The -t option permits the console to either use stdin/stdout (option 0), or to create a pseudo terminal (option 1, the default) and wait for you to attach something to it, as in the example below. The (current) default is 1 CPU, 512MB RAM, "console=hvc0", NAT-based networking, no discs or initrd and creates a pty for the console. Only the -k argument is required (for a path to the kernel image), and all other arguments are optional. The following command-line arguments are supported: I haven't tested whether this binary will then work on other people's machines. The Makefile applies a code signature and required entitlements without an identity, which should be enough to run on your own machine. Install the commandline tools (or Xcode proper) and run make. It should be one click, though you may have to set up your (free) developer ID/AppleID developer Team in the "Signing & Capabilities" tab of the project configuration. Consider using VNC into your VM, which is quite usable. Note also that amework does not currently provide public interfaces for framebuffers/video consoles/GUI, so the resulting VM will have a (text) console and networking only. This is not a GUI-based app, and this configuration is provided on the command-line. Tested on an M1-based Mac (running arm64/AArch64 VMs), but should work on Intel Macs too (to run x86 VMs).
Attached disc images, CDROM images (AKA a read-only disc image), or neither.It's intended to be the simplest possible invocation of this framework, whilst allowing configuration for: All of the hard work and actual virtualisation is performed by amework - this wrapper simply sets up configuration objects, describing the VM. Vftool runs Linux virtual machines with virtio block, network, entropy and console devices.
Here lies a really minimalist and very noddy command-line wrapper to run VMs in the macOS Big Sur amework.
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