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xenorchestra v1.5.0 published on Friday, Mar 7, 2025 by Vates
vatesfr/pulumi-xenorchestra

xenorchestra.Vm

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xenorchestra v1.5.0 published on Friday, Mar 7, 2025 by Vates
vatesfr/pulumi-xenorchestra

    Example Usage

    Create Vm Resource

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

    Constructor syntax

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

@overload
def Vm(resource_name: str,
       opts: Optional[ResourceOptions] = None,
       cpus: Optional[int] = None,
       template: Optional[str] = None,
       networks: Optional[Sequence[VmNetworkArgs]] = None,
       name_label: Optional[str] = None,
       memory_max: Optional[float] = None,
       disks: Optional[Sequence[VmDiskArgs]] = None,
       core_os: Optional[bool] = None,
       installation_method: Optional[str] = None,
       cpu_cap: Optional[int] = None,
       cpu_weight: Optional[int] = None,
       cloud_network_config: Optional[str] = None,
       destroy_cloud_config_vdi_after_boot: Optional[bool] = None,
       cloud_config: Optional[str] = None,
       exp_nested_hvm: Optional[bool] = None,
       high_availability: Optional[str] = None,
       host: Optional[str] = None,
       hvm_boot_firmware: Optional[str] = None,
       affinity_host: Optional[str] = None,
       clone_type: Optional[str] = None,
       name_description: Optional[str] = None,
       cdrom: Optional[VmCdromArgs] = None,
       blocked_operations: Optional[Sequence[str]] = None,
       power_state: Optional[str] = None,
       resource_set: Optional[str] = None,
       start_delay: Optional[int] = None,
       tags: Optional[Sequence[str]] = None,
       auto_poweron: Optional[bool] = None,
       vga: Optional[str] = None,
       videoram: Optional[int] = None,
       xenstore: Optional[Mapping[str, str]] = None)
    func NewVm(ctx *Context, name string, args VmArgs, opts ...ResourceOption) (*Vm, error)
    public Vm(string name, VmArgs args, CustomResourceOptions? opts = null)
    public Vm(String name, VmArgs args)
public Vm(String name, VmArgs args, CustomResourceOptions options)

    type: xenorchestra:Vm
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 VmArgs
    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 VmArgs
    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 VmArgs
    The arguments to resource properties.
    opts ResourceOption
    Bag of options to control resource's behavior.
    name string
    The unique name of the resource.
    args VmArgs
    The arguments to resource properties.
    opts CustomResourceOptions
    Bag of options to control resource's behavior.
    name String
    The unique name of the resource.
    args VmArgs
    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 vmResource = new Xenorchestra.Vm("vmResource", new()
{
    Cpus = 0,
    Template = "string",
    Networks = new[]
    {
        new Xenorchestra.Inputs.VmNetworkArgs
        {
            NetworkId = "string",
            Attached = false,
            Device = "string",
            ExpectedIpCidr = "string",
            Ipv4Addresses = new[]
            {
                "string",
            },
            Ipv6Addresses = new[]
            {
                "string",
            },
            MacAddress = "string",
        },
    },
    NameLabel = "string",
    MemoryMax = 0,
    Disks = new[]
    {
        new Xenorchestra.Inputs.VmDiskArgs
        {
            NameLabel = "string",
            Size = 0,
            SrId = "string",
            Attached = false,
            NameDescription = "string",
            Position = "string",
            VbdId = "string",
            VdiId = "string",
        },
    },
    CoreOs = false,
    InstallationMethod = "string",
    CpuCap = 0,
    CpuWeight = 0,
    CloudNetworkConfig = "string",
    DestroyCloudConfigVdiAfterBoot = false,
    CloudConfig = "string",
    ExpNestedHvm = false,
    HighAvailability = "string",
    Host = "string",
    HvmBootFirmware = "string",
    AffinityHost = "string",
    CloneType = "string",
    NameDescription = "string",
    Cdrom = new Xenorchestra.Inputs.VmCdromArgs
    {
        Id = "string",
    },
    BlockedOperations = new[]
    {
        "string",
    },
    PowerState = "string",
    ResourceSet = "string",
    StartDelay = 0,
    Tags = new[]
    {
        "string",
    },
    AutoPoweron = false,
    Vga = "string",
    Videoram = 0,
    Xenstore = 
    {
        { "string", "string" },
    },
});

    example, err := xenorchestra.NewVm(ctx, "vmResource", &xenorchestra.VmArgs{
	Cpus:     pulumi.Int(0),
	Template: pulumi.String("string"),
	Networks: xenorchestra.VmNetworkArray{
		&xenorchestra.VmNetworkArgs{
			NetworkId:      pulumi.String("string"),
			Attached:       pulumi.Bool(false),
			Device:         pulumi.String("string"),
			ExpectedIpCidr: pulumi.String("string"),
			Ipv4Addresses: pulumi.StringArray{
				pulumi.String("string"),
			},
			Ipv6Addresses: pulumi.StringArray{
				pulumi.String("string"),
			},
			MacAddress: pulumi.String("string"),
		},
	},
	NameLabel: pulumi.String("string"),
	MemoryMax: pulumi.Float64(0),
	Disks: xenorchestra.VmDiskArray{
		&xenorchestra.VmDiskArgs{
			NameLabel:       pulumi.String("string"),
			Size:            pulumi.Float64(0),
			SrId:            pulumi.String("string"),
			Attached:        pulumi.Bool(false),
			NameDescription: pulumi.String("string"),
			Position:        pulumi.String("string"),
			VbdId:           pulumi.String("string"),
			VdiId:           pulumi.String("string"),
		},
	},
	CoreOs:                         pulumi.Bool(false),
	InstallationMethod:             pulumi.String("string"),
	CpuCap:                         pulumi.Int(0),
	CpuWeight:                      pulumi.Int(0),
	CloudNetworkConfig:             pulumi.String("string"),
	DestroyCloudConfigVdiAfterBoot: pulumi.Bool(false),
	CloudConfig:                    pulumi.String("string"),
	ExpNestedHvm:                   pulumi.Bool(false),
	HighAvailability:               pulumi.String("string"),
	Host:                           pulumi.String("string"),
	HvmBootFirmware:                pulumi.String("string"),
	AffinityHost:                   pulumi.String("string"),
	CloneType:                      pulumi.String("string"),
	NameDescription:                pulumi.String("string"),
	Cdrom: &xenorchestra.VmCdromArgs{
		Id: pulumi.String("string"),
	},
	BlockedOperations: pulumi.StringArray{
		pulumi.String("string"),
	},
	PowerState:  pulumi.String("string"),
	ResourceSet: pulumi.String("string"),
	StartDelay:  pulumi.Int(0),
	Tags: pulumi.StringArray{
		pulumi.String("string"),
	},
	AutoPoweron: pulumi.Bool(false),
	Vga:         pulumi.String("string"),
	Videoram:    pulumi.Int(0),
	Xenstore: pulumi.StringMap{
		"string": pulumi.String("string"),
	},
})

    var vmResource = new Vm("vmResource", VmArgs.builder()
    .cpus(0)
    .template("string")
    .networks(VmNetworkArgs.builder()
        .networkId("string")
        .attached(false)
        .device("string")
        .expectedIpCidr("string")
        .ipv4Addresses("string")
        .ipv6Addresses("string")
        .macAddress("string")
        .build())
    .nameLabel("string")
    .memoryMax(0)
    .disks(VmDiskArgs.builder()
        .nameLabel("string")
        .size(0)
        .srId("string")
        .attached(false)
        .nameDescription("string")
        .position("string")
        .vbdId("string")
        .vdiId("string")
        .build())
    .coreOs(false)
    .installationMethod("string")
    .cpuCap(0)
    .cpuWeight(0)
    .cloudNetworkConfig("string")
    .destroyCloudConfigVdiAfterBoot(false)
    .cloudConfig("string")
    .expNestedHvm(false)
    .highAvailability("string")
    .host("string")
    .hvmBootFirmware("string")
    .affinityHost("string")
    .cloneType("string")
    .nameDescription("string")
    .cdrom(VmCdromArgs.builder()
        .id("string")
        .build())
    .blockedOperations("string")
    .powerState("string")
    .resourceSet("string")
    .startDelay(0)
    .tags("string")
    .autoPoweron(false)
    .vga("string")
    .videoram(0)
    .xenstore(Map.of("string", "string"))
    .build());

    vm_resource = xenorchestra.Vm("vmResource",
    cpus=0,
    template="string",
    networks=[{
        "network_id": "string",
        "attached": False,
        "device": "string",
        "expected_ip_cidr": "string",
        "ipv4_addresses": ["string"],
        "ipv6_addresses": ["string"],
        "mac_address": "string",
    }],
    name_label="string",
    memory_max=0,
    disks=[{
        "name_label": "string",
        "size": 0,
        "sr_id": "string",
        "attached": False,
        "name_description": "string",
        "position": "string",
        "vbd_id": "string",
        "vdi_id": "string",
    }],
    core_os=False,
    installation_method="string",
    cpu_cap=0,
    cpu_weight=0,
    cloud_network_config="string",
    destroy_cloud_config_vdi_after_boot=False,
    cloud_config="string",
    exp_nested_hvm=False,
    high_availability="string",
    host="string",
    hvm_boot_firmware="string",
    affinity_host="string",
    clone_type="string",
    name_description="string",
    cdrom={
        "id": "string",
    },
    blocked_operations=["string"],
    power_state="string",
    resource_set="string",
    start_delay=0,
    tags=["string"],
    auto_poweron=False,
    vga="string",
    videoram=0,
    xenstore={
        "string": "string",
    })

    const vmResource = new xenorchestra.Vm("vmResource", {
    cpus: 0,
    template: "string",
    networks: [{
        networkId: "string",
        attached: false,
        device: "string",
        expectedIpCidr: "string",
        ipv4Addresses: ["string"],
        ipv6Addresses: ["string"],
        macAddress: "string",
    }],
    nameLabel: "string",
    memoryMax: 0,
    disks: [{
        nameLabel: "string",
        size: 0,
        srId: "string",
        attached: false,
        nameDescription: "string",
        position: "string",
        vbdId: "string",
        vdiId: "string",
    }],
    coreOs: false,
    installationMethod: "string",
    cpuCap: 0,
    cpuWeight: 0,
    cloudNetworkConfig: "string",
    destroyCloudConfigVdiAfterBoot: false,
    cloudConfig: "string",
    expNestedHvm: false,
    highAvailability: "string",
    host: "string",
    hvmBootFirmware: "string",
    affinityHost: "string",
    cloneType: "string",
    nameDescription: "string",
    cdrom: {
        id: "string",
    },
    blockedOperations: ["string"],
    powerState: "string",
    resourceSet: "string",
    startDelay: 0,
    tags: ["string"],
    autoPoweron: false,
    vga: "string",
    videoram: 0,
    xenstore: {
        string: "string",
    },
});

    type: xenorchestra:Vm
properties:
    affinityHost: string
    autoPoweron: false
    blockedOperations:
        - string
    cdrom:
        id: string
    cloneType: string
    cloudConfig: string
    cloudNetworkConfig: string
    coreOs: false
    cpuCap: 0
    cpuWeight: 0
    cpus: 0
    destroyCloudConfigVdiAfterBoot: false
    disks:
        - attached: false
          nameDescription: string
          nameLabel: string
          position: string
          size: 0
          srId: string
          vbdId: string
          vdiId: string
    expNestedHvm: false
    highAvailability: string
    host: string
    hvmBootFirmware: string
    installationMethod: string
    memoryMax: 0
    nameDescription: string
    nameLabel: string
    networks:
        - attached: false
          device: string
          expectedIpCidr: string
          ipv4Addresses:
            - string
          ipv6Addresses:
            - string
          macAddress: string
          networkId: string
    powerState: string
    resourceSet: string
    startDelay: 0
    tags:
        - string
    template: string
    vga: string
    videoram: 0
    xenstore:
        string: string

    Vm 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 Vm resource accepts the following input properties:

    Cpus int
    The number of CPUs the VM will have. Updates to this field will cause a stop and start of the VM if the new CPU value is greater than the max CPU value. This can be determined with the following command: $ xo-cli xo.getAllObjects filter='json:{"id": "cf7b5d7d-3cd5-6b7c-5025-5c935c8cd0b8"}' | jq '.[].CPUs' { "max": 4, "number": 2 } # Updating the VM to use 3 CPUs would happen without stopping/starting the VM # Updating the VM to use 5 CPUs would stop/start the VM
    Disks List<VmDisk>
    The disk the VM will have access to.
    MemoryMax double
    The amount of memory in bytes the VM will have. Updates to this field will case a stop and start of the VM if the new value is greater than the dynamic memory max. This can be determined with the following command: $ xo-cli xo.getAllObjects filter='json:{"id": "cf7b5d7d-3cd5-6b7c-5025-5c935c8cd0b8"}' | jq '.[].memory.dynamic' [ 2147483648, # memory dynamic min 4294967296 # memory dynamic max (4GB) ] # Updating the VM to use 3GB of memory would happen without stopping/starting the VM # Updating the VM to use 5GB of memory would stop/start the VM
    NameLabel string
    The name of the VM.
    Networks List<VmNetwork>
    The network for the VM.
    Template string
    The ID of the VM template to create the new VM from.
    AffinityHost string
    The preferred host you would like the VM to run on. If changed on an existing VM it will require a reboot for the VM to be rescheduled.
    AutoPoweron bool
    If the VM will automatically turn on. Defaults to false.
    BlockedOperations List<string>
    List of operations on a VM that are not permitted. Examples include: clean_reboot, clean_shutdown, hard_reboot, hard_shutdown, pause, shutdown, suspend, destroy. This can be used to prevent a VM from being destroyed. The entire list can be found here
    Cdrom VmCdrom
    The ISO that should be attached to VM. This allows you to create a VM from a diskless template (any templates available from xe template-list) and install the OS from the following ISO.
    CloneType string
    The type of clone to perform for the VM. Possible values include fast or full and defaults to fast. In order to perform a full clone, the VM template must not be a disk template.
    CloudConfig string
    The content of the cloud-init config to use. See the cloud init docs for more information.
    CloudNetworkConfig string
    The content of the cloud-init network configuration for the VM (uses version 1)
    CoreOs bool
    CpuCap int
    CpuWeight int
    DestroyCloudConfigVdiAfterBoot bool
    Determines whether the cloud config VDI should be deleted once the VM has booted. Defaults to false. If set to true, power_state must be set to Running.
    ExpNestedHvm bool
    Boolean parameter that allows a VM to use nested virtualization.
    HighAvailability string
    The restart priority for the VM. Possible values are best-effort, restart and empty string (no restarts on failure. Defaults to empty string
    Host string
    HvmBootFirmware string
    The firmware to use for the VM. Possible values are bios and uefi.
    InstallationMethod string
    This cannot be used with cdrom. Possible values are network which allows a VM to boot via PXE.
    NameDescription string
    The description of the VM.
    PowerState string
    The power state of the VM. This can be Running, Halted, Paused or Suspended.
    ResourceSet string
    StartDelay int
    Number of seconds the VM should be delayed from starting.
    Tags List<string>
    The tags (labels) applied to the given entity.
    Vga string
    The video adapter the VM should use. Possible values include std and cirrus.
    Videoram int
    The videoram option the VM should use. Possible values include 1, 2, 4, 8, 16
    Xenstore Dictionary<string, string>
    The key value pairs to be populated in xenstore.
    Cpus int
    The number of CPUs the VM will have. Updates to this field will cause a stop and start of the VM if the new CPU value is greater than the max CPU value. This can be determined with the following command: $ xo-cli xo.getAllObjects filter='json:{"id": "cf7b5d7d-3cd5-6b7c-5025-5c935c8cd0b8"}' | jq '.[].CPUs' { "max": 4, "number": 2 } # Updating the VM to use 3 CPUs would happen without stopping/starting the VM # Updating the VM to use 5 CPUs would stop/start the VM
    Disks []VmDiskArgs
    The disk the VM will have access to.
    MemoryMax float64
    The amount of memory in bytes the VM will have. Updates to this field will case a stop and start of the VM if the new value is greater than the dynamic memory max. This can be determined with the following command: $ xo-cli xo.getAllObjects filter='json:{"id": "cf7b5d7d-3cd5-6b7c-5025-5c935c8cd0b8"}' | jq '.[].memory.dynamic' [ 2147483648, # memory dynamic min 4294967296 # memory dynamic max (4GB) ] # Updating the VM to use 3GB of memory would happen without stopping/starting the VM # Updating the VM to use 5GB of memory would stop/start the VM
    NameLabel string
    The name of the VM.
    Networks []VmNetworkArgs
    The network for the VM.
    Template string
    The ID of the VM template to create the new VM from.
    AffinityHost string
    The preferred host you would like the VM to run on. If changed on an existing VM it will require a reboot for the VM to be rescheduled.
    AutoPoweron bool
    If the VM will automatically turn on. Defaults to false.
    BlockedOperations []string
    List of operations on a VM that are not permitted. Examples include: clean_reboot, clean_shutdown, hard_reboot, hard_shutdown, pause, shutdown, suspend, destroy. This can be used to prevent a VM from being destroyed. The entire list can be found here
    Cdrom VmCdromArgs
    The ISO that should be attached to VM. This allows you to create a VM from a diskless template (any templates available from xe template-list) and install the OS from the following ISO.
    CloneType string
    The type of clone to perform for the VM. Possible values include fast or full and defaults to fast. In order to perform a full clone, the VM template must not be a disk template.
    CloudConfig string
    The content of the cloud-init config to use. See the cloud init docs for more information.
    CloudNetworkConfig string
    The content of the cloud-init network configuration for the VM (uses version 1)
    CoreOs bool
    CpuCap int
    CpuWeight int
    DestroyCloudConfigVdiAfterBoot bool
    Determines whether the cloud config VDI should be deleted once the VM has booted. Defaults to false. If set to true, power_state must be set to Running.
    ExpNestedHvm bool
    Boolean parameter that allows a VM to use nested virtualization.
    HighAvailability string
    The restart priority for the VM. Possible values are best-effort, restart and empty string (no restarts on failure. Defaults to empty string
    Host string
    HvmBootFirmware string
    The firmware to use for the VM. Possible values are bios and uefi.
    InstallationMethod string
    This cannot be used with cdrom. Possible values are network which allows a VM to boot via PXE.
    NameDescription string
    The description of the VM.
    PowerState string
    The power state of the VM. This can be Running, Halted, Paused or Suspended.
    ResourceSet string
    StartDelay int
    Number of seconds the VM should be delayed from starting.
    Tags []string
    The tags (labels) applied to the given entity.
    Vga string
    The video adapter the VM should use. Possible values include std and cirrus.
    Videoram int
    The videoram option the VM should use. Possible values include 1, 2, 4, 8, 16
    Xenstore map[string]string
    The key value pairs to be populated in xenstore.
    cpus Integer
    The number of CPUs the VM will have. Updates to this field will cause a stop and start of the VM if the new CPU value is greater than the max CPU value. This can be determined with the following command: $ xo-cli xo.getAllObjects filter='json:{"id": "cf7b5d7d-3cd5-6b7c-5025-5c935c8cd0b8"}' | jq '.[].CPUs' { "max": 4, "number": 2 } # Updating the VM to use 3 CPUs would happen without stopping/starting the VM # Updating the VM to use 5 CPUs would stop/start the VM
    disks List<VmDisk>
    The disk the VM will have access to.
    memoryMax Double
    The amount of memory in bytes the VM will have. Updates to this field will case a stop and start of the VM if the new value is greater than the dynamic memory max. This can be determined with the following command: $ xo-cli xo.getAllObjects filter='json:{"id": "cf7b5d7d-3cd5-6b7c-5025-5c935c8cd0b8"}' | jq '.[].memory.dynamic' [ 2147483648, # memory dynamic min 4294967296 # memory dynamic max (4GB) ] # Updating the VM to use 3GB of memory would happen without stopping/starting the VM # Updating the VM to use 5GB of memory would stop/start the VM
    nameLabel String
    The name of the VM.
    networks List<VmNetwork>
    The network for the VM.
    template String
    The ID of the VM template to create the new VM from.
    affinityHost String
    The preferred host you would like the VM to run on. If changed on an existing VM it will require a reboot for the VM to be rescheduled.
    autoPoweron Boolean
    If the VM will automatically turn on. Defaults to false.
    blockedOperations List<String>
    List of operations on a VM that are not permitted. Examples include: clean_reboot, clean_shutdown, hard_reboot, hard_shutdown, pause, shutdown, suspend, destroy. This can be used to prevent a VM from being destroyed. The entire list can be found here
    cdrom VmCdrom
    The ISO that should be attached to VM. This allows you to create a VM from a diskless template (any templates available from xe template-list) and install the OS from the following ISO.
    cloneType String
    The type of clone to perform for the VM. Possible values include fast or full and defaults to fast. In order to perform a full clone, the VM template must not be a disk template.
    cloudConfig String
    The content of the cloud-init config to use. See the cloud init docs for more information.
    cloudNetworkConfig String
    The content of the cloud-init network configuration for the VM (uses version 1)
    coreOs Boolean
    cpuCap Integer
    cpuWeight Integer
    destroyCloudConfigVdiAfterBoot Boolean
    Determines whether the cloud config VDI should be deleted once the VM has booted. Defaults to false. If set to true, power_state must be set to Running.
    expNestedHvm Boolean
    Boolean parameter that allows a VM to use nested virtualization.
    highAvailability String
    The restart priority for the VM. Possible values are best-effort, restart and empty string (no restarts on failure. Defaults to empty string
    host String
    hvmBootFirmware String
    The firmware to use for the VM. Possible values are bios and uefi.
    installationMethod String
    This cannot be used with cdrom. Possible values are network which allows a VM to boot via PXE.
    nameDescription String
    The description of the VM.
    powerState String
    The power state of the VM. This can be Running, Halted, Paused or Suspended.
    resourceSet String
    startDelay Integer
    Number of seconds the VM should be delayed from starting.
    tags List<String>
    The tags (labels) applied to the given entity.
    vga String
    The video adapter the VM should use. Possible values include std and cirrus.
    videoram Integer
    The videoram option the VM should use. Possible values include 1, 2, 4, 8, 16
    xenstore Map<String,String>
    The key value pairs to be populated in xenstore.
    cpus number
    The number of CPUs the VM will have. Updates to this field will cause a stop and start of the VM if the new CPU value is greater than the max CPU value. This can be determined with the following command: $ xo-cli xo.getAllObjects filter='json:{"id": "cf7b5d7d-3cd5-6b7c-5025-5c935c8cd0b8"}' | jq '.[].CPUs' { "max": 4, "number": 2 } # Updating the VM to use 3 CPUs would happen without stopping/starting the VM # Updating the VM to use 5 CPUs would stop/start the VM
    disks VmDisk[]
    The disk the VM will have access to.
    memoryMax number
    The amount of memory in bytes the VM will have. Updates to this field will case a stop and start of the VM if the new value is greater than the dynamic memory max. This can be determined with the following command: $ xo-cli xo.getAllObjects filter='json:{"id": "cf7b5d7d-3cd5-6b7c-5025-5c935c8cd0b8"}' | jq '.[].memory.dynamic' [ 2147483648, # memory dynamic min 4294967296 # memory dynamic max (4GB) ] # Updating the VM to use 3GB of memory would happen without stopping/starting the VM # Updating the VM to use 5GB of memory would stop/start the VM
    nameLabel string
    The name of the VM.
    networks VmNetwork[]
    The network for the VM.
    template string
    The ID of the VM template to create the new VM from.
    affinityHost string
    The preferred host you would like the VM to run on. If changed on an existing VM it will require a reboot for the VM to be rescheduled.
    autoPoweron boolean
    If the VM will automatically turn on. Defaults to false.
    blockedOperations string[]
    List of operations on a VM that are not permitted. Examples include: clean_reboot, clean_shutdown, hard_reboot, hard_shutdown, pause, shutdown, suspend, destroy. This can be used to prevent a VM from being destroyed. The entire list can be found here
    cdrom VmCdrom
    The ISO that should be attached to VM. This allows you to create a VM from a diskless template (any templates available from xe template-list) and install the OS from the following ISO.
    cloneType string
    The type of clone to perform for the VM. Possible values include fast or full and defaults to fast. In order to perform a full clone, the VM template must not be a disk template.
    cloudConfig string
    The content of the cloud-init config to use. See the cloud init docs for more information.
    cloudNetworkConfig string
    The content of the cloud-init network configuration for the VM (uses version 1)
    coreOs boolean
    cpuCap number
    cpuWeight number
    destroyCloudConfigVdiAfterBoot boolean
    Determines whether the cloud config VDI should be deleted once the VM has booted. Defaults to false. If set to true, power_state must be set to Running.
    expNestedHvm boolean
    Boolean parameter that allows a VM to use nested virtualization.
    highAvailability string
    The restart priority for the VM. Possible values are best-effort, restart and empty string (no restarts on failure. Defaults to empty string
    host string
    hvmBootFirmware string
    The firmware to use for the VM. Possible values are bios and uefi.
    installationMethod string
    This cannot be used with cdrom. Possible values are network which allows a VM to boot via PXE.
    nameDescription string
    The description of the VM.
    powerState string
    The power state of the VM. This can be Running, Halted, Paused or Suspended.
    resourceSet string
    startDelay number
    Number of seconds the VM should be delayed from starting.
    tags string[]
    The tags (labels) applied to the given entity.
    vga string
    The video adapter the VM should use. Possible values include std and cirrus.
    videoram number
    The videoram option the VM should use. Possible values include 1, 2, 4, 8, 16
    xenstore {[key: string]: string}
    The key value pairs to be populated in xenstore.
    cpus int
    The number of CPUs the VM will have. Updates to this field will cause a stop and start of the VM if the new CPU value is greater than the max CPU value. This can be determined with the following command: $ xo-cli xo.getAllObjects filter='json:{"id": "cf7b5d7d-3cd5-6b7c-5025-5c935c8cd0b8"}' | jq '.[].CPUs' { "max": 4, "number": 2 } # Updating the VM to use 3 CPUs would happen without stopping/starting the VM # Updating the VM to use 5 CPUs would stop/start the VM
    disks Sequence[VmDiskArgs]
    The disk the VM will have access to.
    memory_max float
    The amount of memory in bytes the VM will have. Updates to this field will case a stop and start of the VM if the new value is greater than the dynamic memory max. This can be determined with the following command: $ xo-cli xo.getAllObjects filter='json:{"id": "cf7b5d7d-3cd5-6b7c-5025-5c935c8cd0b8"}' | jq '.[].memory.dynamic' [ 2147483648, # memory dynamic min 4294967296 # memory dynamic max (4GB) ] # Updating the VM to use 3GB of memory would happen without stopping/starting the VM # Updating the VM to use 5GB of memory would stop/start the VM
    name_label str
    The name of the VM.
    networks Sequence[VmNetworkArgs]
    The network for the VM.
    template str
    The ID of the VM template to create the new VM from.
    affinity_host str
    The preferred host you would like the VM to run on. If changed on an existing VM it will require a reboot for the VM to be rescheduled.
    auto_poweron bool
    If the VM will automatically turn on. Defaults to false.
    blocked_operations Sequence[str]
    List of operations on a VM that are not permitted. Examples include: clean_reboot, clean_shutdown, hard_reboot, hard_shutdown, pause, shutdown, suspend, destroy. This can be used to prevent a VM from being destroyed. The entire list can be found here
    cdrom VmCdromArgs
    The ISO that should be attached to VM. This allows you to create a VM from a diskless template (any templates available from xe template-list) and install the OS from the following ISO.
    clone_type str
    The type of clone to perform for the VM. Possible values include fast or full and defaults to fast. In order to perform a full clone, the VM template must not be a disk template.
    cloud_config str
    The content of the cloud-init config to use. See the cloud init docs for more information.
    cloud_network_config str
    The content of the cloud-init network configuration for the VM (uses version 1)
    core_os bool
    cpu_cap int
    cpu_weight int
    destroy_cloud_config_vdi_after_boot bool
    Determines whether the cloud config VDI should be deleted once the VM has booted. Defaults to false. If set to true, power_state must be set to Running.
    exp_nested_hvm bool
    Boolean parameter that allows a VM to use nested virtualization.
    high_availability str
    The restart priority for the VM. Possible values are best-effort, restart and empty string (no restarts on failure. Defaults to empty string
    host str
    hvm_boot_firmware str
    The firmware to use for the VM. Possible values are bios and uefi.
    installation_method str
    This cannot be used with cdrom. Possible values are network which allows a VM to boot via PXE.
    name_description str
    The description of the VM.
    power_state str
    The power state of the VM. This can be Running, Halted, Paused or Suspended.
    resource_set str
    start_delay int
    Number of seconds the VM should be delayed from starting.
    tags Sequence[str]
    The tags (labels) applied to the given entity.
    vga str
    The video adapter the VM should use. Possible values include std and cirrus.
    videoram int
    The videoram option the VM should use. Possible values include 1, 2, 4, 8, 16
    xenstore Mapping[str, str]
    The key value pairs to be populated in xenstore.
    cpus Number
    The number of CPUs the VM will have. Updates to this field will cause a stop and start of the VM if the new CPU value is greater than the max CPU value. This can be determined with the following command: $ xo-cli xo.getAllObjects filter='json:{"id": "cf7b5d7d-3cd5-6b7c-5025-5c935c8cd0b8"}' | jq '.[].CPUs' { "max": 4, "number": 2 } # Updating the VM to use 3 CPUs would happen without stopping/starting the VM # Updating the VM to use 5 CPUs would stop/start the VM
    disks List<Property Map>
    The disk the VM will have access to.
    memoryMax Number
    The amount of memory in bytes the VM will have. Updates to this field will case a stop and start of the VM if the new value is greater than the dynamic memory max. This can be determined with the following command: $ xo-cli xo.getAllObjects filter='json:{"id": "cf7b5d7d-3cd5-6b7c-5025-5c935c8cd0b8"}' | jq '.[].memory.dynamic' [ 2147483648, # memory dynamic min 4294967296 # memory dynamic max (4GB) ] # Updating the VM to use 3GB of memory would happen without stopping/starting the VM # Updating the VM to use 5GB of memory would stop/start the VM
    nameLabel String
    The name of the VM.
    networks List<Property Map>
    The network for the VM.
    template String
    The ID of the VM template to create the new VM from.
    affinityHost String
    The preferred host you would like the VM to run on. If changed on an existing VM it will require a reboot for the VM to be rescheduled.
    autoPoweron Boolean
    If the VM will automatically turn on. Defaults to false.
    blockedOperations List<String>
    List of operations on a VM that are not permitted. Examples include: clean_reboot, clean_shutdown, hard_reboot, hard_shutdown, pause, shutdown, suspend, destroy. This can be used to prevent a VM from being destroyed. The entire list can be found here
    cdrom Property Map
    The ISO that should be attached to VM. This allows you to create a VM from a diskless template (any templates available from xe template-list) and install the OS from the following ISO.
    cloneType String
    The type of clone to perform for the VM. Possible values include fast or full and defaults to fast. In order to perform a full clone, the VM template must not be a disk template.
    cloudConfig String
    The content of the cloud-init config to use. See the cloud init docs for more information.
    cloudNetworkConfig String
    The content of the cloud-init network configuration for the VM (uses version 1)
    coreOs Boolean
    cpuCap Number
    cpuWeight Number
    destroyCloudConfigVdiAfterBoot Boolean
    Determines whether the cloud config VDI should be deleted once the VM has booted. Defaults to false. If set to true, power_state must be set to Running.
    expNestedHvm Boolean
    Boolean parameter that allows a VM to use nested virtualization.
    highAvailability String
    The restart priority for the VM. Possible values are best-effort, restart and empty string (no restarts on failure. Defaults to empty string
    host String
    hvmBootFirmware String
    The firmware to use for the VM. Possible values are bios and uefi.
    installationMethod String
    This cannot be used with cdrom. Possible values are network which allows a VM to boot via PXE.
    nameDescription String
    The description of the VM.
    powerState String
    The power state of the VM. This can be Running, Halted, Paused or Suspended.
    resourceSet String
    startDelay Number
    Number of seconds the VM should be delayed from starting.
    tags List<String>
    The tags (labels) applied to the given entity.
    vga String
    The video adapter the VM should use. Possible values include std and cirrus.
    videoram Number
    The videoram option the VM should use. Possible values include 1, 2, 4, 8, 16
    xenstore Map<String>
    The key value pairs to be populated in xenstore.

    Outputs

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

    Id string
    The provider-assigned unique ID for this managed resource.
    Ipv4Addresses List<string>
    Ipv6Addresses List<string>
    This is only accessible if guest-tools is installed in the VM and if expected_ip_cidr is set on any network interfaces. This will contain a list of the ipv6 addresses across all network interfaces in order.
    Id string
    The provider-assigned unique ID for this managed resource.
    Ipv4Addresses []string
    Ipv6Addresses []string
    This is only accessible if guest-tools is installed in the VM and if expected_ip_cidr is set on any network interfaces. This will contain a list of the ipv6 addresses across all network interfaces in order.
    id String
    The provider-assigned unique ID for this managed resource.
    ipv4Addresses List<String>
    ipv6Addresses List<String>
    This is only accessible if guest-tools is installed in the VM and if expected_ip_cidr is set on any network interfaces. This will contain a list of the ipv6 addresses across all network interfaces in order.
    id string
    The provider-assigned unique ID for this managed resource.
    ipv4Addresses string[]
    ipv6Addresses string[]
    This is only accessible if guest-tools is installed in the VM and if expected_ip_cidr is set on any network interfaces. This will contain a list of the ipv6 addresses across all network interfaces in order.
    id str
    The provider-assigned unique ID for this managed resource.
    ipv4_addresses Sequence[str]
    ipv6_addresses Sequence[str]
    This is only accessible if guest-tools is installed in the VM and if expected_ip_cidr is set on any network interfaces. This will contain a list of the ipv6 addresses across all network interfaces in order.
    id String
    The provider-assigned unique ID for this managed resource.
    ipv4Addresses List<String>
    ipv6Addresses List<String>
    This is only accessible if guest-tools is installed in the VM and if expected_ip_cidr is set on any network interfaces. This will contain a list of the ipv6 addresses across all network interfaces in order.

    Look up Existing Vm Resource

    Get an existing Vm 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?: VmState, opts?: CustomResourceOptions): Vm
    @staticmethod
def get(resource_name: str,
        id: str,
        opts: Optional[ResourceOptions] = None,
        affinity_host: Optional[str] = None,
        auto_poweron: Optional[bool] = None,
        blocked_operations: Optional[Sequence[str]] = None,
        cdrom: Optional[VmCdromArgs] = None,
        clone_type: Optional[str] = None,
        cloud_config: Optional[str] = None,
        cloud_network_config: Optional[str] = None,
        core_os: Optional[bool] = None,
        cpu_cap: Optional[int] = None,
        cpu_weight: Optional[int] = None,
        cpus: Optional[int] = None,
        destroy_cloud_config_vdi_after_boot: Optional[bool] = None,
        disks: Optional[Sequence[VmDiskArgs]] = None,
        exp_nested_hvm: Optional[bool] = None,
        high_availability: Optional[str] = None,
        host: Optional[str] = None,
        hvm_boot_firmware: Optional[str] = None,
        installation_method: Optional[str] = None,
        ipv4_addresses: Optional[Sequence[str]] = None,
        ipv6_addresses: Optional[Sequence[str]] = None,
        memory_max: Optional[float] = None,
        name_description: Optional[str] = None,
        name_label: Optional[str] = None,
        networks: Optional[Sequence[VmNetworkArgs]] = None,
        power_state: Optional[str] = None,
        resource_set: Optional[str] = None,
        start_delay: Optional[int] = None,
        tags: Optional[Sequence[str]] = None,
        template: Optional[str] = None,
        vga: Optional[str] = None,
        videoram: Optional[int] = None,
        xenstore: Optional[Mapping[str, str]] = None) -> Vm
    func GetVm(ctx *Context, name string, id IDInput, state *VmState, opts ...ResourceOption) (*Vm, error)
    public static Vm Get(string name, Input<string> id, VmState? state, CustomResourceOptions? opts = null)
    public static Vm get(String name, Output<String> id, VmState state, CustomResourceOptions options)
    resources:  _:    type: xenorchestra:Vm    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:
    AffinityHost string
    The preferred host you would like the VM to run on. If changed on an existing VM it will require a reboot for the VM to be rescheduled.
    AutoPoweron bool
    If the VM will automatically turn on. Defaults to false.
    BlockedOperations List<string>
    List of operations on a VM that are not permitted. Examples include: clean_reboot, clean_shutdown, hard_reboot, hard_shutdown, pause, shutdown, suspend, destroy. This can be used to prevent a VM from being destroyed. The entire list can be found here
    Cdrom VmCdrom
    The ISO that should be attached to VM. This allows you to create a VM from a diskless template (any templates available from xe template-list) and install the OS from the following ISO.
    CloneType string
    The type of clone to perform for the VM. Possible values include fast or full and defaults to fast. In order to perform a full clone, the VM template must not be a disk template.
    CloudConfig string
    The content of the cloud-init config to use. See the cloud init docs for more information.
    CloudNetworkConfig string
    The content of the cloud-init network configuration for the VM (uses version 1)
    CoreOs bool
    CpuCap int
    CpuWeight int
    Cpus int
    The number of CPUs the VM will have. Updates to this field will cause a stop and start of the VM if the new CPU value is greater than the max CPU value. This can be determined with the following command: $ xo-cli xo.getAllObjects filter='json:{"id": "cf7b5d7d-3cd5-6b7c-5025-5c935c8cd0b8"}' | jq '.[].CPUs' { "max": 4, "number": 2 } # Updating the VM to use 3 CPUs would happen without stopping/starting the VM # Updating the VM to use 5 CPUs would stop/start the VM
    DestroyCloudConfigVdiAfterBoot bool
    Determines whether the cloud config VDI should be deleted once the VM has booted. Defaults to false. If set to true, power_state must be set to Running.
    Disks List<VmDisk>
    The disk the VM will have access to.
    ExpNestedHvm bool
    Boolean parameter that allows a VM to use nested virtualization.
    HighAvailability string
    The restart priority for the VM. Possible values are best-effort, restart and empty string (no restarts on failure. Defaults to empty string
    Host string
    HvmBootFirmware string
    The firmware to use for the VM. Possible values are bios and uefi.
    InstallationMethod string
    This cannot be used with cdrom. Possible values are network which allows a VM to boot via PXE.
    Ipv4Addresses List<string>
    Ipv6Addresses List<string>
    This is only accessible if guest-tools is installed in the VM and if expected_ip_cidr is set on any network interfaces. This will contain a list of the ipv6 addresses across all network interfaces in order.
    MemoryMax double
    The amount of memory in bytes the VM will have. Updates to this field will case a stop and start of the VM if the new value is greater than the dynamic memory max. This can be determined with the following command: $ xo-cli xo.getAllObjects filter='json:{"id": "cf7b5d7d-3cd5-6b7c-5025-5c935c8cd0b8"}' | jq '.[].memory.dynamic' [ 2147483648, # memory dynamic min 4294967296 # memory dynamic max (4GB) ] # Updating the VM to use 3GB of memory would happen without stopping/starting the VM # Updating the VM to use 5GB of memory would stop/start the VM
    NameDescription string
    The description of the VM.
    NameLabel string
    The name of the VM.
    Networks List<VmNetwork>
    The network for the VM.
    PowerState string
    The power state of the VM. This can be Running, Halted, Paused or Suspended.
    ResourceSet string
    StartDelay int
    Number of seconds the VM should be delayed from starting.
    Tags List<string>
    The tags (labels) applied to the given entity.
    Template string
    The ID of the VM template to create the new VM from.
    Vga string
    The video adapter the VM should use. Possible values include std and cirrus.
    Videoram int
    The videoram option the VM should use. Possible values include 1, 2, 4, 8, 16
    Xenstore Dictionary<string, string>
    The key value pairs to be populated in xenstore.
    AffinityHost string
    The preferred host you would like the VM to run on. If changed on an existing VM it will require a reboot for the VM to be rescheduled.
    AutoPoweron bool
    If the VM will automatically turn on. Defaults to false.
    BlockedOperations []string
    List of operations on a VM that are not permitted. Examples include: clean_reboot, clean_shutdown, hard_reboot, hard_shutdown, pause, shutdown, suspend, destroy. This can be used to prevent a VM from being destroyed. The entire list can be found here
    Cdrom VmCdromArgs
    The ISO that should be attached to VM. This allows you to create a VM from a diskless template (any templates available from xe template-list) and install the OS from the following ISO.
    CloneType string
    The type of clone to perform for the VM. Possible values include fast or full and defaults to fast. In order to perform a full clone, the VM template must not be a disk template.
    CloudConfig string
    The content of the cloud-init config to use. See the cloud init docs for more information.
    CloudNetworkConfig string
    The content of the cloud-init network configuration for the VM (uses version 1)
    CoreOs bool
    CpuCap int
    CpuWeight int
    Cpus int
    The number of CPUs the VM will have. Updates to this field will cause a stop and start of the VM if the new CPU value is greater than the max CPU value. This can be determined with the following command: $ xo-cli xo.getAllObjects filter='json:{"id": "cf7b5d7d-3cd5-6b7c-5025-5c935c8cd0b8"}' | jq '.[].CPUs' { "max": 4, "number": 2 } # Updating the VM to use 3 CPUs would happen without stopping/starting the VM # Updating the VM to use 5 CPUs would stop/start the VM
    DestroyCloudConfigVdiAfterBoot bool
    Determines whether the cloud config VDI should be deleted once the VM has booted. Defaults to false. If set to true, power_state must be set to Running.
    Disks []VmDiskArgs
    The disk the VM will have access to.
    ExpNestedHvm bool
    Boolean parameter that allows a VM to use nested virtualization.
    HighAvailability string
    The restart priority for the VM. Possible values are best-effort, restart and empty string (no restarts on failure. Defaults to empty string
    Host string
    HvmBootFirmware string
    The firmware to use for the VM. Possible values are bios and uefi.
    InstallationMethod string
    This cannot be used with cdrom. Possible values are network which allows a VM to boot via PXE.
    Ipv4Addresses []string
    Ipv6Addresses []string
    This is only accessible if guest-tools is installed in the VM and if expected_ip_cidr is set on any network interfaces. This will contain a list of the ipv6 addresses across all network interfaces in order.
    MemoryMax float64
    The amount of memory in bytes the VM will have. Updates to this field will case a stop and start of the VM if the new value is greater than the dynamic memory max. This can be determined with the following command: $ xo-cli xo.getAllObjects filter='json:{"id": "cf7b5d7d-3cd5-6b7c-5025-5c935c8cd0b8"}' | jq '.[].memory.dynamic' [ 2147483648, # memory dynamic min 4294967296 # memory dynamic max (4GB) ] # Updating the VM to use 3GB of memory would happen without stopping/starting the VM # Updating the VM to use 5GB of memory would stop/start the VM
    NameDescription string
    The description of the VM.
    NameLabel string
    The name of the VM.
    Networks []VmNetworkArgs
    The network for the VM.
    PowerState string
    The power state of the VM. This can be Running, Halted, Paused or Suspended.
    ResourceSet string
    StartDelay int
    Number of seconds the VM should be delayed from starting.
    Tags []string
    The tags (labels) applied to the given entity.
    Template string
    The ID of the VM template to create the new VM from.
    Vga string
    The video adapter the VM should use. Possible values include std and cirrus.
    Videoram int
    The videoram option the VM should use. Possible values include 1, 2, 4, 8, 16
    Xenstore map[string]string
    The key value pairs to be populated in xenstore.
    affinityHost String
    The preferred host you would like the VM to run on. If changed on an existing VM it will require a reboot for the VM to be rescheduled.
    autoPoweron Boolean
    If the VM will automatically turn on. Defaults to false.
    blockedOperations List<String>
    List of operations on a VM that are not permitted. Examples include: clean_reboot, clean_shutdown, hard_reboot, hard_shutdown, pause, shutdown, suspend, destroy. This can be used to prevent a VM from being destroyed. The entire list can be found here
    cdrom VmCdrom
    The ISO that should be attached to VM. This allows you to create a VM from a diskless template (any templates available from xe template-list) and install the OS from the following ISO.
    cloneType String
    The type of clone to perform for the VM. Possible values include fast or full and defaults to fast. In order to perform a full clone, the VM template must not be a disk template.
    cloudConfig String
    The content of the cloud-init config to use. See the cloud init docs for more information.
    cloudNetworkConfig String
    The content of the cloud-init network configuration for the VM (uses version 1)
    coreOs Boolean
    cpuCap Integer
    cpuWeight Integer
    cpus Integer
    The number of CPUs the VM will have. Updates to this field will cause a stop and start of the VM if the new CPU value is greater than the max CPU value. This can be determined with the following command: $ xo-cli xo.getAllObjects filter='json:{"id": "cf7b5d7d-3cd5-6b7c-5025-5c935c8cd0b8"}' | jq '.[].CPUs' { "max": 4, "number": 2 } # Updating the VM to use 3 CPUs would happen without stopping/starting the VM # Updating the VM to use 5 CPUs would stop/start the VM
    destroyCloudConfigVdiAfterBoot Boolean
    Determines whether the cloud config VDI should be deleted once the VM has booted. Defaults to false. If set to true, power_state must be set to Running.
    disks List<VmDisk>
    The disk the VM will have access to.
    expNestedHvm Boolean
    Boolean parameter that allows a VM to use nested virtualization.
    highAvailability String
    The restart priority for the VM. Possible values are best-effort, restart and empty string (no restarts on failure. Defaults to empty string
    host String
    hvmBootFirmware String
    The firmware to use for the VM. Possible values are bios and uefi.
    installationMethod String
    This cannot be used with cdrom. Possible values are network which allows a VM to boot via PXE.
    ipv4Addresses List<String>
    ipv6Addresses List<String>
    This is only accessible if guest-tools is installed in the VM and if expected_ip_cidr is set on any network interfaces. This will contain a list of the ipv6 addresses across all network interfaces in order.
    memoryMax Double
    The amount of memory in bytes the VM will have. Updates to this field will case a stop and start of the VM if the new value is greater than the dynamic memory max. This can be determined with the following command: $ xo-cli xo.getAllObjects filter='json:{"id": "cf7b5d7d-3cd5-6b7c-5025-5c935c8cd0b8"}' | jq '.[].memory.dynamic' [ 2147483648, # memory dynamic min 4294967296 # memory dynamic max (4GB) ] # Updating the VM to use 3GB of memory would happen without stopping/starting the VM # Updating the VM to use 5GB of memory would stop/start the VM
    nameDescription String
    The description of the VM.
    nameLabel String
    The name of the VM.
    networks List<VmNetwork>
    The network for the VM.
    powerState String
    The power state of the VM. This can be Running, Halted, Paused or Suspended.
    resourceSet String
    startDelay Integer
    Number of seconds the VM should be delayed from starting.
    tags List<String>
    The tags (labels) applied to the given entity.
    template String
    The ID of the VM template to create the new VM from.
    vga String
    The video adapter the VM should use. Possible values include std and cirrus.
    videoram Integer
    The videoram option the VM should use. Possible values include 1, 2, 4, 8, 16
    xenstore Map<String,String>
    The key value pairs to be populated in xenstore.
    affinityHost string
    The preferred host you would like the VM to run on. If changed on an existing VM it will require a reboot for the VM to be rescheduled.
    autoPoweron boolean
    If the VM will automatically turn on. Defaults to false.
    blockedOperations string[]
    List of operations on a VM that are not permitted. Examples include: clean_reboot, clean_shutdown, hard_reboot, hard_shutdown, pause, shutdown, suspend, destroy. This can be used to prevent a VM from being destroyed. The entire list can be found here
    cdrom VmCdrom
    The ISO that should be attached to VM. This allows you to create a VM from a diskless template (any templates available from xe template-list) and install the OS from the following ISO.
    cloneType string
    The type of clone to perform for the VM. Possible values include fast or full and defaults to fast. In order to perform a full clone, the VM template must not be a disk template.
    cloudConfig string
    The content of the cloud-init config to use. See the cloud init docs for more information.
    cloudNetworkConfig string
    The content of the cloud-init network configuration for the VM (uses version 1)
    coreOs boolean
    cpuCap number
    cpuWeight number
    cpus number
    The number of CPUs the VM will have. Updates to this field will cause a stop and start of the VM if the new CPU value is greater than the max CPU value. This can be determined with the following command: $ xo-cli xo.getAllObjects filter='json:{"id": "cf7b5d7d-3cd5-6b7c-5025-5c935c8cd0b8"}' | jq '.[].CPUs' { "max": 4, "number": 2 } # Updating the VM to use 3 CPUs would happen without stopping/starting the VM # Updating the VM to use 5 CPUs would stop/start the VM
    destroyCloudConfigVdiAfterBoot boolean
    Determines whether the cloud config VDI should be deleted once the VM has booted. Defaults to false. If set to true, power_state must be set to Running.
    disks VmDisk[]
    The disk the VM will have access to.
    expNestedHvm boolean
    Boolean parameter that allows a VM to use nested virtualization.
    highAvailability string
    The restart priority for the VM. Possible values are best-effort, restart and empty string (no restarts on failure. Defaults to empty string
    host string
    hvmBootFirmware string
    The firmware to use for the VM. Possible values are bios and uefi.
    installationMethod string
    This cannot be used with cdrom. Possible values are network which allows a VM to boot via PXE.
    ipv4Addresses string[]
    ipv6Addresses string[]
    This is only accessible if guest-tools is installed in the VM and if expected_ip_cidr is set on any network interfaces. This will contain a list of the ipv6 addresses across all network interfaces in order.
    memoryMax number
    The amount of memory in bytes the VM will have. Updates to this field will case a stop and start of the VM if the new value is greater than the dynamic memory max. This can be determined with the following command: $ xo-cli xo.getAllObjects filter='json:{"id": "cf7b5d7d-3cd5-6b7c-5025-5c935c8cd0b8"}' | jq '.[].memory.dynamic' [ 2147483648, # memory dynamic min 4294967296 # memory dynamic max (4GB) ] # Updating the VM to use 3GB of memory would happen without stopping/starting the VM # Updating the VM to use 5GB of memory would stop/start the VM
    nameDescription string
    The description of the VM.
    nameLabel string
    The name of the VM.
    networks VmNetwork[]
    The network for the VM.
    powerState string
    The power state of the VM. This can be Running, Halted, Paused or Suspended.
    resourceSet string
    startDelay number
    Number of seconds the VM should be delayed from starting.
    tags string[]
    The tags (labels) applied to the given entity.
    template string
    The ID of the VM template to create the new VM from.
    vga string
    The video adapter the VM should use. Possible values include std and cirrus.
    videoram number
    The videoram option the VM should use. Possible values include 1, 2, 4, 8, 16
    xenstore {[key: string]: string}
    The key value pairs to be populated in xenstore.
    affinity_host str
    The preferred host you would like the VM to run on. If changed on an existing VM it will require a reboot for the VM to be rescheduled.
    auto_poweron bool
    If the VM will automatically turn on. Defaults to false.
    blocked_operations Sequence[str]
    List of operations on a VM that are not permitted. Examples include: clean_reboot, clean_shutdown, hard_reboot, hard_shutdown, pause, shutdown, suspend, destroy. This can be used to prevent a VM from being destroyed. The entire list can be found here
    cdrom VmCdromArgs
    The ISO that should be attached to VM. This allows you to create a VM from a diskless template (any templates available from xe template-list) and install the OS from the following ISO.
    clone_type str
    The type of clone to perform for the VM. Possible values include fast or full and defaults to fast. In order to perform a full clone, the VM template must not be a disk template.
    cloud_config str
    The content of the cloud-init config to use. See the cloud init docs for more information.
    cloud_network_config str
    The content of the cloud-init network configuration for the VM (uses version 1)
    core_os bool
    cpu_cap int
    cpu_weight int
    cpus int
    The number of CPUs the VM will have. Updates to this field will cause a stop and start of the VM if the new CPU value is greater than the max CPU value. This can be determined with the following command: $ xo-cli xo.getAllObjects filter='json:{"id": "cf7b5d7d-3cd5-6b7c-5025-5c935c8cd0b8"}' | jq '.[].CPUs' { "max": 4, "number": 2 } # Updating the VM to use 3 CPUs would happen without stopping/starting the VM # Updating the VM to use 5 CPUs would stop/start the VM
    destroy_cloud_config_vdi_after_boot bool
    Determines whether the cloud config VDI should be deleted once the VM has booted. Defaults to false. If set to true, power_state must be set to Running.
    disks Sequence[VmDiskArgs]
    The disk the VM will have access to.
    exp_nested_hvm bool
    Boolean parameter that allows a VM to use nested virtualization.
    high_availability str
    The restart priority for the VM. Possible values are best-effort, restart and empty string (no restarts on failure. Defaults to empty string
    host str
    hvm_boot_firmware str
    The firmware to use for the VM. Possible values are bios and uefi.
    installation_method str
    This cannot be used with cdrom. Possible values are network which allows a VM to boot via PXE.
    ipv4_addresses Sequence[str]
    ipv6_addresses Sequence[str]
    This is only accessible if guest-tools is installed in the VM and if expected_ip_cidr is set on any network interfaces. This will contain a list of the ipv6 addresses across all network interfaces in order.
    memory_max float
    The amount of memory in bytes the VM will have. Updates to this field will case a stop and start of the VM if the new value is greater than the dynamic memory max. This can be determined with the following command: $ xo-cli xo.getAllObjects filter='json:{"id": "cf7b5d7d-3cd5-6b7c-5025-5c935c8cd0b8"}' | jq '.[].memory.dynamic' [ 2147483648, # memory dynamic min 4294967296 # memory dynamic max (4GB) ] # Updating the VM to use 3GB of memory would happen without stopping/starting the VM # Updating the VM to use 5GB of memory would stop/start the VM
    name_description str
    The description of the VM.
    name_label str
    The name of the VM.
    networks Sequence[VmNetworkArgs]
    The network for the VM.
    power_state str
    The power state of the VM. This can be Running, Halted, Paused or Suspended.
    resource_set str
    start_delay int
    Number of seconds the VM should be delayed from starting.
    tags Sequence[str]
    The tags (labels) applied to the given entity.
    template str
    The ID of the VM template to create the new VM from.
    vga str
    The video adapter the VM should use. Possible values include std and cirrus.
    videoram int
    The videoram option the VM should use. Possible values include 1, 2, 4, 8, 16
    xenstore Mapping[str, str]
    The key value pairs to be populated in xenstore.
    affinityHost String
    The preferred host you would like the VM to run on. If changed on an existing VM it will require a reboot for the VM to be rescheduled.
    autoPoweron Boolean
    If the VM will automatically turn on. Defaults to false.
    blockedOperations List<String>
    List of operations on a VM that are not permitted. Examples include: clean_reboot, clean_shutdown, hard_reboot, hard_shutdown, pause, shutdown, suspend, destroy. This can be used to prevent a VM from being destroyed. The entire list can be found here
    cdrom Property Map
    The ISO that should be attached to VM. This allows you to create a VM from a diskless template (any templates available from xe template-list) and install the OS from the following ISO.
    cloneType String
    The type of clone to perform for the VM. Possible values include fast or full and defaults to fast. In order to perform a full clone, the VM template must not be a disk template.
    cloudConfig String
    The content of the cloud-init config to use. See the cloud init docs for more information.
    cloudNetworkConfig String
    The content of the cloud-init network configuration for the VM (uses version 1)
    coreOs Boolean
    cpuCap Number
    cpuWeight Number
    cpus Number
    The number of CPUs the VM will have. Updates to this field will cause a stop and start of the VM if the new CPU value is greater than the max CPU value. This can be determined with the following command: $ xo-cli xo.getAllObjects filter='json:{"id": "cf7b5d7d-3cd5-6b7c-5025-5c935c8cd0b8"}' | jq '.[].CPUs' { "max": 4, "number": 2 } # Updating the VM to use 3 CPUs would happen without stopping/starting the VM # Updating the VM to use 5 CPUs would stop/start the VM
    destroyCloudConfigVdiAfterBoot Boolean
    Determines whether the cloud config VDI should be deleted once the VM has booted. Defaults to false. If set to true, power_state must be set to Running.
    disks List<Property Map>
    The disk the VM will have access to.
    expNestedHvm Boolean
    Boolean parameter that allows a VM to use nested virtualization.
    highAvailability String
    The restart priority for the VM. Possible values are best-effort, restart and empty string (no restarts on failure. Defaults to empty string
    host String
    hvmBootFirmware String
    The firmware to use for the VM. Possible values are bios and uefi.
    installationMethod String
    This cannot be used with cdrom. Possible values are network which allows a VM to boot via PXE.
    ipv4Addresses List<String>
    ipv6Addresses List<String>
    This is only accessible if guest-tools is installed in the VM and if expected_ip_cidr is set on any network interfaces. This will contain a list of the ipv6 addresses across all network interfaces in order.
    memoryMax Number
    The amount of memory in bytes the VM will have. Updates to this field will case a stop and start of the VM if the new value is greater than the dynamic memory max. This can be determined with the following command: $ xo-cli xo.getAllObjects filter='json:{"id": "cf7b5d7d-3cd5-6b7c-5025-5c935c8cd0b8"}' | jq '.[].memory.dynamic' [ 2147483648, # memory dynamic min 4294967296 # memory dynamic max (4GB) ] # Updating the VM to use 3GB of memory would happen without stopping/starting the VM # Updating the VM to use 5GB of memory would stop/start the VM
    nameDescription String
    The description of the VM.
    nameLabel String
    The name of the VM.
    networks List<Property Map>
    The network for the VM.
    powerState String
    The power state of the VM. This can be Running, Halted, Paused or Suspended.
    resourceSet String
    startDelay Number
    Number of seconds the VM should be delayed from starting.
    tags List<String>
    The tags (labels) applied to the given entity.
    template String
    The ID of the VM template to create the new VM from.
    vga String
    The video adapter the VM should use. Possible values include std and cirrus.
    videoram Number
    The videoram option the VM should use. Possible values include 1, 2, 4, 8, 16
    xenstore Map<String>
    The key value pairs to be populated in xenstore.

    Supporting Types

    VmCdrom, VmCdromArgs

    Id string
    The ID of the ISO (VDI) to attach to the VM. This can be easily provided by using the vdi data source.
    Id string
    The ID of the ISO (VDI) to attach to the VM. This can be easily provided by using the vdi data source.
    id String
    The ID of the ISO (VDI) to attach to the VM. This can be easily provided by using the vdi data source.
    id string
    The ID of the ISO (VDI) to attach to the VM. This can be easily provided by using the vdi data source.
    id str
    The ID of the ISO (VDI) to attach to the VM. This can be easily provided by using the vdi data source.
    id String
    The ID of the ISO (VDI) to attach to the VM. This can be easily provided by using the vdi data source.

    VmDisk, VmDiskArgs

    NameLabel string
    The name for the disk
    Size double
    The size in bytes for the disk.
    SrId string
    The storage repository ID to use.
    Attached bool
    Whether the device should be attached to the VM.
    NameDescription string
    The description for the disk
    Position string
    Indicates the order of the block device.
    VbdId string
    VdiId string
    NameLabel string
    The name for the disk
    Size float64
    The size in bytes for the disk.
    SrId string
    The storage repository ID to use.
    Attached bool
    Whether the device should be attached to the VM.
    NameDescription string
    The description for the disk
    Position string
    Indicates the order of the block device.
    VbdId string
    VdiId string
    nameLabel String
    The name for the disk
    size Double
    The size in bytes for the disk.
    srId String
    The storage repository ID to use.
    attached Boolean
    Whether the device should be attached to the VM.
    nameDescription String
    The description for the disk
    position String
    Indicates the order of the block device.
    vbdId String
    vdiId String
    nameLabel string
    The name for the disk
    size number
    The size in bytes for the disk.
    srId string
    The storage repository ID to use.
    attached boolean
    Whether the device should be attached to the VM.
    nameDescription string
    The description for the disk
    position string
    Indicates the order of the block device.
    vbdId string
    vdiId string
    name_label str
    The name for the disk
    size float
    The size in bytes for the disk.
    sr_id str
    The storage repository ID to use.
    attached bool
    Whether the device should be attached to the VM.
    name_description str
    The description for the disk
    position str
    Indicates the order of the block device.
    vbd_id str
    vdi_id str
    nameLabel String
    The name for the disk
    size Number
    The size in bytes for the disk.
    srId String
    The storage repository ID to use.
    attached Boolean
    Whether the device should be attached to the VM.
    nameDescription String
    The description for the disk
    position String
    Indicates the order of the block device.
    vbdId String
    vdiId String

    VmNetwork, VmNetworkArgs

    NetworkId string
    The ID of the network the VM will be on.
    Attached bool
    Whether the device should be attached to the VM.
    Device string
    ExpectedIpCidr string
    Ipv4Addresses List<string>
    Ipv6Addresses List<string>
    MacAddress string
    NetworkId string
    The ID of the network the VM will be on.
    Attached bool
    Whether the device should be attached to the VM.
    Device string
    ExpectedIpCidr string
    Ipv4Addresses []string
    Ipv6Addresses []string
    MacAddress string
    networkId String
    The ID of the network the VM will be on.
    attached Boolean
    Whether the device should be attached to the VM.
    device String
    expectedIpCidr String
    ipv4Addresses List<String>
    ipv6Addresses List<String>
    macAddress String
    networkId string
    The ID of the network the VM will be on.
    attached boolean
    Whether the device should be attached to the VM.
    device string
    expectedIpCidr string
    ipv4Addresses string[]
    ipv6Addresses string[]
    macAddress string
    network_id str
    The ID of the network the VM will be on.
    attached bool
    Whether the device should be attached to the VM.
    device str
    expected_ip_cidr str
    ipv4_addresses Sequence[str]
    ipv6_addresses Sequence[str]
    mac_address str
    networkId String
    The ID of the network the VM will be on.
    attached Boolean
    Whether the device should be attached to the VM.
    device String
    expectedIpCidr String
    ipv4Addresses List<String>
    ipv6Addresses List<String>
    macAddress String

    Package Details

    Repository
    xenorchestra vatesfr/pulumi-xenorchestra
    License
    Apache-2.0
    Notes
    This Pulumi package is based on the xenorchestra Terraform Provider.
    xenorchestra logo
    xenorchestra v1.5.0 published on Friday, Mar 7, 2025 by Vates
    vatesfr/pulumi-xenorchestra