Class: Fog::Compute::Vsphere::Real

Inherits:
Object
  • Object
show all
Includes:
Shared
Defined in:
lib/fog/vsphere/compute.rb,
lib/fog/vsphere/requests/compute/vm_clone.rb,
lib/fog/vsphere/requests/compute/create_vm.rb,
lib/fog/vsphere/requests/compute/vm_reboot.rb,
lib/fog/vsphere/requests/compute/get_folder.rb,
lib/fog/vsphere/requests/compute/vm_destroy.rb,
lib/fog/vsphere/requests/compute/vm_migrate.rb,
lib/fog/vsphere/requests/compute/get_cluster.rb,
lib/fog/vsphere/requests/compute/get_network.rb,
lib/fog/vsphere/requests/compute/vm_power_on.rb,
lib/fog/vsphere/requests/compute/current_time.rb,
lib/fog/vsphere/requests/compute/get_template.rb,
lib/fog/vsphere/requests/compute/list_folders.rb,
lib/fog/vsphere/requests/compute/vm_power_off.rb,
lib/fog/vsphere/requests/compute/create_folder.rb,
lib/fog/vsphere/requests/compute/get_datastore.rb,
lib/fog/vsphere/requests/compute/list_clusters.rb,
lib/fog/vsphere/requests/compute/list_networks.rb,
lib/fog/vsphere/requests/compute/vm_config_vnc.rb,
lib/fog/vsphere/requests/compute/get_datacenter.rb,
lib/fog/vsphere/requests/compute/list_templates.rb,
lib/fog/vsphere/requests/compute/get_server_type.rb,
lib/fog/vsphere/requests/compute/list_datastores.rb,
lib/fog/vsphere/requests/compute/list_vm_volumes.rb,
lib/fog/vsphere/requests/compute/list_datacenters.rb,
lib/fog/vsphere/requests/compute/modify_vm_volume.rb,
lib/fog/vsphere/requests/compute/vm_reconfig_cpus.rb,
lib/fog/vsphere/requests/compute/get_resource_pool.rb,
lib/fog/vsphere/requests/compute/list_customfields.rb,
lib/fog/vsphere/requests/compute/list_server_types.rb,
lib/fog/vsphere/requests/compute/get_interface_type.rb,
lib/fog/vsphere/requests/compute/list_vm_interfaces.rb,
lib/fog/vsphere/requests/compute/set_vm_customvalue.rb,
lib/fog/vsphere/requests/compute/vm_reconfig_memory.rb,
lib/fog/vsphere/requests/compute/get_virtual_machine.rb,
lib/fog/vsphere/requests/compute/list_resource_pools.rb,
lib/fog/vsphere/requests/compute/modify_vm_interface.rb,
lib/fog/vsphere/requests/compute/list_interface_types.rb,
lib/fog/vsphere/requests/compute/list_vm_customvalues.rb,
lib/fog/vsphere/requests/compute/vm_reconfig_hardware.rb,
lib/fog/vsphere/requests/compute/list_virtual_machines.rb,
lib/fog/vsphere/requests/compute/get_vm_first_scsi_controller.rb

Instance Attribute Summary

Attributes included from Shared

#vsphere_is_vcenter, #vsphere_rev, #vsphere_server, #vsphere_username

Instance Method Summary collapse

Constructor Details

#initialize(options = {}) ⇒ Real

Returns a new instance of Real.



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# File 'lib/fog/vsphere/compute.rb', line 334

def initialize(options={})
  require 'rbvmomi'
  @vsphere_username = options[:vsphere_username]
  @vsphere_password = options[:vsphere_password]
  @vsphere_server   = options[:vsphere_server]
  @vsphere_port     = options[:vsphere_port] || 443
  @vsphere_path     = options[:vsphere_path] || '/sdk'
  @vsphere_ns       = options[:vsphere_ns] || 'urn:vim25'
  @vsphere_rev      = options[:vsphere_rev] || '4.0'
  @vsphere_ssl      = options[:vsphere_ssl] || true
  @vsphere_expected_pubkey_hash = options[:vsphere_expected_pubkey_hash]
  @vsphere_must_reauthenticate = false
  @vsphere_is_vcenter = nil
  @connection = nil
  connect
  negotiate_revision(options[:vsphere_rev])
  authenticate
end

Instance Method Details

#add_vm_interface(vmid, options = {}) ⇒ Object

Raises:

  • (ArgumentError) 


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# File 'lib/fog/vsphere/requests/compute/modify_vm_interface.rb', line 5

def add_vm_interface(vmid, options = {})
  raise ArgumentError, "instance id is a required parameter" unless vmid

  interface = get_interface_from_options(vmid, options.merge(:server_id => vmid))
  vm_reconfig_hardware('instance_uuid' => vmid, 'hardware_spec' => {'deviceChange'=>[create_interface(interface)]})
end

#add_vm_volume(volume) ⇒ Object 



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# File 'lib/fog/vsphere/requests/compute/modify_vm_volume.rb', line 5

def add_vm_volume(volume)
  vm_reconfig_hardware('instance_uuid' => volume.server_id, 'hardware_spec' => {'deviceChange'=>[create_disk(volume, volume.unit_number, :add)]})
end

#create_folder(datacenter, path, name) ⇒ Object

Raises:

  • (ArgumentError) 


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# File 'lib/fog/vsphere/requests/compute/create_folder.rb', line 5

def create_folder(datacenter, path, name)
  #Path cannot be nil but it can be an empty string
  raise ArgumentError, "Path cannot be nil" if path.nil?

  parent_folder = get_raw_vmfolder(path, datacenter)
  begin
    new_folder = parent_folder.CreateFolder(:name => name)
    # output is cleaned up to return the new path
    # new path will be path/name, example: "Production/Pool1"
    new_folder.path.reject { |a| a.first.class == "Folder" }.map { |a| a.first.name }.join("/").sub(/^\/?Datacenters\/#{datacenter}\/vm\/?/, '')
  rescue => e
    raise e, "failed to create folder: #{e}"
  end
end

#create_vm(attributes = { }) ⇒ Object 



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# File 'lib/fog/vsphere/requests/compute/create_vm.rb', line 5

def create_vm attributes = { }
  # build up vm configuration

  vm_cfg        = {
    :name         => attributes[:name],
    :guestId      => attributes[:guest_id],
    :version      => attributes[:hardware_version],
    :files        => { :vmPathName => vm_path_name(attributes) },
    :numCPUs      => attributes[:cpus],
    :numCoresPerSocket => attributes[:corespersocket],
    :memoryMB     => attributes[:memory_mb],
    :deviceChange => device_change(attributes),
    :extraConfig  => extra_config(attributes),
  }
  resource_pool = if attributes[:resource_pool]
                    get_raw_resource_pool(attributes[:resource_pool], attributes[:cluster], attributes[:datacenter])
                  else
                    get_raw_cluster(attributes[:cluster], attributes[:datacenter]).resourcePool
                  end
  vmFolder      = get_raw_vmfolder(attributes[:path], attributes[:datacenter])
  vm            = vmFolder.CreateVM_Task(:config => vm_cfg, :pool => resource_pool).wait_for_completion
  vm.config.instanceUuid
rescue => e
  raise e, "failed to create vm: #{e}"
end

#current_time ⇒ Object 



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# File 'lib/fog/vsphere/requests/compute/current_time.rb', line 5

def current_time
  current_time = @connection.serviceInstance.CurrentTime
  { 'current_time' => current_time }
end

#destroy_vm_interface(vmid, options = {}) ⇒ Object

Raises:

  • (ArgumentError) 


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# File 'lib/fog/vsphere/requests/compute/modify_vm_interface.rb', line 12

def destroy_vm_interface(vmid, options = {})
  raise ArgumentError, "instance id is a required parameter" unless vmid

  interface = get_interface_from_options(vmid, options.merge(:server_id => vmid))
  vm_reconfig_hardware('instance_uuid' => vmid, 'hardware_spec' => {'deviceChange'=>[create_interface(interface, interface.key, :remove)]})
end

#destroy_vm_volume(volume) ⇒ Object 



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# File 'lib/fog/vsphere/requests/compute/modify_vm_volume.rb', line 9

def destroy_vm_volume(volume)
  vm_reconfig_hardware('instance_uuid' => volume.server_id, 'hardware_spec' => {'deviceChange'=>[create_disk(volume, volume.unit_number, :remove)]})
end

#get_cluster(name, datacenter_name) ⇒ Object

Raises:

  • (Fog::Compute::Vsphere::NotFound) 


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# File 'lib/fog/vsphere/requests/compute/get_cluster.rb', line 5

def get_cluster(name, datacenter_name)
  cluster = get_raw_cluster(name, datacenter_name)
  raise(Fog::Compute::Vsphere::NotFound) unless cluster
  cluster_attributes(cluster, datacenter_name)
end

#get_datacenter(name) ⇒ Object

Raises:

  • (Fog::Compute::Vsphere::NotFound) 


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# File 'lib/fog/vsphere/requests/compute/get_datacenter.rb', line 5

def get_datacenter name
  dc = find_raw_datacenter(name)
  raise(Fog::Compute::Vsphere::NotFound) unless dc
  {:name => dc.name, :status => dc.overallStatus, :path => raw_getpathmo(dc) }
end

#get_datastore(name, datacenter_name) ⇒ Object

Raises:

  • (Fog::Compute::Vsphere::NotFound) 


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# File 'lib/fog/vsphere/requests/compute/get_datastore.rb', line 5

def get_datastore(name, datacenter_name)
  datastore = get_raw_datastore(name, datacenter_name)
  raise(Fog::Compute::Vsphere::NotFound) unless datastore
  datastore_attributes(datastore, datacenter_name)
end

#get_folder(path, datacenter_name, type = nil) ⇒ Object 



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# File 'lib/fog/vsphere/requests/compute/get_folder.rb', line 5

def get_folder(path, datacenter_name, type = nil)
  type ||= 'vm'

  # Cycle through all types of folders.
  case type
    when 'vm', :vm
      # if you're a vm then grab the VM.
      folder = get_raw_vmfolder(path, datacenter_name)
      raise(Fog::Compute::Vsphere::NotFound) unless folder
      folder_attributes(folder, datacenter_name)
    when 'network', :network
      raise "not implemented"
    when 'datastore', :datastore
      raise "not implemented"
    else
      raise ArgumentError, "#{type} is unknown"
  end
end

#get_interface_type(id, servertype, datacenter, filter = {}) ⇒ Object

Raises:

  • (Fog::Compute::Vsphere::NotFound) 


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# File 'lib/fog/vsphere/requests/compute/get_interface_type.rb', line 5

def get_interface_type(id, servertype, datacenter, filter={})
   interfacetype=list_interface_types(filters={:id => id,
     :datacenter => datacenter,
     :servertype => servertype.id }).first
   raise(Fog::Compute::Vsphere::NotFound) unless interfacetype
   interfacetype
end

#get_network(name, datacenter_name) ⇒ Object

Raises:

  • (Fog::Compute::Vsphere::NotFound) 


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# File 'lib/fog/vsphere/requests/compute/get_network.rb', line 5

def get_network(name, datacenter_name)
  network = get_raw_network(name, datacenter_name)
  raise(Fog::Compute::Vsphere::NotFound) unless network
  network_attributes(network, datacenter_name)
end

#get_resource_pool(name, cluster_name, datacenter_name) ⇒ Object

Raises:

  • (Fog::Compute::Vsphere::NotFound) 


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# File 'lib/fog/vsphere/requests/compute/get_resource_pool.rb', line 5

def get_resource_pool(name, cluster_name, datacenter_name)
  resource_pool = get_raw_resource_pool(name, cluster_name, datacenter_name)
  raise(Fog::Compute::Vsphere::NotFound) unless resource_pool
  resource_pool_attributes(resource_pool, cluster_name, datacenter_name)
end

#get_server_type(id, datacenter, filter = {}) ⇒ Object

Raises:

  • (Fog::Compute::Vsphere::NotFound) 


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# File 'lib/fog/vsphere/requests/compute/get_server_type.rb', line 5

def get_server_type(id, datacenter, filter={})
  server_type=get_raw_server_type(id, datacenter)
  raise(Fog::Compute::Vsphere::NotFound) unless server_type
  server_type_attributes(server_type, datacenter)
end

#get_template(id, datacenter_name = nil) ⇒ Object 



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# File 'lib/fog/vsphere/requests/compute/get_template.rb', line 5

def get_template(id, datacenter_name = nil)
  convert_vm_mob_ref_to_attr_hash(get_vm_ref(id, datacenter_name))
end

#get_virtual_machine(id, datacenter_name = nil) ⇒ Object 



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# File 'lib/fog/vsphere/requests/compute/get_virtual_machine.rb', line 5

def get_virtual_machine(id, datacenter_name = nil)
  convert_vm_mob_ref_to_attr_hash(get_vm_ref(id, datacenter_name))
end

#get_vm_first_scsi_controller(vm_id) ⇒ Object 



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# File 'lib/fog/vsphere/requests/compute/get_vm_first_scsi_controller.rb', line 6

def get_vm_first_scsi_controller(vm_id)
  Fog::Compute::Vsphere::SCSIController.new(get_vm_first_scsi_controller_raw(vm_id))
end

#get_vm_first_scsi_controller_raw(vm_id) ⇒ Object 



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# File 'lib/fog/vsphere/requests/compute/get_vm_first_scsi_controller.rb', line 10

def get_vm_first_scsi_controller_raw(vm_id)
  ctrl=get_vm_ref(vm_id).config.hardware.device.grep(RbVmomi::VIM::VirtualSCSIController).select{ | ctrl | ctrl.key == 1000 }.first
  {
    :type    => ctrl.class.to_s,
    :shared_bus  => ctrl.sharedBus.to_s,
    :unit_number => ctrl.scsiCtlrUnitNumber,
    :key => ctrl.key,
  }
end

#get_vm_interface(vm_id, options = {}) ⇒ Object

Raises:

  • (ArgumentError) 


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# File 'lib/fog/vsphere/requests/compute/list_vm_interfaces.rb', line 45

def get_vm_interface(vm_id, options={})
  raise ArgumentError, "instance id is a required parameter" unless vm_id
  if options.is_a? Fog::Compute::Vsphere::Interface
    options
  else
    raise ArgumentError, "Either key or name is a required parameter. options: #{options}" unless options.key? :key or options.key? :mac or options.key? :name
    list_vm_interfaces(vm_id).find do | nic |
      (options.key? :key and nic[:key]==options[:key].to_i) or (options.key? :mac and nic[:mac]==options[:mac]) or (options.key? :name and nic[:name]==options[:name])
    end
  end
end

#interface_type_attributes(nic, servertype, datacenter) ⇒ Object 



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# File 'lib/fog/vsphere/requests/compute/list_interface_types.rb', line 14

def interface_type_attributes(nic, servertype, datacenter)
  {
    :id => nic,
    :name => nic,
    :datacenter => datacenter,
    :servertype => servertype
  }
end

#list_clusters(filters = { }) ⇒ Object 



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# File 'lib/fog/vsphere/requests/compute/list_clusters.rb', line 5

def list_clusters(filters = { })
  datacenter_name = filters[:datacenter]

  raw_clusters(datacenter_name).map do |cluster|
    cluster_attributes(cluster, datacenter_name)
  end
end

#list_customfields ⇒ Object 



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# File 'lib/fog/vsphere/requests/compute/list_customfields.rb', line 5

def list_customfields()
  @connection.serviceContent.customFieldsManager.field.map do |customfield|
    {
      :key   => customfield.key.to_i,
      :name  => customfield.name,
      :type  => customfield.type
    }
  end
end

#list_datacenters(filters = {}) ⇒ Object 



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# File 'lib/fog/vsphere/requests/compute/list_datacenters.rb', line 5

def list_datacenters filters = {}
  raw_datacenters.map do |dc|
    {
      :id => managed_obj_id(dc),
      :name => dc.name,
      :path => raw_getpathmo(dc),
      :status => dc.overallStatus
    }
  end
end

#list_datastores(filters = { }) ⇒ Object 



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# File 'lib/fog/vsphere/requests/compute/list_datastores.rb', line 5

def list_datastores(filters = { })
  datacenter_name = filters[:datacenter]
  # default to show all datastores
  only_active = filters[:accessible] || false
  raw_datastores(datacenter_name).map do |datastore|
    next if only_active and !datastore.summary.accessible
    datastore_attributes(datastore, datacenter_name)
  end.compact
end

#list_folders(filters = { }) ⇒ Object

Grabs all sub folders within a given path folder.

Parameters

  • filters<~Hash>:

    • :datacenter<~String> - REQUIRED Your datacenter where you’re looking for folders. Example: ‘my-datacenter-name’ (passed if you are using the models/collections)

      eg: vspconn.datacenters.first.vm_folders('mypath')

    • :path<~String> - Your path where you’re looking for more folders, if return = none you will get an error. If you don’t define it will look in the main datacenter folder for any folders in that datacenter.

Example Usage Testing Only:

vspconn = Fog::Compute[:vsphere]
mydc = vspconn.datacenters.first
folders = mydc.vm_folders



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# File 'lib/fog/vsphere/requests/compute/list_folders.rb', line 23

def list_folders(filters = { })
  path            = filters[:path] || filters['path'] || ''
  datacenter_name = filters[:datacenter]
  get_raw_vmfolders(path, datacenter_name).map do |folder|
    folder_attributes(folder, datacenter_name)
  end
end

#list_interface_types(filters = {}) ⇒ Object 



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# File 'lib/fog/vsphere/requests/compute/list_interface_types.rb', line 5

def list_interface_types(filters={})
  datacenter_name = filters[:datacenter]
  servertype_name = filters[:servertype]
  get_raw_server_type(servertype_name, datacenter_name)[:supportedEthernetCard].map do | nictype |
    next if filters.key?(:id) and filters[:id] != nictype
    interface_type_attributes(nictype, servertype_name, datacenter_name)
  end.compact
end

#list_networks(filters = { }) ⇒ Object 



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# File 'lib/fog/vsphere/requests/compute/list_networks.rb', line 5

def list_networks(filters = { })
  datacenter_name = filters[:datacenter]
  # default to show all networks
  only_active = filters[:accessible] || false
  raw_networks(datacenter_name).map do |network|
    next if only_active and !network.summary.accessible
    network_attributes(network, datacenter_name)
  end.compact
end

#list_resource_pools(filters = { }) ⇒ Object 



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# File 'lib/fog/vsphere/requests/compute/list_resource_pools.rb', line 5

def list_resource_pools(filters = { })
  datacenter_name = filters[:datacenter]
  cluster_name    = filters[:cluster]
  cluster         = get_raw_cluster(cluster_name, datacenter_name)
  list_raw_resource_pools(cluster).map do |resource_pool|
    resource_pool_attributes(resource_pool, cluster_name, datacenter_name)
  end
end

#list_server_types(filters = {}) ⇒ Object 



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# File 'lib/fog/vsphere/requests/compute/list_server_types.rb', line 5

def list_server_types(filters={})
  datacenter_name = filters[:datacenter]
  servertypes=raw_server_types(datacenter_name)
  if servertypes
    servertypes.map do | servertype |
       server_type_attributes(servertype, datacenter_name)
    end.compact
  else
    nil
  end
  #select{ | guestdesc | guestdesc.select{ | k, v | filter.has_key?(k) and filter[k] == v }==filter }
end

#list_templates(options = { }) ⇒ Object 



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# File 'lib/fog/vsphere/requests/compute/list_templates.rb', line 5

def list_templates(options = { })
  options[:folder] ||= options['folder']
  if options[:folder] then
    list_all_templates_in_folder(options[:folder], options[:datacenter])
  else
    list_all_templates(options)
  end
end

#list_virtual_machines(options = { }) ⇒ Object 



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# File 'lib/fog/vsphere/requests/compute/list_virtual_machines.rb', line 5

def list_virtual_machines(options = { })
  # Listing all VM's can be quite slow and expensive.  Try and optimize
  # based on the available options we have.  These conditions are in
  # ascending order of time to complete for large deployments.

  options[:folder] ||= options['folder']
  if options['instance_uuid'] then
    [get_virtual_machine(options['instance_uuid'])]
  elsif options[:folder] && options[:datacenter] then
    list_all_virtual_machines_in_folder(options[:folder], options[:datacenter])
  else
    list_all_virtual_machines(options)
  end
end

#list_vm_customvalues(vm_id) ⇒ Object 



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# File 'lib/fog/vsphere/requests/compute/list_vm_customvalues.rb', line 5

def list_vm_customvalues(vm_id)
  get_vm_ref(vm_id).summary.customValue.map do |customvalue|
    {
      :key    => customvalue.key.to_i,
      :value  => customvalue.value,
    }
  end
end

#list_vm_interfaces(vm_id) ⇒ Object

> VirtualE1000(

addressType: “assigned”, backing: VirtualEthernetCardNetworkBackingInfo(

deviceName: "VM Network",
dynamicProperty: [],
network: Network("network-163"),
useAutoDetect: false

), connectable: VirtualDeviceConnectInfo(

allowGuestControl: true,
connected: true,
dynamicProperty: [],
startConnected: true,
status: "ok"

), controllerKey: 100, deviceInfo: Description(

dynamicProperty: [],
label: "Network adapter 1",
summary: "VM Network"

), dynamicProperty: [], key: 4000, macAddress: “00:50:56:a9:00:28”, unitNumber: 7,



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# File 'lib/fog/vsphere/requests/compute/list_vm_interfaces.rb', line 31

def list_vm_interfaces(vm_id)
  get_vm_ref(vm_id).config.hardware.device.grep(RbVmomi::VIM::VirtualEthernetCard).map do |nic|
    {
      :name    => nic.deviceInfo.label,
      :mac     => nic.macAddress,
      :network => nic.backing.respond_to?("network") ? nic.backing.network.name : nic.backing.port.portgroupKey,
      :status  => nic.connectable.status,
      :summary => nic.deviceInfo.summary,
      :type    => nic.class,
      :key     => nic.key,
    }
  end
end

#list_vm_volumes(vm_id) ⇒ Object

[VirtualDisk(

backing: VirtualDiskFlatVer2BackingInfo(
  contentId: "a172d19487e878e17d6b16ff2505d7eb",
  datastore: Datastore("datastore-162"),
  diskMode: "persistent",
  dynamicProperty: [],
  fileName: "[Storage1] rhel6-mfojtik/rhel6-mfojtik.vmdk",
  split: false,
  thinProvisioned: true,
  uuid: "6000C29c-a47d-4cd9-5249-c371de775f06",
  writeThrough: false
),
capacityInKB: 8388608,
controllerKey: 1000,
deviceInfo: Description(
  dynamicProperty: [],
  label: "Hard disk 1",
  summary: "8,388,608 KB"
),
dynamicProperty: [],
key: 2001,
shares: SharesInfo( dynamicProperty: [], level: "normal", shares: 1000 ),
unitNumber: 1

)]



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# File 'lib/fog/vsphere/requests/compute/list_vm_volumes.rb', line 30

def list_vm_volumes(vm_id)
  get_vm_ref(vm_id).disks.map do |vol|
    {
      :id => vol.backing.uuid,
      :thin => (vol.backing.thinProvisioned rescue(nil)),
      :mode => vol.backing.diskMode,
      :filename => vol.backing.fileName,
      :datastore => (vol.backing.datastore.name rescue(nil)),
      :size => vol.capacityInKB,
      :name => vol.deviceInfo.label,
      :key => vol.key,
      :unit_number => vol.unitNumber
    }
  end
end

#raw_clusters(datacenter) ⇒ Object 



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# File 'lib/fog/vsphere/requests/compute/list_clusters.rb', line 13

def raw_clusters(datacenter)
  find_raw_datacenter(datacenter).hostFolder.childEntity.grep(RbVmomi::VIM::ClusterComputeResource)
end

#raw_datastores(datacenter_name) ⇒ Object 



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# File 'lib/fog/vsphere/requests/compute/list_datastores.rb', line 15

def raw_datastores(datacenter_name)
  find_raw_datacenter(datacenter_name).datastore
end

#raw_networks(datacenter_name) ⇒ Object 



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# File 'lib/fog/vsphere/requests/compute/list_networks.rb', line 15

def raw_networks(datacenter_name)
  find_raw_datacenter(datacenter_name).network
end

#raw_server_types(datacenter_name, filter = {}) ⇒ Object 



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# File 'lib/fog/vsphere/requests/compute/list_server_types.rb', line 18

def raw_server_types(datacenter_name, filter={})
  datacenter=find_raw_datacenter(datacenter_name)
  environmentBrowser=datacenter.hostFolder.childEntity.grep(RbVmomi::VIM::ComputeResource).first.environmentBrowser
  if environmentBrowser
    environmentBrowser.QueryConfigOption[:guestOSDescriptor]
  end
end

#reload ⇒ Object 



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# File 'lib/fog/vsphere/compute.rb', line 353

def reload
  connect
  # Check if the negotiation was ever run
  if @vsphere_is_vcenter.nil?
    negotiate
  end
  authenticate
end

#set_vm_customvalue(vm_id, key, value) ⇒ Object 



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# File 'lib/fog/vsphere/requests/compute/set_vm_customvalue.rb', line 5

def set_vm_customvalue(vm_id, key, value)
  vm_ref = get_vm_ref(vm_id)
  vm_ref.setCustomValue(:key => key, :value => value)
end

#update_vm_interface(vmid, options = {}) ⇒ Object

Raises:

  • (ArgumentError) 


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# File 'lib/fog/vsphere/requests/compute/modify_vm_interface.rb', line 19

def update_vm_interface(vmid, options = {})
  raise ArgumentError, "instance id is a required parameter" unless vmid

  interface = get_interface_from_options(vmid, options.merge(:server_id => vmid))
  vm_reconfig_hardware('instance_uuid' => vmid, 'hardware_spec' => {'deviceChange'=>[create_interface(interface, interface.key, :edit)]})
end

#vm_clone(options = {}) ⇒ Object

Clones a VM from a template or existing machine on your vSphere Server.

Parameters

  • options<~Hash>:

    • ‘datacenter’<~String> - REQUIRED Datacenter name your cloning in. Make sure this datacenter exists, should if you’re using the clone function in server.rb model.

    • ‘template_path’<~String> - REQUIRED The path to the machine you want to clone FROM. Relative to Datacenter (Example: “FolderNameHere/VMNameHere”)

    • ‘name’<~String> - REQUIRED The VMName of the Destination

    • ‘dest_folder’<~String> - Destination Folder of where ‘name’ will be placed on your cluster. Relative Path to Datacenter E.G. “FolderPlaceHere/anotherSub Folder/onemore”

    • ‘power_on’<~Boolean> - Whether to power on machine after clone. Defaults to true.

    • ‘wait’<~Boolean> - Whether the method should wait for the virtual machine to finish cloning before returning information from vSphere. Broken right now as you cannot return a model of a serer that isn’t finished cloning. Defaults to True

    • ‘resource_pool’<~Array> - The resource pool on your datacenter cluster you want to use. Only works with clusters within same same datacenter as where you’re cloning from. Datacenter grabbed from template_path option. Example: [‘cluster_name_here’,‘resource_pool_name_here’]

    • ‘datastore’<~String> - The datastore you’d like to use.

      (datacenterObj.datastoreFolder.find('name') in API)

    • ‘transform’<~String> - Not documented - see www.vmware.com/support/developer/vc-sdk/visdk41pubs/ApiReference/vim.vm.RelocateSpec.html

    • ‘numCPUs’<~Integer> - the number of Virtual CPUs of the Destination VM

    • ‘memoryMB’<~Integer> - the size of memory of the Destination VM in MB

    • customization_spec<~Hash>: Options are marked as required if you use this customization_spec. Static IP Settings not configured. This only support cloning and setting DHCP on the first interface

      • ‘domain’<~String> - REQUIRED This is put into /etc/resolve.conf (we hope)

      • ‘hostname’<~String> - Hostname of the Guest Os - default is options

      • ‘hw_utc_clock’<~Boolean> - REQUIRED Is hardware clock UTC? Default true

      • ‘time_zone’<~String> - REQUIRED Only valid linux options are valid - example: ‘America/Denver’



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# File 'lib/fog/vsphere/requests/compute/vm_clone.rb', line 70

def vm_clone(options = {})
  # Option handling
  options = vm_clone_check_options(options)

  # Added for people still using options['path']
  template_path = options['path'] || options['template_path']

  # Options['template_path']<~String>
  # Added for people still using options['path']
  template_path = options['path'] || options['template_path']
  # Now find the template itself using the efficient find method
  vm_mob_ref = get_vm_ref(template_path, options['datacenter'])

  # Options['dest_folder']<~String>
  # Grab the destination folder object if it exists else use cloned mach
  dest_folder = get_raw_vmfolder(options['dest_folder'], options['datacenter']) if options.key?('dest_folder')
  dest_folder ||= vm_mob_ref.parent

  # Options['resource_pool']<~Array>
  # Now find _a_ resource pool to use for the clone if one is not specified
  if ( options.key?('resource_pool') && options['resource_pool'].is_a?(Array) && options['resource_pool'].length == 2 )
    cluster_name = options['resource_pool'][0]
    pool_name = options['resource_pool'][1]
    resource_pool = get_raw_resource_pool(pool_name, cluster_name, options['datacenter'])
  elsif ( vm_mob_ref.resourcePool == nil )
    # If the template is really a template then there is no associated resource pool,
    # so we need to find one using the template's parent host or cluster
    esx_host = vm_mob_ref.collect!('runtime.host')['runtime.host']
    # The parent of the ESX host itself is a ComputeResource which has a resourcePool
    resource_pool = esx_host.parent.resourcePool
  end
  # If the vm given did return a valid resource pool, default to using it for the clone.
  # Even if specific pools aren't implemented in this environment, we will still get back
  # at least the cluster or host we can pass on to the clone task
  # This catches if resource_pool option is set but comes back nil and if resourcePool is
  # already set.
  resource_pool ||= vm_mob_ref.resourcePool.nil? ? esx_host.parent.resourcePool : vm_mob_ref.resourcePool

  # Options['datastore']<~String>
  # Grab the datastore object if option is set
  datastore_obj = get_raw_datastore(options['datastore'], options['datacenter']) if options.key?('datastore')
  # confirm nil if nil or option is not set
  datastore_obj ||= nil
  virtual_machine_config_spec = RbVmomi::VIM::VirtualMachineConfigSpec()

  # Options['network']
  # Build up the config spec
  if ( options.key?('network_label') )
    #network_obj = datacenter_obj.networkFolder.find(options['network_label'])
    config_spec_operation = RbVmomi::VIM::VirtualDeviceConfigSpecOperation('edit')
    nic_backing_info = RbVmomi::VIM::VirtualEthernetCardNetworkBackingInfo(:deviceName => options['network_label'])
      #:deviceName => "Network adapter 1",
      #:network => network_obj)
    connectable = RbVmomi::VIM::VirtualDeviceConnectInfo(
      :allowGuestControl => true,
      :connected => true,
      :startConnected => true)
    device = RbVmomi::VIM::VirtualE1000(
      :backing => nic_backing_info,
      :deviceInfo => RbVmomi::VIM::Description(:label => "Network adapter 1", :summary => options['network_label']),
      :key => options['network_adapter_device_key'],
      :connectable => connectable)
    device_spec = RbVmomi::VIM::VirtualDeviceConfigSpec(
      :operation => config_spec_operation,
      :device => device)
    virtual_machine_config_spec.deviceChange = [device_spec]
  end
  # Options['numCPUs'] or Options['memoryMB']
  # Build up the specification for Hardware, for more details see ____________
  # https://github.com/rlane/rbvmomi/blob/master/test/test_serialization.rb
  # http://www.vmware.com/support/developer/vc-sdk/visdk41pubs/ApiReference/vim.vm.ConfigSpec.html
  # FIXME: pad this out with the rest of the useful things in VirtualMachineConfigSpec
  virtual_machine_config_spec.numCPUs = options['numCPUs'] if  ( options.key?('numCPUs') )
  virtual_machine_config_spec.memoryMB = options['memoryMB'] if ( options.key?('memoryMB') )
  # Options['customization_spec']
  # Build up all the crappy tiered objects like the perl method
  # Collect your variables ifset (writing at 11pm revist me)
  # * domain <~String> - *REQUIRED* - Sets the server's domain for customization
  # * dnsSuffixList <~Array> - Optional - Sets the dns search paths in resolv - Example: ["dev.example.com", "example.com"]
  # * ipsettings <~Hash> - Optional - If not set defaults to dhcp
  #  * ip <~String> - *REQUIRED* Sets the ip address of the VM - Example: 10.0.0.10
  #  * dnsServerList <~Array> - Optional - Sets the nameservers in resolv - Example: ["10.0.0.2", "10.0.0.3"]
  #  * gateway <~Array> - Optional - Sets the gateway for the interface - Example: ["10.0.0.1"]
  #  * subnetMask <~String> - *REQUIRED* - Set the netmask of the interface - Example: "255.255.255.0"
  #    For other ip settings options see http://www.vmware.com/support/developer/vc-sdk/visdk41pubs/ApiReference/vim.vm.customization.IPSettings.html
  if ( options.key?('customization_spec') )
    cust_options = options['customization_spec']
    if cust_options.key?("ipsettings")
      raise ArgumentError, "ip and subnetMask is required for static ip" unless cust_options["ipsettings"].key?("ip") and
                                                                                cust_options["ipsettings"].key?("subnetMask")
    end
    raise ArgumentError, "domain is required" unless cust_options.key?("domain")
    cust_domain = cust_options['domain']
    cust_ip_settings = RbVmomi::VIM::CustomizationIPSettings.new(cust_options["ipsettings"]) if cust_options.key?("ipsettings")
    cust_ip_settings.ip = RbVmomi::VIM::CustomizationFixedIp("ipAddress" => cust_options["ipsettings"]["ip"]) if cust_options.key?("ipsettings")
    cust_ip_settings ||= RbVmomi::VIM::CustomizationIPSettings.new("ip" => RbVmomi::VIM::CustomizationDhcpIpGenerator.new())
    cust_ip_settings.dnsDomain = cust_domain
    cust_global_ip_settings = RbVmomi::VIM::CustomizationGlobalIPSettings.new
    cust_global_ip_settings.dnsServerList = cust_ip_settings.dnsServerList
    cust_global_ip_settings.dnsSuffixList = cust_options['dnsSuffixList'] || [cust_domain]
    cust_hostname = RbVmomi::VIM::CustomizationFixedName.new(:name => cust_options['hostname']) if cust_options.key?('hostname')
    cust_hostname ||= RbVmomi::VIM::CustomizationFixedName.new(:name => options['name'])
    cust_hwclockutc = cust_options['hw_clock_utc']
    cust_timezone = cust_options['time_zone']
    # Start Building objects
    # Build the CustomizationLinuxPrep Object
    cust_prep = RbVmomi::VIM::CustomizationLinuxPrep.new(
      :domain => cust_domain,
      :hostName => cust_hostname,
      :hwClockUTC => cust_hwclockutc,
      :timeZone => cust_timezone)
    # Build the Custom Adapter Mapping Supports only one eth right now
    cust_adapter_mapping = [RbVmomi::VIM::CustomizationAdapterMapping.new("adapter" => cust_ip_settings)]
    # Build the customization Spec
    customization_spec = RbVmomi::VIM::CustomizationSpec.new(
      :identity => cust_prep,
      :globalIPSettings => cust_global_ip_settings,
      :nicSettingMap => cust_adapter_mapping)
  end
  customization_spec ||= nil

  relocation_spec=nil
  if ( options['linked_clone'] )
    # cribbed heavily from the rbvmomi clone_vm.rb
    # this chunk of code reconfigures the disk of the clone source to be read only,
    # and then creates a delta disk on top of that, this is required by the API in order to create
    # linked clondes
    disks = vm_mob_ref.config.hardware.device.select do |vm_device|
      vm_device.class == RbVmomi::VIM::VirtualDisk
    end
    disks.select{|vm_device| vm_device.backing.parent == nil}.each do |disk|
      disk_spec = {
        :deviceChange => [
          {
            :operation => :remove,
            :device => disk
          },
          {
            :operation => :add,
            :fileOperation => :create,
            :device => disk.dup.tap{|disk_backing|
              disk_backing.backing = disk_backing.backing.dup;
              disk_backing.backing.fileName = "[#{disk.backing.datastore.name}]";
              disk_backing.backing.parent = disk.backing
            }
          },
        ]
      }
      vm_mob_ref.ReconfigVM_Task(:spec => disk_spec).wait_for_completion
    end
    # Next, create a Relocation Spec instance
    relocation_spec = RbVmomi::VIM.VirtualMachineRelocateSpec(:datastore => datastore_obj,
                                                              :pool => resource_pool,
                                                              :diskMoveType => :moveChildMostDiskBacking)
  else
    relocation_spec = RbVmomi::VIM.VirtualMachineRelocateSpec(:datastore => datastore_obj,
                                                              :pool => resource_pool,
                                                              :transform => options['transform'] || 'sparse')
  end
  # And the clone specification
  clone_spec = RbVmomi::VIM.VirtualMachineCloneSpec(:location => relocation_spec,
                                                    :config => virtual_machine_config_spec,
                                                    :customization => customization_spec,
                                                    :powerOn  => options.key?('power_on') ? options['power_on'] : true,
                                                    :template => false)

  # Perform the actual Clone Task
  task = vm_mob_ref.CloneVM_Task(:folder => dest_folder,
                                 :name => options['name'],
                                 :spec => clone_spec)
  # Waiting for the VM to complete allows us to get the VirtulMachine
  # object of the new machine when it's done.  It is HIGHLY recommended
  # to set 'wait' => true if your app wants to wait.  Otherwise, you're
  # going to have to reload the server model over and over which
  # generates a lot of time consuming API calls to vmware.
  if options.fetch('wait', true) then
    # REVISIT: It would be awesome to call a block passed to this
    # request to notify the application how far along in the process we
    # are.  I'm thinking of updating a progress bar, etc...
    new_vm = task.wait_for_completion
  else
    tries = 0
    new_vm = begin
      # Try and find the new VM (folder.find is quite efficient)
      dest_folder.find(options['name'], RbVmomi::VIM::VirtualMachine) or raise Fog::Vsphere::Errors::NotFound
    rescue Fog::Vsphere::Errors::NotFound
      tries += 1
      if tries <= 10 then
        sleep 15
        retry
      end
      nil
    end
  end

  # Return hash
  {
    'vm_ref'        => new_vm ? new_vm._ref : nil,
    'new_vm'        => new_vm ? get_virtual_machine("#{options['dest_folder']}/#{options['name']}", options['datacenter']) : nil,
    'task_ref'      => task._ref
  }
end

#vm_config_vnc(options = { }) ⇒ Object

Raises:

  • (ArgumentError) 


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# File 'lib/fog/vsphere/requests/compute/vm_config_vnc.rb', line 5

def vm_config_vnc(options = { })
  raise ArgumentError, "instance_uuid is a required parameter" unless options.key? 'instance_uuid'

  search_filter = { :uuid => options['instance_uuid'], 'vmSearch' => true, 'instanceUuid' => true }
  vm_mob_ref    = @connection.searchIndex.FindAllByUuid(search_filter).first
  task          = vm_mob_ref.ReconfigVM_Task(:spec => {
    :extraConfig => [
      { :key => 'RemoteDisplay.vnc.enabled',  :value => options[:enabled] ? 'true' : 'false' },
      { :key => 'RemoteDisplay.vnc.password', :value => options[:password].to_s },
      { :key => 'RemoteDisplay.vnc.port',     :value => options[:port].to_s || '5910' }
    ]
  })
  task.wait_for_completion
  { 'task_state' => task.info.state }
end

#vm_destroy(options = {}) ⇒ Object

Raises:

  • (ArgumentError) 


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# File 'lib/fog/vsphere/requests/compute/vm_destroy.rb', line 5

def vm_destroy(options = {})
  raise ArgumentError, "instance_uuid is a required parameter" unless options.key? 'instance_uuid'

  vm_mob_ref = get_vm_ref(options['instance_uuid'])
  task = vm_mob_ref.Destroy_Task
  task.wait_for_completion
  { 'task_state' => task.info.state }
end

#vm_get_vnc(uuid) ⇒ Object

return a hash of VNC attributes required to view the console



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# File 'lib/fog/vsphere/requests/compute/vm_config_vnc.rb', line 22

def vm_get_vnc uuid
  search_filter = { :uuid => uuid, 'vmSearch' => true, 'instanceUuid' => true }
  vm = @connection.searchIndex.FindAllByUuid(search_filter).first
  Hash[vm.config.extraConfig.map do |config|
    if config.key =~ /^RemoteDisplay\.vnc\.(\w+)$/
      [$1.to_sym, config.value]
    end
  end.compact]
end

#vm_migrate(options = {}) ⇒ Object

Raises:

  • (ArgumentError) 


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# File 'lib/fog/vsphere/requests/compute/vm_migrate.rb', line 5

def vm_migrate(options = {})
  #priority is the only required option, and it has a sane default option.
  priority = options['priority'].nil? ? 'defaultPriority' : options["priority"]
  raise ArgumentError, "instance_uuid is a required parameter" unless options.key? 'instance_uuid'

  # Find the VM Object
  search_filter = { :uuid => options['instance_uuid'], 'vmSearch' => true, 'instanceUuid' => true }
  vm_mob_ref = @connection.searchIndex.FindAllByUuid(search_filter).first

  unless vm_mob_ref.kind_of? RbVmomi::VIM::VirtualMachine
    raise Fog::Vsphere::Errors::NotFound,
      "Could not find VirtualMachine with instance uuid #{options['instance_uuid']}"
  end
  task = vm_mob_ref.MigrateVM_Task(:pool => options['pool'], :host => options['host'], :priority => "#{priority}", :state => options['state'] )
  task.wait_for_completion
  { 'task_state' => task.info.state }
end

#vm_power_off(options = {}) ⇒ Object

Raises:

  • (ArgumentError) 


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# File 'lib/fog/vsphere/requests/compute/vm_power_off.rb', line 5

def vm_power_off(options = {})
  options = { 'force' => false }.merge(options)
  raise ArgumentError, "instance_uuid is a required parameter" unless options.key? 'instance_uuid'

  search_filter = { :uuid => options['instance_uuid'], 'vmSearch' => true, 'instanceUuid' => true }
  vm_mob_ref = @connection.searchIndex.FindAllByUuid(search_filter).first

  if options['force'] then
    task = vm_mob_ref.PowerOffVM_Task
    task.wait_for_completion
    { 'task_state' => task.info.result, 'power_off_type' => 'cut_power' }
  else
    vm_mob_ref.ShutdownGuest
    {
      'task_state'     => "running",
      'power_off_type' => 'shutdown_guest',
    }
  end
end

#vm_power_on(options = {}) ⇒ Object

Raises:

  • (ArgumentError) 


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# File 'lib/fog/vsphere/requests/compute/vm_power_on.rb', line 5

def vm_power_on(options = {})
  raise ArgumentError, "instance_uuid is a required parameter" unless options.key? 'instance_uuid'

  search_filter = { :uuid => options['instance_uuid'], 'vmSearch' => true, 'instanceUuid' => true }
  vm_mob_ref = @connection.searchIndex.FindAllByUuid(search_filter).first

  task = vm_mob_ref.PowerOnVM_Task
  task.wait_for_completion
  # 'success', 'running', 'queued', 'error'
  { 'task_state' => task.info.state }
end

#vm_reboot(options = {}) ⇒ Object

Raises:

  • (ArgumentError) 


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# File 'lib/fog/vsphere/requests/compute/vm_reboot.rb', line 5

def vm_reboot(options = {})
  options = { 'force' => false }.merge(options)
  raise ArgumentError, "instance_uuid is a required parameter" unless options.key? 'instance_uuid'

  search_filter = { :uuid => options['instance_uuid'], 'vmSearch' => true, 'instanceUuid' => true }
  vm_mob_ref = @connection.searchIndex.FindAllByUuid(search_filter).first

  if options['force'] then
    task = vm_mob_ref.ResetVM_Task
    task.wait_for_completion
    { 'task_state' => task.info.result, 'reboot_type' => 'reset_power' }
  else
    vm_mob_ref.RebootGuest
    { 'task_state' => "running", 'reboot_type' => 'reboot_guest' }
  end
end

#vm_reconfig_cpus(options = {}) ⇒ Object

Raises:

  • (ArgumentError) 


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# File 'lib/fog/vsphere/requests/compute/vm_reconfig_cpus.rb', line 5

def vm_reconfig_cpus(options = {})
  raise ArgumentError, "cpus is a required parameter" unless options.key? 'cpus'
  raise ArgumentError, "instance_uuid is a required parameter" unless options.key? 'instance_uuid'
  hardware_spec={'numCPUs' => options['cpus'], 'numCoresPerSocket' => options['corespersocket']}
  vm_reconfig_hardware('instance_uuid' => options['instance_uuid'], 'hardware_spec' => hardware_spec )
end

#vm_reconfig_hardware(options = {}) ⇒ Object

Raises:

  • (ArgumentError) 


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# File 'lib/fog/vsphere/requests/compute/vm_reconfig_hardware.rb', line 5

def vm_reconfig_hardware(options = {})
  raise ArgumentError, "hardware_spec is a required parameter" unless options.key? 'hardware_spec'
  raise ArgumentError, "instance_uuid is a required parameter" unless options.key? 'instance_uuid'
  vm_mob_ref = get_vm_ref(options['instance_uuid'])
  task = vm_mob_ref.ReconfigVM_Task(:spec => RbVmomi::VIM.VirtualMachineConfigSpec(options['hardware_spec']))
  task.wait_for_completion
   { 'task_state' => task.info.state }
end

#vm_reconfig_memory(options = {}) ⇒ Object

Raises:

  • (ArgumentError) 


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# File 'lib/fog/vsphere/requests/compute/vm_reconfig_memory.rb', line 5

def vm_reconfig_memory(options = {})
  raise ArgumentError, "memory is a required parameter" unless options.key? 'memory'
  raise ArgumentError, "instance_uuid is a required parameter" unless options.key? 'instance_uuid'
  hardware_spec={'memoryMB' => options['memory']}
  vm_reconfig_hardware('instance_uuid' => options['instance_uuid'], 'hardware_spec' => hardware_spec )
end