Class: HashiCorp::VagrantVMwareDesktop::Driver::Base
- Inherits:
-
Object
- Object
- HashiCorp::VagrantVMwareDesktop::Driver::Base
- Includes:
- Vagrant::Util::Retryable
- Defined in:
- lib/vagrant-vmware-desktop/driver/base.rb
Overview
This is the base driver for VMware products, which contains some shared common helpers.
Constant Summary collapse
- SOURCE_VMXPATH_FILE_NAME =
"source-vmx"
- SOURCE_SNAPSHOT_FILE_NAME =
"source-snapshot"
- DEFAULT_NAT_DEVICE =
Default NAT device when detection is unavailable
"vmnet8".freeze
- DEFAULT_NIC_DEVICE =
Default NIC device when setting up network
"e1000e".freeze
- SECTOR_TO_BYTES =
Number of bytes in disk sector
512.freeze
- VAGRANT_UTILITY_VERSION_REQUIREMENT =
Vagrant utility version requirement which must be satisfied to properly work with this version of the plugin. This should be used when new API end points are added to the utility to ensure expected functionality.
"~> 1.0.14".freeze
- VMX_ETHERNET_ALLOWLIST_ENFORCE =
Enforce VMX ethernet allowlisting. Truthy or falsey values enable/disable. :quiet will enforce the allowlist without printing warning to user
false
- VMX_ETHERNET_ALLOWLIST =
allowlisted networking settings that should not be removed from the VMX settings when configuring devices
["pcislotnumber"].map(&:freeze).freeze
- VMX_ETHERNET_ALLOWLIST_DETECTION_PREWARNING =
Warning template printed to user when a allowlisted setting is detected in the VMX configuration before allowlisting is enabled
<<-EOW.gsub(/^ {10}/, "").freeze The VMX file for this box contains a setting that is automatically overwritten by Vagrant when started. Vagrant will stop overwriting this setting in an upcoming release which may prevent proper networking setup. Below is the detected VMX setting: %VMX_KEY% = "%VMX_VALUE%" If networking fails to properly configure, it may require this VMX setting. It can be manually applied via the Vagrantfile: Vagrant.configure(2) do |config| config.vm.provider :vmware_desktop do |vmware| vmware.vmx["%VMX_KEY%"] = "%VMX_VALUE%" end end For more information: https://www.vagrantup.com/docs/vmware/boxes.html#vmx-allowlisting EOW
- VMX_ETHERNET_ALLOWLIST_POSTFIX =
Customized setting messages to display after white list is enforced to fix boxes that may be broken by allowlisting
{ "pcislotnumber" => <<-EOP.gsub(/^ {12}/, "").freeze If networking fails to properly configure, it may require adding the following setting to the Vagrantfile: Vagrant.configure(2) do |config| config.vm.provider :vmware_desktop do |vmware| vmware.vmx["%VMX_KEY%"] = "32" end end For more information: https://www.vagrantup.com/docs/vmware/boxes.html#vmx-allowlisting EOP }
- VMX_ETHERNET_ALLOWLIST_DETECTION_WARNING =
Warning template printed to user when a allowlisted setting is detected in the VMX configuration after allowlisting is enabled
<<-EOW.gsub(/^ {10}/, "").freeze The VMX file for this box contains a setting that is no longer overwritten by Vagrant. This may cause networking setup for the VM to fail. Below is the detected VMX setting that is no longer overwritten by Vagrant: %VMX_KEY% = "%VMX_VALUE%" For more information: https://www.vagrantup.com/docs/vmware/boxes.html#vmx-allowlisting EOW
Instance Attribute Summary collapse
-
#config ⇒ Vagrant::Config
readonly
Provider config.
-
#utility_version ⇒ Gem::Version
readonly
Vagrant utility version.
-
#vagrant_utility ⇒ Helper::VagrantUtility
readonly
Helper utility for interacting with the Vagrant VMware Utility REST API.
-
#vm_dir ⇒ Pathname
readonly
This is the path to the VM folder.
-
#vmx_path ⇒ Pathname
readonly
This is the path to the VMX file.
Instance Method Summary collapse
-
#add_disk_to_vmx(filename, slot, extra_opts = {}) ⇒ Object
Adds a disk to the vm’s vmx file.
-
#all_forwarded_ports(full_info = false) ⇒ Array<Integer>
Returns an array of all forwarded ports from the VMware NAT configuration files.
-
#clear_shared_folders ⇒ Object
This removes all the shared folders from the VM.
-
#clone(source_vmx, destination, linked = false) ⇒ Pathname
This clones a VMware VM from one folder to another.
-
#create_disk(disk_filename, disk_size, disk_type, disk_adapter) ⇒ Object
Create a vmdk disk.
-
#create_vmnet_device(config) ⇒ Object
This creates a new vmnet device and returns information about that device.
-
#delete ⇒ Object
This deletes the VM.
-
#detect_nat_device! ⇒ Object
Pull list of vmware devices and detect any NAT types.
-
#discard_suspended_state ⇒ Object
This discards the suspended state of the machine.
-
#enable_shared_folders ⇒ Object
This enables shared folders on the VM.
- #export(destination_vmx) ⇒ Object
-
#forward_ports(definitions) ⇒ Object
This configures a set of forwarded port definitions on the machine.
-
#forwarded_ports_by_ip(ip = nil) ⇒ Hash
Returns port forwards grouped by IP.
-
#get_disk_size(disk_path) ⇒ int?
Gets the size of a .vmdk disk Spec for vmdk: github.com/libyal/libvmdk/blob/master/documentation/VMWare%20Virtual%20Disk%20Format%20(VMDK).asciidoc.
-
#get_disks(types) ⇒ Hash
Gets the currently attached disks.
-
#grow_disk(disk_path, disk_size) ⇒ Object
Make a disk larger.
-
#host_port_forward(ip, proto, guest_port) ⇒ Integer?
Returns host port mapping for the given guest port.
-
#initialize(vmx_path, config) ⇒ Base
constructor
A new instance of Base.
-
#product_type ⇒ String
Product type value used by vmrun based on platform and license.
-
#professional? ⇒ Boolean
Using professional license.
-
#prune_forwarded_ports ⇒ Object
This is called to prune the forwarded ports from NAT configurations.
-
#read_ip(enable_vmrun_ip_lookup = true) ⇒ String
This returns an IP that can be used to access the machine.
-
#read_mac_addresses ⇒ Object
This reads all the network adapters and returns their assigned MAC addresses.
-
#read_network_adapters ⇒ Array<Hash>
This reads all the network adapters that are on the machine and enabled.
-
#read_running_vms ⇒ Array<String>
This returns an array of paths to all the running VMX files.
-
#read_state ⇒ Symbol
This reads the state of this VM and returns a symbol representing it.
-
#read_vmnet_devices ⇒ Array<Hash>
This reads the vmnet devices and various information about them.
- #remove_disk(disk_filename) ⇒ Object
-
#remove_disk_from_vmx(filename, extra_opts = []) ⇒ Object
Removes a disk to the vm’s vmx file.
-
#reserve_dhcp_address(ip, mac, vmnet = "vmnet8") ⇒ true
Reserve an address on the DHCP sever for the given MAC address.
-
#scrub_forwarded_ports ⇒ Object
This is used to remove all forwarded ports, including those not registered with the plugin.
-
#setup_adapters(adapters, allowlist_verified = false) ⇒ Object
This modifies the metadata of the virtual machine to add the given network adapters.
-
#share_folder(id, hostpath) ⇒ Object
This creates a shared folder within the VM.
- #snapshot_delete(name) ⇒ Object
- #snapshot_list ⇒ Object
- #snapshot_revert(name) ⇒ Object
-
#snapshot_take(name) ⇒ Object
All the methods below deal with snapshots: taking them, restoring them, deleting them, etc.
- #snapshot_tree ⇒ Object
-
#standard? ⇒ Boolean
Using standard license.
-
#start(gui = false) ⇒ Object
This will start the VMware machine.
-
#stop(stop_mode = "soft") ⇒ Object
This will stop the VMware machine.
-
#suppress_messages ⇒ Object
This is called to do any message suppression if we need to.
-
#suspend ⇒ Object
This will suspend the VMware machine.
-
#verify! ⇒ Object
This method is called to verify that the installation looks good, and raises an exception if it doesn’t.
-
#verify_vmnet! ⇒ Object
This method is called to verify whether the vmnet devices are healthy.
-
#vmware_utility_version ⇒ String?
Gets the version of the vagrant-vmware-utility currently in use.
-
#vmx_alive? ⇒ Boolean
This method returns whether or not the VMX process is still alive.
-
#vmx_modify {|vmx_data| ... } ⇒ Object
This allows modifications of the VMX file by handling it as a simple hash.
Constructor Details
#initialize(vmx_path, config) ⇒ Base
Returns a new instance of Base.
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# File 'lib/vagrant-vmware-desktop/driver/base.rb', line 128 def initialize(vmx_path, config) @config = config @logger = Log4r::Logger.new("hashicorp::provider::vmware_driver") @vmx_path = vmx_path @vmx_path = Pathname.new(@vmx_path) if @vmx_path if @vmx_path && @vmx_path.directory? # The VMX path is a directory, not a VMX. This is probably due to # legacy ID of a VM. Early versions of the VMware provider used the # directory as the ID rather than the VMX itself. @logger.info("VMX path is a directory. Finding VMX file...") # Set the VM dir @vm_dir = @vmx_path # Find the VMX file @vmx_path = nil @vm_dir.children(true).each do |child| if child.basename.to_s =~ /^(.+?)\.vmx$/ @vmx_path = child break end end raise Errors::DriverMissingVMX, :vm_dir => @vm_dir.to_s if !@vmx_path end # Make sure the vm_dir is properly set always to the directory # containing the VMX @vm_dir = nil @vm_dir = @vmx_path.parent if @vmx_path @logger.info("VMX file: #{@vmx_path}") @vagrant_utility = Helper::VagrantUtility.new( config.utility_host, config.utility_port, certificate_path: config.utility_certificate_path ) if config.force_vmware_license @logger.warn("overriding VMware license detection with value: #{config.force_vmware_license}") @license = config.force_vmware_license end set_vmware_info if config.nat_device.nil? if professional? detect_nat_device! else @logger.warn("standard license is in use - forcing default NAT device (#{DEFAULT_NAT_DEVICE})") config.nat_device = DEFAULT_NAT_DEVICE end end end |
Instance Attribute Details
#config ⇒ Vagrant::Config (readonly)
Provider config
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# File 'lib/vagrant-vmware-desktop/driver/base.rb', line 118 def config @config end |
#utility_version ⇒ Gem::Version (readonly)
Vagrant utility version
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# File 'lib/vagrant-vmware-desktop/driver/base.rb', line 123 def utility_version @utility_version end |
#vagrant_utility ⇒ Helper::VagrantUtility (readonly)
Helper utility for interacting with the Vagrant VMware Utility REST API
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# File 'lib/vagrant-vmware-desktop/driver/base.rb', line 113 def vagrant_utility @vagrant_utility end |
#vm_dir ⇒ Pathname (readonly)
This is the path to the VM folder. If it is nil then the VM hasn’t yet been created.
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# File 'lib/vagrant-vmware-desktop/driver/base.rb', line 103 def vm_dir @vm_dir end |
#vmx_path ⇒ Pathname (readonly)
This is the path to the VMX file.
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# File 'lib/vagrant-vmware-desktop/driver/base.rb', line 108 def vmx_path @vmx_path end |
Instance Method Details
#add_disk_to_vmx(filename, slot, extra_opts = {}) ⇒ Object
Adds a disk to the vm’s vmx file
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# File 'lib/vagrant-vmware-desktop/driver/base.rb', line 1121 def add_disk_to_vmx(filename, slot, extra_opts={}) root_key, _ = slot.split(":", 2) vmx_modify do |vmx| vmx["#{root_key}.present"] = "TRUE" vmx["#{slot}.filename"] = filename vmx["#{slot}.present"] = "TRUE" extra_opts.each do |key, value| vmx["#{slot}.#{key}"] = value end end end |
#all_forwarded_ports(full_info = false) ⇒ Array<Integer>
Returns an array of all forwarded ports from the VMware NAT configuration files.
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# File 'lib/vagrant-vmware-desktop/driver/base.rb', line 253 def all_forwarded_ports(full_info = false) all_fwds = vagrant_utility.get("/vmnet/#{config.nat_device}/portforward") if all_fwds.success? fwds = all_fwds.get(:content, :port_forwards) || [] @logger.debug("existing port forwards: #{fwds}") full_info ? fwds : fwds.map{|fwd| fwd[:port]} else raise Errors::DriverAPIPortForwardListError, message: all_fwds[:content][:message] end end |
#clear_shared_folders ⇒ Object
This removes all the shared folders from the VM.
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# File 'lib/vagrant-vmware-desktop/driver/base.rb', line 314 def clear_shared_folders @logger.info("Clearing shared folders...") vmx_modify do |vmx| vmx.keys.each do |key| # Delete all specific shared folder configs if key =~ /^sharedfolder\d+\./i vmx.delete(key) end end # Tell VMware that we have no shared folders vmx["sharedfolder.maxnum"] = "0" end end |
#clone(source_vmx, destination, linked = false) ⇒ Pathname
This clones a VMware VM from one folder to another.
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# File 'lib/vagrant-vmware-desktop/driver/base.rb', line 337 def clone(source_vmx, destination, linked=false) # If we're prior to Vagrant 1.8, then we don't do any linked # clones since we don't have some of the core things in to make # this a smoother experience. if Gem::Version.new(Vagrant::VERSION) < Gem::Version.new("1.8.0") linked = false end # We can't just check if the user has a standard license since # workstation with a standard license (player) will not allow # linked cloning, but a standard license on fusion will allow it if @license.to_s.downcase == "player" @logger.warn("disabling linked clone due to insufficient access based on VMware license") linked = false end # Sanity test if !destination.directory? raise Errors::CloneFolderNotFolder, path: destination.to_s end if linked @logger.info("Cloning machine using VMware linked clones.") # The filename of the resulting VMX destination_vmx = destination.join(source_vmx.basename) begin snap_name = destination.basename vmrun("snapshot", host_path(source_vmx), snap_name) # Do a linked clone! vmrun("clone", host_path(source_vmx), host_path(destination_vmx), "linked", "-snapshot=#{snap_name}") # store the snapshot name File.write(destination.join(SOURCE_SNAPSHOT_FILE_NAME).to_s, snap_name) File.write(destination.join(SOURCE_VMXPATH_FILE_NAME).to_s, source_vmx.to_s) # Common cleanup rescue Errors::VMRunError => e # Check if this version of VMware doesn't support linked clones # and just super it up. stdout = e.extra_data[:stdout] || "" if stdout.include?("parameters was invalid") @logger.warn("VMware version doesn't support linked clones, falling back") destination_vmx = false else raise end end end if !destination_vmx @logger.info("Cloning machine using direct copy.") # Just copy over the files within the folder of the source @logger.info("Cloning VM to #{destination}") source_vmx.parent.children(true).each do |child| @logger.debug("Copying: #{child.basename}") begin FileUtils.cp_r child.to_s, destination.to_s rescue Errno::EACCES raise Errors::DriverClonePermissionFailure, destination: destination.to_s end # If we suddenly didn't become a directory, something is # really messed up. We should see in the stack trace its # from this case. if !destination.directory? raise Errors::CloneFolderNotFolder, path: destination.to_s end end # Calculate the VMX file of the destination destination_vmx = destination.join(source_vmx.basename) end # Perform the cleanup clone_cleanup(destination_vmx) # Return the final name destination_vmx end |
#create_disk(disk_filename, disk_size, disk_type, disk_adapter) ⇒ Object
Create a vmdk disk
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# File 'lib/vagrant-vmware-desktop/driver/base.rb', line 1100 def create_disk(disk_filename, disk_size, disk_type, disk_adapter) disk_path = File.join(File.dirname(@vmx_path), disk_filename) disk_size = "#{Vagrant::Util::Numeric.bytes_to_megabytes(disk_size).to_s}MB" vdiskmanager("-c", "-s", disk_size, "-t", disk_type.to_s, "-a", disk_adapter, disk_path) disk_path end |
#create_vmnet_device(config) ⇒ Object
This creates a new vmnet device and returns information about that device.
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# File 'lib/vagrant-vmware-desktop/driver/base.rb', line 430 def create_vmnet_device(config) result = vagrant_utility.post("/vmnet", subnet: config[:subnet_ip], mask: config[:netmask] ) if !result.success? raise Errors::DriverAPIDeviceCreateError, message: result[:content][:message] end result_device = result.get(:content) new_device = { name: result_device[:name], nummber: result_device[:name].sub('vmnet', '').to_i, dhcp: result_device[:dhcp], hostonly_netmask: result_device[:mask], hostonly_subnet: result_device[:subnet] } end |
#delete ⇒ Object
This deletes the VM.
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# File 'lib/vagrant-vmware-desktop/driver/base.rb', line 450 def delete @logger.info("Deleting VM: #{@vm_dir}") begin snap_file = @vmx_path.parent.join(SOURCE_SNAPSHOT_FILE_NAME) source_vmx_file = @vmx_path.parent.join(SOURCE_VMXPATH_FILE_NAME) if snap_file.exist? && source_vmx_file.exist? source_vmx = File.read(source_vmx_file.to_s) snap_name = File.read(snap_file.to_s) @logger.info("source snapshot name found, deleting snapshot (#{snap_name})") begin vmrun("deleteSnapshot", source_vmx, snap_name, "andDeleteChildren") rescue Errors::VMRunError => err # If we failed to remove the source snapshot, just log it and move on @logger.warn("failed to remove source clone snapshot '#{snap_name}': #{err}") end else @logger.debug("source snapshot information not found, ignoring") end @vm_dir.rmtree rescue Errno::ENOTEMPTY FileUtils.rm_rf(@vm_dir.to_s) end end |
#detect_nat_device! ⇒ Object
Pull list of vmware devices and detect any NAT types. Use first device discovered
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# File 'lib/vagrant-vmware-desktop/driver/base.rb', line 223 def detect_nat_device! vmnets = read_vmnet_devices # First check the default device and if it has NAT enabled, use that device = vmnets.detect do |dev| dev[:name] == DEFAULT_NAT_DEVICE && dev[:type].to_s.downcase == "nat" && dev[:dhcp] && dev[:hostonly_subnet] end # If the default device isn't properly configured, now we detect if !device device = vmnets.detect do |dev| @logger.debug("checking device for NAT usage #{dev}") dev[:type].to_s.downcase == "nat" && dev[:dhcp] && dev[:hostonly_subnet] end end # If we aren't able to properly detect the device, just use the default if device.nil? @logger.warn("failed to locate configured NAT device, using default - #{DEFAULT_NAT_DEVICE}") config.nat_device = DEFAULT_NAT_DEVICE return end @logger.debug("discovered vmware NAT device: #{device[:name]}") config.nat_device = device[:name] end |
#discard_suspended_state ⇒ Object
This discards the suspended state of the machine.
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# File 'lib/vagrant-vmware-desktop/driver/base.rb', line 475 def discard_suspended_state Dir.glob("#{@vm_dir}/*.vmss").each do |file| @logger.info("Deleting VM state file: #{file}") File.delete(file) end vmx_modify do |vmx| # Remove the checkpoint keys vmx.delete("checkpoint.vmState") vmx.delete("checkpoint.vmState.readOnly") vmx.delete("vmotion.checkpointFBSize") end end |
#enable_shared_folders ⇒ Object
This enables shared folders on the VM.
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# File 'lib/vagrant-vmware-desktop/driver/base.rb', line 490 def enable_shared_folders @logger.info("Enabling shared folders...") vmrun("enableSharedFolders", host_vmx_path, :retryable => true) end |
#export(destination_vmx) ⇒ Object
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# File 'lib/vagrant-vmware-desktop/driver/base.rb', line 418 def export(destination_vmx) destination_vmx = Pathname.new(destination_vmx) @logger.debug("Starting full clone export to: #{destination_vmx}") vmrun("clone", host_vmx_path, host_path(destination_vmx), "full") clone_cleanup(destination_vmx) @logger.debug("Full clone export complete #{vmx_path} -> #{destination_vmx}") end |
#forward_ports(definitions) ⇒ Object
This configures a set of forwarded port definitions on the machine.
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# File 'lib/vagrant-vmware-desktop/driver/base.rb', line 499 def forward_ports(definitions) if Vagrant::Util::Platform.windows? vmxpath = @vmx_path.to_s.gsub("/", 92.chr) elsif VagrantVMwareDesktop.wsl? vmxpath = host_vmx_path else vmxpath = @vmx_path.to_s end @logger.debug("requesting ports to be forwarded: #{definitions}") # Starting with utility version 1.0.7 we can send all port forward # requests at once to be processed. We include backwards compatible # support to allow earlier utility versions to remain functional. if utility_version > Gem::Version.new("1.0.6") @logger.debug("forwarding ports via collection method") definitions.group_by{|f| f[:device]}.each_pair do |device, pfwds| fwds = pfwds.map do |fwd| { :port => fwd[:host_port], :protocol => fwd.fetch(:protocol, "tcp").to_s.downcase, :description => "vagrant: #{vmxpath}", :guest => { :ip => fwd[:guest_ip], :port => fwd[:guest_port] } } end result = vagrant_utility.put("/vmnet/#{device}/portforward", fwds) if !result.success? raise Errors::DriverAPIPortForwardError, message: result[:content][:message] end end else @logger.debug("forwarding ports via individual method") definitions.each do |fwd| result = vagrant_utility.put("/vmnet/#{fwd[:device]}/portforward", :port => fwd[:host_port], :protocol => fwd.fetch(:protocol, "tcp").to_s.downcase, :description => "vagrant: #{vmxpath}", :guest => { :ip => fwd[:guest_ip], :port => fwd[:guest_port] } ) if !result.success? raise Errors::DriverAPIPortForwardError, message: result.get(:content, :message) end end end end |
#forwarded_ports_by_ip(ip = nil) ⇒ Hash
Returns port forwards grouped by IP
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# File 'lib/vagrant-vmware-desktop/driver/base.rb', line 269 def forwarded_ports_by_ip(ip = nil) all_fwds = vagrant_utility.get("/vmnet/#{config.nat_device}/portforward") result = {} Array(all_fwds.get(:content, :port_forwards)).each do |fwd| g_ip = fwd[:guest][:ip] g_port = fwd[:guest][:port] h_port = fwd[:port] f_proto = fwd[:protocol].downcase.to_sym result[g_ip] ||= {:tcp => {}, :udp => {}} if f_proto != :tcp && f_proto != :udp raise Errors::PortForwardInvalidProtocol, guest_ip: g_ip, guest_port: g_port, host_port: h_port, protocol: f_proto end result[g_ip][f_proto][g_port] = h_port end if ip @logger.debug("port forwards for IP #{ip}: #{result[ip]}") result[ip] else @logger.debug("port forwards by IP: #{result}") result end end |
#get_disk_size(disk_path) ⇒ int?
Gets the size of a .vmdk disk Spec for vmdk: github.com/libyal/libvmdk/blob/master/documentation/VMWare%20Virtual%20Disk%20Format%20(VMDK).asciidoc
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# File 'lib/vagrant-vmware-desktop/driver/base.rb', line 1164 def get_disk_size(disk_path) return nil if !File.exist?(disk_path) disk_size = 0 at_extent_description = false File.foreach(disk_path) do |line| next if !line.valid_encoding? # Look for `# Extent description` header if line.include?("# Extent description") at_extent_description = true next end if at_extent_description # Exit once the "Extent description" section is done # signified by the new line if line == "\n" break else # Get the 2nd entry on each line - number of sectors sectors = line.split(" ")[1].to_i # Convert sectors to bytes disk_size += (sectors * SECTOR_TO_BYTES) end end end disk_size end |
#get_disks(types) ⇒ Hash
Gets the currently attached disks
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# File 'lib/vagrant-vmware-desktop/driver/base.rb', line 1078 def get_disks(types) vmx = read_vmx_data disks = {} vmx.each do |k, v| if k.match(/(#{types.map{|t| Regexp.escape(t)}.join("|")})\d+:\d+/) key, attribute = k.split(".", 2) if disks[key].nil? disks[key] = {attribute => v} else disks[key].merge!({attribute => v}) end end end disks end |
#grow_disk(disk_path, disk_size) ⇒ Object
Make a disk larger
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# File 'lib/vagrant-vmware-desktop/driver/base.rb', line 1111 def grow_disk(disk_path, disk_size) disk_size = "#{Vagrant::Util::Numeric.bytes_to_megabytes(disk_size).to_s}MB" vdiskmanager("-x", disk_size, disk_path) end |
#host_port_forward(ip, proto, guest_port) ⇒ Integer?
Returns host port mapping for the given guest port
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# File 'lib/vagrant-vmware-desktop/driver/base.rb', line 302 def host_port_forward(ip, proto, guest_port) proto = proto.to_sym if ![:udp, :tcp].include?(proto) raise ArgumentError.new("Unsupported protocol provided!") end fwd_ports = forwarded_ports_by_ip(ip) if fwd_ports && fwd_ports[proto] fwd_ports[proto][guest_port] end end |
#product_type ⇒ String
Product type value used by vmrun based on platform and license
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# File 'lib/vagrant-vmware-desktop/driver/base.rb', line 186 def product_type return @product_type if @product_type @logger.debug("determining product type") case @product_name.downcase when "workstation" # If the license is standard, the type is player if standard? @logger.debug("workstation product with standard license: player") @product_type = "player" else @logger.debug("workstation product with professional license: ws") @product_type = "ws" end when "fusion" @logger.debug("fusion product: fusion") @product_type = "fusion" else @logger.debug("unknown product (#{@product_name}), defaulting: player") @product_type = "player" end @product_type end |
#professional? ⇒ Boolean
Returns using professional license.
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# File 'lib/vagrant-vmware-desktop/driver/base.rb', line 217 def professional? @pro_license end |
#prune_forwarded_ports ⇒ Object
This is called to prune the forwarded ports from NAT configurations.
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# File 'lib/vagrant-vmware-desktop/driver/base.rb', line 552 def prune_forwarded_ports @logger.debug("requesting prune of unused port forwards") result = vagrant_utility.delete("/portforwards") if !result.success? raise Errors::DriverAPIPortForwardPruneError, message: result.get(:content, :message) end end |
#read_ip(enable_vmrun_ip_lookup = true) ⇒ String
This returns an IP that can be used to access the machine.
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# File 'lib/vagrant-vmware-desktop/driver/base.rb', line 586 def read_ip(enable_vmrun_ip_lookup=true) @logger.info("Reading an accessible IP for machine...") # NOTE: Read from DHCP leases first so we can attempt to fetch the address # for the vmnet8 device first. If multiple networks are defined on the guest # it will return the address of the last device, which will fail when doing # port forward lookups # Read the VMX data so that we can look up the network interfaces # and find a properly accessible IP. vmx = read_vmx_data 0.upto(8).each do |slot| # We don't care if this adapter isn't present next if vmx["ethernet#{slot}.present"] != "TRUE" # Get the type of this adapter. Bail if there is no type. type = vmx["ethernet#{slot}.connectiontype"] next if !type if type != "nat" && type != "custom" @logger.warn("Non-NAT interface on slot #{slot}. We can only read IPs of NATs for now.") next end # Get the MAC address @logger.debug("Trying to get MAC address for ethernet#{slot}") mac = vmx["ethernet#{slot}.address"] if !mac || mac == "" @logger.debug("No explicitly set MAC, looking or auto-generated one...") mac = vmx["ethernet#{slot}.generatedaddress"] if !mac @logger.warn("Couldn't find MAC, can't determine IP.") next end end @logger.debug(" -- MAC: #{mac}") # Look up the IP! dhcp_ip = read_dhcp_lease(config.nat_device, mac) return dhcp_ip if dhcp_ip end if enable_vmrun_ip_lookup # Try to read the IP using vmrun getGuestIPAddress. This # won't work if the guest doesn't have guest tools installed or # is using an old version of VMware. begin @logger.info("Trying vmrun getGuestIPAddress...") result = vmrun("getGuestIPAddress", host_vmx_path) result = result.stdout.chomp # If returned address ends with a ".1" do not accept address # and allow lookup via VMX. # see: https://github.com/vmware/open-vm-tools/issues/93 if result.end_with?(".1") @logger.warn("vmrun getGuestIPAddress returned: #{result}. Result resembles address retrieval from wrong " \ "interface. Discarding value and proceeding with VMX based lookup.") result = nil else # Try to parse the IP Address. This will raise an exception # if it fails, which will halt our attempt to use it. IPAddr.new(result) @logger.info("vmrun getGuestIPAddress success: #{result}") return result end rescue Errors::VMRunError @logger.info("vmrun getGuestIPAddress failed: VMRunError") # Ignore, try the MAC address way. rescue IPAddr::InvalidAddressError @logger.info("vmrun getGuestIPAddress failed: InvalidAddressError for #{result.inspect}") # Ignore, try the MAC address way. end else @logger.info("Skipping vmrun getGuestIPAddress as requested by config.") end nil end |
#read_mac_addresses ⇒ Object
This reads all the network adapters and returns their assigned MAC addresses
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# File 'lib/vagrant-vmware-desktop/driver/base.rb', line 757 def read_mac_addresses vmx = read_vmx_data macs = {} vmx.keys.each do |key| # We only care about finding present ethernet adapters match = /^ethernet(\d+)\.present$/i.match(key) next if !match next if vmx[key] != "TRUE" slot = match[1].to_i # Vagrant's calling code assumes the MAC is all caps no colons mac = vmx["ethernet#{slot}.generatedaddress"].to_s mac = mac.upcase.gsub(/:/, "") # Vagrant's calling code assumes these will be 1-indexed slot += 1 macs[slot] = mac end macs end |
#read_network_adapters ⇒ Array<Hash>
This reads all the network adapters that are on the machine and enabled.
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# File 'lib/vagrant-vmware-desktop/driver/base.rb', line 671 def read_network_adapters vmx = read_vmx_data adapters = [] vmx.keys.each do |key| # We only care about finding present ethernet adapters match = /^ethernet(\d+)\.present$/i.match(key) next if !match next if vmx[key] != "TRUE" # We found one, so store it away slot = match[1] adapter = { :slot => slot, :type => vmx["ethernet#{slot}.connectiontype"] } adapters << adapter end return adapters end |
#read_running_vms ⇒ Array<String>
This returns an array of paths to all the running VMX files.
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# File 'lib/vagrant-vmware-desktop/driver/base.rb', line 697 def read_running_vms vmrun("list").stdout.split("\n").find_all do |path| path !~ /running VMs:/ end end |
#read_state ⇒ Symbol
This reads the state of this VM and returns a symbol representing it.
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# File 'lib/vagrant-vmware-desktop/driver/base.rb', line 707 def read_state # The VM is not created if we don't have a directory return :not_created if !@vm_dir # Check to see if the VM is running, which requires shelling out vmx_path = nil begin vmx_path = @vmx_path.realpath.to_s rescue Errno::ENOENT @logger.info("VMX path doesn't exist, not created: #{@vmx_path}") return :not_created end vmx_path = host_vmx_path # Downcase the lines in certain case-insensitive cases downcase = VagrantVMwareDesktop.case_insensitive_fs?(vmx_path) # OS X is case insensitive so just lowercase everything vmx_path = vmx_path.downcase if downcase if Vagrant::Util::Platform.windows? # Replace any slashes to be unix-style. vmx_path.gsub!(92.chr, "/") end vmrun("list").stdout.split("\n").each do |line| if Vagrant::Util::Platform.windows? # On Windows, we normalize the paths to unix-style. line.gsub!("\\", "/") # We also change any drive letter to be lowercased line[0] = line[0].downcase end # Case insensitive filesystems, so we downcase. line = line.downcase if downcase return :running if line == vmx_path end # Check to see if the VM is suspended based on whether a file # exists in the VM directory return :suspended if Dir.glob("#{@vm_dir}/*.vmss").length >= 1 # I guess it is not running. return :not_running end |
#read_vmnet_devices ⇒ Array<Hash>
This reads the vmnet devices and various information about them.
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# File 'lib/vagrant-vmware-desktop/driver/base.rb', line 801 def read_vmnet_devices result = vagrant_utility.get("/vmnet") if !result.success? raise Errors::DriverAPIDeviceListError, message: result[:content][:message] end Array(result.get(:content, :vmnets)).map do |vmnet| { name: vmnet[:name], type: vmnet[:type], number: vmnet[:name].sub('vmnet', '').to_i, dhcp: vmnet[:dhcp], hostonly_netmask: vmnet[:mask], hostonly_subnet: vmnet[:subnet], virtual_adapter: "yes" } end end |
#remove_disk(disk_filename) ⇒ Object
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# File 'lib/vagrant-vmware-desktop/driver/base.rb', line 1153 def remove_disk(disk_filename) disk_path = File.join(File.dirname(@vmx_path), disk_filename) vdiskmanager("-U", disk_path) if File.exist?(disk_path) remove_disk_from_vmx(disk_filename) end |
#remove_disk_from_vmx(filename, extra_opts = []) ⇒ Object
Removes a disk to the vm’s vmx file
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# File 'lib/vagrant-vmware-desktop/driver/base.rb', line 1137 def remove_disk_from_vmx(filename, extra_opts=[]) vmx = read_vmx_data vmx_disk_entry = vmx.select { |_, v| v == filename } if !vmx_disk_entry.empty? slot = vmx_disk_entry.keys.first.split(".").first vmx_modify do |vmx| vmx.delete("#{slot}.filename") vmx.delete("#{slot}.present") extra_opts.each do |opt| vmx.delete("#{slot}.#{opt}") end end end end |
#reserve_dhcp_address(ip, mac, vmnet = "vmnet8") ⇒ true
Reserve an address on the DHCP sever for the given MAC address. Defaults to the NAT device at vmnet8
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# File 'lib/vagrant-vmware-desktop/driver/base.rb', line 786 def reserve_dhcp_address(ip, mac, vmnet="vmnet8") result = vagrant_utility.put("/vmnet/#{vmnet}/dhcpreserve/#{mac}/#{ip}") if !result.success? raise Errors::DriverAPIAddressReservationError, device: vmnet, address: ip, mac: mac, message: result[:content][:message] end true end |
#scrub_forwarded_ports ⇒ Object
This is used to remove all forwarded ports, including those not registered with the plugin
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# File 'lib/vagrant-vmware-desktop/driver/base.rb', line 563 def scrub_forwarded_ports fwds = all_forwarded_ports(true) return if fwds.empty? if utility_version > Gem::Version.new("1.0.7") result = vagrant_utility.delete("/vmnet/#{config.nat_device}/portforward", fwds) if !result.success? raise Errors::DriverAPIPortForwardPruneError, message: result[:content][:message] end else fwds.each do |fwd| result = vagrant_utility.delete("/vmnet/#{config.nat_device}/portforward", fwd) if !result.success? raise Errors::DriverAPIPortForwardPruneError, message: result.get(:content, :message) end end end end |
#setup_adapters(adapters, allowlist_verified = false) ⇒ Object
This modifies the metadata of the virtual machine to add the given network adapters.
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# File 'lib/vagrant-vmware-desktop/driver/base.rb', line 824 def setup_adapters(adapters, allowlist_verified=false) vmx_modify do |vmx| # Remove all previous adapters vmx.keys.each do |key| check_key = key.downcase ethernet_key = key.match(/^ethernet\d\.(?<setting_name>.+)$/) if !ethernet_key.nil? && !VMX_ETHERNET_ALLOWLIST.include?(ethernet_key["setting_name"]) @logger.warn("setup_adapter: Removing VMX key: #{ethernet_key}") vmx.delete(key) elsif ethernet_key if !allowlist_verified display_ethernet_allowlist_warning(key, vmx[key]) elsif allowlist_verified == :disable_warning @logger.warn("VMX allowlisting warning message has been disabled via configuration. `#{key}`") else @logger.info("VMX allowlisting has been verified via configuration. `#{key}`") end if !VMX_ETHERNET_ALLOWLIST_ENFORCE && allowlist_verified != true @logger.warn("setup_adapter: Removing allowlisted VMX key: #{ethernet_key}") vmx.delete(key) end end end # Go through the adapters to enable and set them up properly adapters.each do |adapter| key = "ethernet#{adapter[:slot]}" vmx["#{key}.present"] = "TRUE" vmx["#{key}.connectiontype"] = adapter[:type].to_s vmx["#{key}.virtualdev"] = DEFAULT_NIC_DEVICE if adapter[:mac_address] vmx["#{key}.addresstype"] = "static" vmx["#{key}.address"] = adapter[:mac_address] else # Dynamically generated MAC address vmx["#{key}.addresstype"] = "generated" end if adapter[:vnet] # Some adapters define custom vmnet devices to connect to vmx["#{key}.vnet"] = adapter[:vnet] vmx["#{key}.connectiontype"] = "custom" if adapter[:type] == :nat end end end end |
#share_folder(id, hostpath) ⇒ Object
This creates a shared folder within the VM.
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# File 'lib/vagrant-vmware-desktop/driver/base.rb', line 874 def share_folder(id, hostpath) @logger.info("Adding a shared folder '#{id}': #{hostpath}") vmrun("addSharedFolder", host_vmx_path, id, host_path(hostpath)) vmrun("setSharedFolderState", host_vmx_path, id, host_path(hostpath), "writable") end |
#snapshot_delete(name) ⇒ Object
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# File 'lib/vagrant-vmware-desktop/driver/base.rb', line 887 def snapshot_delete(name) vmrun("deleteSnapshot", host_vmx_path, name) end |
#snapshot_list ⇒ Object
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# File 'lib/vagrant-vmware-desktop/driver/base.rb', line 895 def snapshot_list snapshots = [] vmrun("listSnapshots", host_vmx_path).stdout.split("\n").each do |line| if !line.include?("Total snapshot") snapshots << line end end snapshots end |
#snapshot_revert(name) ⇒ Object
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# File 'lib/vagrant-vmware-desktop/driver/base.rb', line 891 def snapshot_revert(name) vmrun("revertToSnapshot", host_vmx_path, name) end |
#snapshot_take(name) ⇒ Object
All the methods below deal with snapshots: taking them, restoring them, deleting them, etc.
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# File 'lib/vagrant-vmware-desktop/driver/base.rb', line 883 def snapshot_take(name) vmrun("snapshot", host_vmx_path, name) end |
#snapshot_tree ⇒ Object
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# File 'lib/vagrant-vmware-desktop/driver/base.rb', line 906 def snapshot_tree snapshots = [] snap_level = 0 vmrun("listSnapshots", host_vmx_path, "showTree").stdout.split("\n").each do |line| if !line.include?("Total snapshot") # if the line starts with white space then it is a child # of the previous line if line.start_with?(/\s/) current_level = line.count("\t") if current_level > snap_level name = "#{snapshots.last}/#{line.gsub(/\s/, "")}" elsif current_level == snap_level path = snapshots.last.split("/") path.pop path << line.gsub(/\s/, "") name = path.join("/") else path = snapshots.last.split("/") diff = snap_level - current_level (0..diff).to_a.each { |i| path.pop } path << line.gsub(/\s/, "") name = path.join("/") end snap_level = current_level snapshots << name else snapshots << line end end end snapshots end |
#standard? ⇒ Boolean
Returns using standard license.
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# File 'lib/vagrant-vmware-desktop/driver/base.rb', line 212 def standard? !professional? end |
#start(gui = false) ⇒ Object
This will start the VMware machine.
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# File 'lib/vagrant-vmware-desktop/driver/base.rb', line 941 def start(gui=false) gui_arg = gui ? "gui" : "nogui" vmrun("start", host_vmx_path, gui_arg, retryable: true, timeout: 45) rescue Vagrant::Util::Subprocess::TimeoutExceeded # Sometimes vmrun just hangs. We give it a generous timeout # of 45 seconds, and then throw this. raise Errors::StartTimeout end |
#stop(stop_mode = "soft") ⇒ Object
This will stop the VMware machine.
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# File 'lib/vagrant-vmware-desktop/driver/base.rb', line 951 def stop(stop_mode="soft") begin vmrun("stop", host_vmx_path, stop_mode, :retryable => true, timeout: 15) rescue Errors::VMRunError, Vagrant::Util::Subprocess::TimeoutExceeded begin vmrun("stop", host_vmx_path, "hard", :retryable => true) rescue Errors::VMRunError # There is a chance that the "soft" stop may have timed out, yet # still succeeded which would result in the "hard" stop failing # due to the guest not running. Because of this we do a quick # state check and only allow the error if the guest is still # running raise if read_state == :running end end end |
#suppress_messages ⇒ Object
This is called to do any message suppression if we need to.
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# File 'lib/vagrant-vmware-desktop/driver/base.rb', line 974 def if @product_name.downcase == "fusion" contents = <<-DATA <?xml version="1.0" encoding="UTF-8"?> <!DOCTYPE plist PUBLIC "-//Apple//DTD PLIST 1.0//EN" "http://www.apple.com/DTDs/PropertyList-1.0.dtd"> <plist version="1.0"> <dict> <key>disallowUpgrade</key> <true/> </dict> </plist> DATA if @vmx_path filename = @vmx_path.basename.to_s.gsub(".vmx", ".plist") @vmx_path.dirname.join(filename).open("w+") do |f| f.puts(contents.strip) end end end end |
#suspend ⇒ Object
This will suspend the VMware machine.
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# File 'lib/vagrant-vmware-desktop/driver/base.rb', line 969 def suspend vmrun("suspend", host_vmx_path, :retryable => true) end |
#verify! ⇒ Object
This method is called to verify that the installation looks good, and raises an exception if it doesn’t.
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# File 'lib/vagrant-vmware-desktop/driver/base.rb', line 998 def verify! utility_requirement = Gem::Requirement.new(VAGRANT_UTILITY_VERSION_REQUIREMENT.split(",")) if !utility_requirement.satisfied_by?(utility_version) raise Errors::UtilityUpgradeRequired, utility_version: utility_version.to_s, utility_requirement: utility_requirement.to_s end end |
#verify_vmnet! ⇒ Object
This method is called to verify whether the vmnet devices are healthy. If not, an exception should be raised.
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# File 'lib/vagrant-vmware-desktop/driver/base.rb', line 1009 def verify_vmnet! result = vagrant_utility.post("/vmnet/verify") if !result.success? # Check if the result was a 404. This indicates a utility service # running before the vmnet verification endpoint was introduced # and is not really an error if result[:code] == 404 return end raise Errors::VMNetDevicesWontStart end end |
#vmware_utility_version ⇒ String?
Gets the version of the vagrant-vmware-utility currently in use
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# File 'lib/vagrant-vmware-desktop/driver/base.rb', line 1066 def vmware_utility_version @logger.debug("Getting version from vagrant-vmware-utility") result = vagrant_utility.get("/version") if result.success? result.get(:content, :version) end end |
#vmx_alive? ⇒ Boolean
This method returns whether or not the VMX process is still alive.
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# File 'lib/vagrant-vmware-desktop/driver/base.rb', line 1023 def vmx_alive? # If we haven't cleanly shut down, then it is alive. read_vmx_data["cleanshutdown"] != "TRUE" # Note at some point it would be nice to actually track the VMX # process itself. But at this point this isn't very feasible. end |
#vmx_modify {|vmx_data| ... } ⇒ Object
This allows modifications of the VMX file by handling it as a simple hash. By adding/modifying/deleting keys in the hash, the VMX is modified.
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# File 'lib/vagrant-vmware-desktop/driver/base.rb', line 1034 def vmx_modify # Read the data once vmx_data = read_vmx_data # Yield it so that it can be modified yield vmx_data # And write it back! @logger.info("Modifying VMX data...") @vmx_path.open("w") do |f| vmx_data.keys.sort.each do |key| value = vmx_data[key] # We skip nil values and remove them from the output if value.nil? @logger.debug(" - DELETE #{key}") next end # Write the value @logger.debug(" - SET #{key} = \"#{value}\"") f.puts("#{key} = \"#{value}\"") end f.fsync end end |