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vcd 3.14.1 published on Monday, Apr 14, 2025 by vmware
vmware/terraform-provider-vcd

vcd.VmVgpuPolicy

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vcd 3.14.1 published on Monday, Apr 14, 2025 by vmware
vmware/terraform-provider-vcd

    Experimental in provider 3.11.

    Note: This resource requires system administrator privileges.

    Provides a resource to manage vGPU policies for virtual machines in VMware Cloud Director.

    Example Usage

    import * as pulumi from "@pulumi/pulumi";
import * as vcd from "@pulumi/vcd";

const exampleOrg = vcd.getOrg({
    name: "test_org",
});
const exampleVgpuProfile = vcd.getVgpuProfile({
    name: "grid_a100-10c",
});
const exampleProviderVdc = vcd.getProviderVdc({
    name: "example_provider_vdc",
});
const vmGroupExample = vcd.getVmGroup({
    name: "vm-group-1",
});
const exampleVgpuPolicy = new vcd.VmVgpuPolicy("exampleVgpuPolicy", {
    description: "An example vGPU policy configuration",
    vgpuProfile: {
        id: exampleVgpuProfile.then(exampleVgpuProfile => exampleVgpuProfile.id),
        count: 1,
    },
    cpu: {
        shares: "886",
        limitInMhz: "2400",
        count: "9",
        speedInMhz: "2500",
        coresPerSocket: "3",
        reservationGuarantee: "0.55",
    },
    memory: {
        shares: "1580",
        sizeInMb: "3200",
        limitInMb: "2800",
    },
    providerVdcScopes: [{
        providerVdcId: exampleProviderVdc.then(exampleProviderVdc => exampleProviderVdc.id),
        clusterNames: ["cluster1"],
        vmGroupId: vmGroupExample.then(vmGroupExample => vmGroupExample.id),
    }],
});
const exampleOrgVdc = new vcd.OrgVdc("exampleOrgVdc", {
    org: exampleOrg.then(exampleOrg => exampleOrg.name),
    providerVdcName: exampleProviderVdc.then(exampleProviderVdc => exampleProviderVdc.name),
    allocationModel: "Flex",
    deleteForce: true,
    computeCapacity: {
        cpu: {
            allocated: 2048,
        },
        memory: {
            allocated: 2048,
        },
    },
    storageProfiles: [{
        name: "*",
        limit: 10240,
        "default": true,
    }],
    elasticity: true,
    includeVmMemoryOverhead: true,
    memoryGuaranteed: 1,
    defaultComputePolicyId: exampleVgpuPolicy.vmVgpuPolicyId,
    vmVgpuPolicyIds: [exampleVgpuPolicy.vmVgpuPolicyId],
});
const testVm = new vcd.Vm("testVm", {
    org: exampleOrg.then(exampleOrg => exampleOrg.name),
    vdc: exampleOrgVdc.name,
    computerName: "emptyVM",
    memory: 2048,
    cpus: 2,
    cpuCores: 1,
    powerOn: false,
    osType: "sles11_64Guest",
    hardwareVersion: "vmx-19",
    placementPolicyId: exampleVgpuPolicy.vmVgpuPolicyId,
});

    import pulumi
import pulumi_vcd as vcd

example_org = vcd.get_org(name="test_org")
example_vgpu_profile = vcd.get_vgpu_profile(name="grid_a100-10c")
example_provider_vdc = vcd.get_provider_vdc(name="example_provider_vdc")
vm_group_example = vcd.get_vm_group(name="vm-group-1")
example_vgpu_policy = vcd.VmVgpuPolicy("exampleVgpuPolicy",
    description="An example vGPU policy configuration",
    vgpu_profile={
        "id": example_vgpu_profile.id,
        "count": 1,
    },
    cpu={
        "shares": "886",
        "limit_in_mhz": "2400",
        "count": "9",
        "speed_in_mhz": "2500",
        "cores_per_socket": "3",
        "reservation_guarantee": "0.55",
    },
    memory={
        "shares": "1580",
        "size_in_mb": "3200",
        "limit_in_mb": "2800",
    },
    provider_vdc_scopes=[{
        "provider_vdc_id": example_provider_vdc.id,
        "cluster_names": ["cluster1"],
        "vm_group_id": vm_group_example.id,
    }])
example_org_vdc = vcd.OrgVdc("exampleOrgVdc",
    org=example_org.name,
    provider_vdc_name=example_provider_vdc.name,
    allocation_model="Flex",
    delete_force=True,
    compute_capacity={
        "cpu": {
            "allocated": 2048,
        },
        "memory": {
            "allocated": 2048,
        },
    },
    storage_profiles=[{
        "name": "*",
        "limit": 10240,
        "default": True,
    }],
    elasticity=True,
    include_vm_memory_overhead=True,
    memory_guaranteed=1,
    default_compute_policy_id=example_vgpu_policy.vm_vgpu_policy_id,
    vm_vgpu_policy_ids=[example_vgpu_policy.vm_vgpu_policy_id])
test_vm = vcd.Vm("testVm",
    org=example_org.name,
    vdc=example_org_vdc.name,
    computer_name="emptyVM",
    memory=2048,
    cpus=2,
    cpu_cores=1,
    power_on=False,
    os_type="sles11_64Guest",
    hardware_version="vmx-19",
    placement_policy_id=example_vgpu_policy.vm_vgpu_policy_id)

    package main

import (
	"github.com/pulumi/pulumi-terraform-provider/sdks/go/vcd/v3/vcd"
	"github.com/pulumi/pulumi/sdk/v3/go/pulumi"
)

func main() {
	pulumi.Run(func(ctx *pulumi.Context) error {
		exampleOrg, err := vcd.LookupOrg(ctx, &vcd.LookupOrgArgs{
			Name: "test_org",
		}, nil)
		if err != nil {
			return err
		}
		exampleVgpuProfile, err := vcd.GetVgpuProfile(ctx, &vcd.GetVgpuProfileArgs{
			Name: "grid_a100-10c",
		}, nil)
		if err != nil {
			return err
		}
		exampleProviderVdc, err := vcd.LookupProviderVdc(ctx, &vcd.LookupProviderVdcArgs{
			Name: "example_provider_vdc",
		}, nil)
		if err != nil {
			return err
		}
		vmGroupExample, err := vcd.GetVmGroup(ctx, &vcd.GetVmGroupArgs{
			Name: "vm-group-1",
		}, nil)
		if err != nil {
			return err
		}
		exampleVgpuPolicy, err := vcd.NewVmVgpuPolicy(ctx, "exampleVgpuPolicy", &vcd.VmVgpuPolicyArgs{
			Description: pulumi.String("An example vGPU policy configuration"),
			VgpuProfile: &vcd.VmVgpuPolicyVgpuProfileArgs{
				Id:    pulumi.String(exampleVgpuProfile.Id),
				Count: pulumi.Float64(1),
			},
			Cpu: &vcd.VmVgpuPolicyCpuArgs{
				Shares:               pulumi.String("886"),
				LimitInMhz:           pulumi.String("2400"),
				Count:                pulumi.String("9"),
				SpeedInMhz:           pulumi.String("2500"),
				CoresPerSocket:       pulumi.String("3"),
				ReservationGuarantee: pulumi.String("0.55"),
			},
			Memory: &vcd.VmVgpuPolicyMemoryArgs{
				Shares:    pulumi.String("1580"),
				SizeInMb:  pulumi.String("3200"),
				LimitInMb: pulumi.String("2800"),
			},
			ProviderVdcScopes: vcd.VmVgpuPolicyProviderVdcScopeArray{
				&vcd.VmVgpuPolicyProviderVdcScopeArgs{
					ProviderVdcId: pulumi.String(exampleProviderVdc.Id),
					ClusterNames: pulumi.StringArray{
						pulumi.String("cluster1"),
					},
					VmGroupId: pulumi.String(vmGroupExample.Id),
				},
			},
		})
		if err != nil {
			return err
		}
		exampleOrgVdc, err := vcd.NewOrgVdc(ctx, "exampleOrgVdc", &vcd.OrgVdcArgs{
			Org:             pulumi.String(exampleOrg.Name),
			ProviderVdcName: pulumi.String(exampleProviderVdc.Name),
			AllocationModel: pulumi.String("Flex"),
			DeleteForce:     pulumi.Bool(true),
			ComputeCapacity: &vcd.OrgVdcComputeCapacityArgs{
				Cpu: &vcd.OrgVdcComputeCapacityCpuArgs{
					Allocated: pulumi.Float64(2048),
				},
				Memory: &vcd.OrgVdcComputeCapacityMemoryArgs{
					Allocated: pulumi.Float64(2048),
				},
			},
			StorageProfiles: vcd.OrgVdcStorageProfileArray{
				&vcd.OrgVdcStorageProfileArgs{
					Name:    pulumi.String("*"),
					Limit:   pulumi.Float64(10240),
					Default: pulumi.Bool(true),
				},
			},
			Elasticity:              pulumi.Bool(true),
			IncludeVmMemoryOverhead: pulumi.Bool(true),
			MemoryGuaranteed:        pulumi.Float64(1),
			DefaultComputePolicyId:  exampleVgpuPolicy.VmVgpuPolicyId,
			VmVgpuPolicyIds: pulumi.StringArray{
				exampleVgpuPolicy.VmVgpuPolicyId,
			},
		})
		if err != nil {
			return err
		}
		_, err = vcd.NewVm(ctx, "testVm", &vcd.VmArgs{
			Org:               pulumi.String(exampleOrg.Name),
			Vdc:               exampleOrgVdc.Name,
			ComputerName:      pulumi.String("emptyVM"),
			Memory:            pulumi.Float64(2048),
			Cpus:              pulumi.Float64(2),
			CpuCores:          pulumi.Float64(1),
			PowerOn:           pulumi.Bool(false),
			OsType:            pulumi.String("sles11_64Guest"),
			HardwareVersion:   pulumi.String("vmx-19"),
			PlacementPolicyId: exampleVgpuPolicy.VmVgpuPolicyId,
		})
		if err != nil {
			return err
		}
		return nil
	})
}

    using System.Collections.Generic;
using System.Linq;
using Pulumi;
using Vcd = Pulumi.Vcd;

return await Deployment.RunAsync(() => 
{
    var exampleOrg = Vcd.GetOrg.Invoke(new()
    {
        Name = "test_org",
    });

    var exampleVgpuProfile = Vcd.GetVgpuProfile.Invoke(new()
    {
        Name = "grid_a100-10c",
    });

    var exampleProviderVdc = Vcd.GetProviderVdc.Invoke(new()
    {
        Name = "example_provider_vdc",
    });

    var vmGroupExample = Vcd.GetVmGroup.Invoke(new()
    {
        Name = "vm-group-1",
    });

    var exampleVgpuPolicy = new Vcd.VmVgpuPolicy("exampleVgpuPolicy", new()
    {
        Description = "An example vGPU policy configuration",
        VgpuProfile = new Vcd.Inputs.VmVgpuPolicyVgpuProfileArgs
        {
            Id = exampleVgpuProfile.Apply(getVgpuProfileResult => getVgpuProfileResult.Id),
            Count = 1,
        },
        Cpu = new Vcd.Inputs.VmVgpuPolicyCpuArgs
        {
            Shares = "886",
            LimitInMhz = "2400",
            Count = "9",
            SpeedInMhz = "2500",
            CoresPerSocket = "3",
            ReservationGuarantee = "0.55",
        },
        Memory = new Vcd.Inputs.VmVgpuPolicyMemoryArgs
        {
            Shares = "1580",
            SizeInMb = "3200",
            LimitInMb = "2800",
        },
        ProviderVdcScopes = new[]
        {
            new Vcd.Inputs.VmVgpuPolicyProviderVdcScopeArgs
            {
                ProviderVdcId = exampleProviderVdc.Apply(getProviderVdcResult => getProviderVdcResult.Id),
                ClusterNames = new[]
                {
                    "cluster1",
                },
                VmGroupId = vmGroupExample.Apply(getVmGroupResult => getVmGroupResult.Id),
            },
        },
    });

    var exampleOrgVdc = new Vcd.OrgVdc("exampleOrgVdc", new()
    {
        Org = exampleOrg.Apply(getOrgResult => getOrgResult.Name),
        ProviderVdcName = exampleProviderVdc.Apply(getProviderVdcResult => getProviderVdcResult.Name),
        AllocationModel = "Flex",
        DeleteForce = true,
        ComputeCapacity = new Vcd.Inputs.OrgVdcComputeCapacityArgs
        {
            Cpu = new Vcd.Inputs.OrgVdcComputeCapacityCpuArgs
            {
                Allocated = 2048,
            },
            Memory = new Vcd.Inputs.OrgVdcComputeCapacityMemoryArgs
            {
                Allocated = 2048,
            },
        },
        StorageProfiles = new[]
        {
            new Vcd.Inputs.OrgVdcStorageProfileArgs
            {
                Name = "*",
                Limit = 10240,
                Default = true,
            },
        },
        Elasticity = true,
        IncludeVmMemoryOverhead = true,
        MemoryGuaranteed = 1,
        DefaultComputePolicyId = exampleVgpuPolicy.VmVgpuPolicyId,
        VmVgpuPolicyIds = new[]
        {
            exampleVgpuPolicy.VmVgpuPolicyId,
        },
    });

    var testVm = new Vcd.Vm("testVm", new()
    {
        Org = exampleOrg.Apply(getOrgResult => getOrgResult.Name),
        Vdc = exampleOrgVdc.Name,
        ComputerName = "emptyVM",
        Memory = 2048,
        Cpus = 2,
        CpuCores = 1,
        PowerOn = false,
        OsType = "sles11_64Guest",
        HardwareVersion = "vmx-19",
        PlacementPolicyId = exampleVgpuPolicy.VmVgpuPolicyId,
    });

});

    package generated_program;

import com.pulumi.Context;
import com.pulumi.Pulumi;
import com.pulumi.core.Output;
import com.pulumi.vcd.VcdFunctions;
import com.pulumi.vcd.inputs.GetOrgArgs;
import com.pulumi.vcd.inputs.GetVgpuProfileArgs;
import com.pulumi.vcd.inputs.GetProviderVdcArgs;
import com.pulumi.vcd.inputs.GetVmGroupArgs;
import com.pulumi.vcd.VmVgpuPolicy;
import com.pulumi.vcd.VmVgpuPolicyArgs;
import com.pulumi.vcd.inputs.VmVgpuPolicyVgpuProfileArgs;
import com.pulumi.vcd.inputs.VmVgpuPolicyCpuArgs;
import com.pulumi.vcd.inputs.VmVgpuPolicyMemoryArgs;
import com.pulumi.vcd.inputs.VmVgpuPolicyProviderVdcScopeArgs;
import com.pulumi.vcd.OrgVdc;
import com.pulumi.vcd.OrgVdcArgs;
import com.pulumi.vcd.inputs.OrgVdcComputeCapacityArgs;
import com.pulumi.vcd.inputs.OrgVdcComputeCapacityCpuArgs;
import com.pulumi.vcd.inputs.OrgVdcComputeCapacityMemoryArgs;
import com.pulumi.vcd.inputs.OrgVdcStorageProfileArgs;
import com.pulumi.vcd.Vm;
import com.pulumi.vcd.VmArgs;
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) {
        final var exampleOrg = VcdFunctions.getOrg(GetOrgArgs.builder()
            .name("test_org")
            .build());

        final var exampleVgpuProfile = VcdFunctions.getVgpuProfile(GetVgpuProfileArgs.builder()
            .name("grid_a100-10c")
            .build());

        final var exampleProviderVdc = VcdFunctions.getProviderVdc(GetProviderVdcArgs.builder()
            .name("example_provider_vdc")
            .build());

        final var vmGroupExample = VcdFunctions.getVmGroup(GetVmGroupArgs.builder()
            .name("vm-group-1")
            .build());

        var exampleVgpuPolicy = new VmVgpuPolicy("exampleVgpuPolicy", VmVgpuPolicyArgs.builder()
            .description("An example vGPU policy configuration")
            .vgpuProfile(VmVgpuPolicyVgpuProfileArgs.builder()
                .id(exampleVgpuProfile.applyValue(getVgpuProfileResult -> getVgpuProfileResult.id()))
                .count(1)
                .build())
            .cpu(VmVgpuPolicyCpuArgs.builder()
                .shares("886")
                .limitInMhz("2400")
                .count("9")
                .speedInMhz("2500")
                .coresPerSocket("3")
                .reservationGuarantee("0.55")
                .build())
            .memory(VmVgpuPolicyMemoryArgs.builder()
                .shares("1580")
                .sizeInMb("3200")
                .limitInMb("2800")
                .build())
            .providerVdcScopes(VmVgpuPolicyProviderVdcScopeArgs.builder()
                .providerVdcId(exampleProviderVdc.applyValue(getProviderVdcResult -> getProviderVdcResult.id()))
                .clusterNames("cluster1")
                .vmGroupId(vmGroupExample.applyValue(getVmGroupResult -> getVmGroupResult.id()))
                .build())
            .build());

        var exampleOrgVdc = new OrgVdc("exampleOrgVdc", OrgVdcArgs.builder()
            .org(exampleOrg.applyValue(getOrgResult -> getOrgResult.name()))
            .providerVdcName(exampleProviderVdc.applyValue(getProviderVdcResult -> getProviderVdcResult.name()))
            .allocationModel("Flex")
            .deleteForce(true)
            .computeCapacity(OrgVdcComputeCapacityArgs.builder()
                .cpu(OrgVdcComputeCapacityCpuArgs.builder()
                    .allocated(2048)
                    .build())
                .memory(OrgVdcComputeCapacityMemoryArgs.builder()
                    .allocated(2048)
                    .build())
                .build())
            .storageProfiles(OrgVdcStorageProfileArgs.builder()
                .name("*")
                .limit(10240)
                .default_(true)
                .build())
            .elasticity(true)
            .includeVmMemoryOverhead(true)
            .memoryGuaranteed(1)
            .defaultComputePolicyId(exampleVgpuPolicy.vmVgpuPolicyId())
            .vmVgpuPolicyIds(exampleVgpuPolicy.vmVgpuPolicyId())
            .build());

        var testVm = new Vm("testVm", VmArgs.builder()
            .org(exampleOrg.applyValue(getOrgResult -> getOrgResult.name()))
            .vdc(exampleOrgVdc.name())
            .computerName("emptyVM")
            .memory(2048)
            .cpus(2)
            .cpuCores(1)
            .powerOn(false)
            .osType("sles11_64Guest")
            .hardwareVersion("vmx-19")
            .placementPolicyId(exampleVgpuPolicy.vmVgpuPolicyId())
            .build());

    }
}

    resources:
  exampleVgpuPolicy:
    type: vcd:VmVgpuPolicy
    properties:
      description: An example vGPU policy configuration
      vgpuProfile:
        id: ${exampleVgpuProfile.id}
        count: 1
      cpu:
        shares: '886'
        limitInMhz: '2400'
        count: '9'
        speedInMhz: '2500'
        coresPerSocket: '3'
        reservationGuarantee: '0.55'
      memory:
        shares: '1580'
        sizeInMb: '3200'
        limitInMb: '2800'
      providerVdcScopes:
        - providerVdcId: ${exampleProviderVdc.id}
          clusterNames:
            - cluster1
          vmGroupId: ${vmGroupExample.id}
  exampleOrgVdc:
    type: vcd:OrgVdc
    properties:
      org: ${exampleOrg.name}
      providerVdcName: ${exampleProviderVdc.name}
      allocationModel: Flex
      deleteForce: true
      computeCapacity:
        cpu:
          allocated: 2048
        memory:
          allocated: 2048
      storageProfiles:
        - name: '*'
          limit: 10240
          default: true
      elasticity: true
      includeVmMemoryOverhead: true
      memoryGuaranteed: 1
      defaultComputePolicyId: ${exampleVgpuPolicy.vmVgpuPolicyId}
      vmVgpuPolicyIds:
        - ${exampleVgpuPolicy.vmVgpuPolicyId}
  testVm:
    type: vcd:Vm
    properties:
      org: ${exampleOrg.name}
      vdc: ${exampleOrgVdc.name}
      computerName: emptyVM
      memory: 2048
      cpus: 2
      cpuCores: 1
      powerOn: false
      osType: sles11_64Guest
      hardwareVersion: vmx-19
      placementPolicyId: ${exampleVgpuPolicy.vmVgpuPolicyId}
variables:
  exampleOrg:
    fn::invoke:
      function: vcd:getOrg
      arguments:
        name: test_org
  exampleVgpuProfile:
    fn::invoke:
      function: vcd:getVgpuProfile
      arguments:
        name: grid_a100-10c
  exampleProviderVdc:
    fn::invoke:
      function: vcd:getProviderVdc
      arguments:
        name: example_provider_vdc
  vmGroupExample:
    fn::invoke:
      function: vcd:getVmGroup
      arguments:
        name: vm-group-1

    Without A Sizing Policy)

    import * as pulumi from "@pulumi/pulumi";
import * as vcd from "@pulumi/vcd";

const exampleVgpuPolicyWithoutSizing = new vcd.VmVgpuPolicy("exampleVgpuPolicyWithoutSizing", {
    description: "An example vGPU policy configuration",
    vgpuProfile: {
        id: data.vcd_vgpu_profile.example_vgpu_profile.id,
        count: 1,
    },
    providerVdcScopes: [{
        providerVdcId: data.vcd_provider_vdc.example_provider_vdc.id,
        clusterNames: ["cluster1"],
        vmGroupId: data.vcd_vm_group.vm_group_example.id,
    }],
});

    import pulumi
import pulumi_vcd as vcd

example_vgpu_policy_without_sizing = vcd.VmVgpuPolicy("exampleVgpuPolicyWithoutSizing",
    description="An example vGPU policy configuration",
    vgpu_profile={
        "id": data["vcd_vgpu_profile"]["example_vgpu_profile"]["id"],
        "count": 1,
    },
    provider_vdc_scopes=[{
        "provider_vdc_id": data["vcd_provider_vdc"]["example_provider_vdc"]["id"],
        "cluster_names": ["cluster1"],
        "vm_group_id": data["vcd_vm_group"]["vm_group_example"]["id"],
    }])

    package main

import (
	"github.com/pulumi/pulumi-terraform-provider/sdks/go/vcd/v3/vcd"
	"github.com/pulumi/pulumi/sdk/v3/go/pulumi"
)

func main() {
	pulumi.Run(func(ctx *pulumi.Context) error {
		_, err := vcd.NewVmVgpuPolicy(ctx, "exampleVgpuPolicyWithoutSizing", &vcd.VmVgpuPolicyArgs{
			Description: pulumi.String("An example vGPU policy configuration"),
			VgpuProfile: &vcd.VmVgpuPolicyVgpuProfileArgs{
				Id:    pulumi.Any(data.Vcd_vgpu_profile.Example_vgpu_profile.Id),
				Count: pulumi.Float64(1),
			},
			ProviderVdcScopes: vcd.VmVgpuPolicyProviderVdcScopeArray{
				&vcd.VmVgpuPolicyProviderVdcScopeArgs{
					ProviderVdcId: pulumi.Any(data.Vcd_provider_vdc.Example_provider_vdc.Id),
					ClusterNames: pulumi.StringArray{
						pulumi.String("cluster1"),
					},
					VmGroupId: pulumi.Any(data.Vcd_vm_group.Vm_group_example.Id),
				},
			},
		})
		if err != nil {
			return err
		}
		return nil
	})
}

    using System.Collections.Generic;
using System.Linq;
using Pulumi;
using Vcd = Pulumi.Vcd;

return await Deployment.RunAsync(() => 
{
    var exampleVgpuPolicyWithoutSizing = new Vcd.VmVgpuPolicy("exampleVgpuPolicyWithoutSizing", new()
    {
        Description = "An example vGPU policy configuration",
        VgpuProfile = new Vcd.Inputs.VmVgpuPolicyVgpuProfileArgs
        {
            Id = data.Vcd_vgpu_profile.Example_vgpu_profile.Id,
            Count = 1,
        },
        ProviderVdcScopes = new[]
        {
            new Vcd.Inputs.VmVgpuPolicyProviderVdcScopeArgs
            {
                ProviderVdcId = data.Vcd_provider_vdc.Example_provider_vdc.Id,
                ClusterNames = new[]
                {
                    "cluster1",
                },
                VmGroupId = data.Vcd_vm_group.Vm_group_example.Id,
            },
        },
    });

});

    package generated_program;

import com.pulumi.Context;
import com.pulumi.Pulumi;
import com.pulumi.core.Output;
import com.pulumi.vcd.VmVgpuPolicy;
import com.pulumi.vcd.VmVgpuPolicyArgs;
import com.pulumi.vcd.inputs.VmVgpuPolicyVgpuProfileArgs;
import com.pulumi.vcd.inputs.VmVgpuPolicyProviderVdcScopeArgs;
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 exampleVgpuPolicyWithoutSizing = new VmVgpuPolicy("exampleVgpuPolicyWithoutSizing", VmVgpuPolicyArgs.builder()
            .description("An example vGPU policy configuration")
            .vgpuProfile(VmVgpuPolicyVgpuProfileArgs.builder()
                .id(data.vcd_vgpu_profile().example_vgpu_profile().id())
                .count(1)
                .build())
            .providerVdcScopes(VmVgpuPolicyProviderVdcScopeArgs.builder()
                .providerVdcId(data.vcd_provider_vdc().example_provider_vdc().id())
                .clusterNames("cluster1")
                .vmGroupId(data.vcd_vm_group().vm_group_example().id())
                .build())
            .build());

    }
}

    resources:
  exampleVgpuPolicyWithoutSizing:
    type: vcd:VmVgpuPolicy
    properties:
      description: An example vGPU policy configuration
      vgpuProfile:
        id: ${data.vcd_vgpu_profile.example_vgpu_profile.id}
        count: 1
      providerVdcScopes:
        - providerVdcId: ${data.vcd_provider_vdc.example_provider_vdc.id}
          clusterNames:
            - cluster1
          vmGroupId: ${data.vcd_vm_group.vm_group_example.id}

    Create VmVgpuPolicy Resource

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

    Constructor syntax

    new VmVgpuPolicy(name: string, args: VmVgpuPolicyArgs, opts?: CustomResourceOptions);
    @overload
def VmVgpuPolicy(resource_name: str,
                 args: VmVgpuPolicyArgs,
                 opts: Optional[ResourceOptions] = None)

@overload
def VmVgpuPolicy(resource_name: str,
                 opts: Optional[ResourceOptions] = None,
                 vgpu_profile: Optional[VmVgpuPolicyVgpuProfileArgs] = None,
                 cpu: Optional[VmVgpuPolicyCpuArgs] = None,
                 description: Optional[str] = None,
                 memory: Optional[VmVgpuPolicyMemoryArgs] = None,
                 name: Optional[str] = None,
                 provider_vdc_scopes: Optional[Sequence[VmVgpuPolicyProviderVdcScopeArgs]] = None,
                 vm_vgpu_policy_id: Optional[str] = None)
    func NewVmVgpuPolicy(ctx *Context, name string, args VmVgpuPolicyArgs, opts ...ResourceOption) (*VmVgpuPolicy, error)
    public VmVgpuPolicy(string name, VmVgpuPolicyArgs args, CustomResourceOptions? opts = null)
    public VmVgpuPolicy(String name, VmVgpuPolicyArgs args)
public VmVgpuPolicy(String name, VmVgpuPolicyArgs args, CustomResourceOptions options)

    type: vcd:VmVgpuPolicy
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 VmVgpuPolicyArgs
    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 VmVgpuPolicyArgs
    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 VmVgpuPolicyArgs
    The arguments to resource properties.
    opts ResourceOption
    Bag of options to control resource's behavior.
    name string
    The unique name of the resource.
    args VmVgpuPolicyArgs
    The arguments to resource properties.
    opts CustomResourceOptions
    Bag of options to control resource's behavior.
    name String
    The unique name of the resource.
    args VmVgpuPolicyArgs
    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 vmVgpuPolicyResource = new Vcd.VmVgpuPolicy("vmVgpuPolicyResource", new()
{
    VgpuProfile = new Vcd.Inputs.VmVgpuPolicyVgpuProfileArgs
    {
        Count = 0,
        Id = "string",
    },
    Cpu = new Vcd.Inputs.VmVgpuPolicyCpuArgs
    {
        CoresPerSocket = "string",
        Count = "string",
        LimitInMhz = "string",
        ReservationGuarantee = "string",
        Shares = "string",
        SpeedInMhz = "string",
    },
    Description = "string",
    Memory = new Vcd.Inputs.VmVgpuPolicyMemoryArgs
    {
        LimitInMb = "string",
        ReservationGuarantee = "string",
        Shares = "string",
        SizeInMb = "string",
    },
    Name = "string",
    ProviderVdcScopes = new[]
    {
        new Vcd.Inputs.VmVgpuPolicyProviderVdcScopeArgs
        {
            ProviderVdcId = "string",
            ClusterNames = new[]
            {
                "string",
            },
            VmGroupId = "string",
        },
    },
    VmVgpuPolicyId = "string",
});

    example, err := vcd.NewVmVgpuPolicy(ctx, "vmVgpuPolicyResource", &vcd.VmVgpuPolicyArgs{
	VgpuProfile: &vcd.VmVgpuPolicyVgpuProfileArgs{
		Count: pulumi.Float64(0),
		Id:    pulumi.String("string"),
	},
	Cpu: &vcd.VmVgpuPolicyCpuArgs{
		CoresPerSocket:       pulumi.String("string"),
		Count:                pulumi.String("string"),
		LimitInMhz:           pulumi.String("string"),
		ReservationGuarantee: pulumi.String("string"),
		Shares:               pulumi.String("string"),
		SpeedInMhz:           pulumi.String("string"),
	},
	Description: pulumi.String("string"),
	Memory: &vcd.VmVgpuPolicyMemoryArgs{
		LimitInMb:            pulumi.String("string"),
		ReservationGuarantee: pulumi.String("string"),
		Shares:               pulumi.String("string"),
		SizeInMb:             pulumi.String("string"),
	},
	Name: pulumi.String("string"),
	ProviderVdcScopes: vcd.VmVgpuPolicyProviderVdcScopeArray{
		&vcd.VmVgpuPolicyProviderVdcScopeArgs{
			ProviderVdcId: pulumi.String("string"),
			ClusterNames: pulumi.StringArray{
				pulumi.String("string"),
			},
			VmGroupId: pulumi.String("string"),
		},
	},
	VmVgpuPolicyId: pulumi.String("string"),
})

    var vmVgpuPolicyResource = new VmVgpuPolicy("vmVgpuPolicyResource", VmVgpuPolicyArgs.builder()
    .vgpuProfile(VmVgpuPolicyVgpuProfileArgs.builder()
        .count(0)
        .id("string")
        .build())
    .cpu(VmVgpuPolicyCpuArgs.builder()
        .coresPerSocket("string")
        .count("string")
        .limitInMhz("string")
        .reservationGuarantee("string")
        .shares("string")
        .speedInMhz("string")
        .build())
    .description("string")
    .memory(VmVgpuPolicyMemoryArgs.builder()
        .limitInMb("string")
        .reservationGuarantee("string")
        .shares("string")
        .sizeInMb("string")
        .build())
    .name("string")
    .providerVdcScopes(VmVgpuPolicyProviderVdcScopeArgs.builder()
        .providerVdcId("string")
        .clusterNames("string")
        .vmGroupId("string")
        .build())
    .vmVgpuPolicyId("string")
    .build());

    vm_vgpu_policy_resource = vcd.VmVgpuPolicy("vmVgpuPolicyResource",
    vgpu_profile={
        "count": 0,
        "id": "string",
    },
    cpu={
        "cores_per_socket": "string",
        "count": "string",
        "limit_in_mhz": "string",
        "reservation_guarantee": "string",
        "shares": "string",
        "speed_in_mhz": "string",
    },
    description="string",
    memory={
        "limit_in_mb": "string",
        "reservation_guarantee": "string",
        "shares": "string",
        "size_in_mb": "string",
    },
    name="string",
    provider_vdc_scopes=[{
        "provider_vdc_id": "string",
        "cluster_names": ["string"],
        "vm_group_id": "string",
    }],
    vm_vgpu_policy_id="string")

    const vmVgpuPolicyResource = new vcd.VmVgpuPolicy("vmVgpuPolicyResource", {
    vgpuProfile: {
        count: 0,
        id: "string",
    },
    cpu: {
        coresPerSocket: "string",
        count: "string",
        limitInMhz: "string",
        reservationGuarantee: "string",
        shares: "string",
        speedInMhz: "string",
    },
    description: "string",
    memory: {
        limitInMb: "string",
        reservationGuarantee: "string",
        shares: "string",
        sizeInMb: "string",
    },
    name: "string",
    providerVdcScopes: [{
        providerVdcId: "string",
        clusterNames: ["string"],
        vmGroupId: "string",
    }],
    vmVgpuPolicyId: "string",
});

    type: vcd:VmVgpuPolicy
properties:
    cpu:
        coresPerSocket: string
        count: string
        limitInMhz: string
        reservationGuarantee: string
        shares: string
        speedInMhz: string
    description: string
    memory:
        limitInMb: string
        reservationGuarantee: string
        shares: string
        sizeInMb: string
    name: string
    providerVdcScopes:
        - clusterNames:
            - string
          providerVdcId: string
          vmGroupId: string
    vgpuProfile:
        count: 0
        id: string
    vmVgpuPolicyId: string

    VmVgpuPolicy Resource Properties

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

    Inputs

    In Python, inputs that are objects can be passed either as argument classes or as dictionary literals.

    The VmVgpuPolicy resource accepts the following input properties:

    VgpuProfile VmVgpuPolicyVgpuProfile
    Defines the vGPU profile ID and count.
    Cpu VmVgpuPolicyCpu
    Configuration options for CPU resources. If this is set, a VM created with this policy can't specify a custom sizing policy. See [cpu] for more details.
    Description string
    A brief description of the vGPU policy.
    Memory VmVgpuPolicyMemory
    Memory resource configuration settings. If this is set, a VM created with this policy can't specify a custom sizing policy. See [memory] for more details.
    Name string
    The unique name assigned to the vGPU policy for a virtual machine.
    ProviderVdcScopes List<VmVgpuPolicyProviderVdcScope>
    Defines the scope of the policy within provider virtual data centers. If not provided, applies to all the current ant future PVDCs. See provider_vdc_scope for more details.
    VmVgpuPolicyId string
    VgpuProfile VmVgpuPolicyVgpuProfileArgs
    Defines the vGPU profile ID and count.
    Cpu VmVgpuPolicyCpuArgs
    Configuration options for CPU resources. If this is set, a VM created with this policy can't specify a custom sizing policy. See [cpu] for more details.
    Description string
    A brief description of the vGPU policy.
    Memory VmVgpuPolicyMemoryArgs
    Memory resource configuration settings. If this is set, a VM created with this policy can't specify a custom sizing policy. See [memory] for more details.
    Name string
    The unique name assigned to the vGPU policy for a virtual machine.
    ProviderVdcScopes []VmVgpuPolicyProviderVdcScopeArgs
    Defines the scope of the policy within provider virtual data centers. If not provided, applies to all the current ant future PVDCs. See provider_vdc_scope for more details.
    VmVgpuPolicyId string
    vgpuProfile VmVgpuPolicyVgpuProfile
    Defines the vGPU profile ID and count.
    cpu VmVgpuPolicyCpu
    Configuration options for CPU resources. If this is set, a VM created with this policy can't specify a custom sizing policy. See [cpu] for more details.
    description String
    A brief description of the vGPU policy.
    memory VmVgpuPolicyMemory
    Memory resource configuration settings. If this is set, a VM created with this policy can't specify a custom sizing policy. See [memory] for more details.
    name String
    The unique name assigned to the vGPU policy for a virtual machine.
    providerVdcScopes List<VmVgpuPolicyProviderVdcScope>
    Defines the scope of the policy within provider virtual data centers. If not provided, applies to all the current ant future PVDCs. See provider_vdc_scope for more details.
    vmVgpuPolicyId String
    vgpuProfile VmVgpuPolicyVgpuProfile
    Defines the vGPU profile ID and count.
    cpu VmVgpuPolicyCpu
    Configuration options for CPU resources. If this is set, a VM created with this policy can't specify a custom sizing policy. See [cpu] for more details.
    description string
    A brief description of the vGPU policy.
    memory VmVgpuPolicyMemory
    Memory resource configuration settings. If this is set, a VM created with this policy can't specify a custom sizing policy. See [memory] for more details.
    name string
    The unique name assigned to the vGPU policy for a virtual machine.
    providerVdcScopes VmVgpuPolicyProviderVdcScope[]
    Defines the scope of the policy within provider virtual data centers. If not provided, applies to all the current ant future PVDCs. See provider_vdc_scope for more details.
    vmVgpuPolicyId string
    vgpu_profile VmVgpuPolicyVgpuProfileArgs
    Defines the vGPU profile ID and count.
    cpu VmVgpuPolicyCpuArgs
    Configuration options for CPU resources. If this is set, a VM created with this policy can't specify a custom sizing policy. See [cpu] for more details.
    description str
    A brief description of the vGPU policy.
    memory VmVgpuPolicyMemoryArgs
    Memory resource configuration settings. If this is set, a VM created with this policy can't specify a custom sizing policy. See [memory] for more details.
    name str
    The unique name assigned to the vGPU policy for a virtual machine.
    provider_vdc_scopes Sequence[VmVgpuPolicyProviderVdcScopeArgs]
    Defines the scope of the policy within provider virtual data centers. If not provided, applies to all the current ant future PVDCs. See provider_vdc_scope for more details.
    vm_vgpu_policy_id str
    vgpuProfile Property Map
    Defines the vGPU profile ID and count.
    cpu Property Map
    Configuration options for CPU resources. If this is set, a VM created with this policy can't specify a custom sizing policy. See [cpu] for more details.
    description String
    A brief description of the vGPU policy.
    memory Property Map
    Memory resource configuration settings. If this is set, a VM created with this policy can't specify a custom sizing policy. See [memory] for more details.
    name String
    The unique name assigned to the vGPU policy for a virtual machine.
    providerVdcScopes List<Property Map>
    Defines the scope of the policy within provider virtual data centers. If not provided, applies to all the current ant future PVDCs. See provider_vdc_scope for more details.
    vmVgpuPolicyId String

    Outputs

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

    Id string
    The provider-assigned unique ID for this managed resource.
    Id string
    The provider-assigned unique ID for this managed resource.
    id String
    The provider-assigned unique ID for this managed resource.
    id string
    The provider-assigned unique ID for this managed resource.
    id str
    The provider-assigned unique ID for this managed resource.
    id String
    The provider-assigned unique ID for this managed resource.

    Look up Existing VmVgpuPolicy Resource

    Get an existing VmVgpuPolicy 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?: VmVgpuPolicyState, opts?: CustomResourceOptions): VmVgpuPolicy
    @staticmethod
def get(resource_name: str,
        id: str,
        opts: Optional[ResourceOptions] = None,
        cpu: Optional[VmVgpuPolicyCpuArgs] = None,
        description: Optional[str] = None,
        memory: Optional[VmVgpuPolicyMemoryArgs] = None,
        name: Optional[str] = None,
        provider_vdc_scopes: Optional[Sequence[VmVgpuPolicyProviderVdcScopeArgs]] = None,
        vgpu_profile: Optional[VmVgpuPolicyVgpuProfileArgs] = None,
        vm_vgpu_policy_id: Optional[str] = None) -> VmVgpuPolicy
    func GetVmVgpuPolicy(ctx *Context, name string, id IDInput, state *VmVgpuPolicyState, opts ...ResourceOption) (*VmVgpuPolicy, error)
    public static VmVgpuPolicy Get(string name, Input<string> id, VmVgpuPolicyState? state, CustomResourceOptions? opts = null)
    public static VmVgpuPolicy get(String name, Output<String> id, VmVgpuPolicyState state, CustomResourceOptions options)
    resources:  _:    type: vcd:VmVgpuPolicy    get:      id: ${id}
    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:
    Cpu VmVgpuPolicyCpu
    Configuration options for CPU resources. If this is set, a VM created with this policy can't specify a custom sizing policy. See [cpu] for more details.
    Description string
    A brief description of the vGPU policy.
    Memory VmVgpuPolicyMemory
    Memory resource configuration settings. If this is set, a VM created with this policy can't specify a custom sizing policy. See [memory] for more details.
    Name string
    The unique name assigned to the vGPU policy for a virtual machine.
    ProviderVdcScopes List<VmVgpuPolicyProviderVdcScope>
    Defines the scope of the policy within provider virtual data centers. If not provided, applies to all the current ant future PVDCs. See provider_vdc_scope for more details.
    VgpuProfile VmVgpuPolicyVgpuProfile
    Defines the vGPU profile ID and count.
    VmVgpuPolicyId string
    Cpu VmVgpuPolicyCpuArgs
    Configuration options for CPU resources. If this is set, a VM created with this policy can't specify a custom sizing policy. See [cpu] for more details.
    Description string
    A brief description of the vGPU policy.
    Memory VmVgpuPolicyMemoryArgs
    Memory resource configuration settings. If this is set, a VM created with this policy can't specify a custom sizing policy. See [memory] for more details.
    Name string
    The unique name assigned to the vGPU policy for a virtual machine.
    ProviderVdcScopes []VmVgpuPolicyProviderVdcScopeArgs
    Defines the scope of the policy within provider virtual data centers. If not provided, applies to all the current ant future PVDCs. See provider_vdc_scope for more details.
    VgpuProfile VmVgpuPolicyVgpuProfileArgs
    Defines the vGPU profile ID and count.
    VmVgpuPolicyId string
    cpu VmVgpuPolicyCpu
    Configuration options for CPU resources. If this is set, a VM created with this policy can't specify a custom sizing policy. See [cpu] for more details.
    description String
    A brief description of the vGPU policy.
    memory VmVgpuPolicyMemory
    Memory resource configuration settings. If this is set, a VM created with this policy can't specify a custom sizing policy. See [memory] for more details.
    name String
    The unique name assigned to the vGPU policy for a virtual machine.
    providerVdcScopes List<VmVgpuPolicyProviderVdcScope>
    Defines the scope of the policy within provider virtual data centers. If not provided, applies to all the current ant future PVDCs. See provider_vdc_scope for more details.
    vgpuProfile VmVgpuPolicyVgpuProfile
    Defines the vGPU profile ID and count.
    vmVgpuPolicyId String
    cpu VmVgpuPolicyCpu
    Configuration options for CPU resources. If this is set, a VM created with this policy can't specify a custom sizing policy. See [cpu] for more details.
    description string
    A brief description of the vGPU policy.
    memory VmVgpuPolicyMemory
    Memory resource configuration settings. If this is set, a VM created with this policy can't specify a custom sizing policy. See [memory] for more details.
    name string
    The unique name assigned to the vGPU policy for a virtual machine.
    providerVdcScopes VmVgpuPolicyProviderVdcScope[]
    Defines the scope of the policy within provider virtual data centers. If not provided, applies to all the current ant future PVDCs. See provider_vdc_scope for more details.
    vgpuProfile VmVgpuPolicyVgpuProfile
    Defines the vGPU profile ID and count.
    vmVgpuPolicyId string
    cpu VmVgpuPolicyCpuArgs
    Configuration options for CPU resources. If this is set, a VM created with this policy can't specify a custom sizing policy. See [cpu] for more details.
    description str
    A brief description of the vGPU policy.
    memory VmVgpuPolicyMemoryArgs
    Memory resource configuration settings. If this is set, a VM created with this policy can't specify a custom sizing policy. See [memory] for more details.
    name str
    The unique name assigned to the vGPU policy for a virtual machine.
    provider_vdc_scopes Sequence[VmVgpuPolicyProviderVdcScopeArgs]
    Defines the scope of the policy within provider virtual data centers. If not provided, applies to all the current ant future PVDCs. See provider_vdc_scope for more details.
    vgpu_profile VmVgpuPolicyVgpuProfileArgs
    Defines the vGPU profile ID and count.
    vm_vgpu_policy_id str
    cpu Property Map
    Configuration options for CPU resources. If this is set, a VM created with this policy can't specify a custom sizing policy. See [cpu] for more details.
    description String
    A brief description of the vGPU policy.
    memory Property Map
    Memory resource configuration settings. If this is set, a VM created with this policy can't specify a custom sizing policy. See [memory] for more details.
    name String
    The unique name assigned to the vGPU policy for a virtual machine.
    providerVdcScopes List<Property Map>
    Defines the scope of the policy within provider virtual data centers. If not provided, applies to all the current ant future PVDCs. See provider_vdc_scope for more details.
    vgpuProfile Property Map
    Defines the vGPU profile ID and count.
    vmVgpuPolicyId String

    Supporting Types

    VmVgpuPolicyCpu, VmVgpuPolicyCpuArgs

    CoresPerSocket string
    The number of cores per socket for a VM. This is a VM hardware configuration. The number of vCPUs that is defined in the VM sizing policy must be divisible by the number of cores per socket. If the number of vCPUs is not divisible by the number of cores per socket, the number of cores per socket becomes invalid.
    Count string
    Defines the number of vCPUs configured for a VM. This is a VM hardware configuration. When a tenant assigns the VM sizing policy to a VM, this count becomes the configured number of vCPUs for the VM.
    LimitInMhz string
    Defines the CPU limit in MHz for a VM. If not defined in the VDC compute policy, CPU limit is equal to the vCPU speed multiplied by the number of vCPUs. -1 means unlimited
    ReservationGuarantee string
    Defines how much of the CPU resources of a VM are reserved. The allocated CPU for a VM equals the number of vCPUs times the vCPU speed in MHz. The value of the attribute ranges between 0 and one. Value of 0 CPU reservation guarantee defines no CPU reservation. Value of 1 defines 100% of CPU reserved.
    Shares string
    Defines the number of CPU shares for a VM. Shares specify the relative importance of a VM within a virtual data center. If a VM has twice as many shares of CPU as another VM, it is entitled to consume twice as much CPU when these two virtual machines are competing for resources. If not defined in the VDC compute policy, normal shares are applied to the VM.
    SpeedInMhz string
    Defines the vCPU speed of a core in MHz.
    CoresPerSocket string
    The number of cores per socket for a VM. This is a VM hardware configuration. The number of vCPUs that is defined in the VM sizing policy must be divisible by the number of cores per socket. If the number of vCPUs is not divisible by the number of cores per socket, the number of cores per socket becomes invalid.
    Count string
    Defines the number of vCPUs configured for a VM. This is a VM hardware configuration. When a tenant assigns the VM sizing policy to a VM, this count becomes the configured number of vCPUs for the VM.
    LimitInMhz string
    Defines the CPU limit in MHz for a VM. If not defined in the VDC compute policy, CPU limit is equal to the vCPU speed multiplied by the number of vCPUs. -1 means unlimited
    ReservationGuarantee string
    Defines how much of the CPU resources of a VM are reserved. The allocated CPU for a VM equals the number of vCPUs times the vCPU speed in MHz. The value of the attribute ranges between 0 and one. Value of 0 CPU reservation guarantee defines no CPU reservation. Value of 1 defines 100% of CPU reserved.
    Shares string
    Defines the number of CPU shares for a VM. Shares specify the relative importance of a VM within a virtual data center. If a VM has twice as many shares of CPU as another VM, it is entitled to consume twice as much CPU when these two virtual machines are competing for resources. If not defined in the VDC compute policy, normal shares are applied to the VM.
    SpeedInMhz string
    Defines the vCPU speed of a core in MHz.
    coresPerSocket String
    The number of cores per socket for a VM. This is a VM hardware configuration. The number of vCPUs that is defined in the VM sizing policy must be divisible by the number of cores per socket. If the number of vCPUs is not divisible by the number of cores per socket, the number of cores per socket becomes invalid.
    count String
    Defines the number of vCPUs configured for a VM. This is a VM hardware configuration. When a tenant assigns the VM sizing policy to a VM, this count becomes the configured number of vCPUs for the VM.
    limitInMhz String
    Defines the CPU limit in MHz for a VM. If not defined in the VDC compute policy, CPU limit is equal to the vCPU speed multiplied by the number of vCPUs. -1 means unlimited
    reservationGuarantee String
    Defines how much of the CPU resources of a VM are reserved. The allocated CPU for a VM equals the number of vCPUs times the vCPU speed in MHz. The value of the attribute ranges between 0 and one. Value of 0 CPU reservation guarantee defines no CPU reservation. Value of 1 defines 100% of CPU reserved.
    shares String
    Defines the number of CPU shares for a VM. Shares specify the relative importance of a VM within a virtual data center. If a VM has twice as many shares of CPU as another VM, it is entitled to consume twice as much CPU when these two virtual machines are competing for resources. If not defined in the VDC compute policy, normal shares are applied to the VM.
    speedInMhz String
    Defines the vCPU speed of a core in MHz.
    coresPerSocket string
    The number of cores per socket for a VM. This is a VM hardware configuration. The number of vCPUs that is defined in the VM sizing policy must be divisible by the number of cores per socket. If the number of vCPUs is not divisible by the number of cores per socket, the number of cores per socket becomes invalid.
    count string
    Defines the number of vCPUs configured for a VM. This is a VM hardware configuration. When a tenant assigns the VM sizing policy to a VM, this count becomes the configured number of vCPUs for the VM.
    limitInMhz string
    Defines the CPU limit in MHz for a VM. If not defined in the VDC compute policy, CPU limit is equal to the vCPU speed multiplied by the number of vCPUs. -1 means unlimited
    reservationGuarantee string
    Defines how much of the CPU resources of a VM are reserved. The allocated CPU for a VM equals the number of vCPUs times the vCPU speed in MHz. The value of the attribute ranges between 0 and one. Value of 0 CPU reservation guarantee defines no CPU reservation. Value of 1 defines 100% of CPU reserved.
    shares string
    Defines the number of CPU shares for a VM. Shares specify the relative importance of a VM within a virtual data center. If a VM has twice as many shares of CPU as another VM, it is entitled to consume twice as much CPU when these two virtual machines are competing for resources. If not defined in the VDC compute policy, normal shares are applied to the VM.
    speedInMhz string
    Defines the vCPU speed of a core in MHz.
    cores_per_socket str
    The number of cores per socket for a VM. This is a VM hardware configuration. The number of vCPUs that is defined in the VM sizing policy must be divisible by the number of cores per socket. If the number of vCPUs is not divisible by the number of cores per socket, the number of cores per socket becomes invalid.
    count str
    Defines the number of vCPUs configured for a VM. This is a VM hardware configuration. When a tenant assigns the VM sizing policy to a VM, this count becomes the configured number of vCPUs for the VM.
    limit_in_mhz str
    Defines the CPU limit in MHz for a VM. If not defined in the VDC compute policy, CPU limit is equal to the vCPU speed multiplied by the number of vCPUs. -1 means unlimited
    reservation_guarantee str
    Defines how much of the CPU resources of a VM are reserved. The allocated CPU for a VM equals the number of vCPUs times the vCPU speed in MHz. The value of the attribute ranges between 0 and one. Value of 0 CPU reservation guarantee defines no CPU reservation. Value of 1 defines 100% of CPU reserved.
    shares str
    Defines the number of CPU shares for a VM. Shares specify the relative importance of a VM within a virtual data center. If a VM has twice as many shares of CPU as another VM, it is entitled to consume twice as much CPU when these two virtual machines are competing for resources. If not defined in the VDC compute policy, normal shares are applied to the VM.
    speed_in_mhz str
    Defines the vCPU speed of a core in MHz.
    coresPerSocket String
    The number of cores per socket for a VM. This is a VM hardware configuration. The number of vCPUs that is defined in the VM sizing policy must be divisible by the number of cores per socket. If the number of vCPUs is not divisible by the number of cores per socket, the number of cores per socket becomes invalid.
    count String
    Defines the number of vCPUs configured for a VM. This is a VM hardware configuration. When a tenant assigns the VM sizing policy to a VM, this count becomes the configured number of vCPUs for the VM.
    limitInMhz String
    Defines the CPU limit in MHz for a VM. If not defined in the VDC compute policy, CPU limit is equal to the vCPU speed multiplied by the number of vCPUs. -1 means unlimited
    reservationGuarantee String
    Defines how much of the CPU resources of a VM are reserved. The allocated CPU for a VM equals the number of vCPUs times the vCPU speed in MHz. The value of the attribute ranges between 0 and one. Value of 0 CPU reservation guarantee defines no CPU reservation. Value of 1 defines 100% of CPU reserved.
    shares String
    Defines the number of CPU shares for a VM. Shares specify the relative importance of a VM within a virtual data center. If a VM has twice as many shares of CPU as another VM, it is entitled to consume twice as much CPU when these two virtual machines are competing for resources. If not defined in the VDC compute policy, normal shares are applied to the VM.
    speedInMhz String
    Defines the vCPU speed of a core in MHz.

    VmVgpuPolicyMemory, VmVgpuPolicyMemoryArgs

    LimitInMb string
    Defines the memory limit in MB for a VM. If not defined in the VM sizing policy, memory limit is equal to the allocated memory for the VM.
    ReservationGuarantee string
    Defines the reserved amount of memory that is configured for a VM. The value of the attribute ranges between 0 and one. Value of 0 memory reservation guarantee defines no memory reservation. Value of 1 defines 100% of memory reserved.
    Shares string
    Defines the number of memory shares for a VM. Shares specify the relative importance of a VM within a virtual data center. If a VM has twice as many shares of memory as another VM, it is entitled to consume twice as much memory when these two virtual machines are competing for resources. If not defined in the VDC compute policy, normal shares are applied to the VM.
    SizeInMb string
    Defines the memory configured for a VM in MB. This is a VM hardware configuration. When a tenant assigns the VM sizing policy to a VM, the VM receives the amount of memory defined by this attribute.
    LimitInMb string
    Defines the memory limit in MB for a VM. If not defined in the VM sizing policy, memory limit is equal to the allocated memory for the VM.
    ReservationGuarantee string
    Defines the reserved amount of memory that is configured for a VM. The value of the attribute ranges between 0 and one. Value of 0 memory reservation guarantee defines no memory reservation. Value of 1 defines 100% of memory reserved.
    Shares string
    Defines the number of memory shares for a VM. Shares specify the relative importance of a VM within a virtual data center. If a VM has twice as many shares of memory as another VM, it is entitled to consume twice as much memory when these two virtual machines are competing for resources. If not defined in the VDC compute policy, normal shares are applied to the VM.
    SizeInMb string
    Defines the memory configured for a VM in MB. This is a VM hardware configuration. When a tenant assigns the VM sizing policy to a VM, the VM receives the amount of memory defined by this attribute.
    limitInMb String
    Defines the memory limit in MB for a VM. If not defined in the VM sizing policy, memory limit is equal to the allocated memory for the VM.
    reservationGuarantee String
    Defines the reserved amount of memory that is configured for a VM. The value of the attribute ranges between 0 and one. Value of 0 memory reservation guarantee defines no memory reservation. Value of 1 defines 100% of memory reserved.
    shares String
    Defines the number of memory shares for a VM. Shares specify the relative importance of a VM within a virtual data center. If a VM has twice as many shares of memory as another VM, it is entitled to consume twice as much memory when these two virtual machines are competing for resources. If not defined in the VDC compute policy, normal shares are applied to the VM.
    sizeInMb String
    Defines the memory configured for a VM in MB. This is a VM hardware configuration. When a tenant assigns the VM sizing policy to a VM, the VM receives the amount of memory defined by this attribute.
    limitInMb string
    Defines the memory limit in MB for a VM. If not defined in the VM sizing policy, memory limit is equal to the allocated memory for the VM.
    reservationGuarantee string
    Defines the reserved amount of memory that is configured for a VM. The value of the attribute ranges between 0 and one. Value of 0 memory reservation guarantee defines no memory reservation. Value of 1 defines 100% of memory reserved.
    shares string
    Defines the number of memory shares for a VM. Shares specify the relative importance of a VM within a virtual data center. If a VM has twice as many shares of memory as another VM, it is entitled to consume twice as much memory when these two virtual machines are competing for resources. If not defined in the VDC compute policy, normal shares are applied to the VM.
    sizeInMb string
    Defines the memory configured for a VM in MB. This is a VM hardware configuration. When a tenant assigns the VM sizing policy to a VM, the VM receives the amount of memory defined by this attribute.
    limit_in_mb str
    Defines the memory limit in MB for a VM. If not defined in the VM sizing policy, memory limit is equal to the allocated memory for the VM.
    reservation_guarantee str
    Defines the reserved amount of memory that is configured for a VM. The value of the attribute ranges between 0 and one. Value of 0 memory reservation guarantee defines no memory reservation. Value of 1 defines 100% of memory reserved.
    shares str
    Defines the number of memory shares for a VM. Shares specify the relative importance of a VM within a virtual data center. If a VM has twice as many shares of memory as another VM, it is entitled to consume twice as much memory when these two virtual machines are competing for resources. If not defined in the VDC compute policy, normal shares are applied to the VM.
    size_in_mb str
    Defines the memory configured for a VM in MB. This is a VM hardware configuration. When a tenant assigns the VM sizing policy to a VM, the VM receives the amount of memory defined by this attribute.
    limitInMb String
    Defines the memory limit in MB for a VM. If not defined in the VM sizing policy, memory limit is equal to the allocated memory for the VM.
    reservationGuarantee String
    Defines the reserved amount of memory that is configured for a VM. The value of the attribute ranges between 0 and one. Value of 0 memory reservation guarantee defines no memory reservation. Value of 1 defines 100% of memory reserved.
    shares String
    Defines the number of memory shares for a VM. Shares specify the relative importance of a VM within a virtual data center. If a VM has twice as many shares of memory as another VM, it is entitled to consume twice as much memory when these two virtual machines are competing for resources. If not defined in the VDC compute policy, normal shares are applied to the VM.
    sizeInMb String
    Defines the memory configured for a VM in MB. This is a VM hardware configuration. When a tenant assigns the VM sizing policy to a VM, the VM receives the amount of memory defined by this attribute.

    VmVgpuPolicyProviderVdcScope, VmVgpuPolicyProviderVdcScopeArgs

    ProviderVdcId string
    The ID of the provider VDC that should be in the scope.
    ClusterNames List<string>
    A set of vCenter cluster names on which the provider VDC is hosted. If none are provided, the provider attempts to find one automatically. Can be fetched using data.vcd_resource_pool.cluster_moref attribute.
    VmGroupId string
    Optional identifier for a VM group within the provider VDC scope.
    ProviderVdcId string
    The ID of the provider VDC that should be in the scope.
    ClusterNames []string
    A set of vCenter cluster names on which the provider VDC is hosted. If none are provided, the provider attempts to find one automatically. Can be fetched using data.vcd_resource_pool.cluster_moref attribute.
    VmGroupId string
    Optional identifier for a VM group within the provider VDC scope.
    providerVdcId String
    The ID of the provider VDC that should be in the scope.
    clusterNames List<String>
    A set of vCenter cluster names on which the provider VDC is hosted. If none are provided, the provider attempts to find one automatically. Can be fetched using data.vcd_resource_pool.cluster_moref attribute.
    vmGroupId String
    Optional identifier for a VM group within the provider VDC scope.
    providerVdcId string
    The ID of the provider VDC that should be in the scope.
    clusterNames string[]
    A set of vCenter cluster names on which the provider VDC is hosted. If none are provided, the provider attempts to find one automatically. Can be fetched using data.vcd_resource_pool.cluster_moref attribute.
    vmGroupId string
    Optional identifier for a VM group within the provider VDC scope.
    provider_vdc_id str
    The ID of the provider VDC that should be in the scope.
    cluster_names Sequence[str]
    A set of vCenter cluster names on which the provider VDC is hosted. If none are provided, the provider attempts to find one automatically. Can be fetched using data.vcd_resource_pool.cluster_moref attribute.
    vm_group_id str
    Optional identifier for a VM group within the provider VDC scope.
    providerVdcId String
    The ID of the provider VDC that should be in the scope.
    clusterNames List<String>
    A set of vCenter cluster names on which the provider VDC is hosted. If none are provided, the provider attempts to find one automatically. Can be fetched using data.vcd_resource_pool.cluster_moref attribute.
    vmGroupId String
    Optional identifier for a VM group within the provider VDC scope.

    VmVgpuPolicyVgpuProfile, VmVgpuPolicyVgpuProfileArgs

    Count double
    Specifies the number of vGPU profiles. Must be at least 1.
    Id string
    The identifier of the vGPU profile.
    Count float64
    Specifies the number of vGPU profiles. Must be at least 1.
    Id string
    The identifier of the vGPU profile.
    count Double
    Specifies the number of vGPU profiles. Must be at least 1.
    id String
    The identifier of the vGPU profile.
    count number
    Specifies the number of vGPU profiles. Must be at least 1.
    id string
    The identifier of the vGPU profile.
    count float
    Specifies the number of vGPU profiles. Must be at least 1.
    id str
    The identifier of the vGPU profile.
    count Number
    Specifies the number of vGPU profiles. Must be at least 1.
    id String
    The identifier of the vGPU profile.

    Package Details

    Repository
    vcd vmware/terraform-provider-vcd
    License
    Notes
    This Pulumi package is based on the vcd Terraform Provider.
    vcd logo
    vcd 3.14.1 published on Monday, Apr 14, 2025 by vmware
    vmware/terraform-provider-vcd