device for Windows guests is an SVGA device. For Linux guests, the default graphics device emulates a VMware SVGA graphics device. See chapter 3.6.1, Screen Tab, page 60. For legacy guest OSes, a VGA-compatible not supported for this graphics controller. – VMSVGA: Use this graphics controller to emulate a VMware SVGA graphics device. This is the default graphics controller for Linux guests. – None: Does not popular and open VMDK container format that is used by many other virtualization products, such as VMware. • VHD. Oracle VM VirtualBox also fully supports the VHD format used by Microsoft. • HDD. Image

device for Windows guests is an SVGA device. For Linux guests, the default graphics device emulates a VMware SVGA graphics device. See chapter 3.6.1, Screen Tab, page 76. For legacy guest OSes, a VGA-compatible not supported for this graphics controller. – VMSVGA: Use this graphics controller to emulate a VMware SVGA graphics device. This is the default graphics controller for Linux guests. – None: Does not popular and open VMDK container format that is used by many other virtualization products, such as VMware. • VHD. Oracle VM VirtualBox also fully supports the VHD format used by Microsoft. • HDD. Image

device for Windows guests is an SVGA device. For Linux guests, the default graphics device emulates a VMware SVGA graphics device. See chapter 4.6.1, Screen Tab, page 76. For legacy guest OSes, a VGA-compatible not supported for this graphics controller. – VMSVGA: Use this graphics controller to emulate a VMware SVGA graphics device. This is the default graphics controller for Linux guests. – None: Does not popular and open VMDK container format that is used by many other virtualization products, such as VMware. • VHD. Oracle VM VirtualBox also fully supports the VHD format used by Microsoft. • HDD. Image

device for Windows guests is an SVGA device. For Linux guests, the default graphics device emulates a VMware SVGA graphics device. See chapter 4.6.1, Screen Tab, page 76. For legacy guest OSes, a VGA-compatible not supported for this graphics controller. – VMSVGA: Use this graphics controller to emulate a VMware SVGA graphics device. This is the default graphics controller for Linux guests. – None: Does not popular and open VMDK container format that is used by many other virtualization products, such as VMware. • VHD. Oracle VM VirtualBox also fully supports the VHD format used by Microsoft. • HDD. Image

device for Windows guests is an SVGA device. For Linux guests, the default graphics device emulates a VMware SVGA graphics device. See chapter 3.6.1, Screen Tab, page 76. For legacy guest OSes, a VGA-compatible not supported for this graphics controller. – VMSVGA: Use this graphics controller to emulate a VMware SVGA graphics device. This is the default graphics controller for Linux guests. – None: Does not popular and open VMDK container format that is used by many other virtualization products, such as VMware. • VHD. Oracle VM VirtualBox also fully supports the VHD format used by Microsoft. • HDD. Image

device for Windows guests is an SVGA device. For Linux guests, the default graphics device emulates a VMware SVGA graphics device. See chapter 4.6.1, Screen Tab, page 76. For legacy guest OSes, a VGA-compatible not supported for this graphics controller. – VMSVGA: Use this graphics controller to emulate a VMware SVGA graphics device. This is the default graphics controller for Linux guests. – None: Does not popular and open VMDK container format that is used by many other virtualization products, such as VMware. • VHD. Oracle VM VirtualBox also fully supports the VHD format used by Microsoft. • HDD. Image

device for Windows guests is an SVGA device. For Linux guests, the default graphics device emulates a VMware SVGA graphics device. See chapter 3.6.1, Screen Tab, page 76. For legacy guest OSes, a VGA-compatible not supported for this graphics controller. – VMSVGA: Use this graphics controller to emulate a VMware SVGA graphics device. This is the default graphics controller for Linux guests. – None: Does not popular and open VMDK container format that is used by many other virtualization products, such as VMware. • VHD. Oracle VM VirtualBox also fully supports the VHD format used by Microsoft. • HDD. Image

Windows host, data will be sent and received through a named pipe. You can use a helper program called VMware Serial Line Gateway, available for download at http://www.l4ka.org/tools/ vmwaregateway.php. This open VMDK container format that is used by many other virtualization products, in particular, by VMware.4 • VirtualBox also fully supports the VHD format used by Microsoft. • Image files of Parallels performance and accuracy. The x86 instruction set was originally designed in the 1970s and underwent sig- nificant changes with the addition of protected mode in the 1980s with the 286 CPU architecture and

approximate; -1 if unspecified) 4. Format (string identifying the disk format, typically “http://www.vmware.com/specifications/vmdk.html#sparse”) 5. Reference (where to find the disk image, typically a file whose name matches one of the patterns will generate an IVirtualBoxCallback::onGuestPropertyChange() sig- nal. 114 9 Classes (interfaces) 9.20.1.45 teleporterEnabled (read/write) boolean IMachine::teleporterEnabled

approximate; -1 if unspecified) 4. Format (string identifying the disk format, typically “http://www.vmware.com/specifications/vmdk.html#sparse”) 5. Reference (where to find the disk image, typically a file whose name matches one of the patterns will generate an IVirtualBoxCallback::onGuestPropertyChange() sig- nal. 114 9 Classes (interfaces) 9.20.1.45 teleporterEnabled (read/write) boolean IMachine::teleporterEnabled