - Configuration of the calico CNI provider.
+* `calico_config.ip_pool_config`: - List of IP pools to be configured/managed by calico.
+* `calico_config.ip_pool_config.cidr`: - IP range to use for this pool, it should fall within pod cidr.
+
+See detailed information in [Nutanix Karbon Cluster](https://www.nutanix.dev/reference/karbon/api-reference/cluster/getk8sclustername/).

website/docs/d/karbon_private_registries.html.markdown

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+---
+layout: "nutanix"
+page_title: "NUTANIX: nutanix_karbon_private_registries"
+sidebar_current: "docs-nutanix-datasource-karbon-private-registry"
+description: |-
+ Describes a List of Karbon private registry entry
+---
+
+# nutanix_karbon_private_registries
+
+Describes a List of Karbon private registry entry
+
+## Example Usage
+
+```hcl
+data "nutanix_karbon_private_registries" "registry" {
+   cluster_id = "<YOUR-CLUSTER-ID>"
+}
+```
+
+## Argument Reference
+
+The following arguments are supported:
+
+* `private_registry_id`: Represents karbon private registry uuid
+* `private_registry_name`: Represents the name of karbon private registry
+
+## Attributes Reference
+
+The following attributes are supported:
+
+* `name`: - Name of the private registry.
+* `uuid`: - UUID of the private registry.
+* `endpoint`: - Endpoint of the private in format `url:port`.
+
+
+See detailed information in [Nutanix Karbon Registries](https://www.nutanix.dev/reference/karbon/api-reference/registry/listprivateregistry).

website/docs/d/karbon_private_registry.html.markdown

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+---
+layout: "nutanix"
+page_title: "NUTANIX: nutanix_karbon_private_registry"
+sidebar_current: "docs-nutanix-datasource-karbon-private-registry"
+description: |-
+ Describes a Karbon private registry entry
+---
+
+# nutanix_karbon_private_registry
+
+Describes Karbon private registry entry
+
+## Example Usage
+
+```hcl
+data "nutanix_karbon_private_registry" "registry" {
+   cluster_id = "<YOUR-CLUSTER-ID>"
+}
+```
+
+## Argument Reference
+
+The following arguments are supported:
+
+* `private_registry_id`: Represents karbon private registry uuid
+* `private_registry_name`: Represents the name of karbon private registry
+
+## Attributes Reference
+
+The following attributes are supported:
+
+* `name`: - Name of the private registry.
+* `uuid`: - UUID of the private registry.
+* `endpoint`: - Endpoint of the private in format `url:port`.
+
+
+See detailed information in [Nutanix Karbon Registry](https://www.nutanix.dev/reference/karbon/api-reference/registry/getprivateregistry/).

website/docs/r/karbon_cluster.html.markdown

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+---
+layout: "nutanix"
+page_title: "NUTANIX: nutanix_karbon_cluster"
+sidebar_current: "docs-nutanix-resource-karbon-cluster"
+description: |-
+  Provides a Nutanix Karbon Cluster resource to Create a k8s cluster.
+---
+
+# nutanix_karbon_cluster
+
+Provides a Nutanix Karbon Cluster resource to Create a k8s cluster.
+
+## Example Usage
+
+```hcl
+data "nutanix_karbon_clusters" "clusters" {}
+
+resource "nutanix_karbon_cluster" "vm1" {
+}
+
+```
+
+## Argument Reference
+
+The following arguments are supported:
+
+* `name`: - (Required) The name for the k8s cluster.
+* `wait_timeout_minutes`: - (Optional) Maximum wait time for the Karbon cluster to provision.
+* `version`: - (Required) K8s version of the cluster.
+* `storage_class_config`: - (Required) Storage class configuration attribute for defining the persistent volume attributes.
+* `single_master_config`: - (Optional) Configuration of a single master node.
+* `active_passive_config`: - (Optional) The active passive mode uses the Virtual Router Redundancy Protocol (VRRP) protocol to provide high availability of the master.
+* `external_lb_config`: - (Optional) The external load balancer configuration in the case of a multi-master-external-load-balancer type master deployment.
+* `private_registry`: - (Optional) Allows the Karbon cluster to pull images of a list of private registries.
+* `etcd_node_pool`: - (Required) Configuration of the node pools that the nodes in the etcd cluster belong to. The etcd nodes require a minimum of 8,192 MiB memory and 409,60 MiB disk space.
+* `master_node_pool`: - (Required) Configuration of the master node pools.
+* `cni_config`: - (Required) K8s cluster networking configuration. The flannel or the calico configuration needs to be provided.
+
+### Storage Class Config
+
+The storage_class_config attribute supports the following:
+
+* `name`: - (Required) The name of the storage class.
+* `reclaim_policy` - (Optional) Reclaim policy for persistent volumes provisioned using the specified storage class.
+* `volumes_config.#.file_system` - (Optional) Karbon uses either the ext4 or xfs file-system on the volume disk.
+* `volumes_config.#.flash_mode` - (Optional) Pins the persistent volumes to the flash tier in case of a `true` value.
+* `volumes_config.#.password` - (Required) The password of the Prism Element user that the API calls use to provision volumes.
+* `volumes_config.#.prism_element_cluster_uuid` - (Required) The universally unique identifier (UUID) of the Prism Element cluster.
+* `volumes_config.#.storage_container` - (Required) Name of the storage container the storage container uses to provision volumes.
+* `volumes_config.#.username` - (Required) Username of the Prism Element user that the API calls use to provision volumes.
+
+
+### External LB Config
+
+The external load balancer configuration in the case of a multi-master-external-load-balancer type master deployment.
+
+* `external_lb_config.#.external_ipv4_address`: (Required) The external load balancer IPV4 address.
+* `external_lb_config.#.master_nodes_config`: (Required) The configuration of the master nodes.
+* `external_lb_config.#.master_nodes_config.ipv4_address`: (Required) The IPV4 address to assign to the master.
+* `external_lb_config.#.master_nodes_config.node_pool_name`: (Optional) The name of the node pool in which this master IPV4 address will be used.
+
+### private_registry
+User inputs of storage configuration parameters for VMs.
+
+* `private_registry`: - (Optional) List of private registries.
+* `private_registry.registry_name`: - (Required) Name of the private registry to add to the Karbon cluster.
+
+### Node Pool
+
+The `etcd_node_pool`, `master_node_pool`, `worker_node_pool` attribute supports the following:
+
+* `name`: - (Optional) Unique name of the node pool.
+* `node_os_version`: - (Required) The version of the node OS image.
+* `num_instances`: - (Required) Number of nodes in the node pool.
+* `ahv_config`: - (Optional) VM configuration in AHV.
+* `ahv_config.cpu`: - (Required) The number of VCPUs allocated for each VM on the PE cluster.
+* `ahv_config.disk_mib`: - (Optional) Size of local storage for each VM on the PE cluster in MiB.
+* `ahv_config.memory_mib`: - (Optional) Memory allocated for each VM on the PE cluster in MiB.
+* `ahv_config.network_uuid`: - (Required) The UUID of the network for the VMs deployed with this resource configuration.
+* `ahv_config.prism_element_cluster_uuid`: - (Required) The unique universal identifier (UUID) of the Prism Element cluster used to deploy VMs for this node pool.
+* `nodes`: - List of the deployed nodes in the node pool.
+* `nodes.hostname`: - Hostname of the deployed node.
+* `nodes.ipv4_address`: - IP of the deployed node.
+
+### cni_config
+
+ The boot_device_disk_address attribute supports the following:
+
+* `node_cidr_mask_size`: - (Optional) The size of the subnet from the pod_ipv4_cidr assigned to each host. A value of 24 would allow up to 255 pods per node.
+* `pod_ipv4_cidr`: - (Optional) CIDR for pods in the cluster.
+* `service_ipv4_cidr`: - (Optional) Classless inter-domain routing (CIDR) for k8s services in the cluster.
+* `flannel_config`: - (Optional) Configuration of the flannel container network interface (CNI) provider.
+* `calico_config`: - (Optional) Configuration of the calico CNI provider.
+* `calico_config.ip_pool_config`: - (Optional) List of IP pools to be configured/managed by calico.
+* `calico_config.ip_pool_config.cidr`: - (Optional) IP range to use for this pool, it should fall within pod cidr.
+
+See detailed information in [Nutanix Karbon Cluster](https://www.nutanix.dev/reference/karbon/api-reference/cluster/).