common

type DhcpConfiguration []configDeclaration

type DiskAndCDConfigData struct {
	SCSI_Present         string
	SCSI_diskAdapterType string
	SATA_Present         string
	NVME_Present         string

	DiskType                   string
	CDROMType                  string
	CDROMType_PrimarySecondary string
	CDROM_PATH                 string
}

type DiskConfig struct {
	// The size(s) of any additional
	// hard disks for the VM in megabytes. If this is not specified then the VM
	// will only contain a primary hard disk. The builder uses expandable, not
	// fixed-size virtual hard disks, so the actual file representing the disk will
	// not use the full size unless it is full.
	AdditionalDiskSize []uint `mapstructure:"disk_additional_size" required:"false"`
	// The adapter type of the VMware virtual disk to create. This option is
	// for advanced usage, modify only if you know what you're doing. Some of
	// the options you can specify are `ide`, `sata`, `nvme` or `scsi` (which
	// uses the "lsilogic" scsi interface by default). If you specify another
	// option, Packer will assume that you're specifying a `scsi` interface of
	// that specified type. For more information, please consult [Virtual Disk
	// Manager User's Guide](http://www.vmware.com/pdf/VirtualDiskManager.pdf)
	// for desktop VMware clients. For ESXi, refer to the proper ESXi
	// documentation.
	DiskAdapterType string `mapstructure:"disk_adapter_type" required:"false"`
	// The filename of the virtual disk that'll be created,
	// without the extension. This defaults to "disk".
	DiskName string `mapstructure:"vmdk_name" required:"false"`
	// The type of VMware virtual disk to create. This
	// option is for advanced usage.
	//
	//   For desktop VMware clients:
	//
	//   Type ID | Description
	//   ------- | ---
	//   `0`     | Growable virtual disk contained in a single file (monolithic sparse).
	//   `1`     | Growable virtual disk split into 2GB files (split sparse).
	//   `2`     | Preallocated virtual disk contained in a single file (monolithic flat).
	//   `3`     | Preallocated virtual disk split into 2GB files (split flat).
	//   `4`     | Preallocated virtual disk compatible with ESX server (VMFS flat).
	//   `5`     | Compressed disk optimized for streaming.
	//
	//   The default is `1`.
	//
	//   For ESXi, this defaults to `zeroedthick`. The available options for ESXi
	//   are: `zeroedthick`, `eagerzeroedthick`, `thin`. `rdm:dev`, `rdmp:dev`,
	//   `2gbsparse` are not supported. Due to default disk compaction, when using
	//   `zeroedthick` or `eagerzeroedthick` set `skip_compaction` to `true`.
	//
	//   For more information, please consult the [Virtual Disk Manager User's
	//   Guide](https://www.vmware.com/pdf/VirtualDiskManager.pdf) for desktop
	//   VMware clients. For ESXi, refer to the proper ESXi documentation.
	DiskTypeId string `mapstructure:"disk_type_id" required:"false"`
}

type Driver interface {
	// Clone clones the VMX and the disk to the destination path. The
	// destination is a path to the VMX file. The disk will be copied
	// to that same directory.
	Clone(dst string, src string, cloneType bool, snapshot string) error

	// CompactDisk compacts a virtual disk.
	CompactDisk(string) error

	// CreateDisk creates a virtual disk with the given size.
	CreateDisk(string, string, string, string) error

	// Checks if the VMX file at the given path is running.
	IsRunning(string) (bool, error)

	// Start starts a VM specified by the path to the VMX given.
	Start(string, bool) error

	// Stop stops a VM specified by the path to the VMX given.
	Stop(string) error

	// SuppressMessages modifies the VMX or surrounding directory so that
	// VMware doesn't show any annoying messages.
	SuppressMessages(string) error

	// Get the path to the VMware ISO for the given flavor.
	ToolsIsoPath(string) string

	// Attach the VMware tools ISO
	ToolsInstall() error

	// Verify checks to make sure that this driver should function
	// properly. This should check that all the files it will use
	// appear to exist and so on. If everything is okay, this doesn't
	// return an error. Otherwise, this returns an error. Each vmware
	// driver should assign the VmwareMachine callback functions for locating
	// paths within this function.
	Verify() error

	/// This is to establish a connection to the guest
	CommHost(multistep.StateBag) (string, error)

	/// These methods are generally implemented by the VmwareDriver
	/// structure within this file. A driver implementation can
	/// reimplement these, though, if it wants.
	GetVmwareDriver() VmwareDriver

	// Get the guest hw address for the vm
	GuestAddress(multistep.StateBag) (string, error)

	// Get the guest ip address for the vm
	PotentialGuestIP(multistep.StateBag) ([]string, error)

	// Get the host hw address for the vm
	HostAddress(multistep.StateBag) (string, error)

	// Get the host ip address for the vm
	HostIP(multistep.StateBag) (string, error)

	// Export the vm to ovf or ova format using ovftool
	Export([]string) error

	// OvfTool
	VerifyOvfTool(bool, bool) error
}

type DriverConfig struct {
	// When set to true, Packer will cleanup the cache folder where the ISO file is stored during the build on the remote machine.
	// By default, this is set to false.
	CleanUpRemoteCache bool `mapstructure:"cleanup_remote_cache" required:"false"`
	// Path to "VMware Fusion.app". By default this is
	// /Applications/VMware Fusion.app but this setting allows you to
	// customize this.
	FusionAppPath string `mapstructure:"fusion_app_path" required:"false"`
	// The type of remote machine that will be used to
	// build this VM rather than a local desktop product. The only value accepted
	// for this currently is esx5. If this is not set, a desktop product will
	// be used. By default, this is not set.
	RemoteType string `mapstructure:"remote_type" required:"false"`
	// The path to the datastore where the VM will be stored
	// on the ESXi machine.
	RemoteDatastore string `mapstructure:"remote_datastore" required:"false"`
	// The path to the datastore where supporting files
	// will be stored during the build on the remote machine.
	RemoteCacheDatastore string `mapstructure:"remote_cache_datastore" required:"false"`
	// The path where the ISO and/or floppy files will
	// be stored during the build on the remote machine. The path is relative to
	// the remote_cache_datastore on the remote machine.
	RemoteCacheDirectory string `mapstructure:"remote_cache_directory" required:"false"`
	// The host of the remote machine used for access.
	// This is only required if remote_type is enabled.
	RemoteHost string `mapstructure:"remote_host" required:"false"`
	// The SSH port of the remote machine
	RemotePort int `mapstructure:"remote_port" required:"false"`
	// The SSH username used to access the remote machine.
	RemoteUser string `mapstructure:"remote_username" required:"false"`
	// The SSH password for access to the remote machine.
	RemotePassword string `mapstructure:"remote_password" required:"false"`
	// The SSH key for access to the remote machine.
	RemotePrivateKey string `mapstructure:"remote_private_key_file" required:"false"`
	// When Packer is preparing to run a
	// remote esxi build, and export is not disable, by default it runs a no-op
	// ovftool command to make sure that the remote_username and remote_password
	// given are valid. If you set this flag to true, Packer will skip this
	// validation. Default: false.
	SkipValidateCredentials bool `mapstructure:"skip_validate_credentials" required:"false"`
}

type DriverMock struct {
	sync.Mutex

	CloneCalled bool
	CloneDst    string
	CloneSrc    string
	Linked      bool
	Snapshot    string
	CloneErr    error

	CompactDiskCalled bool
	CompactDiskPath   string
	CompactDiskErr    error

	CreateDiskCalled      bool
	CreateDiskOutput      string
	CreateDiskSize        string
	CreateDiskAdapterType string
	CreateDiskTypeId      string
	CreateDiskErr         error

	ExportCalled bool
	ExportArgs   []string

	IsRunningCalled bool
	IsRunningPath   string
	IsRunningResult bool
	IsRunningErr    error

	CommHostCalled bool
	CommHostState  multistep.StateBag
	CommHostResult string
	CommHostErr    error

	HostAddressCalled bool
	HostAddressState  multistep.StateBag
	HostAddressResult string
	HostAddressErr    error

	HostIPCalled bool
	HostIPState  multistep.StateBag
	HostIPResult string
	HostIPErr    error

	GuestAddressCalled bool
	GuestAddressState  multistep.StateBag
	GuestAddressResult string
	GuestAddressErr    error

	PotentialGuestIPCalled bool
	PotentialGuestIPState  multistep.StateBag
	PotentialGuestIPResult []string
	PotentialGuestIPErr    error

	StartCalled   bool
	StartPath     string
	StartHeadless bool
	StartErr      error

	StopCalled bool
	StopPath   string
	StopErr    error

	SuppressMessagesCalled bool
	SuppressMessagesPath   string
	SuppressMessagesErr    error

	ToolsIsoPathCalled bool
	ToolsIsoPathFlavor string
	ToolsIsoPathResult string

	ToolsInstallCalled bool
	ToolsInstallErr    error

	DhcpLeasesPathCalled bool
	DhcpLeasesPathDevice string
	DhcpLeasesPathResult string

	DhcpConfPathCalled bool
	DhcpConfPathResult string

	VmnetnatConfPathCalled bool
	VmnetnatConfPathResult string

	NetmapConfPathCalled bool
	NetmapConfPathResult string

	VerifyCalled bool
	VerifyErr    error

	VerifyOvftoolCalled bool
}

type ESX5Driver struct {
	Host           string
	Port           int
	Username       string
	Password       string
	PrivateKeyFile string
	Datastore      string
	CacheDatastore string
	CacheDirectory string
	VMName         string
	CommConfig     communicator.Config
	// contains filtered or unexported fields
}

type ExportConfig struct {
	// Either "ovf", "ova" or "vmx", this specifies the output
	// format of the exported virtual machine. This defaults to "ovf" for
	// remote (esx) builds, and "vmx" for local builds.
	// Before using this option, you need to install ovftool.
	// Since ovftool is only capable of password based authentication
	// remote_password must be set when exporting the VM from a remote instance.
	// If you are building locally, Packer will create a vmx and then
	// export that vm to an ovf or ova. Packer will not delete the vmx and vmdk
	// files; this is left up to the user if you don't want to keep those
	// files.
	Format string `mapstructure:"format" required:"false"`
	// Extra options to pass to ovftool during export. Each item in the array
	// is a new argument. The options `--noSSLVerify`, `--skipManifestCheck`,
	// and `--targetType` are used by Packer for remote exports, and should not
	// be passed to this argument. For ovf/ova exports from local builds, Packer
	// does not automatically set any ovftool options.
	OVFToolOptions []string `mapstructure:"ovftool_options" required:"false"`
	// Defaults to `false`. When true, Packer will not export the VM. This can
	// be useful if the build output is not the resultant image, but created
	// inside the VM.
	SkipExport bool `mapstructure:"skip_export" required:"false"`
	// Set this to true if you would like to keep a remotely-built
	// VM registered with the remote ESXi server. If you do not need to export
	// the vm, then also set `skip_export: true` in order to avoid unnecessarily
	// using ovftool to export the vm. Defaults to false.
	KeepRegistered bool `mapstructure:"keep_registered" required:"false"`
	// VMware-created disks are defragmented and
	// compacted at the end of the build process using vmware-vdiskmanager or
	// vmkfstools in ESXi. In certain rare cases, this might actually end up
	// making the resulting disks slightly larger. If you find this to be the case,
	// you can disable compaction using this configuration value. Defaults to
	// false. Default to true for ESXi when disk_type_id is not explicitly
	// defined and false otherwise.
	SkipCompaction bool `mapstructure:"skip_compaction" required:"false"`
}

type Fusion5Driver struct {
	VmwareDriver

	// This is the path to the "VMware Fusion.app"
	AppPath string

	// SSHConfig are the SSH settings for the Fusion VM
	SSHConfig *SSHConfig
}

type Fusion6Driver struct {
	Fusion5Driver
}

type HWConfig struct {
	// The number of cpus to use when building the VM.
	CpuCount int `mapstructure:"cpus" required:"false"`
	// The amount of memory to use when building the VM in megabytes.
	MemorySize int `mapstructure:"memory" required:"false"`
	// The number of cores per socket to use when building the VM. This
	// corresponds to the cpuid.coresPerSocket option in the .vmx file.
	CoreCount int `mapstructure:"cores" required:"false"`
	// This is the network type that the virtual machine will be created with.
	// This can be one of the generic values that map to a device such as
	// hostonly, nat, or bridged. If the network is not one of these values,
	// then it is assumed to be a VMware network device. (VMnet0..x)
	Network string `mapstructure:"network" required:"false"`
	// This is the ethernet adapter type the the virtual machine will be
	// created with. By default the `e1000` network adapter type will be used
	// by Packer. For more information, please consult [Choosing a network
	// adapter for your virtual
	// machine](https://kb.vmware.com/s/article/1001805) for desktop VMware
	// clients. For ESXi, refer to the proper ESXi documentation.
	NetworkAdapterType string `mapstructure:"network_adapter_type" required:"false"`
	// The custom name of the network. Sets the vmx value "ethernet0.networkName"
	NetworkName string `mapstructure:"network_name" required:"false"`
	// Specify whether to enable VMware's virtual soundcard device when
	// building the VM. Defaults to false.
	Sound bool `mapstructure:"sound" required:"false"`
	// Enable VMware's USB bus when building the guest VM. Defaults to false.
	// To enable usage of the XHCI bus for USB 3 (5 Gbit/s), one can use the
	// vmx_data option to enable it by specifying true for the usb_xhci.present
	// property.
	USB bool `mapstructure:"usb" required:"false"`
	// This specifies a serial port to add to the VM. It has a format of
	// `Type:option1,option2,...`. The field `Type` can be one of the following
	// values: `FILE`, `DEVICE`, `PIPE`, `AUTO`, or `NONE`.
	//
	// * `FILE:path(,yield)` - Specifies the path to the local file to be used
	//   as the serial port.
	//
	//   * `yield` (bool) - This is an optional boolean that specifies
	//     whether the vm should yield the cpu when polling the port. By
	//     default, the builder will assume this as `FALSE`.
	//
	// * `DEVICE:path(,yield)` - Specifies the path to the local device to be
	//   used as the serial port. If `path` is empty, then default to the first
	//   serial port.
	//
	//   * `yield` (bool) - This is an optional boolean that specifies
	//     whether the vm should yield the cpu when polling the port. By
	//     default, the builder will assume this as `FALSE`.
	//
	// * `PIPE:path,endpoint,host(,yield)` - Specifies to use the named-pipe
	//   "path" as a serial port. This has a few options that determine how the
	//   VM should use the named-pipe.
	//
	//   * `endpoint` (string) - Chooses the type of the VM-end, which can be
	//     either a `client` or `server`.
	//
	//   * `host` (string)     - Chooses the type of the host-end, which can
	//     be either `app` (application) or `vm` (another virtual-machine).
	//
	//   * `yield` (bool)      - This is an optional boolean that specifies
	//     whether the vm should yield the cpu when polling the port. By
	//     default, the builder will assume this as `FALSE`.
	//
	// * `AUTO:(yield)` - Specifies to use auto-detection to determine the
	//   serial port to use. This has one option to determine how the VM should
	//   support the serial port.
	//
	//   * `yield` (bool) - This is an optional boolean that specifies
	//     whether the vm should yield the cpu when polling the port. By
	//     default, the builder will assume this as `FALSE`.
	//
	// * `NONE` - Specifies to not use a serial port. (default)
	//
	Serial string `mapstructure:"serial" required:"false"`
	// This specifies a parallel port to add to the VM. It has the format of
	// `Type:option1,option2,...`. Type can be one of the following values:
	// `FILE`, `DEVICE`, `AUTO`, or `NONE`.
	//
	// * `FILE:path` 		- Specifies the path to the local file to be used
	//   for the parallel port.
	//
	// * `DEVICE:path`	 	- Specifies the path to the local device to be used
	//   for the parallel port.
	//
	// * `AUTO:direction`   - Specifies to use auto-detection to determine the
	//   parallel port. Direction can be `BI` to specify bidirectional
	//   communication or `UNI` to specify unidirectional communication.
	//
	// * `NONE` 			- Specifies to not use a parallel port. (default)
	Parallel string `mapstructure:"parallel" required:"false"`
}

type IfconfigIPFinder struct {
	Device string
}

type LocalOutputDir struct {
	// contains filtered or unexported fields
}

type NetworkMap []map[string]string

type NetworkMapperMock struct {
	NameIntoDeviceCalled int
	DeviceIntoNameCalled int
}

type NetworkNameMapper interface {
	NameIntoDevices(string) ([]string, error)
	DeviceIntoName(string) (string, error)
}

type NetworkingConfig struct {
	// contains filtered or unexported fields
}

type NetworkingType int

type OutputConfig struct {
	// This is the path on your local machine (the one running Packer) to the
	// directory where the resulting virtual machine will be created.
	// This may be relative or absolute. If relative, the path is relative to
	// the working directory when packer is executed.
	//
	// If you are running a remote esx build, the output_dir is the path on your
	// local machine (the machine running Packer) to which Packer will export
	// the vm if you have `"skip_export": false`. If you want to manage the
	// virtual machine's path on the remote datastore, use `remote_output_dir`.
	//
	// This directory must not exist or be empty prior to running
	// the builder.
	//
	// By default this is output-BUILDNAME where "BUILDNAME" is the name of the
	// build.
	OutputDir string `mapstructure:"output_directory" required:"false"`
	// This is the directoy on your remote esx host where you will save your
	// vm, relative to your remote_datastore.
	//
	// This option's default value is your `vm_name`, and the final path of your
	// vm will be vmfs/volumes/$remote_datastore/$vm_name/$vm_name.vmx where
	// `$remote_datastore` and `$vm_name` match their corresponding template
	// options
	//
	// For example, setting `"remote_output_directory": "path/to/subdir`
	// will create a directory `/vmfs/volumes/remote_datastore/path/to/subdir`.
	//
	// Packer will not create the remote datastore for you; it must already
	// exist. However, Packer will create all directories defined in the option
	// that do not currently exist.
	//
	// This option will be ignored unless you are building on a remote esx host.
	RemoteOutputDir string `mapstructure:"remote_output_directory" required:"false"`
}

type OutputDir interface {
	DirExists() (bool, error)
	ListFiles() ([]string, error)
	MkdirAll() error
	Remove(string) error
	RemoveAll() error
	SetOutputDir(string)
	String() string
}

type ParallelPortAuto struct {
	Bidirectional string
}

type ParallelPortDevice struct {
	Bidirectional string
	Devicename    string
}

type ParallelPortFile struct {
	Filename string
}

type ParallelUnion struct {
	Union  interface{}
	File   *ParallelPortFile
	Device *ParallelPortDevice
	Auto   *ParallelPortAuto
}

type Player5Driver struct {
	VmwareDriver

	AppPath          string
	VdiskManagerPath string
	QemuImgPath      string
	VmrunPath        string

	// SSHConfig are the SSH settings for the Fusion VM
	SSHConfig *SSHConfig
}

type Player6Driver struct {
	Player5Driver
}

type RemoteDriver interface {
	Driver

	// UploadISO uploads a local ISO to the remote side and returns the
	// new path that should be used in the VMX along with an error if it
	// exists.
	UploadISO(path string, checksum string, ui packersdk.Ui) (string, error)

	// RemoveCache deletes localPath from the remote cache.
	RemoveCache(localPath string) error

	// Adds a VM to inventory specified by the path to the VMX given.
	Register(path string) error

	// Removes a VM from inventory specified by the path to the VMX given.
	Unregister(path string) error

	// Destroys a VM
	Destroy() error

	// Checks if the VM is destroyed.
	IsDestroyed() (bool, error)

	// Download a remote file to a local file.
	Download(src, dst string) error

	// Reload VM on remote side.
	ReloadVM() error
	// contains filtered or unexported methods
}

type RemoteDriverMock struct {
	DriverMock

	UploadISOCalled bool
	UploadISOPath   string
	UploadISOResult string
	UploadISOErr    error

	RegisterCalled bool
	RegisterPath   string
	RegisterErr    error

	UnregisterCalled bool
	UnregisterPath   string
	UnregisterErr    error

	DestroyCalled bool
	DestroyErr    error

	IsDestroyedCalled bool
	IsDestroyedResult bool
	IsDestroyedErr    error

	UploadErr   error
	DownloadErr error

	RemovedCachePath string
	CacheRemoved     bool

	ReturnValDirExists bool

	ReloadVMErr error
	// contains filtered or unexported fields
}

type RunConfig struct {
	// Packer defaults to building VMware virtual machines
	// by launching a GUI that shows the console of the machine being built. When
	// this value is set to true, the machine will start without a console. For
	// VMware machines, Packer will output VNC connection information in case you
	// need to connect to the console to debug the build process.
	// Some users have experienced issues where Packer cannot properly connect
	// to a VM if it is headless; this appears to be a result of not ever having
	// launched the VMWare GUI and accepting the evaluation license, or
	// supplying a real license. If you experience this, launching VMWare and
	// accepting the license should resolve your problem.
	Headless bool `mapstructure:"headless" required:"false"`
	// The IP address that should be
	// binded to for VNC. By default packer will use 127.0.0.1 for this. If you
	// wish to bind to all interfaces use 0.0.0.0.
	VNCBindAddress string `mapstructure:"vnc_bind_address" required:"false"`
	// The minimum and maximum port
	// to use for VNC access to the virtual machine. The builder uses VNC to type
	// the initial boot_command. Because Packer generally runs in parallel,
	// Packer uses a randomly chosen port in this range that appears available. By
	// default this is 5900 to 6000. The minimum and maximum ports are
	// inclusive.
	VNCPortMin int `mapstructure:"vnc_port_min" required:"false"`
	VNCPortMax int `mapstructure:"vnc_port_max"`
	// Don't auto-generate a VNC password that
	// is used to secure the VNC communication with the VM. This must be set to
	// true if building on ESXi 6.5 and 6.7 with VNC enabled. Defaults to
	// false.
	VNCDisablePassword bool `mapstructure:"vnc_disable_password" required:"false"`
	// When set to true, Packer will connect to the remote VNC server over a websocket connection
	// and any other VNC configuration option will be ignored.
	// Remote builds using ESXi 6.7+ allows to connect to the VNC server only over websocket,
	// for these the `vnc_over_websocket` must be set to true.
	VNCOverWebsocket bool `mapstructure:"vnc_over_websocket" required:"false"`
	// Do not validate VNC over websocket server's TLS certificate. Defaults to `false`.
	InsecureConnection bool `mapstructure:"insecure_connection" required:"false"`
}

type SSHConfig struct {
	Comm communicator.Config `mapstructure:",squash"`

	// These are deprecated, but we keep them around for BC
	// TODO(@mitchellh): remove
	SSHSkipRequestPty bool `mapstructure:"ssh_skip_request_pty"`
}

type SerialConfigAuto struct {
	Devicename string
	Yield      string
}

type SerialConfigDevice struct {
	Devicename string
	Yield      string
}

type SerialConfigFile struct {
	Filename string
	Yield    string
}

type SerialConfigPipe struct {
	Filename string
	Endpoint string
	Host     string
	Yield    string
}

type SerialUnion struct {
	Union  interface{}
	Pipe   *SerialConfigPipe
	File   *SerialConfigFile
	Device *SerialConfigDevice
	Auto   *SerialConfigAuto
}

type StepCleanFiles struct{}

type StepCleanVMX struct {
	RemoveEthernetInterfaces bool
	VNCEnabled               bool
}

type StepCompactDisk struct {
	Skip bool
}

type StepConfigureVMX struct {
	CustomData       map[string]string
	DisplayName      string
	SkipFloppy       bool
	VMName           string
	DiskAdapterType  string
	CDROMAdapterType string
}

type StepConfigureVNC struct {
	Enabled            bool
	VNCBindAddress     string
	VNCPortMin         int
	VNCPortMax         int
	VNCDisablePassword bool
	// contains filtered or unexported fields
}

type StepCreateDisks struct {
	OutputDir          *string
	CreateMainDisk     bool
	DiskName           string
	MainDiskSize       uint
	AdditionalDiskSize []uint
	DiskAdapterType    string
	DiskTypeId         string
}

type StepExport struct {
	Format         string
	SkipExport     bool
	VMName         string
	OVFToolOptions []string
	OutputDir      *string
}

type StepHTTPIPDiscover struct{}

type StepOutputDir struct {
	Force bool

	OutputConfig *OutputConfig
	VMName       string

	RemoteType string
	// contains filtered or unexported fields
}

type StepPrepareTools struct {
	RemoteType        string
	ToolsUploadFlavor string
	ToolsSourcePath   string
}

type StepRegister struct {
	Format         string
	KeepRegistered bool
	SkipExport     bool
	// contains filtered or unexported fields
}

type StepRemoteUpload struct {
	Key       string
	Message   string
	DoCleanup bool
	Checksum  string
}

type StepRun struct {
	DurationBeforeStop time.Duration
	Headless           bool
	// contains filtered or unexported fields
}

type StepShutdown struct {
	Command string
	Timeout time.Duration

	// Set this to true if we're testing
	Testing bool
}

type StepSuppressMessages struct{}

type StepUploadTools struct {
	RemoteType        string
	ToolsUploadFlavor string
	ToolsUploadPath   string
	Ctx               interpolate.Context
}

type StepUploadVMX struct {
	RemoteType string
}

type StepVNCBootCommand struct {
	Config bootcommand.VNCConfig
	VMName string
	Ctx    interpolate.Context
}

type StepVNCConnect struct {
	VNCEnabled         bool
	VNCOverWebsocket   bool
	InsecureConnection bool
	DriverConfig       *DriverConfig
}

type ToolsConfig struct {
	// The flavor of the VMware Tools ISO to
	// upload into the VM. Valid values are darwin, linux, and windows. By
	// default, this is empty, which means VMware tools won't be uploaded.
	ToolsUploadFlavor string `mapstructure:"tools_upload_flavor" required:"false"`
	// The path in the VM to upload the VMware tools. This only takes effect if
	// `tools_upload_flavor` is non-empty. This is a [configuration
	// template](/docs/templates/legacy_json_templates/engine) that has a single valid variable:
	// `Flavor`, which will be the value of `tools_upload_flavor`. By default
	// the upload path is set to `{{.Flavor}}.iso`. This setting is not used
	// when `remote_type` is `esx5`.
	ToolsUploadPath string `mapstructure:"tools_upload_path" required:"false"`
	// The path on your local machine to fetch the vmware tools from. If this
	// is not set but the tools_upload_flavor is set, then Packer will try to
	// load the VMWare tools from the VMWare installation directory.
	ToolsSourcePath string `mapstructure:"tools_source_path" required:"false"`
}

type VMXConfig struct {
	// Arbitrary key/values to enter
	// into the virtual machine VMX file. This is for advanced users who want to
	// set properties that aren't yet supported by the builder.
	VMXData map[string]string `mapstructure:"vmx_data" required:"false"`
	// Identical to vmx_data,
	// except that it is run after the virtual machine is shutdown, and before the
	// virtual machine is exported.
	VMXDataPost map[string]string `mapstructure:"vmx_data_post" required:"false"`
	// Remove all ethernet interfaces
	// from the VMX file after building. This is for advanced users who understand
	// the ramifications, but is useful for building Vagrant boxes since Vagrant
	// will create ethernet interfaces when provisioning a box. Defaults to
	// false.
	VMXRemoveEthernet bool `mapstructure:"vmx_remove_ethernet_interfaces" required:"false"`
	// The name that will appear in your vSphere client,
	// and will be used for the vmx basename. This will override the "displayname"
	// value in your vmx file. It will also override the "displayname" if you have
	// set it in the "vmx_data" Packer option. This option is useful if you are
	// chaining vmx builds and want to make sure that the display name of each step
	// in the chain is unique.
	VMXDisplayName string `mapstructure:"display_name" required:"false"`
}

type VNCAddressFinder interface {
	VNCAddress(context.Context, string, int, int) (string, int, error)

	// UpdateVMX, sets driver specific VNC values to VMX data.
	UpdateVMX(vncAddress, vncPassword string, vncPort int, vmxData map[string]string)
}

type VNCBootCommandTemplateData struct {
	HTTPIP   string
	HTTPPort int
	Name     string
}

type VmwareDriver struct {
	/// These methods define paths that are utilized by the driver
	/// A driver must overload these in order to point to the correct
	/// files so that the address detection (ip and ethernet) machinery
	/// works.
	DhcpLeasesPath   func(string) string
	DhcpConfPath     func(string) string
	VmnetnatConfPath func(string) string

	/// This method returns an object with the NetworkNameMapper interface
	/// that maps network to device and vice-versa.
	NetworkMapper func() (NetworkNameMapper, error)
}

type Workstation10Driver struct {
	Workstation9Driver
}

type Workstation9Driver struct {
	VmwareDriver

	AppPath          string
	VdiskManagerPath string
	VmrunPath        string

	// SSHConfig are the SSH settings for the Fusion VM
	SSHConfig *SSHConfig
}