Having these as “standard” platforms that can be used to boot strap OS development is also exciting. It’s also a testament to the virtual machines being universally available. Can it compile itself yet? And once it can, how far away is it from hosting multiple copies of it’s own image so that you can do the dev cycle from within the system itself. What I’m mostly curious about right now is how far away it is from being self hosting. Save for the blind Lisp trolls the code is pretty readable and simple, from what I’ve looked at. #At Boot Options uncheck Single User and save the boot options.I agree is can be better documented, but the code is really pretty clear. #Close the command window, qemu will quit. ![]() In the Qemu command window, press Enter, then type Save the Booter options and Select Boot Now. Set Serial Ports to Serial Console on Modem. Open the Booter and set Boot options to boot Single User (Also check the scsi id of your disk. Once completed, select Build Devices from the installer and then quit the installer. The KERN_GENERIC.TGZ works fine.Īfter adding all desired sets, click Done and go for lunch. Make sure to also select and add a kernel. Next, start the Installer and navigate to Mac68K/BINARY/SETS and select the software sets you want to install. Start MKFS, select the scsi id of the hard disk to partition and format the usr and swap partitions. Into a folder on your Mac OS installation. On the installation iso, go to the Mac68K/Installation/Misc folder and copy: When you run mand, qemu boots from the bootfloppy image, which in turn starts the A/UX installation. drive file=AUX301.iso,format=raw,media=cdrom,if=none,id=cd0 drive file=AUX301.img,media=disk,format=raw,if=none,id=hd0 \ drive file=AUXBootfloppy.img,media=disk,format=raw,if=none,id=fd0 \ drive file=pram-aux.img,format=raw,if=mtd \ Open your favorite text editor and create a file called mand with the following content: This boot floppy also contains the AWS Tune-up 2.0 software that can be applied after upgrading the initial installation of A/UX 3.0.1 to 3.1 So download this disk image (expands to 2Gb): ĭownload the Qemu program to run A/UX from here: ĭownload a boot floppy image named AUXBootfloppy.img from here: Qemu-img create -f raw -o size=2G AUX301.imgĬurrently, partitioning a disk created with qemu-img while installing A/UX will not work. You'll have to source a rom file yourself. The A/UX related files can all be found here: but the files have to be unpacked with e.g. Running qemu-system-m68k with A/UX 3.x guests in macOS If you want CD Rom support, open the corresponding folder and install it. Open the InstallMeFirst folder and start the installer. Click Done, then Quit to have the disk available on the desk top. Click Macintosh Volume and then manually enter the desired partition size, not exceeding the maximum size indicated. You'll notice a partition of 20Mb was created with the name you entered.Ĭlick in the gray area to create a new partition. Start the Apple HD SC v3.0 (A/UX) tool and initialise your disk. For your convenience we provide a hard disk image containing that tool and the floppy installation disk images to install System 7.1.Ĭreate a new disk with qemu-img of size 2Gb.Īdd the disk and the downloaded disk image to your qemu command line and start Qemu. You can use the Apple HD SC v3.0 (A/UX) tool to initialise and partition disks. This tool cannot initialise disks it does not recognise. The disk tools image contains the Apple HD SC Setup tool to initialise and partition hard disks. Save mand and use a terminal to make it executable: chmod x mand Starting qemu-system-m68k to install Mac OS drive file=MacOS8.0.iso,media=cdrom,if=none,id=cd1 drive file=MacOS8.0.img,media=disk,format=raw,if=none,id=hd1 \ drive file=pram-macos.img,format=raw,if=mtd \ ![]() qemu-img create -f raw pram-macos.img 256b qemu-img create -f raw -o size=2G MacOS8.0.img Otherwise Mac OS will not boot after installation. Note: If you create a disk image larger than 2Gb, you will have to partition the disk so the first partition is 2Gb or less in size. Open a command prompt and navigate to your Qemu folder. Create a pram disk image to hold information about the system, such as screen resolution.
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