terraform-vcd-vm

Terraform module which manages standalone VM ressources on VMWare Cloud Director.

Requirements

Name	Version
terraform	>= 1.1.9
vcd	>= 3.9.0

Providers

Name	Version
vcd	3.9.0

Modules

No modules.

Resources

Name	Type
vcd_vm.vm	resource
vcd_catalog.catalog	data source
vcd_catalog_vapp_template.catalog_vapp_template	data source

Inputs

Name	Description	Type	Default	Required
name	A name for the VM.	string	n/a	yes
storage_profile_name	Name of Storage Profile.	string	n/a	yes
vdc_org_name	The name of the organization to use.	string	n/a	yes
accept_all_eulas	Automatically accept EULA if OVA has it.	bool	true	no
boot_image_id	Media URN to mount as boot image.	string	null	no
catalog_name	Catalog where the vApp template is found.	string	null	no
computer_name	Computer name to assign to this virtual machine.	string	null	no
cpu_cores	The number of cores per socket.	number	null	no
cpu_hot_add_enabled	True if the virtual machine supports addition of virtual CPUs while powered on.	bool	false	no
cpu_limit	The limit (in MHz) for how much of CPU can be consumed on the underlying virtualization infrastructure. -1 value for unlimited.	number	null	no
cpu_priority	Pre-determined relative priorities according to which the non-reserved portion of this resource is made available to the virtualized workload.	string	null	no
cpu_reservation	The amount of MHz reservation on the underlying virtualization infrastructure.	number	null	no
cpu_shares	Custom priority for the resource in MHz. This is a read-only, unless the cpu_priority is 'CUSTOM'.	number	null	no
cpus	The number of virtual CPUs to allocate to the VM. Socket count is a result of: virtual logical processors/cores per socket. If cpu_hot_add_enabled is true, then cpus will be increased without VM power off.	number	null	no
customization	A block to define for guest customization options.	any	null	no
description	The VM description. Note: for VM from Template description is read only. Currently, this field has the description of the OVA used to create the VM.	string	null	no
disks	List of disks per virtual machine.	list(object({ name = string bus_number = number unit_number = number }))	[]	no
expose_hardware_virtualization	Boolean for exposing full CPU virtualization to the guest operating system so that applications that require hardware virtualization can run on virtual machines without binary translation or paravirtualization. Useful for hypervisor nesting provided underlying hardware supports it.	bool	false	no
guest_properties	Key value map of guest properties.	map(any)	null	no
hardware_version	Virtual Hardware Version (e.g.vmx-14, vmx-13, vmx-12, etc.). Required when creating empty VM.	string	null	no
memory	The amount of RAM (in MB) to allocate to the VM.	number	null	no
memory_hot_add_enabled	True if the virtual machine supports addition of memory while powered on.	bool	false	no
memory_limit	The limit (in MB) for how much of memory can be consumed on the underlying virtualization infrastructure. -1 value for unlimited.	number	null	no
memory_priority	Pre-determined relative priorities according to which the non-reserved portion of this resource is made available to the virtualized workload.	string	null	no
memory_reservation	The amount of RAM (in MB) reservation on the underlying virtualization infrastructure.	number	null	no
memory_shares	Custom priority for the resource in MB. This is a read-only, unless the memory_priority is 'CUSTOM'.	number	null	no
metadata_entry	A set of metadata entries to assign.	list(map(string))	[]	no
network	A block to define network interfaces.	any	[]	no
network_dhcp_wait_seconds	Optional number of seconds to try and wait for DHCP IP.	number	null	no
os_type	Operating System type. Possible values can be found in Os Types. Required when creating empty VM.	string	null	no
override_template_disks	A list of disks to override in the vApp template.	list(object({ bus_type = string size_in_mb = number bus_number = number unit_number = number iops = optional(number) storage_profile = optional(string) }))	[]	no
placement_policy_id	VM placement policy ID. To be used, it needs to be assigned to Org VDC using vcd_org_vdc.vm_placement_policy_ids (and optionally vcd_org_vdc.default_compute_policy_id to make it default). In this case, if the placement policy is not set, it will pick the VDC default on creation. It must be set explicitly if one wants to update it to another policy (the VM requires at least one Compute Policy), and needs to be set to '' to be removed.	string	null	no
power_on	A boolean value stating if this VM should be powered on.	bool	true	no
prevent_update_power_off	True if the virtual machine supports addition of virtual CPUs while powered on.	bool	false	no
security_tags	Set of security tags to be managed by the vcd_vapp_vm resource.	set(string)	null	no
sizing_policy_id	(vCD 10.0+) VM sizing policy ID. To be used, it needs to be assigned to Org VDC using vcd_org_vdc.vm_sizing_policy_ids (and vcd_org_vdc.default_compute_policy_id to make it default). In this case, if the sizing policy is not set, it will pick the VDC default on creation. It must be set explicitly if one wants to update it to another policy (the VM requires at least one Compute Policy), and needs to be set to '' to be removed.	string	null	no
vapp_template_name	vApp template for this maschine.	string	null	no
vdc_name	The name of VDC to use.	string	null	no
vm_name_in_template	The name of the VM in vApp Template to use. For cases when vApp template has more than one VM.	string	null	no

Outputs

Name	Description
id	The ID of the VM.
ip	The IP's of the VM.

Examples

module "vm" {
  source               = "git::https://github.com/noris-network/terraform-vcd-vapp-vm?ref=1.0.0"
  name                 = "web01.example.net"
  vdc_org_name         = "myORG"
  vdc_name             = "myDC01"
  cpus                 = 2
  catalog_name         = "myCatalog"
  vapp_template_name   = "debian11"
  memory               = 1024
  storage_profile_name = "myDatastorePolicy"
  network              = {
          "TEST-NET" = {
            ip_allocation_mode = "MANUAL"
            ip                 = "192.168.0.10"
            is_primary         = true
          },
        }
  guest_properties = {
    "user-data" = base64encode(templatefile("./templates/cloudinit.yaml", {
      hostname     = "web01.example.net"
      eth0_ip      = "192.168.0.10",
      eth0_netmask = "24"
      eth0_gateway = "192.168.0.1"
    }))
  }
  customization = { enabled = true }
}

Cloud Init Template

#cloud-config

hostname: ${hostname}
users:
  - name: testuser
    ssh-authorized-keys:
    - ssh-ed25519 AAAAC3NzaC1lZDI1NTE5AAAAIEc7+easbd9qfpyP1qaAvuFVMGqiKmAulEHS/VDEK3LFrRYLC [email protected]
    sudo: ['ALL=(ALL) NOPASSWD:ALL']
    groups: sudo
    shell: /bin/bash
    lock_passwd: false
network:
  version: 2
  ethernets:
    eth0:
      addresses:
        - ${eth0_ip}/${eth0_netmask}
      gateway4: ${eth0_gateway}
      nameservers:
        search: []
        addresses: [8.8.8.8]