Nutanix v0.0.52, Jun 7 24

Nutanix v0.0.52 published on Friday, Jun 7, 2024 by Piers Karsenbarg

nutanix.KarbonCluster

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Nutanix v0.0.52 published on Friday, Jun 7, 2024 by Piers Karsenbarg

Example Usage

import * as pulumi from "@pulumi/pulumi";
import * as nutanix from "@pierskarsenbarg/nutanix";

const exampleCluster = new nutanix.KarbonCluster("exampleCluster", {
    cniConfig: {
        nodeCidrMaskSize: 24,
        podIpv4Cidr: "172.20.0.0/16",
        serviceIpv4Cidr: "172.19.0.0/16",
    },
    etcdNodePool: {
        ahvConfig: {
            networkUuid: "my_subnet_id",
            prismElementClusterUuid: "my_pe_cluster_uuid",
        },
        nodeOsVersion: "ntnx-1.0",
        numInstances: 1,
    },
    masterNodePool: {
        ahvConfig: {
            networkUuid: "my_subnet_id",
            prismElementClusterUuid: "my_pe_cluster_uuid",
        },
        nodeOsVersion: "ntnx-1.0",
        numInstances: 1,
    },
    storageClassConfig: {
        reclaimPolicy: "Delete",
        volumesConfig: {
            fileSystem: "ext4",
            flashMode: false,
            password: "my_pe_pw",
            prismElementClusterUuid: "my_pe_cluster_uuid",
            storageContainer: "my_storage_container_name",
            username: "my_pe_username",
        },
    },
    version: "1.18.15-1",
    workerNodePool: {
        ahvConfig: {
            networkUuid: "my_subnet_id",
            prismElementClusterUuid: "my_pe_cluster_uuid",
        },
        nodeOsVersion: "ntnx-1.0",
        numInstances: 1,
    },
});

import pulumi
import pulumi_nutanix as nutanix

example_cluster = nutanix.KarbonCluster("exampleCluster",
    cni_config=nutanix.KarbonClusterCniConfigArgs(
        node_cidr_mask_size=24,
        pod_ipv4_cidr="172.20.0.0/16",
        service_ipv4_cidr="172.19.0.0/16",
    ),
    etcd_node_pool=nutanix.KarbonClusterEtcdNodePoolArgs(
        ahv_config=nutanix.KarbonClusterEtcdNodePoolAhvConfigArgs(
            network_uuid="my_subnet_id",
            prism_element_cluster_uuid="my_pe_cluster_uuid",
        ),
        node_os_version="ntnx-1.0",
        num_instances=1,
    ),
    master_node_pool=nutanix.KarbonClusterMasterNodePoolArgs(
        ahv_config=nutanix.KarbonClusterMasterNodePoolAhvConfigArgs(
            network_uuid="my_subnet_id",
            prism_element_cluster_uuid="my_pe_cluster_uuid",
        ),
        node_os_version="ntnx-1.0",
        num_instances=1,
    ),
    storage_class_config=nutanix.KarbonClusterStorageClassConfigArgs(
        reclaim_policy="Delete",
        volumes_config=nutanix.KarbonClusterStorageClassConfigVolumesConfigArgs(
            file_system="ext4",
            flash_mode=False,
            password="my_pe_pw",
            prism_element_cluster_uuid="my_pe_cluster_uuid",
            storage_container="my_storage_container_name",
            username="my_pe_username",
        ),
    ),
    version="1.18.15-1",
    worker_node_pool=nutanix.KarbonClusterWorkerNodePoolArgs(
        ahv_config=nutanix.KarbonClusterWorkerNodePoolAhvConfigArgs(
            network_uuid="my_subnet_id",
            prism_element_cluster_uuid="my_pe_cluster_uuid",
        ),
        node_os_version="ntnx-1.0",
        num_instances=1,
    ))

package main

import (
	"github.com/pierskarsenbarg/pulumi-nutanix/sdk/go/nutanix"
	"github.com/pulumi/pulumi/sdk/v3/go/pulumi"
)

func main() {
	pulumi.Run(func(ctx *pulumi.Context) error {
		_, err := nutanix.NewKarbonCluster(ctx, "exampleCluster", &nutanix.KarbonClusterArgs{
			CniConfig: &nutanix.KarbonClusterCniConfigArgs{
				NodeCidrMaskSize: pulumi.Int(24),
				PodIpv4Cidr:      pulumi.String("172.20.0.0/16"),
				ServiceIpv4Cidr:  pulumi.String("172.19.0.0/16"),
			},
			EtcdNodePool: &nutanix.KarbonClusterEtcdNodePoolArgs{
				AhvConfig: &nutanix.KarbonClusterEtcdNodePoolAhvConfigArgs{
					NetworkUuid:             pulumi.String("my_subnet_id"),
					PrismElementClusterUuid: pulumi.String("my_pe_cluster_uuid"),
				},
				NodeOsVersion: pulumi.String("ntnx-1.0"),
				NumInstances:  pulumi.Int(1),
			},
			MasterNodePool: &nutanix.KarbonClusterMasterNodePoolArgs{
				AhvConfig: &nutanix.KarbonClusterMasterNodePoolAhvConfigArgs{
					NetworkUuid:             pulumi.String("my_subnet_id"),
					PrismElementClusterUuid: pulumi.String("my_pe_cluster_uuid"),
				},
				NodeOsVersion: pulumi.String("ntnx-1.0"),
				NumInstances:  pulumi.Int(1),
			},
			StorageClassConfig: &nutanix.KarbonClusterStorageClassConfigArgs{
				ReclaimPolicy: pulumi.String("Delete"),
				VolumesConfig: &nutanix.KarbonClusterStorageClassConfigVolumesConfigArgs{
					FileSystem:              pulumi.String("ext4"),
					FlashMode:               pulumi.Bool(false),
					Password:                pulumi.String("my_pe_pw"),
					PrismElementClusterUuid: pulumi.String("my_pe_cluster_uuid"),
					StorageContainer:        pulumi.String("my_storage_container_name"),
					Username:                pulumi.String("my_pe_username"),
				},
			},
			Version: pulumi.String("1.18.15-1"),
			WorkerNodePool: &nutanix.KarbonClusterWorkerNodePoolArgs{
				AhvConfig: &nutanix.KarbonClusterWorkerNodePoolAhvConfigArgs{
					NetworkUuid:             pulumi.String("my_subnet_id"),
					PrismElementClusterUuid: pulumi.String("my_pe_cluster_uuid"),
				},
				NodeOsVersion: pulumi.String("ntnx-1.0"),
				NumInstances:  pulumi.Int(1),
			},
		})
		if err != nil {
			return err
		}
		return nil
	})
}

using System.Collections.Generic;
using System.Linq;
using Pulumi;
using Nutanix = PiersKarsenbarg.Nutanix;

return await Deployment.RunAsync(() => 
{
    var exampleCluster = new Nutanix.KarbonCluster("exampleCluster", new()
    {
        CniConfig = new Nutanix.Inputs.KarbonClusterCniConfigArgs
        {
            NodeCidrMaskSize = 24,
            PodIpv4Cidr = "172.20.0.0/16",
            ServiceIpv4Cidr = "172.19.0.0/16",
        },
        EtcdNodePool = new Nutanix.Inputs.KarbonClusterEtcdNodePoolArgs
        {
            AhvConfig = new Nutanix.Inputs.KarbonClusterEtcdNodePoolAhvConfigArgs
            {
                NetworkUuid = "my_subnet_id",
                PrismElementClusterUuid = "my_pe_cluster_uuid",
            },
            NodeOsVersion = "ntnx-1.0",
            NumInstances = 1,
        },
        MasterNodePool = new Nutanix.Inputs.KarbonClusterMasterNodePoolArgs
        {
            AhvConfig = new Nutanix.Inputs.KarbonClusterMasterNodePoolAhvConfigArgs
            {
                NetworkUuid = "my_subnet_id",
                PrismElementClusterUuid = "my_pe_cluster_uuid",
            },
            NodeOsVersion = "ntnx-1.0",
            NumInstances = 1,
        },
        StorageClassConfig = new Nutanix.Inputs.KarbonClusterStorageClassConfigArgs
        {
            ReclaimPolicy = "Delete",
            VolumesConfig = new Nutanix.Inputs.KarbonClusterStorageClassConfigVolumesConfigArgs
            {
                FileSystem = "ext4",
                FlashMode = false,
                Password = "my_pe_pw",
                PrismElementClusterUuid = "my_pe_cluster_uuid",
                StorageContainer = "my_storage_container_name",
                Username = "my_pe_username",
            },
        },
        Version = "1.18.15-1",
        WorkerNodePool = new Nutanix.Inputs.KarbonClusterWorkerNodePoolArgs
        {
            AhvConfig = new Nutanix.Inputs.KarbonClusterWorkerNodePoolAhvConfigArgs
            {
                NetworkUuid = "my_subnet_id",
                PrismElementClusterUuid = "my_pe_cluster_uuid",
            },
            NodeOsVersion = "ntnx-1.0",
            NumInstances = 1,
        },
    });

});

package generated_program;

import com.pulumi.Context;
import com.pulumi.Pulumi;
import com.pulumi.core.Output;
import com.pulumi.nutanix.KarbonCluster;
import com.pulumi.nutanix.KarbonClusterArgs;
import com.pulumi.nutanix.inputs.KarbonClusterCniConfigArgs;
import com.pulumi.nutanix.inputs.KarbonClusterEtcdNodePoolArgs;
import com.pulumi.nutanix.inputs.KarbonClusterEtcdNodePoolAhvConfigArgs;
import com.pulumi.nutanix.inputs.KarbonClusterMasterNodePoolArgs;
import com.pulumi.nutanix.inputs.KarbonClusterMasterNodePoolAhvConfigArgs;
import com.pulumi.nutanix.inputs.KarbonClusterStorageClassConfigArgs;
import com.pulumi.nutanix.inputs.KarbonClusterStorageClassConfigVolumesConfigArgs;
import com.pulumi.nutanix.inputs.KarbonClusterWorkerNodePoolArgs;
import com.pulumi.nutanix.inputs.KarbonClusterWorkerNodePoolAhvConfigArgs;
import java.util.List;
import java.util.ArrayList;
import java.util.Map;
import java.io.File;
import java.nio.file.Files;
import java.nio.file.Paths;

public class App {
    public static void main(String[] args) {
        Pulumi.run(App::stack);
    }

    public static void stack(Context ctx) {
        var exampleCluster = new KarbonCluster("exampleCluster", KarbonClusterArgs.builder()
            .cniConfig(KarbonClusterCniConfigArgs.builder()
                .nodeCidrMaskSize(24)
                .podIpv4Cidr("172.20.0.0/16")
                .serviceIpv4Cidr("172.19.0.0/16")
                .build())
            .etcdNodePool(KarbonClusterEtcdNodePoolArgs.builder()
                .ahvConfig(KarbonClusterEtcdNodePoolAhvConfigArgs.builder()
                    .networkUuid("my_subnet_id")
                    .prismElementClusterUuid("my_pe_cluster_uuid")
                    .build())
                .nodeOsVersion("ntnx-1.0")
                .numInstances(1)
                .build())
            .masterNodePool(KarbonClusterMasterNodePoolArgs.builder()
                .ahvConfig(KarbonClusterMasterNodePoolAhvConfigArgs.builder()
                    .networkUuid("my_subnet_id")
                    .prismElementClusterUuid("my_pe_cluster_uuid")
                    .build())
                .nodeOsVersion("ntnx-1.0")
                .numInstances(1)
                .build())
            .storageClassConfig(KarbonClusterStorageClassConfigArgs.builder()
                .reclaimPolicy("Delete")
                .volumesConfig(KarbonClusterStorageClassConfigVolumesConfigArgs.builder()
                    .fileSystem("ext4")
                    .flashMode(false)
                    .password("my_pe_pw")
                    .prismElementClusterUuid("my_pe_cluster_uuid")
                    .storageContainer("my_storage_container_name")
                    .username("my_pe_username")
                    .build())
                .build())
            .version("1.18.15-1")
            .workerNodePool(KarbonClusterWorkerNodePoolArgs.builder()
                .ahvConfig(KarbonClusterWorkerNodePoolAhvConfigArgs.builder()
                    .networkUuid("my_subnet_id")
                    .prismElementClusterUuid("my_pe_cluster_uuid")
                    .build())
                .nodeOsVersion("ntnx-1.0")
                .numInstances(1)
                .build())
            .build());

    }
}

resources:
  exampleCluster:
    type: nutanix:KarbonCluster
    properties:
      cniConfig:
        nodeCidrMaskSize: 24
        podIpv4Cidr: 172.20.0.0/16
        serviceIpv4Cidr: 172.19.0.0/16
      etcdNodePool:
        ahvConfig:
          networkUuid: my_subnet_id
          prismElementClusterUuid: my_pe_cluster_uuid
        nodeOsVersion: ntnx-1.0
        numInstances: 1
      masterNodePool:
        ahvConfig:
          networkUuid: my_subnet_id
          prismElementClusterUuid: my_pe_cluster_uuid
        nodeOsVersion: ntnx-1.0
        numInstances: 1
      storageClassConfig:
        reclaimPolicy: Delete
        volumesConfig:
          fileSystem: ext4
          flashMode: false
          password: my_pe_pw
          prismElementClusterUuid: my_pe_cluster_uuid
          storageContainer: my_storage_container_name
          username: my_pe_username
      version: 1.18.15-1
      workerNodePool:
        ahvConfig:
          networkUuid: my_subnet_id
          prismElementClusterUuid: my_pe_cluster_uuid
        nodeOsVersion: ntnx-1.0
        numInstances: 1

resource to create karbon cluster with timeouts

import * as pulumi from "@pulumi/pulumi";
import * as nutanix from "@pierskarsenbarg/nutanix";

const exampleCluster = new nutanix.KarbonCluster("exampleCluster", {
    cniConfig: {
        nodeCidrMaskSize: 24,
        podIpv4Cidr: "172.20.0.0/16",
        serviceIpv4Cidr: "172.19.0.0/16",
    },
    etcdNodePool: {
        ahvConfig: {
            networkUuid: "my_subnet_id",
            prismElementClusterUuid: "my_pe_cluster_uuid",
        },
        nodeOsVersion: "ntnx-1.0",
        numInstances: 1,
    },
    masterNodePool: {
        ahvConfig: {
            networkUuid: "my_subnet_id",
            prismElementClusterUuid: "my_pe_cluster_uuid",
        },
        nodeOsVersion: "ntnx-1.0",
        numInstances: 1,
    },
    storageClassConfig: {
        reclaimPolicy: "Delete",
        volumesConfig: {
            fileSystem: "ext4",
            flashMode: false,
            password: "my_pe_pw",
            prismElementClusterUuid: "my_pe_cluster_uuid",
            storageContainer: "my_storage_container_name",
            username: "my_pe_username",
        },
    },
    version: "1.18.15-1",
    workerNodePool: {
        ahvConfig: {
            networkUuid: "my_subnet_id",
            prismElementClusterUuid: "my_pe_cluster_uuid",
        },
        nodeOsVersion: "ntnx-1.0",
        numInstances: 1,
    },
});

import pulumi
import pulumi_nutanix as nutanix

example_cluster = nutanix.KarbonCluster("exampleCluster",
    cni_config=nutanix.KarbonClusterCniConfigArgs(
        node_cidr_mask_size=24,
        pod_ipv4_cidr="172.20.0.0/16",
        service_ipv4_cidr="172.19.0.0/16",
    ),
    etcd_node_pool=nutanix.KarbonClusterEtcdNodePoolArgs(
        ahv_config=nutanix.KarbonClusterEtcdNodePoolAhvConfigArgs(
            network_uuid="my_subnet_id",
            prism_element_cluster_uuid="my_pe_cluster_uuid",
        ),
        node_os_version="ntnx-1.0",
        num_instances=1,
    ),
    master_node_pool=nutanix.KarbonClusterMasterNodePoolArgs(
        ahv_config=nutanix.KarbonClusterMasterNodePoolAhvConfigArgs(
            network_uuid="my_subnet_id",
            prism_element_cluster_uuid="my_pe_cluster_uuid",
        ),
        node_os_version="ntnx-1.0",
        num_instances=1,
    ),
    storage_class_config=nutanix.KarbonClusterStorageClassConfigArgs(
        reclaim_policy="Delete",
        volumes_config=nutanix.KarbonClusterStorageClassConfigVolumesConfigArgs(
            file_system="ext4",
            flash_mode=False,
            password="my_pe_pw",
            prism_element_cluster_uuid="my_pe_cluster_uuid",
            storage_container="my_storage_container_name",
            username="my_pe_username",
        ),
    ),
    version="1.18.15-1",
    worker_node_pool=nutanix.KarbonClusterWorkerNodePoolArgs(
        ahv_config=nutanix.KarbonClusterWorkerNodePoolAhvConfigArgs(
            network_uuid="my_subnet_id",
            prism_element_cluster_uuid="my_pe_cluster_uuid",
        ),
        node_os_version="ntnx-1.0",
        num_instances=1,
    ))

package main

import (
	"github.com/pierskarsenbarg/pulumi-nutanix/sdk/go/nutanix"
	"github.com/pulumi/pulumi/sdk/v3/go/pulumi"
)

func main() {
	pulumi.Run(func(ctx *pulumi.Context) error {
		_, err := nutanix.NewKarbonCluster(ctx, "exampleCluster", &nutanix.KarbonClusterArgs{
			CniConfig: &nutanix.KarbonClusterCniConfigArgs{
				NodeCidrMaskSize: pulumi.Int(24),
				PodIpv4Cidr:      pulumi.String("172.20.0.0/16"),
				ServiceIpv4Cidr:  pulumi.String("172.19.0.0/16"),
			},
			EtcdNodePool: &nutanix.KarbonClusterEtcdNodePoolArgs{
				AhvConfig: &nutanix.KarbonClusterEtcdNodePoolAhvConfigArgs{
					NetworkUuid:             pulumi.String("my_subnet_id"),
					PrismElementClusterUuid: pulumi.String("my_pe_cluster_uuid"),
				},
				NodeOsVersion: pulumi.String("ntnx-1.0"),
				NumInstances:  pulumi.Int(1),
			},
			MasterNodePool: &nutanix.KarbonClusterMasterNodePoolArgs{
				AhvConfig: &nutanix.KarbonClusterMasterNodePoolAhvConfigArgs{
					NetworkUuid:             pulumi.String("my_subnet_id"),
					PrismElementClusterUuid: pulumi.String("my_pe_cluster_uuid"),
				},
				NodeOsVersion: pulumi.String("ntnx-1.0"),
				NumInstances:  pulumi.Int(1),
			},
			StorageClassConfig: &nutanix.KarbonClusterStorageClassConfigArgs{
				ReclaimPolicy: pulumi.String("Delete"),
				VolumesConfig: &nutanix.KarbonClusterStorageClassConfigVolumesConfigArgs{
					FileSystem:              pulumi.String("ext4"),
					FlashMode:               pulumi.Bool(false),
					Password:                pulumi.String("my_pe_pw"),
					PrismElementClusterUuid: pulumi.String("my_pe_cluster_uuid"),
					StorageContainer:        pulumi.String("my_storage_container_name"),
					Username:                pulumi.String("my_pe_username"),
				},
			},
			Version: pulumi.String("1.18.15-1"),
			WorkerNodePool: &nutanix.KarbonClusterWorkerNodePoolArgs{
				AhvConfig: &nutanix.KarbonClusterWorkerNodePoolAhvConfigArgs{
					NetworkUuid:             pulumi.String("my_subnet_id"),
					PrismElementClusterUuid: pulumi.String("my_pe_cluster_uuid"),
				},
				NodeOsVersion: pulumi.String("ntnx-1.0"),
				NumInstances:  pulumi.Int(1),
			},
		})
		if err != nil {
			return err
		}
		return nil
	})
}

using System.Collections.Generic;
using System.Linq;
using Pulumi;
using Nutanix = PiersKarsenbarg.Nutanix;

return await Deployment.RunAsync(() => 
{
    var exampleCluster = new Nutanix.KarbonCluster("exampleCluster", new()
    {
        CniConfig = new Nutanix.Inputs.KarbonClusterCniConfigArgs
        {
            NodeCidrMaskSize = 24,
            PodIpv4Cidr = "172.20.0.0/16",
            ServiceIpv4Cidr = "172.19.0.0/16",
        },
        EtcdNodePool = new Nutanix.Inputs.KarbonClusterEtcdNodePoolArgs
        {
            AhvConfig = new Nutanix.Inputs.KarbonClusterEtcdNodePoolAhvConfigArgs
            {
                NetworkUuid = "my_subnet_id",
                PrismElementClusterUuid = "my_pe_cluster_uuid",
            },
            NodeOsVersion = "ntnx-1.0",
            NumInstances = 1,
        },
        MasterNodePool = new Nutanix.Inputs.KarbonClusterMasterNodePoolArgs
        {
            AhvConfig = new Nutanix.Inputs.KarbonClusterMasterNodePoolAhvConfigArgs
            {
                NetworkUuid = "my_subnet_id",
                PrismElementClusterUuid = "my_pe_cluster_uuid",
            },
            NodeOsVersion = "ntnx-1.0",
            NumInstances = 1,
        },
        StorageClassConfig = new Nutanix.Inputs.KarbonClusterStorageClassConfigArgs
        {
            ReclaimPolicy = "Delete",
            VolumesConfig = new Nutanix.Inputs.KarbonClusterStorageClassConfigVolumesConfigArgs
            {
                FileSystem = "ext4",
                FlashMode = false,
                Password = "my_pe_pw",
                PrismElementClusterUuid = "my_pe_cluster_uuid",
                StorageContainer = "my_storage_container_name",
                Username = "my_pe_username",
            },
        },
        Version = "1.18.15-1",
        WorkerNodePool = new Nutanix.Inputs.KarbonClusterWorkerNodePoolArgs
        {
            AhvConfig = new Nutanix.Inputs.KarbonClusterWorkerNodePoolAhvConfigArgs
            {
                NetworkUuid = "my_subnet_id",
                PrismElementClusterUuid = "my_pe_cluster_uuid",
            },
            NodeOsVersion = "ntnx-1.0",
            NumInstances = 1,
        },
    });

});

package generated_program;

import com.pulumi.Context;
import com.pulumi.Pulumi;
import com.pulumi.core.Output;
import com.pulumi.nutanix.KarbonCluster;
import com.pulumi.nutanix.KarbonClusterArgs;
import com.pulumi.nutanix.inputs.KarbonClusterCniConfigArgs;
import com.pulumi.nutanix.inputs.KarbonClusterEtcdNodePoolArgs;
import com.pulumi.nutanix.inputs.KarbonClusterEtcdNodePoolAhvConfigArgs;
import com.pulumi.nutanix.inputs.KarbonClusterMasterNodePoolArgs;
import com.pulumi.nutanix.inputs.KarbonClusterMasterNodePoolAhvConfigArgs;
import com.pulumi.nutanix.inputs.KarbonClusterStorageClassConfigArgs;
import com.pulumi.nutanix.inputs.KarbonClusterStorageClassConfigVolumesConfigArgs;
import com.pulumi.nutanix.inputs.KarbonClusterWorkerNodePoolArgs;
import com.pulumi.nutanix.inputs.KarbonClusterWorkerNodePoolAhvConfigArgs;
import java.util.List;
import java.util.ArrayList;
import java.util.Map;
import java.io.File;
import java.nio.file.Files;
import java.nio.file.Paths;

public class App {
    public static void main(String[] args) {
        Pulumi.run(App::stack);
    }

    public static void stack(Context ctx) {
        var exampleCluster = new KarbonCluster("exampleCluster", KarbonClusterArgs.builder()
            .cniConfig(KarbonClusterCniConfigArgs.builder()
                .nodeCidrMaskSize(24)
                .podIpv4Cidr("172.20.0.0/16")
                .serviceIpv4Cidr("172.19.0.0/16")
                .build())
            .etcdNodePool(KarbonClusterEtcdNodePoolArgs.builder()
                .ahvConfig(KarbonClusterEtcdNodePoolAhvConfigArgs.builder()
                    .networkUuid("my_subnet_id")
                    .prismElementClusterUuid("my_pe_cluster_uuid")
                    .build())
                .nodeOsVersion("ntnx-1.0")
                .numInstances(1)
                .build())
            .masterNodePool(KarbonClusterMasterNodePoolArgs.builder()
                .ahvConfig(KarbonClusterMasterNodePoolAhvConfigArgs.builder()
                    .networkUuid("my_subnet_id")
                    .prismElementClusterUuid("my_pe_cluster_uuid")
                    .build())
                .nodeOsVersion("ntnx-1.0")
                .numInstances(1)
                .build())
            .storageClassConfig(KarbonClusterStorageClassConfigArgs.builder()
                .reclaimPolicy("Delete")
                .volumesConfig(KarbonClusterStorageClassConfigVolumesConfigArgs.builder()
                    .fileSystem("ext4")
                    .flashMode(false)
                    .password("my_pe_pw")
                    .prismElementClusterUuid("my_pe_cluster_uuid")
                    .storageContainer("my_storage_container_name")
                    .username("my_pe_username")
                    .build())
                .build())
            .version("1.18.15-1")
            .workerNodePool(KarbonClusterWorkerNodePoolArgs.builder()
                .ahvConfig(KarbonClusterWorkerNodePoolAhvConfigArgs.builder()
                    .networkUuid("my_subnet_id")
                    .prismElementClusterUuid("my_pe_cluster_uuid")
                    .build())
                .nodeOsVersion("ntnx-1.0")
                .numInstances(1)
                .build())
            .build());

    }
}

resources:
  exampleCluster:
    type: nutanix:KarbonCluster
    properties:
      cniConfig:
        nodeCidrMaskSize: 24
        podIpv4Cidr: 172.20.0.0/16
        serviceIpv4Cidr: 172.19.0.0/16
      etcdNodePool:
        ahvConfig:
          networkUuid: my_subnet_id
          prismElementClusterUuid: my_pe_cluster_uuid
        nodeOsVersion: ntnx-1.0
        numInstances: 1
      masterNodePool:
        ahvConfig:
          networkUuid: my_subnet_id
          prismElementClusterUuid: my_pe_cluster_uuid
        nodeOsVersion: ntnx-1.0
        numInstances: 1
      storageClassConfig:
        reclaimPolicy: Delete
        volumesConfig:
          fileSystem: ext4
          flashMode: false
          password: my_pe_pw
          prismElementClusterUuid: my_pe_cluster_uuid
          storageContainer: my_storage_container_name
          username: my_pe_username
      version: 1.18.15-1
      workerNodePool:
        ahvConfig:
          networkUuid: my_subnet_id
          prismElementClusterUuid: my_pe_cluster_uuid
        nodeOsVersion: ntnx-1.0
        numInstances: 1

Create KarbonCluster Resource

Resources are created with functions called constructors. To learn more about declaring and configuring resources, see Resources.

Constructor syntax

new KarbonCluster(name: string, args: KarbonClusterArgs, opts?: CustomResourceOptions);

@overload
def KarbonCluster(resource_name: str,
                  args: KarbonClusterArgs,
                  opts: Optional[ResourceOptions] = None)

@overload
def KarbonCluster(resource_name: str,
                  opts: Optional[ResourceOptions] = None,
                  cni_config: Optional[KarbonClusterCniConfigArgs] = None,
                  etcd_node_pool: Optional[KarbonClusterEtcdNodePoolArgs] = None,
                  master_node_pool: Optional[KarbonClusterMasterNodePoolArgs] = None,
                  storage_class_config: Optional[KarbonClusterStorageClassConfigArgs] = None,
                  version: Optional[str] = None,
                  worker_node_pool: Optional[KarbonClusterWorkerNodePoolArgs] = None,
                  active_passive_config: Optional[KarbonClusterActivePassiveConfigArgs] = None,
                  external_lb_config: Optional[KarbonClusterExternalLbConfigArgs] = None,
                  name: Optional[str] = None,
                  private_registries: Optional[Sequence[KarbonClusterPrivateRegistryArgs]] = None,
                  single_master_config: Optional[KarbonClusterSingleMasterConfigArgs] = None,
                  wait_timeout_minutes: Optional[int] = None)

func NewKarbonCluster(ctx *Context, name string, args KarbonClusterArgs, opts ...ResourceOption) (*KarbonCluster, error)

public KarbonCluster(string name, KarbonClusterArgs args, CustomResourceOptions? opts = null)

public KarbonCluster(String name, KarbonClusterArgs args)
public KarbonCluster(String name, KarbonClusterArgs args, CustomResourceOptions options)

type: nutanix:KarbonCluster
properties: # The arguments to resource properties.
options: # Bag of options to control resource's behavior.

Parameters

name string: The unique name of the resource.
args KarbonClusterArgs: The arguments to resource properties.
opts CustomResourceOptions: Bag of options to control resource's behavior.

resource_name str: The unique name of the resource.
args KarbonClusterArgs: The arguments to resource properties.
opts ResourceOptions: Bag of options to control resource's behavior.

ctx Context: Context object for the current deployment.
name string: The unique name of the resource.
args KarbonClusterArgs: The arguments to resource properties.
opts ResourceOption: Bag of options to control resource's behavior.

name string: The unique name of the resource.
args KarbonClusterArgs: The arguments to resource properties.
opts CustomResourceOptions: Bag of options to control resource's behavior.

name String: The unique name of the resource.
args KarbonClusterArgs: The arguments to resource properties.
options CustomResourceOptions: Bag of options to control resource's behavior.

Constructor example

The following reference example uses placeholder values for all input properties.

var karbonClusterResource = new Nutanix.KarbonCluster("karbonClusterResource", new()
{
    CniConfig = new Nutanix.Inputs.KarbonClusterCniConfigArgs
    {
        CalicoConfig = new Nutanix.Inputs.KarbonClusterCniConfigCalicoConfigArgs
        {
            IpPoolConfigs = new[]
            {
                new Nutanix.Inputs.KarbonClusterCniConfigCalicoConfigIpPoolConfigArgs
                {
                    Cidr = "string",
                },
            },
        },
        FlannelConfigs = new[]
        {
            null,
        },
        NodeCidrMaskSize = 0,
        PodIpv4Cidr = "string",
        ServiceIpv4Cidr = "string",
    },
    EtcdNodePool = new Nutanix.Inputs.KarbonClusterEtcdNodePoolArgs
    {
        NodeOsVersion = "string",
        NumInstances = 0,
        AhvConfig = new Nutanix.Inputs.KarbonClusterEtcdNodePoolAhvConfigArgs
        {
            NetworkUuid = "string",
            PrismElementClusterUuid = "string",
            Cpu = 0,
            DiskMib = 0,
            MemoryMib = 0,
        },
        Name = "string",
        Nodes = new[]
        {
            new Nutanix.Inputs.KarbonClusterEtcdNodePoolNodeArgs
            {
                Hostname = "string",
                Ipv4Address = "string",
            },
        },
    },
    MasterNodePool = new Nutanix.Inputs.KarbonClusterMasterNodePoolArgs
    {
        NodeOsVersion = "string",
        NumInstances = 0,
        AhvConfig = new Nutanix.Inputs.KarbonClusterMasterNodePoolAhvConfigArgs
        {
            NetworkUuid = "string",
            PrismElementClusterUuid = "string",
            Cpu = 0,
            DiskMib = 0,
            MemoryMib = 0,
        },
        Name = "string",
        Nodes = new[]
        {
            new Nutanix.Inputs.KarbonClusterMasterNodePoolNodeArgs
            {
                Hostname = "string",
                Ipv4Address = "string",
            },
        },
    },
    StorageClassConfig = new Nutanix.Inputs.KarbonClusterStorageClassConfigArgs
    {
        VolumesConfig = new Nutanix.Inputs.KarbonClusterStorageClassConfigVolumesConfigArgs
        {
            Password = "string",
            PrismElementClusterUuid = "string",
            StorageContainer = "string",
            Username = "string",
            FileSystem = "string",
            FlashMode = false,
        },
        Name = "string",
        ReclaimPolicy = "string",
    },
    Version = "string",
    WorkerNodePool = new Nutanix.Inputs.KarbonClusterWorkerNodePoolArgs
    {
        NodeOsVersion = "string",
        NumInstances = 0,
        AhvConfig = new Nutanix.Inputs.KarbonClusterWorkerNodePoolAhvConfigArgs
        {
            NetworkUuid = "string",
            PrismElementClusterUuid = "string",
            Cpu = 0,
            DiskMib = 0,
            MemoryMib = 0,
        },
        Name = "string",
        Nodes = new[]
        {
            new Nutanix.Inputs.KarbonClusterWorkerNodePoolNodeArgs
            {
                Hostname = "string",
                Ipv4Address = "string",
            },
        },
    },
    ActivePassiveConfig = new Nutanix.Inputs.KarbonClusterActivePassiveConfigArgs
    {
        ExternalIpv4Address = "string",
    },
    ExternalLbConfig = new Nutanix.Inputs.KarbonClusterExternalLbConfigArgs
    {
        ExternalIpv4Address = "string",
        MasterNodesConfigs = new[]
        {
            new Nutanix.Inputs.KarbonClusterExternalLbConfigMasterNodesConfigArgs
            {
                Ipv4Address = "string",
                NodePoolName = "string",
            },
        },
    },
    Name = "string",
    PrivateRegistries = new[]
    {
        new Nutanix.Inputs.KarbonClusterPrivateRegistryArgs
        {
            RegistryName = "string",
        },
    },
    SingleMasterConfig = null,
});

example, err := nutanix.NewKarbonCluster(ctx, "karbonClusterResource", &nutanix.KarbonClusterArgs{
	CniConfig: &nutanix.KarbonClusterCniConfigArgs{
		CalicoConfig: &nutanix.KarbonClusterCniConfigCalicoConfigArgs{
			IpPoolConfigs: nutanix.KarbonClusterCniConfigCalicoConfigIpPoolConfigArray{
				&nutanix.KarbonClusterCniConfigCalicoConfigIpPoolConfigArgs{
					Cidr: pulumi.String("string"),
				},
			},
		},
		FlannelConfigs: nutanix.KarbonClusterCniConfigFlannelConfigArray{
			nil,
		},
		NodeCidrMaskSize: pulumi.Int(0),
		PodIpv4Cidr:      pulumi.String("string"),
		ServiceIpv4Cidr:  pulumi.String("string"),
	},
	EtcdNodePool: &nutanix.KarbonClusterEtcdNodePoolArgs{
		NodeOsVersion: pulumi.String("string"),
		NumInstances:  pulumi.Int(0),
		AhvConfig: &nutanix.KarbonClusterEtcdNodePoolAhvConfigArgs{
			NetworkUuid:             pulumi.String("string"),
			PrismElementClusterUuid: pulumi.String("string"),
			Cpu:                     pulumi.Int(0),
			DiskMib:                 pulumi.Int(0),
			MemoryMib:               pulumi.Int(0),
		},
		Name: pulumi.String("string"),
		Nodes: nutanix.KarbonClusterEtcdNodePoolNodeArray{
			&nutanix.KarbonClusterEtcdNodePoolNodeArgs{
				Hostname:    pulumi.String("string"),
				Ipv4Address: pulumi.String("string"),
			},
		},
	},
	MasterNodePool: &nutanix.KarbonClusterMasterNodePoolArgs{
		NodeOsVersion: pulumi.String("string"),
		NumInstances:  pulumi.Int(0),
		AhvConfig: &nutanix.KarbonClusterMasterNodePoolAhvConfigArgs{
			NetworkUuid:             pulumi.String("string"),
			PrismElementClusterUuid: pulumi.String("string"),
			Cpu:                     pulumi.Int(0),
			DiskMib:                 pulumi.Int(0),
			MemoryMib:               pulumi.Int(0),
		},
		Name: pulumi.String("string"),
		Nodes: nutanix.KarbonClusterMasterNodePoolNodeArray{
			&nutanix.KarbonClusterMasterNodePoolNodeArgs{
				Hostname:    pulumi.String("string"),
				Ipv4Address: pulumi.String("string"),
			},
		},
	},
	StorageClassConfig: &nutanix.KarbonClusterStorageClassConfigArgs{
		VolumesConfig: &nutanix.KarbonClusterStorageClassConfigVolumesConfigArgs{
			Password:                pulumi.String("string"),
			PrismElementClusterUuid: pulumi.String("string"),
			StorageContainer:        pulumi.String("string"),
			Username:                pulumi.String("string"),
			FileSystem:              pulumi.String("string"),
			FlashMode:               pulumi.Bool(false),
		},
		Name:          pulumi.String("string"),
		ReclaimPolicy: pulumi.String("string"),
	},
	Version: pulumi.String("string"),
	WorkerNodePool: &nutanix.KarbonClusterWorkerNodePoolArgs{
		NodeOsVersion: pulumi.String("string"),
		NumInstances:  pulumi.Int(0),
		AhvConfig: &nutanix.KarbonClusterWorkerNodePoolAhvConfigArgs{
			NetworkUuid:             pulumi.String("string"),
			PrismElementClusterUuid: pulumi.String("string"),
			Cpu:                     pulumi.Int(0),
			DiskMib:                 pulumi.Int(0),
			MemoryMib:               pulumi.Int(0),
		},
		Name: pulumi.String("string"),
		Nodes: nutanix.KarbonClusterWorkerNodePoolNodeArray{
			&nutanix.KarbonClusterWorkerNodePoolNodeArgs{
				Hostname:    pulumi.String("string"),
				Ipv4Address: pulumi.String("string"),
			},
		},
	},
	ActivePassiveConfig: &nutanix.KarbonClusterActivePassiveConfigArgs{
		ExternalIpv4Address: pulumi.String("string"),
	},
	ExternalLbConfig: &nutanix.KarbonClusterExternalLbConfigArgs{
		ExternalIpv4Address: pulumi.String("string"),
		MasterNodesConfigs: nutanix.KarbonClusterExternalLbConfigMasterNodesConfigArray{
			&nutanix.KarbonClusterExternalLbConfigMasterNodesConfigArgs{
				Ipv4Address:  pulumi.String("string"),
				NodePoolName: pulumi.String("string"),
			},
		},
	},
	Name: pulumi.String("string"),
	PrivateRegistries: nutanix.KarbonClusterPrivateRegistryArray{
		&nutanix.KarbonClusterPrivateRegistryArgs{
			RegistryName: pulumi.String("string"),
		},
	},
	SingleMasterConfig: nil,
})

var karbonClusterResource = new KarbonCluster("karbonClusterResource", KarbonClusterArgs.builder()
    .cniConfig(KarbonClusterCniConfigArgs.builder()
        .calicoConfig(KarbonClusterCniConfigCalicoConfigArgs.builder()
            .ipPoolConfigs(KarbonClusterCniConfigCalicoConfigIpPoolConfigArgs.builder()
                .cidr("string")
                .build())
            .build())
        .flannelConfigs()
        .nodeCidrMaskSize(0)
        .podIpv4Cidr("string")
        .serviceIpv4Cidr("string")
        .build())
    .etcdNodePool(KarbonClusterEtcdNodePoolArgs.builder()
        .nodeOsVersion("string")
        .numInstances(0)
        .ahvConfig(KarbonClusterEtcdNodePoolAhvConfigArgs.builder()
            .networkUuid("string")
            .prismElementClusterUuid("string")
            .cpu(0)
            .diskMib(0)
            .memoryMib(0)
            .build())
        .name("string")
        .nodes(KarbonClusterEtcdNodePoolNodeArgs.builder()
            .hostname("string")
            .ipv4Address("string")
            .build())
        .build())
    .masterNodePool(KarbonClusterMasterNodePoolArgs.builder()
        .nodeOsVersion("string")
        .numInstances(0)
        .ahvConfig(KarbonClusterMasterNodePoolAhvConfigArgs.builder()
            .networkUuid("string")
            .prismElementClusterUuid("string")
            .cpu(0)
            .diskMib(0)
            .memoryMib(0)
            .build())
        .name("string")
        .nodes(KarbonClusterMasterNodePoolNodeArgs.builder()
            .hostname("string")
            .ipv4Address("string")
            .build())
        .build())
    .storageClassConfig(KarbonClusterStorageClassConfigArgs.builder()
        .volumesConfig(KarbonClusterStorageClassConfigVolumesConfigArgs.builder()
            .password("string")
            .prismElementClusterUuid("string")
            .storageContainer("string")
            .username("string")
            .fileSystem("string")
            .flashMode(false)
            .build())
        .name("string")
        .reclaimPolicy("string")
        .build())
    .version("string")
    .workerNodePool(KarbonClusterWorkerNodePoolArgs.builder()
        .nodeOsVersion("string")
        .numInstances(0)
        .ahvConfig(KarbonClusterWorkerNodePoolAhvConfigArgs.builder()
            .networkUuid("string")
            .prismElementClusterUuid("string")
            .cpu(0)
            .diskMib(0)
            .memoryMib(0)
            .build())
        .name("string")
        .nodes(KarbonClusterWorkerNodePoolNodeArgs.builder()
            .hostname("string")
            .ipv4Address("string")
            .build())
        .build())
    .activePassiveConfig(KarbonClusterActivePassiveConfigArgs.builder()
        .externalIpv4Address("string")
        .build())
    .externalLbConfig(KarbonClusterExternalLbConfigArgs.builder()
        .externalIpv4Address("string")
        .masterNodesConfigs(KarbonClusterExternalLbConfigMasterNodesConfigArgs.builder()
            .ipv4Address("string")
            .nodePoolName("string")
            .build())
        .build())
    .name("string")
    .privateRegistries(KarbonClusterPrivateRegistryArgs.builder()
        .registryName("string")
        .build())
    .singleMasterConfig()
    .build());

karbon_cluster_resource = nutanix.KarbonCluster("karbonClusterResource",
    cni_config=nutanix.KarbonClusterCniConfigArgs(
        calico_config=nutanix.KarbonClusterCniConfigCalicoConfigArgs(
            ip_pool_configs=[nutanix.KarbonClusterCniConfigCalicoConfigIpPoolConfigArgs(
                cidr="string",
            )],
        ),
        flannel_configs=[nutanix.KarbonClusterCniConfigFlannelConfigArgs()],
        node_cidr_mask_size=0,
        pod_ipv4_cidr="string",
        service_ipv4_cidr="string",
    ),
    etcd_node_pool=nutanix.KarbonClusterEtcdNodePoolArgs(
        node_os_version="string",
        num_instances=0,
        ahv_config=nutanix.KarbonClusterEtcdNodePoolAhvConfigArgs(
            network_uuid="string",
            prism_element_cluster_uuid="string",
            cpu=0,
            disk_mib=0,
            memory_mib=0,
        ),
        name="string",
        nodes=[nutanix.KarbonClusterEtcdNodePoolNodeArgs(
            hostname="string",
            ipv4_address="string",
        )],
    ),
    master_node_pool=nutanix.KarbonClusterMasterNodePoolArgs(
        node_os_version="string",
        num_instances=0,
        ahv_config=nutanix.KarbonClusterMasterNodePoolAhvConfigArgs(
            network_uuid="string",
            prism_element_cluster_uuid="string",
            cpu=0,
            disk_mib=0,
            memory_mib=0,
        ),
        name="string",
        nodes=[nutanix.KarbonClusterMasterNodePoolNodeArgs(
            hostname="string",
            ipv4_address="string",
        )],
    ),
    storage_class_config=nutanix.KarbonClusterStorageClassConfigArgs(
        volumes_config=nutanix.KarbonClusterStorageClassConfigVolumesConfigArgs(
            password="string",
            prism_element_cluster_uuid="string",
            storage_container="string",
            username="string",
            file_system="string",
            flash_mode=False,
        ),
        name="string",
        reclaim_policy="string",
    ),
    version="string",
    worker_node_pool=nutanix.KarbonClusterWorkerNodePoolArgs(
        node_os_version="string",
        num_instances=0,
        ahv_config=nutanix.KarbonClusterWorkerNodePoolAhvConfigArgs(
            network_uuid="string",
            prism_element_cluster_uuid="string",
            cpu=0,
            disk_mib=0,
            memory_mib=0,
        ),
        name="string",
        nodes=[nutanix.KarbonClusterWorkerNodePoolNodeArgs(
            hostname="string",
            ipv4_address="string",
        )],
    ),
    active_passive_config=nutanix.KarbonClusterActivePassiveConfigArgs(
        external_ipv4_address="string",
    ),
    external_lb_config=nutanix.KarbonClusterExternalLbConfigArgs(
        external_ipv4_address="string",
        master_nodes_configs=[nutanix.KarbonClusterExternalLbConfigMasterNodesConfigArgs(
            ipv4_address="string",
            node_pool_name="string",
        )],
    ),
    name="string",
    private_registries=[nutanix.KarbonClusterPrivateRegistryArgs(
        registry_name="string",
    )],
    single_master_config=nutanix.KarbonClusterSingleMasterConfigArgs())

const karbonClusterResource = new nutanix.KarbonCluster("karbonClusterResource", {
    cniConfig: {
        calicoConfig: {
            ipPoolConfigs: [{
                cidr: "string",
            }],
        },
        flannelConfigs: [{}],
        nodeCidrMaskSize: 0,
        podIpv4Cidr: "string",
        serviceIpv4Cidr: "string",
    },
    etcdNodePool: {
        nodeOsVersion: "string",
        numInstances: 0,
        ahvConfig: {
            networkUuid: "string",
            prismElementClusterUuid: "string",
            cpu: 0,
            diskMib: 0,
            memoryMib: 0,
        },
        name: "string",
        nodes: [{
            hostname: "string",
            ipv4Address: "string",
        }],
    },
    masterNodePool: {
        nodeOsVersion: "string",
        numInstances: 0,
        ahvConfig: {
            networkUuid: "string",
            prismElementClusterUuid: "string",
            cpu: 0,
            diskMib: 0,
            memoryMib: 0,
        },
        name: "string",
        nodes: [{
            hostname: "string",
            ipv4Address: "string",
        }],
    },
    storageClassConfig: {
        volumesConfig: {
            password: "string",
            prismElementClusterUuid: "string",
            storageContainer: "string",
            username: "string",
            fileSystem: "string",
            flashMode: false,
        },
        name: "string",
        reclaimPolicy: "string",
    },
    version: "string",
    workerNodePool: {
        nodeOsVersion: "string",
        numInstances: 0,
        ahvConfig: {
            networkUuid: "string",
            prismElementClusterUuid: "string",
            cpu: 0,
            diskMib: 0,
            memoryMib: 0,
        },
        name: "string",
        nodes: [{
            hostname: "string",
            ipv4Address: "string",
        }],
    },
    activePassiveConfig: {
        externalIpv4Address: "string",
    },
    externalLbConfig: {
        externalIpv4Address: "string",
        masterNodesConfigs: [{
            ipv4Address: "string",
            nodePoolName: "string",
        }],
    },
    name: "string",
    privateRegistries: [{
        registryName: "string",
    }],
    singleMasterConfig: {},
});

type: nutanix:KarbonCluster
properties:
    activePassiveConfig:
        externalIpv4Address: string
    cniConfig:
        calicoConfig:
            ipPoolConfigs:
                - cidr: string
        flannelConfigs:
            - {}
        nodeCidrMaskSize: 0
        podIpv4Cidr: string
        serviceIpv4Cidr: string
    etcdNodePool:
        ahvConfig:
            cpu: 0
            diskMib: 0
            memoryMib: 0
            networkUuid: string
            prismElementClusterUuid: string
        name: string
        nodeOsVersion: string
        nodes:
            - hostname: string
              ipv4Address: string
        numInstances: 0
    externalLbConfig:
        externalIpv4Address: string
        masterNodesConfigs:
            - ipv4Address: string
              nodePoolName: string
    masterNodePool:
        ahvConfig:
            cpu: 0
            diskMib: 0
            memoryMib: 0
            networkUuid: string
            prismElementClusterUuid: string
        name: string
        nodeOsVersion: string
        nodes:
            - hostname: string
              ipv4Address: string
        numInstances: 0
    name: string
    privateRegistries:
        - registryName: string
    singleMasterConfig: {}
    storageClassConfig:
        name: string
        reclaimPolicy: string
        volumesConfig:
            fileSystem: string
            flashMode: false
            password: string
            prismElementClusterUuid: string
            storageContainer: string
            username: string
    version: string
    workerNodePool:
        ahvConfig:
            cpu: 0
            diskMib: 0
            memoryMib: 0
            networkUuid: string
            prismElementClusterUuid: string
        name: string
        nodeOsVersion: string
        nodes:
            - hostname: string
              ipv4Address: string
        numInstances: 0

KarbonCluster Resource Properties

To learn more about resource properties and how to use them, see Inputs and Outputs in the Architecture and Concepts docs.

Inputs

The KarbonCluster resource accepts the following input properties:

CniConfig PiersKarsenbarg.Nutanix.Inputs.KarbonClusterCniConfig

(Required) K8s cluster networking configuration. The flannel or the calico configuration needs to be provided. Note: Updates to this attribute forces new resource creation.

EtcdNodePool PiersKarsenbarg.Nutanix.Inputs.KarbonClusterEtcdNodePool

(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.

MasterNodePool PiersKarsenbarg.Nutanix.Inputs.KarbonClusterMasterNodePool

(Required) Configuration of the master node pools.

StorageClassConfig PiersKarsenbarg.Nutanix.Inputs.KarbonClusterStorageClassConfig

(Required) Storage class configuration attribute for defining the persistent volume attributes. Note: Updates to this attribute forces new resource creation.

Version string

(Required) K8s version of the cluster. Note: Updates to this attribute forces new resource creation.

WorkerNodePool PiersKarsenbarg.Nutanix.Inputs.KarbonClusterWorkerNodePool

ActivePassiveConfig PiersKarsenbarg.Nutanix.Inputs.KarbonClusterActivePassiveConfig

(Optional) The active passive mode uses the Virtual Router Redundancy Protocol (VRRP) protocol to provide high availability of the master. Note: Updates to this attribute forces new resource creation.

ExternalLbConfig PiersKarsenbarg.Nutanix.Inputs.KarbonClusterExternalLbConfig

(Optional) The external load balancer configuration in the case of a multi-master-external-load-balancer type master deployment. Note: Updates to this attribute forces new resource creation.

Name string

(Required) The name for the k8s cluster. Note: Updates to this attribute forces new resource creation.

PrivateRegistries List<PiersKarsenbarg.Nutanix.Inputs.KarbonClusterPrivateRegistry>

(Optional) Allows the Karbon cluster to pull images of a list of private registries.

SingleMasterConfig PiersKarsenbarg.Nutanix.Inputs.KarbonClusterSingleMasterConfig

(Optional) Configuration of a single master node. Note: Updates to this attribute forces new resource creation.

WaitTimeoutMinutes int

(Optional) Maximum wait time for the Karbon cluster to provision.

Deprecated: use timeouts instead

CniConfig KarbonClusterCniConfigArgs

(Required) K8s cluster networking configuration. The flannel or the calico configuration needs to be provided. Note: Updates to this attribute forces new resource creation.

EtcdNodePool KarbonClusterEtcdNodePoolArgs

(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.

MasterNodePool KarbonClusterMasterNodePoolArgs

(Required) Configuration of the master node pools.

StorageClassConfig KarbonClusterStorageClassConfigArgs

(Required) Storage class configuration attribute for defining the persistent volume attributes. Note: Updates to this attribute forces new resource creation.

Version string

(Required) K8s version of the cluster. Note: Updates to this attribute forces new resource creation.

WorkerNodePool KarbonClusterWorkerNodePoolArgs

ActivePassiveConfig KarbonClusterActivePassiveConfigArgs

(Optional) The active passive mode uses the Virtual Router Redundancy Protocol (VRRP) protocol to provide high availability of the master. Note: Updates to this attribute forces new resource creation.

ExternalLbConfig KarbonClusterExternalLbConfigArgs

(Optional) The external load balancer configuration in the case of a multi-master-external-load-balancer type master deployment. Note: Updates to this attribute forces new resource creation.

Name string

(Required) The name for the k8s cluster. Note: Updates to this attribute forces new resource creation.

PrivateRegistries []KarbonClusterPrivateRegistryArgs

(Optional) Allows the Karbon cluster to pull images of a list of private registries.

SingleMasterConfig KarbonClusterSingleMasterConfigArgs

(Optional) Configuration of a single master node. Note: Updates to this attribute forces new resource creation.

WaitTimeoutMinutes int

(Optional) Maximum wait time for the Karbon cluster to provision.

Deprecated: use timeouts instead

cniConfig KarbonClusterCniConfig

(Required) K8s cluster networking configuration. The flannel or the calico configuration needs to be provided. Note: Updates to this attribute forces new resource creation.

etcdNodePool KarbonClusterEtcdNodePool

(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.

masterNodePool KarbonClusterMasterNodePool

(Required) Configuration of the master node pools.

storageClassConfig KarbonClusterStorageClassConfig

(Required) Storage class configuration attribute for defining the persistent volume attributes. Note: Updates to this attribute forces new resource creation.

version String

(Required) K8s version of the cluster. Note: Updates to this attribute forces new resource creation.

workerNodePool KarbonClusterWorkerNodePool

activePassiveConfig KarbonClusterActivePassiveConfig

(Optional) The active passive mode uses the Virtual Router Redundancy Protocol (VRRP) protocol to provide high availability of the master. Note: Updates to this attribute forces new resource creation.

externalLbConfig KarbonClusterExternalLbConfig

(Optional) The external load balancer configuration in the case of a multi-master-external-load-balancer type master deployment. Note: Updates to this attribute forces new resource creation.

name String

(Required) The name for the k8s cluster. Note: Updates to this attribute forces new resource creation.

privateRegistries List<KarbonClusterPrivateRegistry>

(Optional) Allows the Karbon cluster to pull images of a list of private registries.

singleMasterConfig KarbonClusterSingleMasterConfig

(Optional) Configuration of a single master node. Note: Updates to this attribute forces new resource creation.

waitTimeoutMinutes Integer

(Optional) Maximum wait time for the Karbon cluster to provision.

Deprecated: use timeouts instead

cniConfig KarbonClusterCniConfig

(Required) K8s cluster networking configuration. The flannel or the calico configuration needs to be provided. Note: Updates to this attribute forces new resource creation.

etcdNodePool KarbonClusterEtcdNodePool

(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.

masterNodePool KarbonClusterMasterNodePool

(Required) Configuration of the master node pools.

storageClassConfig KarbonClusterStorageClassConfig

(Required) Storage class configuration attribute for defining the persistent volume attributes. Note: Updates to this attribute forces new resource creation.

version string

(Required) K8s version of the cluster. Note: Updates to this attribute forces new resource creation.

workerNodePool KarbonClusterWorkerNodePool

activePassiveConfig KarbonClusterActivePassiveConfig

(Optional) The active passive mode uses the Virtual Router Redundancy Protocol (VRRP) protocol to provide high availability of the master. Note: Updates to this attribute forces new resource creation.

externalLbConfig KarbonClusterExternalLbConfig

(Optional) The external load balancer configuration in the case of a multi-master-external-load-balancer type master deployment. Note: Updates to this attribute forces new resource creation.

name string

(Required) The name for the k8s cluster. Note: Updates to this attribute forces new resource creation.

privateRegistries KarbonClusterPrivateRegistry[]

(Optional) Allows the Karbon cluster to pull images of a list of private registries.

singleMasterConfig KarbonClusterSingleMasterConfig

(Optional) Configuration of a single master node. Note: Updates to this attribute forces new resource creation.

waitTimeoutMinutes number

(Optional) Maximum wait time for the Karbon cluster to provision.

Deprecated: use timeouts instead

cni_config KarbonClusterCniConfigArgs

(Required) K8s cluster networking configuration. The flannel or the calico configuration needs to be provided. Note: Updates to this attribute forces new resource creation.

etcd_node_pool KarbonClusterEtcdNodePoolArgs

(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 KarbonClusterMasterNodePoolArgs

(Required) Configuration of the master node pools.

storage_class_config KarbonClusterStorageClassConfigArgs

(Required) Storage class configuration attribute for defining the persistent volume attributes. Note: Updates to this attribute forces new resource creation.

version str

(Required) K8s version of the cluster. Note: Updates to this attribute forces new resource creation.

worker_node_pool KarbonClusterWorkerNodePoolArgs

active_passive_config KarbonClusterActivePassiveConfigArgs

(Optional) The active passive mode uses the Virtual Router Redundancy Protocol (VRRP) protocol to provide high availability of the master. Note: Updates to this attribute forces new resource creation.

external_lb_config KarbonClusterExternalLbConfigArgs

(Optional) The external load balancer configuration in the case of a multi-master-external-load-balancer type master deployment. Note: Updates to this attribute forces new resource creation.

name str

(Required) The name for the k8s cluster. Note: Updates to this attribute forces new resource creation.

private_registries Sequence[KarbonClusterPrivateRegistryArgs]

(Optional) Allows the Karbon cluster to pull images of a list of private registries.

single_master_config KarbonClusterSingleMasterConfigArgs

(Optional) Configuration of a single master node. Note: Updates to this attribute forces new resource creation.

wait_timeout_minutes int

(Optional) Maximum wait time for the Karbon cluster to provision.

Deprecated: use timeouts instead

cniConfig Property Map

(Required) K8s cluster networking configuration. The flannel or the calico configuration needs to be provided. Note: Updates to this attribute forces new resource creation.

etcdNodePool Property Map

(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.

masterNodePool Property Map

(Required) Configuration of the master node pools.

storageClassConfig Property Map

(Required) Storage class configuration attribute for defining the persistent volume attributes. Note: Updates to this attribute forces new resource creation.

version String

(Required) K8s version of the cluster. Note: Updates to this attribute forces new resource creation.

workerNodePool Property Map

activePassiveConfig Property Map

(Optional) The active passive mode uses the Virtual Router Redundancy Protocol (VRRP) protocol to provide high availability of the master. Note: Updates to this attribute forces new resource creation.

externalLbConfig Property Map

(Optional) The external load balancer configuration in the case of a multi-master-external-load-balancer type master deployment. Note: Updates to this attribute forces new resource creation.

name String

(Required) The name for the k8s cluster. Note: Updates to this attribute forces new resource creation.

privateRegistries List<Property Map>

(Optional) Allows the Karbon cluster to pull images of a list of private registries.

singleMasterConfig Property Map

(Optional) Configuration of a single master node. Note: Updates to this attribute forces new resource creation.

waitTimeoutMinutes Number

(Optional) Maximum wait time for the Karbon cluster to provision.

Deprecated: use timeouts instead

Outputs

All input properties are implicitly available as output properties. Additionally, the KarbonCluster resource produces the following output properties:

DeploymentType string
Id string: The provider-assigned unique ID for this managed resource.
KubeapiServerIpv4Address string
Status string

DeploymentType string
Id string: The provider-assigned unique ID for this managed resource.
KubeapiServerIpv4Address string
Status string

deploymentType String
id String: The provider-assigned unique ID for this managed resource.
kubeapiServerIpv4Address String
status String

deploymentType string
id string: The provider-assigned unique ID for this managed resource.
kubeapiServerIpv4Address string
status string

deployment_type str
id str: The provider-assigned unique ID for this managed resource.
kubeapi_server_ipv4_address str
status str

deploymentType String
id String: The provider-assigned unique ID for this managed resource.
kubeapiServerIpv4Address String
status String

Look up Existing KarbonCluster Resource

Get an existing KarbonCluster resource’s state with the given name, ID, and optional extra properties used to qualify the lookup.

public static get(name: string, id: Input<ID>, state?: KarbonClusterState, opts?: CustomResourceOptions): KarbonCluster

@staticmethod
def get(resource_name: str,
        id: str,
        opts: Optional[ResourceOptions] = None,
        active_passive_config: Optional[KarbonClusterActivePassiveConfigArgs] = None,
        cni_config: Optional[KarbonClusterCniConfigArgs] = None,
        deployment_type: Optional[str] = None,
        etcd_node_pool: Optional[KarbonClusterEtcdNodePoolArgs] = None,
        external_lb_config: Optional[KarbonClusterExternalLbConfigArgs] = None,
        kubeapi_server_ipv4_address: Optional[str] = None,
        master_node_pool: Optional[KarbonClusterMasterNodePoolArgs] = None,
        name: Optional[str] = None,
        private_registries: Optional[Sequence[KarbonClusterPrivateRegistryArgs]] = None,
        single_master_config: Optional[KarbonClusterSingleMasterConfigArgs] = None,
        status: Optional[str] = None,
        storage_class_config: Optional[KarbonClusterStorageClassConfigArgs] = None,
        version: Optional[str] = None,
        wait_timeout_minutes: Optional[int] = None,
        worker_node_pool: Optional[KarbonClusterWorkerNodePoolArgs] = None) -> KarbonCluster

func GetKarbonCluster(ctx *Context, name string, id IDInput, state *KarbonClusterState, opts ...ResourceOption) (*KarbonCluster, error)

public static KarbonCluster Get(string name, Input<string> id, KarbonClusterState? state, CustomResourceOptions? opts = null)

public static KarbonCluster get(String name, Output<String> id, KarbonClusterState state, CustomResourceOptions options)

Resource lookup is not supported in YAML

name: The unique name of the resulting resource.
id: The unique provider ID of the resource to lookup.
state: Any extra arguments used during the lookup.
opts: A bag of options that control this resource's behavior.

resource_name: The unique name of the resulting resource.
id: The unique provider ID of the resource to lookup.

name: The unique name of the resulting resource.
id: The unique provider ID of the resource to lookup.
state: Any extra arguments used during the lookup.
opts: A bag of options that control this resource's behavior.

name: The unique name of the resulting resource.
id: The unique provider ID of the resource to lookup.
state: Any extra arguments used during the lookup.
opts: A bag of options that control this resource's behavior.

name: The unique name of the resulting resource.
id: The unique provider ID of the resource to lookup.
state: Any extra arguments used during the lookup.
opts: A bag of options that control this resource's behavior.

The following state arguments are supported:

ActivePassiveConfig PiersKarsenbarg.Nutanix.Inputs.KarbonClusterActivePassiveConfig

(Optional) The active passive mode uses the Virtual Router Redundancy Protocol (VRRP) protocol to provide high availability of the master. Note: Updates to this attribute forces new resource creation.

CniConfig PiersKarsenbarg.Nutanix.Inputs.KarbonClusterCniConfig

(Required) K8s cluster networking configuration. The flannel or the calico configuration needs to be provided. Note: Updates to this attribute forces new resource creation.

DeploymentType string

EtcdNodePool PiersKarsenbarg.Nutanix.Inputs.KarbonClusterEtcdNodePool

(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.

ExternalLbConfig PiersKarsenbarg.Nutanix.Inputs.KarbonClusterExternalLbConfig

(Optional) The external load balancer configuration in the case of a multi-master-external-load-balancer type master deployment. Note: Updates to this attribute forces new resource creation.

KubeapiServerIpv4Address string

MasterNodePool PiersKarsenbarg.Nutanix.Inputs.KarbonClusterMasterNodePool

(Required) Configuration of the master node pools.

Name string

(Required) The name for the k8s cluster. Note: Updates to this attribute forces new resource creation.

PrivateRegistries List<PiersKarsenbarg.Nutanix.Inputs.KarbonClusterPrivateRegistry>

(Optional) Allows the Karbon cluster to pull images of a list of private registries.

SingleMasterConfig PiersKarsenbarg.Nutanix.Inputs.KarbonClusterSingleMasterConfig

(Optional) Configuration of a single master node. Note: Updates to this attribute forces new resource creation.

Status string

StorageClassConfig PiersKarsenbarg.Nutanix.Inputs.KarbonClusterStorageClassConfig

(Required) Storage class configuration attribute for defining the persistent volume attributes. Note: Updates to this attribute forces new resource creation.

Version string

(Required) K8s version of the cluster. Note: Updates to this attribute forces new resource creation.

WaitTimeoutMinutes int

(Optional) Maximum wait time for the Karbon cluster to provision.

Deprecated: use timeouts instead

WorkerNodePool PiersKarsenbarg.Nutanix.Inputs.KarbonClusterWorkerNodePool

ActivePassiveConfig KarbonClusterActivePassiveConfigArgs

(Optional) The active passive mode uses the Virtual Router Redundancy Protocol (VRRP) protocol to provide high availability of the master. Note: Updates to this attribute forces new resource creation.

CniConfig KarbonClusterCniConfigArgs

(Required) K8s cluster networking configuration. The flannel or the calico configuration needs to be provided. Note: Updates to this attribute forces new resource creation.

DeploymentType string

EtcdNodePool KarbonClusterEtcdNodePoolArgs

(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.

ExternalLbConfig KarbonClusterExternalLbConfigArgs

(Optional) The external load balancer configuration in the case of a multi-master-external-load-balancer type master deployment. Note: Updates to this attribute forces new resource creation.

KubeapiServerIpv4Address string

MasterNodePool KarbonClusterMasterNodePoolArgs

(Required) Configuration of the master node pools.

Name string

(Required) The name for the k8s cluster. Note: Updates to this attribute forces new resource creation.

PrivateRegistries []KarbonClusterPrivateRegistryArgs

(Optional) Allows the Karbon cluster to pull images of a list of private registries.

SingleMasterConfig KarbonClusterSingleMasterConfigArgs

(Optional) Configuration of a single master node. Note: Updates to this attribute forces new resource creation.

Status string

StorageClassConfig KarbonClusterStorageClassConfigArgs

(Required) Storage class configuration attribute for defining the persistent volume attributes. Note: Updates to this attribute forces new resource creation.

Version string

(Required) K8s version of the cluster. Note: Updates to this attribute forces new resource creation.

WaitTimeoutMinutes int

(Optional) Maximum wait time for the Karbon cluster to provision.

Deprecated: use timeouts instead

WorkerNodePool KarbonClusterWorkerNodePoolArgs

activePassiveConfig KarbonClusterActivePassiveConfig

(Optional) The active passive mode uses the Virtual Router Redundancy Protocol (VRRP) protocol to provide high availability of the master. Note: Updates to this attribute forces new resource creation.

cniConfig KarbonClusterCniConfig

(Required) K8s cluster networking configuration. The flannel or the calico configuration needs to be provided. Note: Updates to this attribute forces new resource creation.

deploymentType String

etcdNodePool KarbonClusterEtcdNodePool

(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.

externalLbConfig KarbonClusterExternalLbConfig

(Optional) The external load balancer configuration in the case of a multi-master-external-load-balancer type master deployment. Note: Updates to this attribute forces new resource creation.

kubeapiServerIpv4Address String

masterNodePool KarbonClusterMasterNodePool

(Required) Configuration of the master node pools.

name String

(Required) The name for the k8s cluster. Note: Updates to this attribute forces new resource creation.

privateRegistries List<KarbonClusterPrivateRegistry>

(Optional) Allows the Karbon cluster to pull images of a list of private registries.

singleMasterConfig KarbonClusterSingleMasterConfig

(Optional) Configuration of a single master node. Note: Updates to this attribute forces new resource creation.

status String

storageClassConfig KarbonClusterStorageClassConfig

(Required) Storage class configuration attribute for defining the persistent volume attributes. Note: Updates to this attribute forces new resource creation.

version String

(Required) K8s version of the cluster. Note: Updates to this attribute forces new resource creation.

waitTimeoutMinutes Integer

(Optional) Maximum wait time for the Karbon cluster to provision.

Deprecated: use timeouts instead

workerNodePool KarbonClusterWorkerNodePool

activePassiveConfig KarbonClusterActivePassiveConfig

(Optional) The active passive mode uses the Virtual Router Redundancy Protocol (VRRP) protocol to provide high availability of the master. Note: Updates to this attribute forces new resource creation.

cniConfig KarbonClusterCniConfig

(Required) K8s cluster networking configuration. The flannel or the calico configuration needs to be provided. Note: Updates to this attribute forces new resource creation.

deploymentType string

etcdNodePool KarbonClusterEtcdNodePool

(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.

externalLbConfig KarbonClusterExternalLbConfig

(Optional) The external load balancer configuration in the case of a multi-master-external-load-balancer type master deployment. Note: Updates to this attribute forces new resource creation.

kubeapiServerIpv4Address string

masterNodePool KarbonClusterMasterNodePool

(Required) Configuration of the master node pools.

name string

(Required) The name for the k8s cluster. Note: Updates to this attribute forces new resource creation.

privateRegistries KarbonClusterPrivateRegistry[]

(Optional) Allows the Karbon cluster to pull images of a list of private registries.

singleMasterConfig KarbonClusterSingleMasterConfig

(Optional) Configuration of a single master node. Note: Updates to this attribute forces new resource creation.

status string

storageClassConfig KarbonClusterStorageClassConfig

(Required) Storage class configuration attribute for defining the persistent volume attributes. Note: Updates to this attribute forces new resource creation.

version string

(Required) K8s version of the cluster. Note: Updates to this attribute forces new resource creation.

waitTimeoutMinutes number

(Optional) Maximum wait time for the Karbon cluster to provision.

Deprecated: use timeouts instead

workerNodePool KarbonClusterWorkerNodePool

active_passive_config KarbonClusterActivePassiveConfigArgs

(Optional) The active passive mode uses the Virtual Router Redundancy Protocol (VRRP) protocol to provide high availability of the master. Note: Updates to this attribute forces new resource creation.

cni_config KarbonClusterCniConfigArgs

(Required) K8s cluster networking configuration. The flannel or the calico configuration needs to be provided. Note: Updates to this attribute forces new resource creation.

deployment_type str

etcd_node_pool KarbonClusterEtcdNodePoolArgs

(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.

external_lb_config KarbonClusterExternalLbConfigArgs

(Optional) The external load balancer configuration in the case of a multi-master-external-load-balancer type master deployment. Note: Updates to this attribute forces new resource creation.

kubeapi_server_ipv4_address str

master_node_pool KarbonClusterMasterNodePoolArgs

(Required) Configuration of the master node pools.

name str

(Required) The name for the k8s cluster. Note: Updates to this attribute forces new resource creation.

private_registries Sequence[KarbonClusterPrivateRegistryArgs]

(Optional) Allows the Karbon cluster to pull images of a list of private registries.

single_master_config KarbonClusterSingleMasterConfigArgs

(Optional) Configuration of a single master node. Note: Updates to this attribute forces new resource creation.

status str

storage_class_config KarbonClusterStorageClassConfigArgs

(Required) Storage class configuration attribute for defining the persistent volume attributes. Note: Updates to this attribute forces new resource creation.

version str

(Required) K8s version of the cluster. Note: Updates to this attribute forces new resource creation.

wait_timeout_minutes int

(Optional) Maximum wait time for the Karbon cluster to provision.

Deprecated: use timeouts instead

worker_node_pool KarbonClusterWorkerNodePoolArgs

activePassiveConfig Property Map

(Optional) The active passive mode uses the Virtual Router Redundancy Protocol (VRRP) protocol to provide high availability of the master. Note: Updates to this attribute forces new resource creation.

cniConfig Property Map

(Required) K8s cluster networking configuration. The flannel or the calico configuration needs to be provided. Note: Updates to this attribute forces new resource creation.

deploymentType String

etcdNodePool Property Map

(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.

externalLbConfig Property Map

(Optional) The external load balancer configuration in the case of a multi-master-external-load-balancer type master deployment. Note: Updates to this attribute forces new resource creation.

kubeapiServerIpv4Address String

masterNodePool Property Map

(Required) Configuration of the master node pools.

name String

(Required) The name for the k8s cluster. Note: Updates to this attribute forces new resource creation.

privateRegistries List<Property Map>

(Optional) Allows the Karbon cluster to pull images of a list of private registries.

singleMasterConfig Property Map

(Optional) Configuration of a single master node. Note: Updates to this attribute forces new resource creation.

status String

storageClassConfig Property Map

(Required) Storage class configuration attribute for defining the persistent volume attributes. Note: Updates to this attribute forces new resource creation.

version String

(Required) K8s version of the cluster. Note: Updates to this attribute forces new resource creation.

waitTimeoutMinutes Number

(Optional) Maximum wait time for the Karbon cluster to provision.

Deprecated: use timeouts instead

workerNodePool Property Map

Supporting Types

KarbonClusterActivePassiveConfig, KarbonClusterActivePassiveConfigArgs

ExternalIpv4Address string

ExternalIpv4Address string

externalIpv4Address String

externalIpv4Address string

external_ipv4_address str

externalIpv4Address String

KarbonClusterCniConfig, KarbonClusterCniConfigArgs

CalicoConfig PiersKarsenbarg.Nutanix.Inputs.KarbonClusterCniConfigCalicoConfig

(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.

FlannelConfigs List<PiersKarsenbarg.Nutanix.Inputs.KarbonClusterCniConfigFlannelConfig>

(Optional) Configuration of the flannel container network interface (CNI) provider.

NodeCidrMaskSize int

(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.

PodIpv4Cidr string

(Optional) CIDR for pods in the cluster.

ServiceIpv4Cidr string

(Optional) Classless inter-domain routing (CIDR) for k8s services in the cluster.

CalicoConfig KarbonClusterCniConfigCalicoConfig

(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.

FlannelConfigs []KarbonClusterCniConfigFlannelConfig

(Optional) Configuration of the flannel container network interface (CNI) provider.

NodeCidrMaskSize int

(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.

PodIpv4Cidr string

(Optional) CIDR for pods in the cluster.

ServiceIpv4Cidr string

(Optional) Classless inter-domain routing (CIDR) for k8s services in the cluster.

calicoConfig KarbonClusterCniConfigCalicoConfig

(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.

flannelConfigs List<KarbonClusterCniConfigFlannelConfig>

(Optional) Configuration of the flannel container network interface (CNI) provider.

nodeCidrMaskSize Integer

(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.

podIpv4Cidr String

(Optional) CIDR for pods in the cluster.

serviceIpv4Cidr String

(Optional) Classless inter-domain routing (CIDR) for k8s services in the cluster.

calicoConfig KarbonClusterCniConfigCalicoConfig

(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.

flannelConfigs KarbonClusterCniConfigFlannelConfig[]

(Optional) Configuration of the flannel container network interface (CNI) provider.

nodeCidrMaskSize number

(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.

podIpv4Cidr string

(Optional) CIDR for pods in the cluster.

serviceIpv4Cidr string

(Optional) Classless inter-domain routing (CIDR) for k8s services in the cluster.

calico_config KarbonClusterCniConfigCalicoConfig

(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.

flannel_configs Sequence[KarbonClusterCniConfigFlannelConfig]

(Optional) Configuration of the flannel container network interface (CNI) provider.

node_cidr_mask_size int

(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 str

(Optional) CIDR for pods in the cluster.

service_ipv4_cidr str

(Optional) Classless inter-domain routing (CIDR) for k8s services in the cluster.

calicoConfig Property Map

(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.

flannelConfigs List<Property Map>

(Optional) Configuration of the flannel container network interface (CNI) provider.

nodeCidrMaskSize Number

(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.

podIpv4Cidr String

(Optional) CIDR for pods in the cluster.

serviceIpv4Cidr String

(Optional) Classless inter-domain routing (CIDR) for k8s services in the cluster.

KarbonClusterCniConfigCalicoConfig, KarbonClusterCniConfigCalicoConfigArgs

IpPoolConfigs List<PiersKarsenbarg.Nutanix.Inputs.KarbonClusterCniConfigCalicoConfigIpPoolConfig>

IpPoolConfigs []KarbonClusterCniConfigCalicoConfigIpPoolConfig

ipPoolConfigs List<KarbonClusterCniConfigCalicoConfigIpPoolConfig>

ipPoolConfigs KarbonClusterCniConfigCalicoConfigIpPoolConfig[]

ip_pool_configs Sequence[KarbonClusterCniConfigCalicoConfigIpPoolConfig]

ipPoolConfigs List<Property Map>

KarbonClusterCniConfigCalicoConfigIpPoolConfig, KarbonClusterCniConfigCalicoConfigIpPoolConfigArgs

Cidr string

Cidr string

cidr String

cidr string

cidr str

cidr String

KarbonClusterEtcdNodePool, KarbonClusterEtcdNodePoolArgs

NodeOsVersion string

(Required) The version of the node OS image. Note: Updates to this attribute forces new resource creation.

NumInstances int

(Required) Number of nodes in the node pool. Note: Updates to etcd or master node pool forces new resource creation.

AhvConfig PiersKarsenbarg.Nutanix.Inputs.KarbonClusterEtcdNodePoolAhvConfig

(Optional) VM configuration in AHV. Note: Updates to this attribute forces new resource creation.

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.

Name string

(Optional) Unique name of the node pool. Note: Updates to this attribute forces new resource creation.

Nodes List<PiersKarsenbarg.Nutanix.Inputs.KarbonClusterEtcdNodePoolNode>

List of the deployed nodes in the node pool.

nodes.hostname: - Hostname of the deployed node.
nodes.ipv4_address: - IP of the deployed node.

NodeOsVersion string

(Required) The version of the node OS image. Note: Updates to this attribute forces new resource creation.

NumInstances int

(Required) Number of nodes in the node pool. Note: Updates to etcd or master node pool forces new resource creation.

AhvConfig KarbonClusterEtcdNodePoolAhvConfig

(Optional) VM configuration in AHV. Note: Updates to this attribute forces new resource creation.

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.

Name string

(Optional) Unique name of the node pool. Note: Updates to this attribute forces new resource creation.

Nodes []KarbonClusterEtcdNodePoolNode

List of the deployed nodes in the node pool.

nodes.hostname: - Hostname of the deployed node.
nodes.ipv4_address: - IP of the deployed node.

nodeOsVersion String

(Required) The version of the node OS image. Note: Updates to this attribute forces new resource creation.

numInstances Integer

(Required) Number of nodes in the node pool. Note: Updates to etcd or master node pool forces new resource creation.

ahvConfig KarbonClusterEtcdNodePoolAhvConfig

(Optional) VM configuration in AHV. Note: Updates to this attribute forces new resource creation.

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.

name String

(Optional) Unique name of the node pool. Note: Updates to this attribute forces new resource creation.

nodes List<KarbonClusterEtcdNodePoolNode>

List of the deployed nodes in the node pool.

nodes.hostname: - Hostname of the deployed node.
nodes.ipv4_address: - IP of the deployed node.

nodeOsVersion string

(Required) The version of the node OS image. Note: Updates to this attribute forces new resource creation.

numInstances number

(Required) Number of nodes in the node pool. Note: Updates to etcd or master node pool forces new resource creation.

ahvConfig KarbonClusterEtcdNodePoolAhvConfig

(Optional) VM configuration in AHV. Note: Updates to this attribute forces new resource creation.

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.

name string

(Optional) Unique name of the node pool. Note: Updates to this attribute forces new resource creation.

nodes KarbonClusterEtcdNodePoolNode[]

List of the deployed nodes in the node pool.

nodes.hostname: - Hostname of the deployed node.
nodes.ipv4_address: - IP of the deployed node.

node_os_version str

(Required) The version of the node OS image. Note: Updates to this attribute forces new resource creation.

num_instances int

(Required) Number of nodes in the node pool. Note: Updates to etcd or master node pool forces new resource creation.

ahv_config KarbonClusterEtcdNodePoolAhvConfig

(Optional) VM configuration in AHV. Note: Updates to this attribute forces new resource creation.

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.

name str

(Optional) Unique name of the node pool. Note: Updates to this attribute forces new resource creation.

nodes Sequence[KarbonClusterEtcdNodePoolNode]

List of the deployed nodes in the node pool.

nodes.hostname: - Hostname of the deployed node.
nodes.ipv4_address: - IP of the deployed node.

nodeOsVersion String

(Required) The version of the node OS image. Note: Updates to this attribute forces new resource creation.

numInstances Number

(Required) Number of nodes in the node pool. Note: Updates to etcd or master node pool forces new resource creation.

ahvConfig Property Map

(Optional) VM configuration in AHV. Note: Updates to this attribute forces new resource creation.

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.

name String

(Optional) Unique name of the node pool. Note: Updates to this attribute forces new resource creation.

nodes List<Property Map>

List of the deployed nodes in the node pool.

nodes.hostname: - Hostname of the deployed node.
nodes.ipv4_address: - IP of the deployed node.

KarbonClusterExternalLbConfigMasterNodesConfig, KarbonClusterExternalLbConfigMasterNodesConfigArgs

Ipv4Address string
NodePoolName string

Ipv4Address string
NodePoolName string

ipv4Address String
nodePoolName String

ipv4Address string
nodePoolName string

ipv4_address str
node_pool_name str

ipv4Address String
nodePoolName String

KarbonClusterMasterNodePool, KarbonClusterMasterNodePoolArgs

NodeOsVersion string

(Required) The version of the node OS image. Note: Updates to this attribute forces new resource creation.

NumInstances int

(Required) Number of nodes in the node pool. Note: Updates to etcd or master node pool forces new resource creation.

AhvConfig PiersKarsenbarg.Nutanix.Inputs.KarbonClusterMasterNodePoolAhvConfig

(Optional) VM configuration in AHV. Note: Updates to this attribute forces new resource creation.

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.

Name string

(Optional) Unique name of the node pool. Note: Updates to this attribute forces new resource creation.

Nodes List<PiersKarsenbarg.Nutanix.Inputs.KarbonClusterMasterNodePoolNode>

List of the deployed nodes in the node pool.

nodes.hostname: - Hostname of the deployed node.
nodes.ipv4_address: - IP of the deployed node.

NodeOsVersion string

(Required) The version of the node OS image. Note: Updates to this attribute forces new resource creation.

NumInstances int

(Required) Number of nodes in the node pool. Note: Updates to etcd or master node pool forces new resource creation.

AhvConfig KarbonClusterMasterNodePoolAhvConfig

(Optional) VM configuration in AHV. Note: Updates to this attribute forces new resource creation.

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.

Name string

(Optional) Unique name of the node pool. Note: Updates to this attribute forces new resource creation.

Nodes []KarbonClusterMasterNodePoolNode

List of the deployed nodes in the node pool.

nodes.hostname: - Hostname of the deployed node.
nodes.ipv4_address: - IP of the deployed node.

nodeOsVersion String

(Required) The version of the node OS image. Note: Updates to this attribute forces new resource creation.

numInstances Integer

(Required) Number of nodes in the node pool. Note: Updates to etcd or master node pool forces new resource creation.

ahvConfig KarbonClusterMasterNodePoolAhvConfig

(Optional) VM configuration in AHV. Note: Updates to this attribute forces new resource creation.

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.

name String

(Optional) Unique name of the node pool. Note: Updates to this attribute forces new resource creation.

nodes List<KarbonClusterMasterNodePoolNode>

List of the deployed nodes in the node pool.

nodes.hostname: - Hostname of the deployed node.
nodes.ipv4_address: - IP of the deployed node.

nodeOsVersion string

(Required) The version of the node OS image. Note: Updates to this attribute forces new resource creation.

numInstances number

(Required) Number of nodes in the node pool. Note: Updates to etcd or master node pool forces new resource creation.

ahvConfig KarbonClusterMasterNodePoolAhvConfig

(Optional) VM configuration in AHV. Note: Updates to this attribute forces new resource creation.

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.

name string

(Optional) Unique name of the node pool. Note: Updates to this attribute forces new resource creation.

nodes KarbonClusterMasterNodePoolNode[]

List of the deployed nodes in the node pool.

nodes.hostname: - Hostname of the deployed node.
nodes.ipv4_address: - IP of the deployed node.

node_os_version str

(Required) The version of the node OS image. Note: Updates to this attribute forces new resource creation.

num_instances int

(Required) Number of nodes in the node pool. Note: Updates to etcd or master node pool forces new resource creation.

ahv_config KarbonClusterMasterNodePoolAhvConfig

(Optional) VM configuration in AHV. Note: Updates to this attribute forces new resource creation.

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.

name str

(Optional) Unique name of the node pool. Note: Updates to this attribute forces new resource creation.

nodes Sequence[KarbonClusterMasterNodePoolNode]

List of the deployed nodes in the node pool.

nodes.hostname: - Hostname of the deployed node.
nodes.ipv4_address: - IP of the deployed node.

nodeOsVersion String

(Required) The version of the node OS image. Note: Updates to this attribute forces new resource creation.

numInstances Number

(Required) Number of nodes in the node pool. Note: Updates to etcd or master node pool forces new resource creation.

ahvConfig Property Map

(Optional) VM configuration in AHV. Note: Updates to this attribute forces new resource creation.

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.

name String

(Optional) Unique name of the node pool. Note: Updates to this attribute forces new resource creation.

nodes List<Property Map>

List of the deployed nodes in the node pool.

nodes.hostname: - Hostname of the deployed node.
nodes.ipv4_address: - IP of the deployed node.

KarbonClusterMasterNodePoolAhvConfig, KarbonClusterMasterNodePoolAhvConfigArgs

NetworkUuid string
PrismElementClusterUuid string
Cpu int
DiskMib int
MemoryMib int

NetworkUuid string
PrismElementClusterUuid string
Cpu int
DiskMib int
MemoryMib int

networkUuid String
prismElementClusterUuid String
cpu Integer
diskMib Integer
memoryMib Integer

networkUuid string
prismElementClusterUuid string
cpu number
diskMib number
memoryMib number

network_uuid str
prism_element_cluster_uuid str
cpu int
disk_mib int
memory_mib int

networkUuid String
prismElementClusterUuid String
cpu Number
diskMib Number
memoryMib Number

KarbonClusterMasterNodePoolNode, KarbonClusterMasterNodePoolNodeArgs

Hostname string
Ipv4Address string

Hostname string
Ipv4Address string

hostname String
ipv4Address String

hostname string
ipv4Address string

hostname str
ipv4_address str

hostname String
ipv4Address String

KarbonClusterPrivateRegistry, KarbonClusterPrivateRegistryArgs

RegistryName string

RegistryName string

registryName String

registryName string

registry_name str

registryName String

KarbonClusterStorageClassConfig, KarbonClusterStorageClassConfigArgs

VolumesConfig PiersKarsenbarg.Nutanix.Inputs.KarbonClusterStorageClassConfigVolumesConfig

Name string

(Required) The name of the storage class.

ReclaimPolicy string

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.

Note: Updates to this attribute forces new resource creation.

VolumesConfig KarbonClusterStorageClassConfigVolumesConfig

Name string

(Required) The name of the storage class.

ReclaimPolicy string

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.

Note: Updates to this attribute forces new resource creation.

volumesConfig KarbonClusterStorageClassConfigVolumesConfig

name String

(Required) The name of the storage class.

reclaimPolicy String

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.

Note: Updates to this attribute forces new resource creation.

volumesConfig KarbonClusterStorageClassConfigVolumesConfig

name string

(Required) The name of the storage class.

reclaimPolicy string

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.

Note: Updates to this attribute forces new resource creation.

volumes_config KarbonClusterStorageClassConfigVolumesConfig

name str

(Required) The name of the storage class.

reclaim_policy str

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.

Note: Updates to this attribute forces new resource creation.

volumesConfig Property Map

name String

(Required) The name of the storage class.

reclaimPolicy String

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.

Note: Updates to this attribute forces new resource creation.

KarbonClusterStorageClassConfigVolumesConfig, KarbonClusterStorageClassConfigVolumesConfigArgs

Password string
PrismElementClusterUuid string
StorageContainer string
Username string
FileSystem string
FlashMode bool

Password string
PrismElementClusterUuid string
StorageContainer string
Username string
FileSystem string
FlashMode bool

password String
prismElementClusterUuid String
storageContainer String
username String
fileSystem String
flashMode Boolean

password string
prismElementClusterUuid string
storageContainer string
username string
fileSystem string
flashMode boolean

password str
prism_element_cluster_uuid str
storage_container str
username str
file_system str
flash_mode bool

password String
prismElementClusterUuid String
storageContainer String
username String
fileSystem String
flashMode Boolean

KarbonClusterWorkerNodePool, KarbonClusterWorkerNodePoolArgs

NodeOsVersion string

(Required) The version of the node OS image. Note: Updates to this attribute forces new resource creation.

NumInstances int

(Required) Number of nodes in the node pool. Note: Updates to etcd or master node pool forces new resource creation.

AhvConfig PiersKarsenbarg.Nutanix.Inputs.KarbonClusterWorkerNodePoolAhvConfig

(Optional) VM configuration in AHV. Note: Updates to this attribute forces new resource creation.

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.

Name string

(Optional) Unique name of the node pool. Note: Updates to this attribute forces new resource creation.

Nodes List<PiersKarsenbarg.Nutanix.Inputs.KarbonClusterWorkerNodePoolNode>

List of the deployed nodes in the node pool.

nodes.hostname: - Hostname of the deployed node.
nodes.ipv4_address: - IP of the deployed node.

NodeOsVersion string

(Required) The version of the node OS image. Note: Updates to this attribute forces new resource creation.

NumInstances int

(Required) Number of nodes in the node pool. Note: Updates to etcd or master node pool forces new resource creation.

AhvConfig KarbonClusterWorkerNodePoolAhvConfig

(Optional) VM configuration in AHV. Note: Updates to this attribute forces new resource creation.

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.

Name string

(Optional) Unique name of the node pool. Note: Updates to this attribute forces new resource creation.

Nodes []KarbonClusterWorkerNodePoolNode

List of the deployed nodes in the node pool.

nodes.hostname: - Hostname of the deployed node.
nodes.ipv4_address: - IP of the deployed node.

nodeOsVersion String

(Required) The version of the node OS image. Note: Updates to this attribute forces new resource creation.

numInstances Integer

(Required) Number of nodes in the node pool. Note: Updates to etcd or master node pool forces new resource creation.

ahvConfig KarbonClusterWorkerNodePoolAhvConfig

(Optional) VM configuration in AHV. Note: Updates to this attribute forces new resource creation.

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.

name String

(Optional) Unique name of the node pool. Note: Updates to this attribute forces new resource creation.

nodes List<KarbonClusterWorkerNodePoolNode>

List of the deployed nodes in the node pool.

nodes.hostname: - Hostname of the deployed node.
nodes.ipv4_address: - IP of the deployed node.

nodeOsVersion string

(Required) The version of the node OS image. Note: Updates to this attribute forces new resource creation.

numInstances number

(Required) Number of nodes in the node pool. Note: Updates to etcd or master node pool forces new resource creation.

ahvConfig KarbonClusterWorkerNodePoolAhvConfig

(Optional) VM configuration in AHV. Note: Updates to this attribute forces new resource creation.

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.

name string

(Optional) Unique name of the node pool. Note: Updates to this attribute forces new resource creation.

nodes KarbonClusterWorkerNodePoolNode[]

List of the deployed nodes in the node pool.

nodes.hostname: - Hostname of the deployed node.
nodes.ipv4_address: - IP of the deployed node.

node_os_version str

(Required) The version of the node OS image. Note: Updates to this attribute forces new resource creation.

num_instances int

(Required) Number of nodes in the node pool. Note: Updates to etcd or master node pool forces new resource creation.

ahv_config KarbonClusterWorkerNodePoolAhvConfig

(Optional) VM configuration in AHV. Note: Updates to this attribute forces new resource creation.

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.

name str

(Optional) Unique name of the node pool. Note: Updates to this attribute forces new resource creation.

nodes Sequence[KarbonClusterWorkerNodePoolNode]

List of the deployed nodes in the node pool.

nodes.hostname: - Hostname of the deployed node.
nodes.ipv4_address: - IP of the deployed node.

nodeOsVersion String

(Required) The version of the node OS image. Note: Updates to this attribute forces new resource creation.

numInstances Number

(Required) Number of nodes in the node pool. Note: Updates to etcd or master node pool forces new resource creation.

ahvConfig Property Map

(Optional) VM configuration in AHV. Note: Updates to this attribute forces new resource creation.

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.

name String