Device

Equinix Metal v3.2.1, Dec 30 21

This package is deprecated. We recommend using the new Equinix package.

Equinix Metal v3.2.1 published on Thursday, Dec 30, 2021 by DEPRECATED

Schema (JSON)

pulumi/pulumi-equinix-metal

This package is deprecated. We recommend using the new Equinix package.

Equinix Metal v3.2.1 published on Thursday, Dec 30, 2021 by DEPRECATED

Schema (JSON)

pulumi/pulumi-equinix-metal

Example Usage

Create a device and add it to cool_

using Pulumi;
using EquinixMetal = Pulumi.EquinixMetal;

class MyStack : Stack
{
    public MyStack()
    {
        var web1 = new EquinixMetal.Device("web1", new EquinixMetal.DeviceArgs
        {
            Hostname = "tf.coreos2",
            Plan = "c3.small.x86",
            Metro = "sv",
            OperatingSystem = "ubuntu_20_04",
            BillingCycle = "hourly",
            ProjectId = local.Project_id,
        });
    }

}

package main

import (
	"github.com/pulumi/pulumi-equinix-metal/sdk/v3/go/equinix-metal"
	"github.com/pulumi/pulumi/sdk/v3/go/pulumi"
)

func main() {
	pulumi.Run(func(ctx *pulumi.Context) error {
		_, err := equinix - metal.NewDevice(ctx, "web1", &equinix-metal.DeviceArgs{
			Hostname:        pulumi.String("tf.coreos2"),
			Plan:            pulumi.String("c3.small.x86"),
			Metro:           pulumi.String("sv"),
			OperatingSystem: pulumi.String("ubuntu_20_04"),
			BillingCycle:    pulumi.String("hourly"),
			ProjectId:       pulumi.Any(local.Project_id),
		})
		if err != nil {
			return err
		}
		return nil
	})
}

Example coming soon!

import * as pulumi from "@pulumi/pulumi";
import * as equinix_metal from "@pulumi/equinix-metal";

const web1 = new equinix_metal.Device("web1", {
    hostname: "tf.coreos2",
    plan: "c3.small.x86",
    metro: "sv",
    operatingSystem: "ubuntu_20_04",
    billingCycle: "hourly",
    projectId: local.project_id,
});

import pulumi
import pulumi_equinix_metal as equinix_metal

web1 = equinix_metal.Device("web1",
    hostname="tf.coreos2",
    plan="c3.small.x86",
    metro="sv",
    operating_system="ubuntu_20_04",
    billing_cycle="hourly",
    project_id=local["project_id"])

Example coming soon!

Same as above, but boot via iPXE initially, using the Ignition Provider for provisioning

using Pulumi;
using EquinixMetal = Pulumi.EquinixMetal;

class MyStack : Stack
{
    public MyStack()
    {
        var pxe1 = new EquinixMetal.Device("pxe1", new EquinixMetal.DeviceArgs
        {
            Hostname = "tf.coreos2-pxe",
            Plan = "c3.small.x86",
            Metro = "sv",
            OperatingSystem = "custom_ipxe",
            BillingCycle = "hourly",
            ProjectId = local.Project_id,
            IpxeScriptUrl = "https://rawgit.com/cloudnativelabs/pxe/master/metal/coreos-stable-metal.ipxe",
            AlwaysPxe = false,
            UserData = data.Ignition_config.Example.Rendered,
        });
    }

}

package main

import (
	"github.com/pulumi/pulumi-equinix-metal/sdk/v3/go/equinix-metal"
	"github.com/pulumi/pulumi/sdk/v3/go/pulumi"
)

func main() {
	pulumi.Run(func(ctx *pulumi.Context) error {
		_, err := equinix - metal.NewDevice(ctx, "pxe1", &equinix-metal.DeviceArgs{
			Hostname:        pulumi.String("tf.coreos2-pxe"),
			Plan:            pulumi.String("c3.small.x86"),
			Metro:           pulumi.String("sv"),
			OperatingSystem: pulumi.String("custom_ipxe"),
			BillingCycle:    pulumi.String("hourly"),
			ProjectId:       pulumi.Any(local.Project_id),
			IpxeScriptUrl:   pulumi.String("https://rawgit.com/cloudnativelabs/pxe/master/metal/coreos-stable-metal.ipxe"),
			AlwaysPxe:       pulumi.Bool(false),
			UserData:        pulumi.Any(data.Ignition_config.Example.Rendered),
		})
		if err != nil {
			return err
		}
		return nil
	})
}

Example coming soon!

import * as pulumi from "@pulumi/pulumi";
import * as equinix_metal from "@pulumi/equinix-metal";

const pxe1 = new equinix_metal.Device("pxe1", {
    hostname: "tf.coreos2-pxe",
    plan: "c3.small.x86",
    metro: "sv",
    operatingSystem: "custom_ipxe",
    billingCycle: "hourly",
    projectId: local.project_id,
    ipxeScriptUrl: "https://rawgit.com/cloudnativelabs/pxe/master/metal/coreos-stable-metal.ipxe",
    alwaysPxe: "false",
    userData: data.ignition_config.example.rendered,
});

import pulumi
import pulumi_equinix_metal as equinix_metal

pxe1 = equinix_metal.Device("pxe1",
    hostname="tf.coreos2-pxe",
    plan="c3.small.x86",
    metro="sv",
    operating_system="custom_ipxe",
    billing_cycle="hourly",
    project_id=local["project_id"],
    ipxe_script_url="https://rawgit.com/cloudnativelabs/pxe/master/metal/coreos-stable-metal.ipxe",
    always_pxe=False,
    user_data=data["ignition_config"]["example"]["rendered"])

Example coming soon!

Create a device without a public IP address in facility ny5, with only a /30 private IPv4 subnet (4 IP addresses)

using Pulumi;
using EquinixMetal = Pulumi.EquinixMetal;

class MyStack : Stack
{
    public MyStack()
    {
        var web1 = new EquinixMetal.Device("web1", new EquinixMetal.DeviceArgs
        {
            Hostname = "tf.coreos2",
            Plan = "c3.small.x86",
            Facilities = 
            {
                "ny5",
            },
            OperatingSystem = "ubuntu_20_04",
            BillingCycle = "hourly",
            ProjectId = local.Project_id,
            IpAddresses = 
            {
                new EquinixMetal.Inputs.DeviceIpAddressArgs
                {
                    Type = "private_ipv4",
                    Cidr = 30,
                },
            },
        });
    }

}

package main

import (
	"github.com/pulumi/pulumi-equinix-metal/sdk/v3/go/equinix-metal"
	"github.com/pulumi/pulumi/sdk/v3/go/pulumi"
)

func main() {
	pulumi.Run(func(ctx *pulumi.Context) error {
		_, err := equinix - metal.NewDevice(ctx, "web1", &equinix-metal.DeviceArgs{
			Hostname: pulumi.String("tf.coreos2"),
			Plan:     pulumi.String("c3.small.x86"),
			Facilities: pulumi.StringArray{
				pulumi.String("ny5"),
			},
			OperatingSystem: pulumi.String("ubuntu_20_04"),
			BillingCycle:    pulumi.String("hourly"),
			ProjectId:       pulumi.Any(local.Project_id),
			IpAddresses: DeviceIpAddressArray{
				&DeviceIpAddressArgs{
					Type: pulumi.String("private_ipv4"),
					Cidr: pulumi.Int(30),
				},
			},
		})
		if err != nil {
			return err
		}
		return nil
	})
}

Example coming soon!

import * as pulumi from "@pulumi/pulumi";
import * as equinix_metal from "@pulumi/equinix-metal";

const web1 = new equinix_metal.Device("web1", {
    hostname: "tf.coreos2",
    plan: "c3.small.x86",
    facilities: ["ny5"],
    operatingSystem: "ubuntu_20_04",
    billingCycle: "hourly",
    projectId: local.project_id,
    ipAddresses: [{
        type: "private_ipv4",
        cidr: 30,
    }],
});

import pulumi
import pulumi_equinix_metal as equinix_metal

web1 = equinix_metal.Device("web1",
    hostname="tf.coreos2",
    plan="c3.small.x86",
    facilities=["ny5"],
    operating_system="ubuntu_20_04",
    billing_cycle="hourly",
    project_id=local["project_id"],
    ip_addresses=[equinix_metal.DeviceIpAddressArgs(
        type="private_ipv4",
        cidr=30,
    )])

Example coming soon!

Deploy device on next-available reserved hardware and do custom partitioning.

using Pulumi;
using EquinixMetal = Pulumi.EquinixMetal;

class MyStack : Stack
{
    public MyStack()
    {
        var web1 = new EquinixMetal.Device("web1", new EquinixMetal.DeviceArgs
        {
            Hostname = "tftest",
            Plan = "c3.small.x86",
            Facilities = 
            {
                "ny5",
            },
            OperatingSystem = "ubuntu_20_04",
            BillingCycle = "hourly",
            ProjectId = local.Project_id,
            HardwareReservationId = "next-available",
            Storage = @"{
  ""disks"": [
    {
      ""device"": ""/dev/sda"",
      ""wipeTable"": true,
      ""partitions"": [
        {
          ""label"": ""BIOS"",
          ""number"": 1,
          ""size"": ""4096""
        },
        {
          ""label"": ""SWAP"",
          ""number"": 2,
          ""size"": ""3993600""
        },
        {
          ""label"": ""ROOT"",
          ""number"": 3,
          ""size"": ""0""
        }
      ]
    }
  ],
  ""filesystems"": [
    {
      ""mount"": {
        ""device"": ""/dev/sda3"",
        ""format"": ""ext4"",
        ""point"": ""/"",
        ""create"": {
          ""options"": [
            ""-L"",
            ""ROOT""
          ]
        }
      }
    },
    {
      ""mount"": {
        ""device"": ""/dev/sda2"",
        ""format"": ""swap"",
        ""point"": ""none"",
        ""create"": {
          ""options"": [
            ""-L"",
            ""SWAP""
          ]
        }
      }
    }
  ]
}
",
        });
    }

}

package main

import (
	"fmt"

	"github.com/pulumi/pulumi-equinix-metal/sdk/v3/go/equinix-metal"
	"github.com/pulumi/pulumi/sdk/v3/go/pulumi"
)

func main() {
	pulumi.Run(func(ctx *pulumi.Context) error {
		_, err := equinix - metal.NewDevice(ctx, "web1", &equinix-metal.DeviceArgs{
			Hostname: pulumi.String("tftest"),
			Plan:     pulumi.String("c3.small.x86"),
			Facilities: pulumi.StringArray{
				pulumi.String("ny5"),
			},
			OperatingSystem:       pulumi.String("ubuntu_20_04"),
			BillingCycle:          pulumi.String("hourly"),
			ProjectId:             pulumi.Any(local.Project_id),
			HardwareReservationId: pulumi.String("next-available"),
			Storage:               pulumi.String(fmt.Sprintf("%v%v%v%v%v%v%v%v%v%v%v%v%v%v%v%v%v%v%v%v%v%v%v%v%v%v%v%v%v%v%v%v%v%v%v%v%v%v%v%v%v%v%v%v%v%v%v%v%v%v%v%v%v", "{\n", "  \"disks\": [\n", "    {\n", "      \"device\": \"/dev/sda\",\n", "      \"wipeTable\": true,\n", "      \"partitions\": [\n", "        {\n", "          \"label\": \"BIOS\",\n", "          \"number\": 1,\n", "          \"size\": \"4096\"\n", "        },\n", "        {\n", "          \"label\": \"SWAP\",\n", "          \"number\": 2,\n", "          \"size\": \"3993600\"\n", "        },\n", "        {\n", "          \"label\": \"ROOT\",\n", "          \"number\": 3,\n", "          \"size\": \"0\"\n", "        }\n", "      ]\n", "    }\n", "  ],\n", "  \"filesystems\": [\n", "    {\n", "      \"mount\": {\n", "        \"device\": \"/dev/sda3\",\n", "        \"format\": \"ext4\",\n", "        \"point\": \"/\",\n", "        \"create\": {\n", "          \"options\": [\n", "            \"-L\",\n", "            \"ROOT\"\n", "          ]\n", "        }\n", "      }\n", "    },\n", "    {\n", "      \"mount\": {\n", "        \"device\": \"/dev/sda2\",\n", "        \"format\": \"swap\",\n", "        \"point\": \"none\",\n", "        \"create\": {\n", "          \"options\": [\n", "            \"-L\",\n", "            \"SWAP\"\n", "          ]\n", "        }\n", "      }\n", "    }\n", "  ]\n", "}\n")),
		})
		if err != nil {
			return err
		}
		return nil
	})
}

Example coming soon!

import * as pulumi from "@pulumi/pulumi";
import * as equinix_metal from "@pulumi/equinix-metal";

const web1 = new equinix_metal.Device("web1", {
    hostname: "tftest",
    plan: "c3.small.x86",
    facilities: ["ny5"],
    operatingSystem: "ubuntu_20_04",
    billingCycle: "hourly",
    projectId: local.project_id,
    hardwareReservationId: "next-available",
    storage: `{
  "disks": [
    {
      "device": "/dev/sda",
      "wipeTable": true,
      "partitions": [
        {
          "label": "BIOS",
          "number": 1,
          "size": "4096"
        },
        {
          "label": "SWAP",
          "number": 2,
          "size": "3993600"
        },
        {
          "label": "ROOT",
          "number": 3,
          "size": "0"
        }
      ]
    }
  ],
  "filesystems": [
    {
      "mount": {
        "device": "/dev/sda3",
        "format": "ext4",
        "point": "/",
        "create": {
          "options": [
            "-L",
            "ROOT"
          ]
        }
      }
    },
    {
      "mount": {
        "device": "/dev/sda2",
        "format": "swap",
        "point": "none",
        "create": {
          "options": [
            "-L",
            "SWAP"
          ]
        }
      }
    }
  ]
}
`,
});

import pulumi
import pulumi_equinix_metal as equinix_metal

web1 = equinix_metal.Device("web1",
    hostname="tftest",
    plan="c3.small.x86",
    facilities=["ny5"],
    operating_system="ubuntu_20_04",
    billing_cycle="hourly",
    project_id=local["project_id"],
    hardware_reservation_id="next-available",
    storage="""{
  "disks": [
    {
      "device": "/dev/sda",
      "wipeTable": true,
      "partitions": [
        {
          "label": "BIOS",
          "number": 1,
          "size": "4096"
        },
        {
          "label": "SWAP",
          "number": 2,
          "size": "3993600"
        },
        {
          "label": "ROOT",
          "number": 3,
          "size": "0"
        }
      ]
    }
  ],
  "filesystems": [
    {
      "mount": {
        "device": "/dev/sda3",
        "format": "ext4",
        "point": "/",
        "create": {
          "options": [
            "-L",
            "ROOT"
          ]
        }
      }
    },
    {
      "mount": {
        "device": "/dev/sda2",
        "format": "swap",
        "point": "none",
        "create": {
          "options": [
            "-L",
            "SWAP"
          ]
        }
      }
    }
  ]
}
""")

Example coming soon!

Create Device Resource

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

Constructor syntax

new Device(name: string, args: DeviceArgs, opts?: CustomResourceOptions);

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

@overload
def Device(resource_name: str,
           opts: Optional[ResourceOptions] = None,
           operating_system: Optional[Union[str, OperatingSystem]] = None,
           project_id: Optional[str] = None,
           plan: Optional[Union[str, Plan]] = None,
           metro: Optional[str] = None,
           custom_data: Optional[str] = None,
           force_detach_volumes: Optional[bool] = None,
           hardware_reservation_id: Optional[str] = None,
           hostname: Optional[str] = None,
           ip_addresses: Optional[Sequence[DeviceIpAddressArgs]] = None,
           ipxe_script_url: Optional[str] = None,
           always_pxe: Optional[bool] = None,
           description: Optional[str] = None,
           facilities: Optional[Sequence[Union[str, Facility]]] = None,
           billing_cycle: Optional[Union[str, BillingCycle]] = None,
           project_ssh_key_ids: Optional[Sequence[str]] = None,
           reinstall: Optional[DeviceReinstallArgs] = None,
           storage: Optional[str] = None,
           tags: Optional[Sequence[str]] = None,
           termination_time: Optional[str] = None,
           user_data: Optional[str] = None,
           wait_for_reservation_deprovision: Optional[bool] = None)

func NewDevice(ctx *Context, name string, args DeviceArgs, opts ...ResourceOption) (*Device, error)

public Device(string name, DeviceArgs args, CustomResourceOptions? opts = null)

public Device(String name, DeviceArgs args)
public Device(String name, DeviceArgs args, CustomResourceOptions options)

type: equinix-metal:Device
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 DeviceArgs: 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 DeviceArgs: 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 DeviceArgs: The arguments to resource properties.
opts ResourceOption: Bag of options to control resource's behavior.

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

name String: The unique name of the resource.
args DeviceArgs: 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 deviceResource = new EquinixMetal.Device("deviceResource", new()
{
    OperatingSystem = "string",
    ProjectId = "string",
    Plan = "string",
    Metro = "string",
    CustomData = "string",
    ForceDetachVolumes = false,
    HardwareReservationId = "string",
    Hostname = "string",
    IpAddresses = new[]
    {
        new EquinixMetal.Inputs.DeviceIpAddressArgs
        {
            Type = "string",
            Cidr = 0,
            ReservationIds = new[]
            {
                "string",
            },
        },
    },
    IpxeScriptUrl = "string",
    AlwaysPxe = false,
    Description = "string",
    Facilities = new[]
    {
        "string",
    },
    BillingCycle = "string",
    ProjectSshKeyIds = new[]
    {
        "string",
    },
    Reinstall = new EquinixMetal.Inputs.DeviceReinstallArgs
    {
        DeprovisionFast = false,
        Enabled = false,
        PreserveData = false,
    },
    Storage = "string",
    Tags = new[]
    {
        "string",
    },
    TerminationTime = "string",
    UserData = "string",
    WaitForReservationDeprovision = false,
});

example, err := equinixmetal.NewDevice(ctx, "deviceResource", &equinixmetal.DeviceArgs{
	OperatingSystem:       pulumi.String("string"),
	ProjectId:             pulumi.String("string"),
	Plan:                  pulumi.String("string"),
	Metro:                 pulumi.String("string"),
	CustomData:            pulumi.String("string"),
	ForceDetachVolumes:    pulumi.Bool(false),
	HardwareReservationId: pulumi.String("string"),
	Hostname:              pulumi.String("string"),
	IpAddresses: equinix.DeviceIpAddressArray{
		&equinix.DeviceIpAddressArgs{
			Type: pulumi.String("string"),
			Cidr: pulumi.Int(0),
			ReservationIds: pulumi.StringArray{
				pulumi.String("string"),
			},
		},
	},
	IpxeScriptUrl: pulumi.String("string"),
	AlwaysPxe:     pulumi.Bool(false),
	Description:   pulumi.String("string"),
	Facilities: pulumi.StringArray{
		pulumi.String("string"),
	},
	BillingCycle: pulumi.String("string"),
	ProjectSshKeyIds: pulumi.StringArray{
		pulumi.String("string"),
	},
	Reinstall: &equinix.DeviceReinstallArgs{
		DeprovisionFast: pulumi.Bool(false),
		Enabled:         pulumi.Bool(false),
		PreserveData:    pulumi.Bool(false),
	},
	Storage: pulumi.String("string"),
	Tags: pulumi.StringArray{
		pulumi.String("string"),
	},
	TerminationTime:               pulumi.String("string"),
	UserData:                      pulumi.String("string"),
	WaitForReservationDeprovision: pulumi.Bool(false),
})

var deviceResource = new Device("deviceResource", DeviceArgs.builder()
    .operatingSystem("string")
    .projectId("string")
    .plan("string")
    .metro("string")
    .customData("string")
    .forceDetachVolumes(false)
    .hardwareReservationId("string")
    .hostname("string")
    .ipAddresses(DeviceIpAddressArgs.builder()
        .type("string")
        .cidr(0)
        .reservationIds("string")
        .build())
    .ipxeScriptUrl("string")
    .alwaysPxe(false)
    .description("string")
    .facilities("string")
    .billingCycle("string")
    .projectSshKeyIds("string")
    .reinstall(DeviceReinstallArgs.builder()
        .deprovisionFast(false)
        .enabled(false)
        .preserveData(false)
        .build())
    .storage("string")
    .tags("string")
    .terminationTime("string")
    .userData("string")
    .waitForReservationDeprovision(false)
    .build());

device_resource = equinix_metal.Device("deviceResource",
    operating_system="string",
    project_id="string",
    plan="string",
    metro="string",
    custom_data="string",
    force_detach_volumes=False,
    hardware_reservation_id="string",
    hostname="string",
    ip_addresses=[{
        "type": "string",
        "cidr": 0,
        "reservation_ids": ["string"],
    }],
    ipxe_script_url="string",
    always_pxe=False,
    description="string",
    facilities=["string"],
    billing_cycle="string",
    project_ssh_key_ids=["string"],
    reinstall={
        "deprovision_fast": False,
        "enabled": False,
        "preserve_data": False,
    },
    storage="string",
    tags=["string"],
    termination_time="string",
    user_data="string",
    wait_for_reservation_deprovision=False)

const deviceResource = new equinix_metal.Device("deviceResource", {
    operatingSystem: "string",
    projectId: "string",
    plan: "string",
    metro: "string",
    customData: "string",
    forceDetachVolumes: false,
    hardwareReservationId: "string",
    hostname: "string",
    ipAddresses: [{
        type: "string",
        cidr: 0,
        reservationIds: ["string"],
    }],
    ipxeScriptUrl: "string",
    alwaysPxe: false,
    description: "string",
    facilities: ["string"],
    billingCycle: "string",
    projectSshKeyIds: ["string"],
    reinstall: {
        deprovisionFast: false,
        enabled: false,
        preserveData: false,
    },
    storage: "string",
    tags: ["string"],
    terminationTime: "string",
    userData: "string",
    waitForReservationDeprovision: false,
});

type: equinix-metal:Device
properties:
    alwaysPxe: false
    billingCycle: string
    customData: string
    description: string
    facilities:
        - string
    forceDetachVolumes: false
    hardwareReservationId: string
    hostname: string
    ipAddresses:
        - cidr: 0
          reservationIds:
            - string
          type: string
    ipxeScriptUrl: string
    metro: string
    operatingSystem: string
    plan: string
    projectId: string
    projectSshKeyIds:
        - string
    reinstall:
        deprovisionFast: false
        enabled: false
        preserveData: false
    storage: string
    tags:
        - string
    terminationTime: string
    userData: string
    waitForReservationDeprovision: false

Device 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 Device resource accepts the following input properties:

OperatingSystem string | Pulumi.EquinixMetal.OperatingSystem: The operating system slug. To find the slug, or visit Operating Systems API docs, set your API auth token in the top of the page and see JSON from the API response.
Plan string | Pulumi.EquinixMetal.Plan: The device plan slug. To find the plan slug, visit Device plans API docs, set your auth token in the top of the page and see JSON from the API response.
ProjectId string: The ID of the project in which to create the device
AlwaysPxe bool: If true, a device with OS custom_ipxe will continue to boot via iPXE on reboots.
BillingCycle string | Pulumi.EquinixMetal.BillingCycle: monthly or hourly
CustomData string: A string of the desired Custom Data for the device.
Description string: The device description.
Facilities List<Union<string, Pulumi.EquinixMetal.Facility>>: List of facility codes with deployment preferences. Equinix Metal API will go through the list and will deploy your device to first facility with free capacity. List items must be facility codes or any (a wildcard). To find the facility code, visit Facilities API docs, set your API auth token in the top of the page and see JSON from the API response. Conflicts with metro.
ForceDetachVolumes bool: Delete device even if it has volumes attached. Only applies for destroy action.
HardwareReservationId string: The UUID of the hardware reservation where you want this device deployed, or next-available if you want to pick your next available reservation automatically
Hostname string: The device hostname used in deployments taking advantage of Layer3 DHCP or metadata service configuration.
IpAddresses List<Pulumi.EquinixMetal.Inputs.DeviceIpAddress>: A list of IP address types for the device (structure is documented below).
IpxeScriptUrl string: URL pointing to a hosted iPXE script. More information is in the Custom iPXE doc.
Metro string: Metro area for the new device. Conflicts with facilities.
ProjectSshKeyIds List<string>: Array of IDs of the project SSH keys which should be added to the device. If you omit this, SSH keys of all the members of the parent project will be added to the device. If you specify this array, only the listed project SSH keys will be added. Project SSH keys can be created with the equinix-metal.ProjectSshKey resource.
Reinstall Pulumi.EquinixMetal.Inputs.DeviceReinstall: Whether the device should be reinstalled instead of destroyed when modifying user_data, custom_data, or operating system.
Storage string: JSON for custom partitioning. Only usable on reserved hardware. More information in in the Custom Partitioning and RAID doc. Please note that the disks.partitions.size attribute must be a string, not an integer. It can be a number string, or size notation string, e.g. "4G" or "8M" (for gigabytes and megabytes).
Tags List<string>: Tags attached to the device
TerminationTime string: Timestamp for device termination. For example 2021-09-03T16:32:00+03:00. If you don't supply timezone info, timestamp is assumed to be in UTC.
UserData string: A string of the desired User Data for the device.
WaitForReservationDeprovision bool: Only used for devices in reserved hardware. If set, the deletion of this device will block until the hardware reservation is marked provisionable (about 4 minutes in August 2019).

OperatingSystem string | OperatingSystem: The operating system slug. To find the slug, or visit Operating Systems API docs, set your API auth token in the top of the page and see JSON from the API response.
Plan string | Plan: The device plan slug. To find the plan slug, visit Device plans API docs, set your auth token in the top of the page and see JSON from the API response.
ProjectId string: The ID of the project in which to create the device
AlwaysPxe bool: If true, a device with OS custom_ipxe will continue to boot via iPXE on reboots.
BillingCycle string | BillingCycle: monthly or hourly
CustomData string: A string of the desired Custom Data for the device.
Description string: The device description.
Facilities []string: List of facility codes with deployment preferences. Equinix Metal API will go through the list and will deploy your device to first facility with free capacity. List items must be facility codes or any (a wildcard). To find the facility code, visit Facilities API docs, set your API auth token in the top of the page and see JSON from the API response. Conflicts with metro.
ForceDetachVolumes bool: Delete device even if it has volumes attached. Only applies for destroy action.
HardwareReservationId string: The UUID of the hardware reservation where you want this device deployed, or next-available if you want to pick your next available reservation automatically
Hostname string: The device hostname used in deployments taking advantage of Layer3 DHCP or metadata service configuration.
IpAddresses []DeviceIpAddressArgs: A list of IP address types for the device (structure is documented below).
IpxeScriptUrl string: URL pointing to a hosted iPXE script. More information is in the Custom iPXE doc.
Metro string: Metro area for the new device. Conflicts with facilities.
ProjectSshKeyIds []string: Array of IDs of the project SSH keys which should be added to the device. If you omit this, SSH keys of all the members of the parent project will be added to the device. If you specify this array, only the listed project SSH keys will be added. Project SSH keys can be created with the equinix-metal.ProjectSshKey resource.
Reinstall DeviceReinstallArgs: Whether the device should be reinstalled instead of destroyed when modifying user_data, custom_data, or operating system.
Storage string: JSON for custom partitioning. Only usable on reserved hardware. More information in in the Custom Partitioning and RAID doc. Please note that the disks.partitions.size attribute must be a string, not an integer. It can be a number string, or size notation string, e.g. "4G" or "8M" (for gigabytes and megabytes).
Tags []string: Tags attached to the device
TerminationTime string: Timestamp for device termination. For example 2021-09-03T16:32:00+03:00. If you don't supply timezone info, timestamp is assumed to be in UTC.
UserData string: A string of the desired User Data for the device.
WaitForReservationDeprovision bool: Only used for devices in reserved hardware. If set, the deletion of this device will block until the hardware reservation is marked provisionable (about 4 minutes in August 2019).

operatingSystem String | OperatingSystem: The operating system slug. To find the slug, or visit Operating Systems API docs, set your API auth token in the top of the page and see JSON from the API response.
plan String | Plan: The device plan slug. To find the plan slug, visit Device plans API docs, set your auth token in the top of the page and see JSON from the API response.
projectId String: The ID of the project in which to create the device
alwaysPxe Boolean: If true, a device with OS custom_ipxe will continue to boot via iPXE on reboots.
billingCycle String | BillingCycle: monthly or hourly
customData String: A string of the desired Custom Data for the device.
description String: The device description.
facilities List<Either<String,Facility>>: List of facility codes with deployment preferences. Equinix Metal API will go through the list and will deploy your device to first facility with free capacity. List items must be facility codes or any (a wildcard). To find the facility code, visit Facilities API docs, set your API auth token in the top of the page and see JSON from the API response. Conflicts with metro.
forceDetachVolumes Boolean: Delete device even if it has volumes attached. Only applies for destroy action.
hardwareReservationId String: The UUID of the hardware reservation where you want this device deployed, or next-available if you want to pick your next available reservation automatically
hostname String: The device hostname used in deployments taking advantage of Layer3 DHCP or metadata service configuration.
ipAddresses List<DeviceIpAddress>: A list of IP address types for the device (structure is documented below).
ipxeScriptUrl String: URL pointing to a hosted iPXE script. More information is in the Custom iPXE doc.
metro String: Metro area for the new device. Conflicts with facilities.
projectSshKeyIds List<String>: Array of IDs of the project SSH keys which should be added to the device. If you omit this, SSH keys of all the members of the parent project will be added to the device. If you specify this array, only the listed project SSH keys will be added. Project SSH keys can be created with the equinix-metal.ProjectSshKey resource.
reinstall DeviceReinstall: Whether the device should be reinstalled instead of destroyed when modifying user_data, custom_data, or operating system.
storage String: JSON for custom partitioning. Only usable on reserved hardware. More information in in the Custom Partitioning and RAID doc. Please note that the disks.partitions.size attribute must be a string, not an integer. It can be a number string, or size notation string, e.g. "4G" or "8M" (for gigabytes and megabytes).
tags List<String>: Tags attached to the device
terminationTime String: Timestamp for device termination. For example 2021-09-03T16:32:00+03:00. If you don't supply timezone info, timestamp is assumed to be in UTC.
userData String: A string of the desired User Data for the device.
waitForReservationDeprovision Boolean: Only used for devices in reserved hardware. If set, the deletion of this device will block until the hardware reservation is marked provisionable (about 4 minutes in August 2019).

operatingSystem string | OperatingSystem: The operating system slug. To find the slug, or visit Operating Systems API docs, set your API auth token in the top of the page and see JSON from the API response.
plan string | Plan: The device plan slug. To find the plan slug, visit Device plans API docs, set your auth token in the top of the page and see JSON from the API response.
projectId string: The ID of the project in which to create the device
alwaysPxe boolean: If true, a device with OS custom_ipxe will continue to boot via iPXE on reboots.
billingCycle string | BillingCycle: monthly or hourly
customData string: A string of the desired Custom Data for the device.
description string: The device description.
facilities (string | Facility)[]: List of facility codes with deployment preferences. Equinix Metal API will go through the list and will deploy your device to first facility with free capacity. List items must be facility codes or any (a wildcard). To find the facility code, visit Facilities API docs, set your API auth token in the top of the page and see JSON from the API response. Conflicts with metro.
forceDetachVolumes boolean: Delete device even if it has volumes attached. Only applies for destroy action.
hardwareReservationId string: The UUID of the hardware reservation where you want this device deployed, or next-available if you want to pick your next available reservation automatically
hostname string: The device hostname used in deployments taking advantage of Layer3 DHCP or metadata service configuration.
ipAddresses DeviceIpAddress[]: A list of IP address types for the device (structure is documented below).
ipxeScriptUrl string: URL pointing to a hosted iPXE script. More information is in the Custom iPXE doc.
metro string: Metro area for the new device. Conflicts with facilities.
projectSshKeyIds string[]: Array of IDs of the project SSH keys which should be added to the device. If you omit this, SSH keys of all the members of the parent project will be added to the device. If you specify this array, only the listed project SSH keys will be added. Project SSH keys can be created with the equinix-metal.ProjectSshKey resource.
reinstall DeviceReinstall: Whether the device should be reinstalled instead of destroyed when modifying user_data, custom_data, or operating system.
storage string: JSON for custom partitioning. Only usable on reserved hardware. More information in in the Custom Partitioning and RAID doc. Please note that the disks.partitions.size attribute must be a string, not an integer. It can be a number string, or size notation string, e.g. "4G" or "8M" (for gigabytes and megabytes).
tags string[]: Tags attached to the device
terminationTime string: Timestamp for device termination. For example 2021-09-03T16:32:00+03:00. If you don't supply timezone info, timestamp is assumed to be in UTC.
userData string: A string of the desired User Data for the device.
waitForReservationDeprovision boolean: Only used for devices in reserved hardware. If set, the deletion of this device will block until the hardware reservation is marked provisionable (about 4 minutes in August 2019).

operating_system str | OperatingSystem: The operating system slug. To find the slug, or visit Operating Systems API docs, set your API auth token in the top of the page and see JSON from the API response.
plan str | Plan: The device plan slug. To find the plan slug, visit Device plans API docs, set your auth token in the top of the page and see JSON from the API response.
project_id str: The ID of the project in which to create the device
always_pxe bool: If true, a device with OS custom_ipxe will continue to boot via iPXE on reboots.
billing_cycle str | BillingCycle: monthly or hourly
custom_data str: A string of the desired Custom Data for the device.
description str: The device description.
facilities Sequence[Union[str, Facility]]: List of facility codes with deployment preferences. Equinix Metal API will go through the list and will deploy your device to first facility with free capacity. List items must be facility codes or any (a wildcard). To find the facility code, visit Facilities API docs, set your API auth token in the top of the page and see JSON from the API response. Conflicts with metro.
force_detach_volumes bool: Delete device even if it has volumes attached. Only applies for destroy action.
hardware_reservation_id str: The UUID of the hardware reservation where you want this device deployed, or next-available if you want to pick your next available reservation automatically
hostname str: The device hostname used in deployments taking advantage of Layer3 DHCP or metadata service configuration.
ip_addresses Sequence[DeviceIpAddressArgs]: A list of IP address types for the device (structure is documented below).
ipxe_script_url str: URL pointing to a hosted iPXE script. More information is in the Custom iPXE doc.
metro str: Metro area for the new device. Conflicts with facilities.
project_ssh_key_ids Sequence[str]: Array of IDs of the project SSH keys which should be added to the device. If you omit this, SSH keys of all the members of the parent project will be added to the device. If you specify this array, only the listed project SSH keys will be added. Project SSH keys can be created with the equinix-metal.ProjectSshKey resource.
reinstall DeviceReinstallArgs: Whether the device should be reinstalled instead of destroyed when modifying user_data, custom_data, or operating system.
storage str: JSON for custom partitioning. Only usable on reserved hardware. More information in in the Custom Partitioning and RAID doc. Please note that the disks.partitions.size attribute must be a string, not an integer. It can be a number string, or size notation string, e.g. "4G" or "8M" (for gigabytes and megabytes).
tags Sequence[str]: Tags attached to the device
termination_time str: Timestamp for device termination. For example 2021-09-03T16:32:00+03:00. If you don't supply timezone info, timestamp is assumed to be in UTC.
user_data str: A string of the desired User Data for the device.
wait_for_reservation_deprovision bool: Only used for devices in reserved hardware. If set, the deletion of this device will block until the hardware reservation is marked provisionable (about 4 minutes in August 2019).

operatingSystem String | "alpine_3" | "centos_6" | "centos_7" | "centos_8" | "coreos_alpha" | "coreos_beta" | "coreos_stable" | "custom_ipxe" | "debian_8" | "debian_9" | "debian_10" | "flatcar_alpha" | "flatcar_beta" | "flatcar_edge" | "flatcar_stable" | "freebsd_10_4" | "freebsd_11_1" | "freebsd_11_2" | "freebsd_12_testing" | "nixos_18_03" | "nixos_19_03" | "opensuse_42_3" | "rancher" | "rhel_7" | "rhel_8" | "scientific_6" | "suse_sles12_sp3" | "ubuntu_14_04" | "ubuntu_16_04" | "ubuntu_17_10" | "ubuntu_18_04" | "ubuntu_20_04" | "ubuntu_20_10" | "vmware_esxi_6_5" | "vmware_esxi_6_7" | "vmware_esxi_7_0" | "windows_2012_r2" | "windows_2016" | "windows_2019": The operating system slug. To find the slug, or visit Operating Systems API docs, set your API auth token in the top of the page and see JSON from the API response.
plan String | "c2.large.arm" | "c2.medium.x86" | "baremetal_1" | "baremetal_2a" | "baremetal_3" | "x2.xlarge.x86" | "baremetal_1e" | "g2.large.x86" | "m2.xlarge.x86" | "baremetal_2" | "baremetal_0" | "baremetal_s" | "c3.small.x86" | "c3.medium.x86" | "f3.medium.x86" | "f3.large.x86" | "m3.large.x86" | "s3.xlarge.x86" | "n2.xlarge.x86": The device plan slug. To find the plan slug, visit Device plans API docs, set your auth token in the top of the page and see JSON from the API response.
projectId String: The ID of the project in which to create the device
alwaysPxe Boolean: If true, a device with OS custom_ipxe will continue to boot via iPXE on reboots.
billingCycle String | "hourly" | "monthly": monthly or hourly
customData String: A string of the desired Custom Data for the device.
description String: The device description.
facilities List<String | "ewr1" | "sjc1" | "dfw1" | "dfw2" | "ams1" | "nrt1" | "sea1" | "lax1" | "ord1" | "atl1" | "iad1" | "sin1" | "hkg1" | "syd1" | "mrs1" | "yyz1" | "fra2" | "am6" | "dc13" | "ch3" | "da3" | "da11" | "la4" | "ny5" | "sg1" | "sv15">: List of facility codes with deployment preferences. Equinix Metal API will go through the list and will deploy your device to first facility with free capacity. List items must be facility codes or any (a wildcard). To find the facility code, visit Facilities API docs, set your API auth token in the top of the page and see JSON from the API response. Conflicts with metro.
forceDetachVolumes Boolean: Delete device even if it has volumes attached. Only applies for destroy action.
hardwareReservationId String: The UUID of the hardware reservation where you want this device deployed, or next-available if you want to pick your next available reservation automatically
hostname String: The device hostname used in deployments taking advantage of Layer3 DHCP or metadata service configuration.
ipAddresses List<Property Map>: A list of IP address types for the device (structure is documented below).
ipxeScriptUrl String: URL pointing to a hosted iPXE script. More information is in the Custom iPXE doc.
metro String: Metro area for the new device. Conflicts with facilities.
projectSshKeyIds List<String>: Array of IDs of the project SSH keys which should be added to the device. If you omit this, SSH keys of all the members of the parent project will be added to the device. If you specify this array, only the listed project SSH keys will be added. Project SSH keys can be created with the equinix-metal.ProjectSshKey resource.
reinstall Property Map: Whether the device should be reinstalled instead of destroyed when modifying user_data, custom_data, or operating system.
storage String: JSON for custom partitioning. Only usable on reserved hardware. More information in in the Custom Partitioning and RAID doc. Please note that the disks.partitions.size attribute must be a string, not an integer. It can be a number string, or size notation string, e.g. "4G" or "8M" (for gigabytes and megabytes).
tags List<String>: Tags attached to the device
terminationTime String: Timestamp for device termination. For example 2021-09-03T16:32:00+03:00. If you don't supply timezone info, timestamp is assumed to be in UTC.
userData String: A string of the desired User Data for the device.
waitForReservationDeprovision Boolean: Only used for devices in reserved hardware. If set, the deletion of this device will block until the hardware reservation is marked provisionable (about 4 minutes in August 2019).

Outputs

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

AccessPrivateIpv4 string

The ipv4 private IP assigned to the device

AccessPublicIpv4 string

The ipv4 maintenance IP assigned to the device

AccessPublicIpv6 string

The ipv6 maintenance IP assigned to the device

Created string

The timestamp for when the device was created

DeployedFacility string

The facility where the device is deployed.

DeployedHardwareReservationId string

ID of hardware reservation where this device was deployed. It is useful when using the next-available hardware reservation.

Id string

The provider-assigned unique ID for this managed resource.

Locked bool

Whether the device is locked

NetworkType string

Network type of a device, used in Layer 2 networking. Will be one of layer3, hybrid, hybrid-bonded, layer2-individual, layer2-bonded

Deprecated: You should handle Network Type with the new metal_device_network_type resource.

Networks List<Pulumi.EquinixMetal.Outputs.DeviceNetwork>

The device's private and public IP (v4 and v6) network details. When a device is run without any special network configuration, it will have 3 networks:

Public IPv4 at metal_device.name.network.0
IPv6 at metal_device.name.network.1
Private IPv4 at metal_device.name.network.2 Elastic addresses then stack by type - an assigned public IPv4 will go after the management public IPv4 (to index 1), and will then shift the indices of the IPv6 and private IPv4. Assigned private IPv4 will go after the management private IPv4 (to the end of the network list). The fields of the network attributes are:

Ports List<Pulumi.EquinixMetal.Outputs.DevicePort>

Ports assigned to the device

RootPassword string

Root password to the server (disabled after 24 hours)

SshKeyIds List<string>

List of IDs of SSH keys deployed in the device, can be both user and project SSH keys

State string

The status of the device

Updated string

The timestamp for the last time the device was updated

AccessPrivateIpv4 string

The ipv4 private IP assigned to the device

AccessPublicIpv4 string

The ipv4 maintenance IP assigned to the device

AccessPublicIpv6 string

The ipv6 maintenance IP assigned to the device

Created string

The timestamp for when the device was created

DeployedFacility string

The facility where the device is deployed.

DeployedHardwareReservationId string

ID of hardware reservation where this device was deployed. It is useful when using the next-available hardware reservation.

Id string

The provider-assigned unique ID for this managed resource.

Locked bool

Whether the device is locked

NetworkType string

Network type of a device, used in Layer 2 networking. Will be one of layer3, hybrid, hybrid-bonded, layer2-individual, layer2-bonded

Deprecated: You should handle Network Type with the new metal_device_network_type resource.

Networks []DeviceNetwork

The device's private and public IP (v4 and v6) network details. When a device is run without any special network configuration, it will have 3 networks:

Public IPv4 at metal_device.name.network.0
IPv6 at metal_device.name.network.1
Private IPv4 at metal_device.name.network.2 Elastic addresses then stack by type - an assigned public IPv4 will go after the management public IPv4 (to index 1), and will then shift the indices of the IPv6 and private IPv4. Assigned private IPv4 will go after the management private IPv4 (to the end of the network list). The fields of the network attributes are:

Ports []DevicePort

Ports assigned to the device

RootPassword string

Root password to the server (disabled after 24 hours)

SshKeyIds []string

List of IDs of SSH keys deployed in the device, can be both user and project SSH keys

State string

The status of the device

Updated string

The timestamp for the last time the device was updated

accessPrivateIpv4 String

The ipv4 private IP assigned to the device

accessPublicIpv4 String

The ipv4 maintenance IP assigned to the device

accessPublicIpv6 String

The ipv6 maintenance IP assigned to the device

created String

The timestamp for when the device was created

deployedFacility String

The facility where the device is deployed.

deployedHardwareReservationId String

ID of hardware reservation where this device was deployed. It is useful when using the next-available hardware reservation.

id String

The provider-assigned unique ID for this managed resource.

locked Boolean

Whether the device is locked

networkType String

Network type of a device, used in Layer 2 networking. Will be one of layer3, hybrid, hybrid-bonded, layer2-individual, layer2-bonded

Deprecated: You should handle Network Type with the new metal_device_network_type resource.

networks List<DeviceNetwork>

The device's private and public IP (v4 and v6) network details. When a device is run without any special network configuration, it will have 3 networks:

Public IPv4 at metal_device.name.network.0
IPv6 at metal_device.name.network.1
Private IPv4 at metal_device.name.network.2 Elastic addresses then stack by type - an assigned public IPv4 will go after the management public IPv4 (to index 1), and will then shift the indices of the IPv6 and private IPv4. Assigned private IPv4 will go after the management private IPv4 (to the end of the network list). The fields of the network attributes are:

ports List<DevicePort>

Ports assigned to the device

rootPassword String

Root password to the server (disabled after 24 hours)

sshKeyIds List<String>

List of IDs of SSH keys deployed in the device, can be both user and project SSH keys

state String

The status of the device

updated String

The timestamp for the last time the device was updated

accessPrivateIpv4 string

The ipv4 private IP assigned to the device

accessPublicIpv4 string

The ipv4 maintenance IP assigned to the device

accessPublicIpv6 string

The ipv6 maintenance IP assigned to the device

created string

The timestamp for when the device was created

deployedFacility string

The facility where the device is deployed.

deployedHardwareReservationId string

ID of hardware reservation where this device was deployed. It is useful when using the next-available hardware reservation.

id string

The provider-assigned unique ID for this managed resource.

locked boolean

Whether the device is locked

networkType string

Network type of a device, used in Layer 2 networking. Will be one of layer3, hybrid, hybrid-bonded, layer2-individual, layer2-bonded

Deprecated: You should handle Network Type with the new metal_device_network_type resource.

networks DeviceNetwork[]

The device's private and public IP (v4 and v6) network details. When a device is run without any special network configuration, it will have 3 networks:

Public IPv4 at metal_device.name.network.0
IPv6 at metal_device.name.network.1
Private IPv4 at metal_device.name.network.2 Elastic addresses then stack by type - an assigned public IPv4 will go after the management public IPv4 (to index 1), and will then shift the indices of the IPv6 and private IPv4. Assigned private IPv4 will go after the management private IPv4 (to the end of the network list). The fields of the network attributes are:

ports DevicePort[]

Ports assigned to the device

rootPassword string

Root password to the server (disabled after 24 hours)

sshKeyIds string[]

List of IDs of SSH keys deployed in the device, can be both user and project SSH keys

state string

The status of the device

updated string

The timestamp for the last time the device was updated

access_private_ipv4 str

The ipv4 private IP assigned to the device

access_public_ipv4 str

The ipv4 maintenance IP assigned to the device

access_public_ipv6 str

The ipv6 maintenance IP assigned to the device

created str

The timestamp for when the device was created

deployed_facility str

The facility where the device is deployed.

deployed_hardware_reservation_id str

ID of hardware reservation where this device was deployed. It is useful when using the next-available hardware reservation.

id str

The provider-assigned unique ID for this managed resource.

locked bool

Whether the device is locked

network_type str

Network type of a device, used in Layer 2 networking. Will be one of layer3, hybrid, hybrid-bonded, layer2-individual, layer2-bonded

Deprecated: You should handle Network Type with the new metal_device_network_type resource.

networks Sequence[DeviceNetwork]

The device's private and public IP (v4 and v6) network details. When a device is run without any special network configuration, it will have 3 networks:

Public IPv4 at metal_device.name.network.0
IPv6 at metal_device.name.network.1
Private IPv4 at metal_device.name.network.2 Elastic addresses then stack by type - an assigned public IPv4 will go after the management public IPv4 (to index 1), and will then shift the indices of the IPv6 and private IPv4. Assigned private IPv4 will go after the management private IPv4 (to the end of the network list). The fields of the network attributes are:

ports Sequence[DevicePort]

Ports assigned to the device

root_password str

Root password to the server (disabled after 24 hours)

ssh_key_ids Sequence[str]

List of IDs of SSH keys deployed in the device, can be both user and project SSH keys

state str

The status of the device

updated str

The timestamp for the last time the device was updated

accessPrivateIpv4 String

The ipv4 private IP assigned to the device

accessPublicIpv4 String

The ipv4 maintenance IP assigned to the device

accessPublicIpv6 String

The ipv6 maintenance IP assigned to the device

created String

The timestamp for when the device was created

deployedFacility String

The facility where the device is deployed.

deployedHardwareReservationId String

ID of hardware reservation where this device was deployed. It is useful when using the next-available hardware reservation.

id String

The provider-assigned unique ID for this managed resource.

locked Boolean

Whether the device is locked

networkType String

Network type of a device, used in Layer 2 networking. Will be one of layer3, hybrid, hybrid-bonded, layer2-individual, layer2-bonded

Deprecated: You should handle Network Type with the new metal_device_network_type resource.

networks List<Property Map>

The device's private and public IP (v4 and v6) network details. When a device is run without any special network configuration, it will have 3 networks:

Public IPv4 at metal_device.name.network.0
IPv6 at metal_device.name.network.1
Private IPv4 at metal_device.name.network.2 Elastic addresses then stack by type - an assigned public IPv4 will go after the management public IPv4 (to index 1), and will then shift the indices of the IPv6 and private IPv4. Assigned private IPv4 will go after the management private IPv4 (to the end of the network list). The fields of the network attributes are:

ports List<Property Map>

Ports assigned to the device

rootPassword String

Root password to the server (disabled after 24 hours)

sshKeyIds List<String>

List of IDs of SSH keys deployed in the device, can be both user and project SSH keys

state String

The status of the device

updated String

The timestamp for the last time the device was updated

Look up Existing Device Resource

Get an existing Device 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?: DeviceState, opts?: CustomResourceOptions): Device

@staticmethod
def get(resource_name: str,
        id: str,
        opts: Optional[ResourceOptions] = None,
        access_private_ipv4: Optional[str] = None,
        access_public_ipv4: Optional[str] = None,
        access_public_ipv6: Optional[str] = None,
        always_pxe: Optional[bool] = None,
        billing_cycle: Optional[Union[str, BillingCycle]] = None,
        created: Optional[str] = None,
        custom_data: Optional[str] = None,
        deployed_facility: Optional[str] = None,
        deployed_hardware_reservation_id: Optional[str] = None,
        description: Optional[str] = None,
        facilities: Optional[Sequence[Union[str, Facility]]] = None,
        force_detach_volumes: Optional[bool] = None,
        hardware_reservation_id: Optional[str] = None,
        hostname: Optional[str] = None,
        ip_addresses: Optional[Sequence[DeviceIpAddressArgs]] = None,
        ipxe_script_url: Optional[str] = None,
        locked: Optional[bool] = None,
        metro: Optional[str] = None,
        network_type: Optional[Union[str, NetworkType]] = None,
        networks: Optional[Sequence[DeviceNetworkArgs]] = None,
        operating_system: Optional[Union[str, OperatingSystem]] = None,
        plan: Optional[Union[str, Plan]] = None,
        ports: Optional[Sequence[DevicePortArgs]] = None,
        project_id: Optional[str] = None,
        project_ssh_key_ids: Optional[Sequence[str]] = None,
        reinstall: Optional[DeviceReinstallArgs] = None,
        root_password: Optional[str] = None,
        ssh_key_ids: Optional[Sequence[str]] = None,
        state: Optional[str] = None,
        storage: Optional[str] = None,
        tags: Optional[Sequence[str]] = None,
        termination_time: Optional[str] = None,
        updated: Optional[str] = None,
        user_data: Optional[str] = None,
        wait_for_reservation_deprovision: Optional[bool] = None) -> Device

func GetDevice(ctx *Context, name string, id IDInput, state *DeviceState, opts ...ResourceOption) (*Device, error)

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

public static Device get(String name, Output<String> id, DeviceState state, CustomResourceOptions options)

resources:  _:    type: equinix-metal:Device    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:

AccessPrivateIpv4 string

The ipv4 private IP assigned to the device

AccessPublicIpv4 string

The ipv4 maintenance IP assigned to the device

AccessPublicIpv6 string

The ipv6 maintenance IP assigned to the device

AlwaysPxe bool

If true, a device with OS custom_ipxe will continue to boot via iPXE on reboots.

BillingCycle string | Pulumi.EquinixMetal.BillingCycle

monthly or hourly

Created string

The timestamp for when the device was created

CustomData string

A string of the desired Custom Data for the device.

DeployedFacility string

The facility where the device is deployed.

DeployedHardwareReservationId string

ID of hardware reservation where this device was deployed. It is useful when using the next-available hardware reservation.

Description string

The device description.

Facilities List<Union<string, Pulumi.EquinixMetal.Facility>>

List of facility codes with deployment preferences. Equinix Metal API will go through the list and will deploy your device to first facility with free capacity. List items must be facility codes or any (a wildcard). To find the facility code, visit Facilities API docs, set your API auth token in the top of the page and see JSON from the API response. Conflicts with metro.

ForceDetachVolumes bool

Delete device even if it has volumes attached. Only applies for destroy action.

HardwareReservationId string

The UUID of the hardware reservation where you want this device deployed, or next-available if you want to pick your next available reservation automatically

Hostname string

The device hostname used in deployments taking advantage of Layer3 DHCP or metadata service configuration.

IpAddresses List<Pulumi.EquinixMetal.Inputs.DeviceIpAddress>

A list of IP address types for the device (structure is documented below).

IpxeScriptUrl string

URL pointing to a hosted iPXE script. More information is in the Custom iPXE doc.

Locked bool

Whether the device is locked

Metro string

Metro area for the new device. Conflicts with facilities.

NetworkType string | Pulumi.EquinixMetal.NetworkType

Network type of a device, used in Layer 2 networking. Will be one of layer3, hybrid, hybrid-bonded, layer2-individual, layer2-bonded

Deprecated: You should handle Network Type with the new metal_device_network_type resource.

Networks List<Pulumi.EquinixMetal.Inputs.DeviceNetwork>

The device's private and public IP (v4 and v6) network details. When a device is run without any special network configuration, it will have 3 networks:

Public IPv4 at metal_device.name.network.0
IPv6 at metal_device.name.network.1
Private IPv4 at metal_device.name.network.2 Elastic addresses then stack by type - an assigned public IPv4 will go after the management public IPv4 (to index 1), and will then shift the indices of the IPv6 and private IPv4. Assigned private IPv4 will go after the management private IPv4 (to the end of the network list). The fields of the network attributes are:

OperatingSystem string | Pulumi.EquinixMetal.OperatingSystem

The operating system slug. To find the slug, or visit Operating Systems API docs, set your API auth token in the top of the page and see JSON from the API response.

Plan string | Pulumi.EquinixMetal.Plan

The device plan slug. To find the plan slug, visit Device plans API docs, set your auth token in the top of the page and see JSON from the API response.

Ports List<Pulumi.EquinixMetal.Inputs.DevicePort>

Ports assigned to the device

ProjectId string

The ID of the project in which to create the device

ProjectSshKeyIds List<string>

Array of IDs of the project SSH keys which should be added to the device. If you omit this, SSH keys of all the members of the parent project will be added to the device. If you specify this array, only the listed project SSH keys will be added. Project SSH keys can be created with the equinix-metal.ProjectSshKey resource.

Reinstall Pulumi.EquinixMetal.Inputs.DeviceReinstall

Whether the device should be reinstalled instead of destroyed when modifying user_data, custom_data, or operating system.

RootPassword string

Root password to the server (disabled after 24 hours)

SshKeyIds List<string>

List of IDs of SSH keys deployed in the device, can be both user and project SSH keys

State string

The status of the device

Storage string

JSON for custom partitioning. Only usable on reserved hardware. More information in in the Custom Partitioning and RAID doc. Please note that the disks.partitions.size attribute must be a string, not an integer. It can be a number string, or size notation string, e.g. "4G" or "8M" (for gigabytes and megabytes).

Tags List<string>

Tags attached to the device

TerminationTime string

Timestamp for device termination. For example 2021-09-03T16:32:00+03:00. If you don't supply timezone info, timestamp is assumed to be in UTC.

Updated string

The timestamp for the last time the device was updated

UserData string

A string of the desired User Data for the device.

WaitForReservationDeprovision bool

Only used for devices in reserved hardware. If set, the deletion of this device will block until the hardware reservation is marked provisionable (about 4 minutes in August 2019).

AccessPrivateIpv4 string

The ipv4 private IP assigned to the device

AccessPublicIpv4 string

The ipv4 maintenance IP assigned to the device

AccessPublicIpv6 string

The ipv6 maintenance IP assigned to the device

AlwaysPxe bool

If true, a device with OS custom_ipxe will continue to boot via iPXE on reboots.

BillingCycle string | BillingCycle

monthly or hourly

Created string

The timestamp for when the device was created

CustomData string

A string of the desired Custom Data for the device.

DeployedFacility string

The facility where the device is deployed.

DeployedHardwareReservationId string

ID of hardware reservation where this device was deployed. It is useful when using the next-available hardware reservation.

Description string

The device description.

Facilities []string

ForceDetachVolumes bool

Delete device even if it has volumes attached. Only applies for destroy action.

HardwareReservationId string

The UUID of the hardware reservation where you want this device deployed, or next-available if you want to pick your next available reservation automatically

Hostname string

The device hostname used in deployments taking advantage of Layer3 DHCP or metadata service configuration.

IpAddresses []DeviceIpAddressArgs

A list of IP address types for the device (structure is documented below).

IpxeScriptUrl string

URL pointing to a hosted iPXE script. More information is in the Custom iPXE doc.

Locked bool

Whether the device is locked

Metro string

Metro area for the new device. Conflicts with facilities.

NetworkType string | NetworkType

Network type of a device, used in Layer 2 networking. Will be one of layer3, hybrid, hybrid-bonded, layer2-individual, layer2-bonded

Deprecated: You should handle Network Type with the new metal_device_network_type resource.

Networks []DeviceNetworkArgs

The device's private and public IP (v4 and v6) network details. When a device is run without any special network configuration, it will have 3 networks:

Public IPv4 at metal_device.name.network.0
IPv6 at metal_device.name.network.1
Private IPv4 at metal_device.name.network.2 Elastic addresses then stack by type - an assigned public IPv4 will go after the management public IPv4 (to index 1), and will then shift the indices of the IPv6 and private IPv4. Assigned private IPv4 will go after the management private IPv4 (to the end of the network list). The fields of the network attributes are:

OperatingSystem string | OperatingSystem

The operating system slug. To find the slug, or visit Operating Systems API docs, set your API auth token in the top of the page and see JSON from the API response.

Plan string | Plan

The device plan slug. To find the plan slug, visit Device plans API docs, set your auth token in the top of the page and see JSON from the API response.

Ports []DevicePortArgs

Ports assigned to the device

ProjectId string

The ID of the project in which to create the device

ProjectSshKeyIds []string

Reinstall DeviceReinstallArgs

Whether the device should be reinstalled instead of destroyed when modifying user_data, custom_data, or operating system.

RootPassword string

Root password to the server (disabled after 24 hours)

SshKeyIds []string

List of IDs of SSH keys deployed in the device, can be both user and project SSH keys

State string

The status of the device

Storage string

Tags []string

Tags attached to the device

TerminationTime string

Timestamp for device termination. For example 2021-09-03T16:32:00+03:00. If you don't supply timezone info, timestamp is assumed to be in UTC.

Updated string

The timestamp for the last time the device was updated

UserData string

A string of the desired User Data for the device.

WaitForReservationDeprovision bool

Only used for devices in reserved hardware. If set, the deletion of this device will block until the hardware reservation is marked provisionable (about 4 minutes in August 2019).

accessPrivateIpv4 String

The ipv4 private IP assigned to the device

accessPublicIpv4 String

The ipv4 maintenance IP assigned to the device

accessPublicIpv6 String

The ipv6 maintenance IP assigned to the device

alwaysPxe Boolean

If true, a device with OS custom_ipxe will continue to boot via iPXE on reboots.

billingCycle String | BillingCycle

monthly or hourly

created String

The timestamp for when the device was created

customData String

A string of the desired Custom Data for the device.

deployedFacility String

The facility where the device is deployed.

deployedHardwareReservationId String

ID of hardware reservation where this device was deployed. It is useful when using the next-available hardware reservation.

description String

The device description.

facilities List<Either<String,Facility>>

forceDetachVolumes Boolean

Delete device even if it has volumes attached. Only applies for destroy action.

hardwareReservationId String

The UUID of the hardware reservation where you want this device deployed, or next-available if you want to pick your next available reservation automatically

hostname String

The device hostname used in deployments taking advantage of Layer3 DHCP or metadata service configuration.

ipAddresses List<DeviceIpAddress>

A list of IP address types for the device (structure is documented below).

ipxeScriptUrl String

URL pointing to a hosted iPXE script. More information is in the Custom iPXE doc.

locked Boolean

Whether the device is locked

metro String

Metro area for the new device. Conflicts with facilities.

networkType String | NetworkType

Network type of a device, used in Layer 2 networking. Will be one of layer3, hybrid, hybrid-bonded, layer2-individual, layer2-bonded

Deprecated: You should handle Network Type with the new metal_device_network_type resource.

networks List<DeviceNetwork>

The device's private and public IP (v4 and v6) network details. When a device is run without any special network configuration, it will have 3 networks:

Public IPv4 at metal_device.name.network.0
IPv6 at metal_device.name.network.1
Private IPv4 at metal_device.name.network.2 Elastic addresses then stack by type - an assigned public IPv4 will go after the management public IPv4 (to index 1), and will then shift the indices of the IPv6 and private IPv4. Assigned private IPv4 will go after the management private IPv4 (to the end of the network list). The fields of the network attributes are:

operatingSystem String | OperatingSystem

The operating system slug. To find the slug, or visit Operating Systems API docs, set your API auth token in the top of the page and see JSON from the API response.

plan String | Plan

The device plan slug. To find the plan slug, visit Device plans API docs, set your auth token in the top of the page and see JSON from the API response.

ports List<DevicePort>

Ports assigned to the device

projectId String

The ID of the project in which to create the device

projectSshKeyIds List<String>

reinstall DeviceReinstall

Whether the device should be reinstalled instead of destroyed when modifying user_data, custom_data, or operating system.

rootPassword String

Root password to the server (disabled after 24 hours)

sshKeyIds List<String>

List of IDs of SSH keys deployed in the device, can be both user and project SSH keys

state String

The status of the device

storage String

tags List<String>

Tags attached to the device

terminationTime String

Timestamp for device termination. For example 2021-09-03T16:32:00+03:00. If you don't supply timezone info, timestamp is assumed to be in UTC.

updated String

The timestamp for the last time the device was updated

userData String

A string of the desired User Data for the device.

waitForReservationDeprovision Boolean

Only used for devices in reserved hardware. If set, the deletion of this device will block until the hardware reservation is marked provisionable (about 4 minutes in August 2019).

accessPrivateIpv4 string

The ipv4 private IP assigned to the device

accessPublicIpv4 string

The ipv4 maintenance IP assigned to the device

accessPublicIpv6 string

The ipv6 maintenance IP assigned to the device

alwaysPxe boolean

If true, a device with OS custom_ipxe will continue to boot via iPXE on reboots.

billingCycle string | BillingCycle

monthly or hourly

created string

The timestamp for when the device was created

customData string

A string of the desired Custom Data for the device.

deployedFacility string

The facility where the device is deployed.

deployedHardwareReservationId string

ID of hardware reservation where this device was deployed. It is useful when using the next-available hardware reservation.

description string

The device description.

facilities (string | Facility)[]

forceDetachVolumes boolean

Delete device even if it has volumes attached. Only applies for destroy action.

hardwareReservationId string

The UUID of the hardware reservation where you want this device deployed, or next-available if you want to pick your next available reservation automatically

hostname string

The device hostname used in deployments taking advantage of Layer3 DHCP or metadata service configuration.

ipAddresses DeviceIpAddress[]

A list of IP address types for the device (structure is documented below).

ipxeScriptUrl string

URL pointing to a hosted iPXE script. More information is in the Custom iPXE doc.

locked boolean

Whether the device is locked

metro string

Metro area for the new device. Conflicts with facilities.

networkType string | NetworkType

Network type of a device, used in Layer 2 networking. Will be one of layer3, hybrid, hybrid-bonded, layer2-individual, layer2-bonded

Deprecated: You should handle Network Type with the new metal_device_network_type resource.

networks DeviceNetwork[]

The device's private and public IP (v4 and v6) network details. When a device is run without any special network configuration, it will have 3 networks:

Public IPv4 at metal_device.name.network.0
IPv6 at metal_device.name.network.1
Private IPv4 at metal_device.name.network.2 Elastic addresses then stack by type - an assigned public IPv4 will go after the management public IPv4 (to index 1), and will then shift the indices of the IPv6 and private IPv4. Assigned private IPv4 will go after the management private IPv4 (to the end of the network list). The fields of the network attributes are:

operatingSystem string | OperatingSystem

The operating system slug. To find the slug, or visit Operating Systems API docs, set your API auth token in the top of the page and see JSON from the API response.

plan string | Plan

The device plan slug. To find the plan slug, visit Device plans API docs, set your auth token in the top of the page and see JSON from the API response.

ports DevicePort[]

Ports assigned to the device

projectId string

The ID of the project in which to create the device

projectSshKeyIds string[]

reinstall DeviceReinstall

Whether the device should be reinstalled instead of destroyed when modifying user_data, custom_data, or operating system.

rootPassword string

Root password to the server (disabled after 24 hours)

sshKeyIds string[]

List of IDs of SSH keys deployed in the device, can be both user and project SSH keys

state string

The status of the device

storage string

tags string[]

Tags attached to the device

terminationTime string

Timestamp for device termination. For example 2021-09-03T16:32:00+03:00. If you don't supply timezone info, timestamp is assumed to be in UTC.

updated string

The timestamp for the last time the device was updated

userData string

A string of the desired User Data for the device.

waitForReservationDeprovision boolean

Only used for devices in reserved hardware. If set, the deletion of this device will block until the hardware reservation is marked provisionable (about 4 minutes in August 2019).

access_private_ipv4 str

The ipv4 private IP assigned to the device

access_public_ipv4 str

The ipv4 maintenance IP assigned to the device

access_public_ipv6 str

The ipv6 maintenance IP assigned to the device

always_pxe bool

If true, a device with OS custom_ipxe will continue to boot via iPXE on reboots.

billing_cycle str | BillingCycle

monthly or hourly

created str

The timestamp for when the device was created

custom_data str

A string of the desired Custom Data for the device.

deployed_facility str

The facility where the device is deployed.

deployed_hardware_reservation_id str

ID of hardware reservation where this device was deployed. It is useful when using the next-available hardware reservation.

description str

The device description.

facilities Sequence[Union[str, Facility]]

force_detach_volumes bool

Delete device even if it has volumes attached. Only applies for destroy action.

hardware_reservation_id str

The UUID of the hardware reservation where you want this device deployed, or next-available if you want to pick your next available reservation automatically

hostname str

The device hostname used in deployments taking advantage of Layer3 DHCP or metadata service configuration.

ip_addresses Sequence[DeviceIpAddressArgs]

A list of IP address types for the device (structure is documented below).

ipxe_script_url str

URL pointing to a hosted iPXE script. More information is in the Custom iPXE doc.

locked bool

Whether the device is locked

metro str

Metro area for the new device. Conflicts with facilities.

network_type str | NetworkType

Network type of a device, used in Layer 2 networking. Will be one of layer3, hybrid, hybrid-bonded, layer2-individual, layer2-bonded

Deprecated: You should handle Network Type with the new metal_device_network_type resource.

networks Sequence[DeviceNetworkArgs]

The device's private and public IP (v4 and v6) network details. When a device is run without any special network configuration, it will have 3 networks:

Public IPv4 at metal_device.name.network.0
IPv6 at metal_device.name.network.1
Private IPv4 at metal_device.name.network.2 Elastic addresses then stack by type - an assigned public IPv4 will go after the management public IPv4 (to index 1), and will then shift the indices of the IPv6 and private IPv4. Assigned private IPv4 will go after the management private IPv4 (to the end of the network list). The fields of the network attributes are:

operating_system str | OperatingSystem

The operating system slug. To find the slug, or visit Operating Systems API docs, set your API auth token in the top of the page and see JSON from the API response.

plan str | Plan

The device plan slug. To find the plan slug, visit Device plans API docs, set your auth token in the top of the page and see JSON from the API response.

ports Sequence[DevicePortArgs]

Ports assigned to the device

project_id str

The ID of the project in which to create the device

project_ssh_key_ids Sequence[str]

reinstall DeviceReinstallArgs

Whether the device should be reinstalled instead of destroyed when modifying user_data, custom_data, or operating system.

root_password str

Root password to the server (disabled after 24 hours)

ssh_key_ids Sequence[str]

List of IDs of SSH keys deployed in the device, can be both user and project SSH keys

state str

The status of the device

storage str

tags Sequence[str]

Tags attached to the device

termination_time str

Timestamp for device termination. For example 2021-09-03T16:32:00+03:00. If you don't supply timezone info, timestamp is assumed to be in UTC.

updated str

The timestamp for the last time the device was updated

user_data str

A string of the desired User Data for the device.

wait_for_reservation_deprovision bool

Only used for devices in reserved hardware. If set, the deletion of this device will block until the hardware reservation is marked provisionable (about 4 minutes in August 2019).

accessPrivateIpv4 String

The ipv4 private IP assigned to the device

accessPublicIpv4 String

The ipv4 maintenance IP assigned to the device

accessPublicIpv6 String

The ipv6 maintenance IP assigned to the device

alwaysPxe Boolean

If true, a device with OS custom_ipxe will continue to boot via iPXE on reboots.

billingCycle String | "hourly" | "monthly"

monthly or hourly

created String

The timestamp for when the device was created

customData String

A string of the desired Custom Data for the device.

deployedFacility String

The facility where the device is deployed.

deployedHardwareReservationId String

ID of hardware reservation where this device was deployed. It is useful when using the next-available hardware reservation.

description String

The device description.

facilities List<String | "ewr1" | "sjc1" | "dfw1" | "dfw2" | "ams1" | "nrt1" | "sea1" | "lax1" | "ord1" | "atl1" | "iad1" | "sin1" | "hkg1" | "syd1" | "mrs1" | "yyz1" | "fra2" | "am6" | "dc13" | "ch3" | "da3" | "da11" | "la4" | "ny5" | "sg1" | "sv15">

forceDetachVolumes Boolean

Delete device even if it has volumes attached. Only applies for destroy action.

hardwareReservationId String

The UUID of the hardware reservation where you want this device deployed, or next-available if you want to pick your next available reservation automatically

hostname String

The device hostname used in deployments taking advantage of Layer3 DHCP or metadata service configuration.

ipAddresses List<Property Map>

A list of IP address types for the device (structure is documented below).

ipxeScriptUrl String

URL pointing to a hosted iPXE script. More information is in the Custom iPXE doc.

locked Boolean

Whether the device is locked

metro String

Metro area for the new device. Conflicts with facilities.

networkType String | "layer3" | "layer2-individual" | "layer2-bonded" | "hybrid"

Network type of a device, used in Layer 2 networking. Will be one of layer3, hybrid, hybrid-bonded, layer2-individual, layer2-bonded

Deprecated: You should handle Network Type with the new metal_device_network_type resource.

networks List<Property Map>

The device's private and public IP (v4 and v6) network details. When a device is run without any special network configuration, it will have 3 networks:

Public IPv4 at metal_device.name.network.0
IPv6 at metal_device.name.network.1
Private IPv4 at metal_device.name.network.2 Elastic addresses then stack by type - an assigned public IPv4 will go after the management public IPv4 (to index 1), and will then shift the indices of the IPv6 and private IPv4. Assigned private IPv4 will go after the management private IPv4 (to the end of the network list). The fields of the network attributes are:

The operating system slug. To find the slug, or visit Operating Systems API docs, set your API auth token in the top of the page and see JSON from the API response.

The device plan slug. To find the plan slug, visit Device plans API docs, set your auth token in the top of the page and see JSON from the API response.

ports List<Property Map>

Ports assigned to the device

projectId String

The ID of the project in which to create the device

projectSshKeyIds List<String>

reinstall Property Map

Whether the device should be reinstalled instead of destroyed when modifying user_data, custom_data, or operating system.

rootPassword String

Root password to the server (disabled after 24 hours)

sshKeyIds List<String>

List of IDs of SSH keys deployed in the device, can be both user and project SSH keys

state String

The status of the device

storage String

tags List<String>

Tags attached to the device

terminationTime String

Timestamp for device termination. For example 2021-09-03T16:32:00+03:00. If you don't supply timezone info, timestamp is assumed to be in UTC.

updated String

The timestamp for the last time the device was updated

userData String

A string of the desired User Data for the device.

waitForReservationDeprovision Boolean

Only used for devices in reserved hardware. If set, the deletion of this device will block until the hardware reservation is marked provisionable (about 4 minutes in August 2019).

Supporting Types

BillingCycle, BillingCycleArgs

Hourly: hourly
Monthly: monthly

BillingCycleHourly: hourly
BillingCycleMonthly: monthly

Hourly: hourly
Monthly: monthly

Hourly: hourly
Monthly: monthly

HOURLY: hourly
MONTHLY: monthly

"hourly": hourly
"monthly": monthly

DeviceIpAddress, DeviceIpAddressArgs

Type string: One of [private_ipv4, public_ipv4, public_ipv6]
Cidr int: CIDR suffix for IP address block to be assigned, i.e. amount of addresses.
ReservationIds List<string>: List of UUIDs of IP block reservations from which the public IPv4 address should be taken.

Type string: One of [private_ipv4, public_ipv4, public_ipv6]
Cidr int: CIDR suffix for IP address block to be assigned, i.e. amount of addresses.
ReservationIds []string: List of UUIDs of IP block reservations from which the public IPv4 address should be taken.

type String: One of [private_ipv4, public_ipv4, public_ipv6]
cidr Integer: CIDR suffix for IP address block to be assigned, i.e. amount of addresses.
reservationIds List<String>: List of UUIDs of IP block reservations from which the public IPv4 address should be taken.

type string: One of [private_ipv4, public_ipv4, public_ipv6]
cidr number: CIDR suffix for IP address block to be assigned, i.e. amount of addresses.
reservationIds string[]: List of UUIDs of IP block reservations from which the public IPv4 address should be taken.

type str: One of [private_ipv4, public_ipv4, public_ipv6]
cidr int: CIDR suffix for IP address block to be assigned, i.e. amount of addresses.
reservation_ids Sequence[str]: List of UUIDs of IP block reservations from which the public IPv4 address should be taken.

type String: One of [private_ipv4, public_ipv4, public_ipv6]
cidr Number: CIDR suffix for IP address block to be assigned, i.e. amount of addresses.
reservationIds List<String>: List of UUIDs of IP block reservations from which the public IPv4 address should be taken.

DeviceNetwork, DeviceNetworkArgs

Address string

IPv4 or IPv6 address string

Cidr int

CIDR suffix for IP address block to be assigned, i.e. amount of addresses.

Family int

IP version - "4" or "6"

network_type Network type of a device, used in Layer 2 networking. Will be one of layer3, hybrid, layer2-individual and layer2-bonded.

Gateway string

address of router

Public bool

whether the address is routable from the Internet

Address string

IPv4 or IPv6 address string

Cidr int

CIDR suffix for IP address block to be assigned, i.e. amount of addresses.

Family int

IP version - "4" or "6"

network_type Network type of a device, used in Layer 2 networking. Will be one of layer3, hybrid, layer2-individual and layer2-bonded.

Gateway string

address of router

Public bool

whether the address is routable from the Internet

address String

IPv4 or IPv6 address string

cidr Integer

CIDR suffix for IP address block to be assigned, i.e. amount of addresses.

family Integer

IP version - "4" or "6"

network_type Network type of a device, used in Layer 2 networking. Will be one of layer3, hybrid, layer2-individual and layer2-bonded.

gateway String

address of router

public_ Boolean

whether the address is routable from the Internet

address string

IPv4 or IPv6 address string

cidr number

CIDR suffix for IP address block to be assigned, i.e. amount of addresses.

family number

IP version - "4" or "6"

network_type Network type of a device, used in Layer 2 networking. Will be one of layer3, hybrid, layer2-individual and layer2-bonded.

gateway string

address of router

public boolean

whether the address is routable from the Internet

address str

IPv4 or IPv6 address string

cidr int

CIDR suffix for IP address block to be assigned, i.e. amount of addresses.

family int

IP version - "4" or "6"

network_type Network type of a device, used in Layer 2 networking. Will be one of layer3, hybrid, layer2-individual and layer2-bonded.

gateway str

address of router

public bool

whether the address is routable from the Internet

address String

IPv4 or IPv6 address string

cidr Number

CIDR suffix for IP address block to be assigned, i.e. amount of addresses.

family Number

IP version - "4" or "6"

network_type Network type of a device, used in Layer 2 networking. Will be one of layer3, hybrid, layer2-individual and layer2-bonded.

gateway String

address of router

public Boolean

whether the address is routable from the Internet

DevicePort, DevicePortArgs

Bonded bool: Whether this port is part of a bond in bonded network setup
Id string: ID of the port
Mac string: MAC address assigned to the port
Name string: Name of the port (e.g. eth0, or bond0)
Type string: One of [private_ipv4, public_ipv4, public_ipv6]

Bonded bool: Whether this port is part of a bond in bonded network setup
Id string: ID of the port
Mac string: MAC address assigned to the port
Name string: Name of the port (e.g. eth0, or bond0)
Type string: One of [private_ipv4, public_ipv4, public_ipv6]

bonded Boolean: Whether this port is part of a bond in bonded network setup
id String: ID of the port
mac String: MAC address assigned to the port
name String: Name of the port (e.g. eth0, or bond0)
type String: One of [private_ipv4, public_ipv4, public_ipv6]

bonded boolean: Whether this port is part of a bond in bonded network setup
id string: ID of the port
mac string: MAC address assigned to the port
name string: Name of the port (e.g. eth0, or bond0)
type string: One of [private_ipv4, public_ipv4, public_ipv6]

bonded bool: Whether this port is part of a bond in bonded network setup
id str: ID of the port
mac str: MAC address assigned to the port
name str: Name of the port (e.g. eth0, or bond0)
type str: One of [private_ipv4, public_ipv4, public_ipv6]

bonded Boolean: Whether this port is part of a bond in bonded network setup
id String: ID of the port
mac String: MAC address assigned to the port
name String: Name of the port (e.g. eth0, or bond0)
type String: One of [private_ipv4, public_ipv4, public_ipv6]

DeviceReinstall, DeviceReinstallArgs

DeprovisionFast bool: Whether the OS disk should be filled with 00h bytes before reinstall. Defaults to false.
Enabled bool: Whether the provider should favour reinstall over destroy and create. Defaults to false.
PreserveData bool: Whether the non-OS disks should be kept or wiped during reinstall. Defaults to false.

DeprovisionFast bool: Whether the OS disk should be filled with 00h bytes before reinstall. Defaults to false.
Enabled bool: Whether the provider should favour reinstall over destroy and create. Defaults to false.
PreserveData bool: Whether the non-OS disks should be kept or wiped during reinstall. Defaults to false.

deprovisionFast Boolean: Whether the OS disk should be filled with 00h bytes before reinstall. Defaults to false.
enabled Boolean: Whether the provider should favour reinstall over destroy and create. Defaults to false.
preserveData Boolean: Whether the non-OS disks should be kept or wiped during reinstall. Defaults to false.

deprovisionFast boolean: Whether the OS disk should be filled with 00h bytes before reinstall. Defaults to false.
enabled boolean: Whether the provider should favour reinstall over destroy and create. Defaults to false.
preserveData boolean: Whether the non-OS disks should be kept or wiped during reinstall. Defaults to false.

deprovision_fast bool: Whether the OS disk should be filled with 00h bytes before reinstall. Defaults to false.
enabled bool: Whether the provider should favour reinstall over destroy and create. Defaults to false.
preserve_data bool: Whether the non-OS disks should be kept or wiped during reinstall. Defaults to false.

deprovisionFast Boolean: Whether the OS disk should be filled with 00h bytes before reinstall. Defaults to false.
enabled Boolean: Whether the provider should favour reinstall over destroy and create. Defaults to false.
preserveData Boolean: Whether the non-OS disks should be kept or wiped during reinstall. Defaults to false.

Facility, FacilityArgs

EWR1: ewr1
SJC1: sjc1
DFW1: dfw1
DFW2: dfw2
AMS1: ams1
NRT1: nrt1
SEA1: sea1
LAX1: lax1
ORD1: ord1
ATL1: atl1
IAD1: iad1
SIN1: sin1
HKG1: hkg1
SYD1: syd1
MRS1: mrs1
YYZ1: yyz1
FRA2: fra2
AM6: am6
DC13: dc13
CH3: ch3
DA3: da3
DA11: da11
LA4: la4
NY5: ny5
SG1: sg1
SV15: sv15

FacilityEWR1: ewr1
FacilitySJC1: sjc1
FacilityDFW1: dfw1
FacilityDFW2: dfw2
FacilityAMS1: ams1
FacilityNRT1: nrt1
FacilitySEA1: sea1
FacilityLAX1: lax1
FacilityORD1: ord1
FacilityATL1: atl1
FacilityIAD1: iad1
FacilitySIN1: sin1
FacilityHKG1: hkg1
FacilitySYD1: syd1
FacilityMRS1: mrs1
FacilityYYZ1: yyz1
FacilityFRA2: fra2
FacilityAM6: am6
FacilityDC13: dc13
FacilityCH3: ch3
FacilityDA3: da3
FacilityDA11: da11
FacilityLA4: la4
FacilityNY5: ny5
FacilitySG1: sg1
FacilitySV15: sv15

EWR1: ewr1
SJC1: sjc1
DFW1: dfw1
DFW2: dfw2
AMS1: ams1
NRT1: nrt1
SEA1: sea1
LAX1: lax1
ORD1: ord1
ATL1: atl1
IAD1: iad1
SIN1: sin1
HKG1: hkg1
SYD1: syd1
MRS1: mrs1
YYZ1: yyz1
FRA2: fra2
AM6: am6
DC13: dc13
CH3: ch3
DA3: da3
DA11: da11
LA4: la4
NY5: ny5
SG1: sg1
SV15: sv15

EWR1: ewr1
SJC1: sjc1
DFW1: dfw1
DFW2: dfw2
AMS1: ams1
NRT1: nrt1
SEA1: sea1
LAX1: lax1
ORD1: ord1
ATL1: atl1
IAD1: iad1
SIN1: sin1
HKG1: hkg1
SYD1: syd1
MRS1: mrs1
YYZ1: yyz1
FRA2: fra2
AM6: am6
DC13: dc13
CH3: ch3
DA3: da3
DA11: da11
LA4: la4
NY5: ny5
SG1: sg1
SV15: sv15

EWR1: ewr1
SJC1: sjc1
DFW1: dfw1
DFW2: dfw2
AMS1: ams1
NRT1: nrt1
SEA1: sea1
LAX1: lax1
ORD1: ord1
ATL1: atl1
IAD1: iad1
SIN1: sin1
HKG1: hkg1
SYD1: syd1
MRS1: mrs1
YYZ1: yyz1
FRA2: fra2
AM6: am6
DC13: dc13
CH3: ch3
DA3: da3
DA11: da11
LA4: la4
NY5: ny5
SG1: sg1
SV15: sv15

"ewr1": ewr1
"sjc1": sjc1
"dfw1": dfw1
"dfw2": dfw2
"ams1": ams1
"nrt1": nrt1
"sea1": sea1
"lax1": lax1
"ord1": ord1
"atl1": atl1
"iad1": iad1
"sin1": sin1
"hkg1": hkg1
"syd1": syd1
"mrs1": mrs1
"yyz1": yyz1
"fra2": fra2
"am6": am6
"dc13": dc13
"ch3": ch3
"da3": da3
"da11": da11
"la4": la4
"ny5": ny5
"sg1": sg1
"sv15": sv15

OperatingSystem, OperatingSystemArgs

Alpine3: alpine_3
CentOS6: centos_6
CentOS7: centos_7
CentOS8: centos_8
CoreOSAlpha: coreos_alpha
CoreOSBeta: coreos_beta
CoreOSStable: coreos_stable
CustomIPXE: custom_ipxe
Debian8: debian_8
Debian9: debian_9
Debian10: debian_10
FlatcarAlpha: flatcar_alpha
FlatcarBeta: flatcar_beta
FlatcarEdge: flatcar_edge
FlatcarStable: flatcar_stable
FreeBSD10_4: freebsd_10_4
FreeBSD11_1: freebsd_11_1
FreeBSD11_2: freebsd_11_2
FreeBSD12Testing: freebsd_12_testing
NixOS18_03: nixos_18_03
NixOS19_03: nixos_19_03
OpenSUSE42_3: opensuse_42_3
RancherOS: rancher
RHEL7: rhel_7
RHEL8: rhel_8
ScientificLinux6: scientific_6
SLES12SP3: suse_sles12_sp3
Ubuntu1404: ubuntu_14_04
Ubuntu1604: ubuntu_16_04
Ubuntu1710: ubuntu_17_10
Ubuntu1804: ubuntu_18_04
Ubuntu2004: ubuntu_20_04
Ubuntu2010: ubuntu_20_10
VMWareEsxi6_5: vmware_esxi_6_5
VMWareEsxi6_7: vmware_esxi_6_7
VMWareEsxi7_0: vmware_esxi_7_0
Windows2012R2: windows_2012_r2
Windows2016: windows_2016
Windows2019: windows_2019

OperatingSystemAlpine3: alpine_3
OperatingSystemCentOS6: centos_6
OperatingSystemCentOS7: centos_7
OperatingSystemCentOS8: centos_8
OperatingSystemCoreOSAlpha: coreos_alpha
OperatingSystemCoreOSBeta: coreos_beta
OperatingSystemCoreOSStable: coreos_stable
OperatingSystemCustomIPXE: custom_ipxe
OperatingSystemDebian8: debian_8
OperatingSystemDebian9: debian_9
OperatingSystemDebian10: debian_10
OperatingSystemFlatcarAlpha: flatcar_alpha
OperatingSystemFlatcarBeta: flatcar_beta
OperatingSystemFlatcarEdge: flatcar_edge
OperatingSystemFlatcarStable: flatcar_stable
OperatingSystem_FreeBSD10_4: freebsd_10_4
OperatingSystem_FreeBSD11_1: freebsd_11_1
OperatingSystem_FreeBSD11_2: freebsd_11_2
OperatingSystemFreeBSD12Testing: freebsd_12_testing
OperatingSystem_NixOS18_03: nixos_18_03
OperatingSystem_NixOS19_03: nixos_19_03
OperatingSystem_OpenSUSE42_3: opensuse_42_3
OperatingSystemRancherOS: rancher
OperatingSystemRHEL7: rhel_7
OperatingSystemRHEL8: rhel_8
OperatingSystemScientificLinux6: scientific_6
OperatingSystemSLES12SP3: suse_sles12_sp3
OperatingSystemUbuntu1404: ubuntu_14_04
OperatingSystemUbuntu1604: ubuntu_16_04
OperatingSystemUbuntu1710: ubuntu_17_10
OperatingSystemUbuntu1804: ubuntu_18_04
OperatingSystemUbuntu2004: ubuntu_20_04
OperatingSystemUbuntu2010: ubuntu_20_10
OperatingSystem_VMWareEsxi6_5: vmware_esxi_6_5
OperatingSystem_VMWareEsxi6_7: vmware_esxi_6_7
OperatingSystem_VMWareEsxi7_0: vmware_esxi_7_0
OperatingSystemWindows2012R2: windows_2012_r2
OperatingSystemWindows2016: windows_2016
OperatingSystemWindows2019: windows_2019

Alpine3: alpine_3
CentOS6: centos_6
CentOS7: centos_7
CentOS8: centos_8
CoreOSAlpha: coreos_alpha
CoreOSBeta: coreos_beta
CoreOSStable: coreos_stable
CustomIPXE: custom_ipxe
Debian8: debian_8
Debian9: debian_9
Debian10: debian_10
FlatcarAlpha: flatcar_alpha
FlatcarBeta: flatcar_beta
FlatcarEdge: flatcar_edge
FlatcarStable: flatcar_stable
FreeBSD10_4: freebsd_10_4
FreeBSD11_1: freebsd_11_1
FreeBSD11_2: freebsd_11_2
FreeBSD12Testing: freebsd_12_testing
NixOS18_03: nixos_18_03
NixOS19_03: nixos_19_03
OpenSUSE42_3: opensuse_42_3
RancherOS: rancher
RHEL7: rhel_7
RHEL8: rhel_8
ScientificLinux6: scientific_6
SLES12SP3: suse_sles12_sp3
Ubuntu1404: ubuntu_14_04
Ubuntu1604: ubuntu_16_04
Ubuntu1710: ubuntu_17_10
Ubuntu1804: ubuntu_18_04
Ubuntu2004: ubuntu_20_04
Ubuntu2010: ubuntu_20_10
VMWareEsxi6_5: vmware_esxi_6_5
VMWareEsxi6_7: vmware_esxi_6_7
VMWareEsxi7_0: vmware_esxi_7_0
Windows2012R2: windows_2012_r2
Windows2016: windows_2016
Windows2019: windows_2019

Alpine3: alpine_3
CentOS6: centos_6
CentOS7: centos_7
CentOS8: centos_8
CoreOSAlpha: coreos_alpha
CoreOSBeta: coreos_beta
CoreOSStable: coreos_stable
CustomIPXE: custom_ipxe
Debian8: debian_8
Debian9: debian_9
Debian10: debian_10
FlatcarAlpha: flatcar_alpha
FlatcarBeta: flatcar_beta
FlatcarEdge: flatcar_edge
FlatcarStable: flatcar_stable
FreeBSD10_4: freebsd_10_4
FreeBSD11_1: freebsd_11_1
FreeBSD11_2: freebsd_11_2
FreeBSD12Testing: freebsd_12_testing
NixOS18_03: nixos_18_03
NixOS19_03: nixos_19_03
OpenSUSE42_3: opensuse_42_3
RancherOS: rancher
RHEL7: rhel_7
RHEL8: rhel_8
ScientificLinux6: scientific_6
SLES12SP3: suse_sles12_sp3
Ubuntu1404: ubuntu_14_04
Ubuntu1604: ubuntu_16_04
Ubuntu1710: ubuntu_17_10
Ubuntu1804: ubuntu_18_04
Ubuntu2004: ubuntu_20_04
Ubuntu2010: ubuntu_20_10
VMWareEsxi6_5: vmware_esxi_6_5
VMWareEsxi6_7: vmware_esxi_6_7
VMWareEsxi7_0: vmware_esxi_7_0
Windows2012R2: windows_2012_r2
Windows2016: windows_2016
Windows2019: windows_2019

ALPINE3: alpine_3
CENT_OS6: centos_6
CENT_OS7: centos_7
CENT_OS8: centos_8
CORE_OS_ALPHA: coreos_alpha
CORE_OS_BETA: coreos_beta
CORE_OS_STABLE: coreos_stable
CUSTOM_IPXE: custom_ipxe
DEBIAN8: debian_8
DEBIAN9: debian_9
DEBIAN10: debian_10
FLATCAR_ALPHA: flatcar_alpha
FLATCAR_BETA: flatcar_beta
FLATCAR_EDGE: flatcar_edge
FLATCAR_STABLE: flatcar_stable
FREE_BSD10_4: freebsd_10_4
FREE_BSD11_1: freebsd_11_1
FREE_BSD11_2: freebsd_11_2
FREE_BSD12_TESTING: freebsd_12_testing
NIX_OS18_03: nixos_18_03
NIX_OS19_03: nixos_19_03
OPEN_SUSE42_3: opensuse_42_3
RANCHER_OS: rancher
RHEL7: rhel_7
RHEL8: rhel_8
SCIENTIFIC_LINUX6: scientific_6
SLES12_SP3: suse_sles12_sp3
UBUNTU1404: ubuntu_14_04
UBUNTU1604: ubuntu_16_04
UBUNTU1710: ubuntu_17_10
UBUNTU1804: ubuntu_18_04
UBUNTU2004: ubuntu_20_04
UBUNTU2010: ubuntu_20_10
VM_WARE_ESXI6_5: vmware_esxi_6_5
VM_WARE_ESXI6_7: vmware_esxi_6_7
VM_WARE_ESXI7_0: vmware_esxi_7_0
WINDOWS2012_R2: windows_2012_r2
WINDOWS2016: windows_2016
WINDOWS2019: windows_2019

"alpine_3": alpine_3
"centos_6": centos_6
"centos_7": centos_7
"centos_8": centos_8
"coreos_alpha": coreos_alpha
"coreos_beta": coreos_beta
"coreos_stable": coreos_stable
"custom_ipxe": custom_ipxe
"debian_8": debian_8
"debian_9": debian_9
"debian_10": debian_10
"flatcar_alpha": flatcar_alpha
"flatcar_beta": flatcar_beta
"flatcar_edge": flatcar_edge
"flatcar_stable": flatcar_stable
"freebsd_10_4": freebsd_10_4
"freebsd_11_1": freebsd_11_1
"freebsd_11_2": freebsd_11_2
"freebsd_12_testing": freebsd_12_testing
"nixos_18_03": nixos_18_03
"nixos_19_03": nixos_19_03
"opensuse_42_3": opensuse_42_3
"rancher": rancher
"rhel_7": rhel_7
"rhel_8": rhel_8
"scientific_6": scientific_6
"suse_sles12_sp3": suse_sles12_sp3
"ubuntu_14_04": ubuntu_14_04
"ubuntu_16_04": ubuntu_16_04
"ubuntu_17_10": ubuntu_17_10
"ubuntu_18_04": ubuntu_18_04
"ubuntu_20_04": ubuntu_20_04
"ubuntu_20_10": ubuntu_20_10
"vmware_esxi_6_5": vmware_esxi_6_5
"vmware_esxi_6_7": vmware_esxi_6_7
"vmware_esxi_7_0": vmware_esxi_7_0
"windows_2012_r2": windows_2012_r2
"windows_2016": windows_2016
"windows_2019": windows_2019

Plan, PlanArgs

C2LargeARM: c2.large.arm
C2MediumX86: c2.medium.x86
C1SmallX86: baremetal_1
C1LargeARM: baremetal_2a
C1XLargeX86: baremetal_3
X2XLargeX86: x2.xlarge.x86
X1SmallX86: baremetal_1e
G2LargeX86: g2.large.x86
M2XLargeX86: m2.xlarge.x86
M1XLargeX86: baremetal_2
T1SmallX86: baremetal_0
S1LargeX86: baremetal_s
C3SmallX86: c3.small.x86
C3MediumX86: c3.medium.x86
F3MediumX86: f3.medium.x86
F3LargeX86: f3.large.x86
M3LargeX86: m3.large.x86
S3XLargeX86: s3.xlarge.x86
N2XLargeX86: n2.xlarge.x86

PlanC2LargeARM: c2.large.arm
PlanC2MediumX86: c2.medium.x86
PlanC1SmallX86: baremetal_1
PlanC1LargeARM: baremetal_2a
PlanC1XLargeX86: baremetal_3
PlanX2XLargeX86: x2.xlarge.x86
PlanX1SmallX86: baremetal_1e
PlanG2LargeX86: g2.large.x86
PlanM2XLargeX86: m2.xlarge.x86
PlanM1XLargeX86: baremetal_2
PlanT1SmallX86: baremetal_0
PlanS1LargeX86: baremetal_s
PlanC3SmallX86: c3.small.x86
PlanC3MediumX86: c3.medium.x86
PlanF3MediumX86: f3.medium.x86
PlanF3LargeX86: f3.large.x86
PlanM3LargeX86: m3.large.x86
PlanS3XLargeX86: s3.xlarge.x86
PlanN2XLargeX86: n2.xlarge.x86

C2LargeARM: c2.large.arm
C2MediumX86: c2.medium.x86
C1SmallX86: baremetal_1
C1LargeARM: baremetal_2a
C1XLargeX86: baremetal_3
X2XLargeX86: x2.xlarge.x86
X1SmallX86: baremetal_1e
G2LargeX86: g2.large.x86
M2XLargeX86: m2.xlarge.x86
M1XLargeX86: baremetal_2
T1SmallX86: baremetal_0
S1LargeX86: baremetal_s
C3SmallX86: c3.small.x86
C3MediumX86: c3.medium.x86
F3MediumX86: f3.medium.x86
F3LargeX86: f3.large.x86
M3LargeX86: m3.large.x86
S3XLargeX86: s3.xlarge.x86
N2XLargeX86: n2.xlarge.x86

C2LargeARM: c2.large.arm
C2MediumX86: c2.medium.x86
C1SmallX86: baremetal_1
C1LargeARM: baremetal_2a
C1XLargeX86: baremetal_3
X2XLargeX86: x2.xlarge.x86
X1SmallX86: baremetal_1e
G2LargeX86: g2.large.x86
M2XLargeX86: m2.xlarge.x86
M1XLargeX86: baremetal_2
T1SmallX86: baremetal_0
S1LargeX86: baremetal_s
C3SmallX86: c3.small.x86
C3MediumX86: c3.medium.x86
F3MediumX86: f3.medium.x86
F3LargeX86: f3.large.x86
M3LargeX86: m3.large.x86
S3XLargeX86: s3.xlarge.x86
N2XLargeX86: n2.xlarge.x86

C2_LARGE_ARM: c2.large.arm
C2_MEDIUM_X86: c2.medium.x86
C1_SMALL_X86: baremetal_1
C1_LARGE_ARM: baremetal_2a
C1_X_LARGE_X86: baremetal_3
X2_X_LARGE_X86: x2.xlarge.x86
X1_SMALL_X86: baremetal_1e
G2_LARGE_X86: g2.large.x86
M2_X_LARGE_X86: m2.xlarge.x86
M1_X_LARGE_X86: baremetal_2
T1_SMALL_X86: baremetal_0
S1_LARGE_X86: baremetal_s
C3_SMALL_X86: c3.small.x86
C3_MEDIUM_X86: c3.medium.x86
F3_MEDIUM_X86: f3.medium.x86
F3_LARGE_X86: f3.large.x86
M3_LARGE_X86: m3.large.x86
S3_X_LARGE_X86: s3.xlarge.x86
N2_X_LARGE_X86: n2.xlarge.x86

"c2.large.arm": c2.large.arm
"c2.medium.x86": c2.medium.x86
"baremetal_1": baremetal_1
"baremetal_2a": baremetal_2a
"baremetal_3": baremetal_3
"x2.xlarge.x86": x2.xlarge.x86
"baremetal_1e": baremetal_1e
"g2.large.x86": g2.large.x86
"m2.xlarge.x86": m2.xlarge.x86
"baremetal_2": baremetal_2
"baremetal_0": baremetal_0
"baremetal_s": baremetal_s
"c3.small.x86": c3.small.x86
"c3.medium.x86": c3.medium.x86
"f3.medium.x86": f3.medium.x86
"f3.large.x86": f3.large.x86
"m3.large.x86": m3.large.x86
"s3.xlarge.x86": s3.xlarge.x86
"n2.xlarge.x86": n2.xlarge.x86

Import

This resource can be imported using an existing device ID

 $ pulumi import equinix-metal:index/device:Device metal_device {existing_device_id}

To learn more about importing existing cloud resources, see Importing resources.

Package Details

Repository: Equinix Metal pulumi/pulumi-equinix-metal
License: Apache-2.0
Notes: This Pulumi package is based on the metal Terraform Provider.

This package is deprecated. We recommend using the new Equinix package.

Equinix Metal v3.2.1 published on Thursday, Dec 30, 2021 by DEPRECATED

Schema (JSON)

pulumi/pulumi-equinix-metal

equinix-metal.Device

On this page

On this page

Example Usage

Create Device Resource

Constructor syntax

Parameters

Constructor example

Device Resource Properties

Inputs

Outputs

Look up Existing Device Resource

Supporting Types

BillingCycle, BillingCycleArgs

DeviceIpAddress, DeviceIpAddressArgs

DeviceNetwork, DeviceNetworkArgs

DevicePort, DevicePortArgs

DeviceReinstall, DeviceReinstallArgs

Facility, FacilityArgs

OperatingSystem, OperatingSystemArgs

Plan, PlanArgs

Import

Package Details

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