![macos monterey not installing macos monterey not installing](https://www.wikigain.com/wp-content/uploads/2021/06/Customize-Hardware-for-macOS-Monterey.jpg)
- #MACOS MONTEREY NOT INSTALLING INSTALL#
- #MACOS MONTEREY NOT INSTALLING ISO#
- #MACOS MONTEREY NOT INSTALLING MAC#
When it is unticked again, or you quit Liviable, behaviour reverts to the default, generating a new unique MID each time.Ī new menu command, Load Machine ID… in the File menu, prompts you to select an existing MachineIdentifier file, for example within an existing VM bundle, which will then be loaded to replace the retained MID.
#MACOS MONTEREY NOT INSTALLING INSTALL#
A new checkbox allows you to Keep that Machine ID for use in all new VMs you create and install while that checkbox is ticked. Liviable also generates a MID to be retained in memory. This new beta-release of Liviable now has identical support for creating VMs with the same MID as I have just added to Viable beta 4.īy default, Liviable beta 2 generates a new unique MID each time that it creates and installs a new VM, and that MID is loaded and used when that VM is booted. While it’s potentially useful for some to be able to create and install Linux VMs with the same MID, it’s also more important that the virtualiser should check that those running together don’t have the same MID. Linux has a lighter footprint: it’s quite reasonable to run a GUI distro with just a couple of cores and 4-6 GB memory, making it feasible to run more than one Linux guest at a time. As no more than two macOS VMs can be run simultaneously anyway, I intend adding that feature to the next version of Viable, but it shouldn’t prove a problem for most users. At present, that isn’t checked by the Virtualization framework itself, and the current beta (4) of Viable doesn’t check it for macOS VMs. One major purpose of the MID is to allow the virtualiser to distinguish between different VMs which may be running concurrently, and to that end it’s important to ensure that VMs to be run at the same time have different MIDs. In some presentations, the user can continue to run that without installation to the disk image, but the usual intention is for that to run its installer to install Linux into the disk image.
#MACOS MONTEREY NOT INSTALLING ISO#
When that is first run, the VM boots from the ISO image and runs Linux from there. NVRAM, containing the boot settings for the VM.MachineIdentifier, containing the Machine ID (MID), in this case a UUID,.Disk.img, the boot disk image formatted by Linux,.When installation is complete, the bundle consists of: The IPSW image is required as a macOS installer doesn’t contain all the pre-boot components required to construct the whole contents of the boot disk of an Apple silicon Mac.Ĭreating a GUI Linux VM is far quicker, as it doesn’t install Linux in the main disk image, merely sets installation up ready to take place during the first run of Linux as supplied on the ISO image being installed.
#MACOS MONTEREY NOT INSTALLING MAC#
When that VM is run for the first time, it has to be personalised and set up in the same way that a factory-fresh Apple silicon Mac does, but by that time its MID is fixed, and there’s nothing further to be installed from the original IPSW file, which can be moved or discarded. In Apple’s sample code, the IPSW is moved inside the bundle as well, a convention which Viable follows, but VirtualBuddy doesn’t, and has no need to.
![macos monterey not installing macos monterey not installing](https://wikikeep.com/wp-content/uploads/2021/06/VirtualBox_macOS-Monterey-12_14_06_2021_11_38_03.png)
Lightweight virtualisation of macOS and GUI Linux on Apple silicon Macs might appear similar, but there are some important differences.