#Mac 128 emulator mac os#
#Mac 128 emulator install#
#Mac 128 emulator full#
#Mac 128 emulator iso#
#Mac 128 emulator windows#

If you want to run Mac OS 8.0 or Mac OS 8.1, choose 'Quadra 900 (MacOS 8.x)'. If you want to run Mac OS 0.x through Mac OS 7.x, choose 'Mac IIci (MacOS 7.x)' for the 'Mac Model ID'. If you want it to have more, you'll want to change this. Before we continue, however, we need to change the settings under the 'Memory/Misc' tab:Д«y default, the guest Mac OS system will have 8 MB of RAM. I found the defaults for 'SCSI', 'Graphics/Sound', 'Keyboard/Mouse', and 'Serial/Network' to be quite reasonable.

#Mac 128 emulator windows#

Note that I added my physical hard disk (/dev/ad0) and an old Basilisk II virtual hard disk image that I created 3 or 4 years ago in the Windows 2000 version of Basilisk II. Navigate to whatever directory you want to create a new virtual hard disk image in, change the size if you want your virtual hard disk to be more than 40MB in size, and enter a name for your new virtual hard disk image. This is what comes up after you choose to 'Create' a new virtual hard disk image.

#Mac 128 emulator install#

If this is your first time running Basilisk II, or you want to create a new virtual hard disk to install Mac OS on, click 'Create.'

#Mac 128 emulator iso#

iso file), your physical CD-ROM drive, or (if you want to be able to share files between the emulated Mac OS system we're going to install and FreeBSD), your physical hard disk (/dev/ad0). Click 'Add' if you have a preexisting Basilisk II virtual hard disk image, or if you want to add a Macintosh floppy disk image, CD-ROM image (such as an. This will bring up a graphical configuration utility that looks something like this:

Now that we've installed Basilisk II, it's time to launch it for the first time. Please don't ask me where to get one, because I don't know. Please note: you will need a ROM image from a Mac IIci or Quadra 900 (or perhaps some other models of similar vintage) in order to boot Mac OS in Basilisk II. It can emulate Mac OS 0.x through Mac OS 8.1 depending on what ROM image you use. It contains a wealth of information and useful options.Д«asilisk II is a 68k Macintosh emulator. Qemu virtual_hard_drive.img -hdb fat:rw:/home/reinholz/qemu_share -cdrom /dev/acd0 &ДЇor a great variety of further options, 'man qemu' and/or visit the Qemu User Guide. Useful for exchanging files between the guest OS and the host system.ДЄlternatively, you could start up the guest OS with both a shared folder and CD-ROM support: Also note that I mounted the shared folder with read & write support.

#Mac 128 emulator full#

Please note that you need to specify the full path to the shared folder, as I did in the above example. Qemu virtual_hard_drive.img -hdb fat:rw:/home/reinholz/qemu_share & Then when we start up qemu, we can tell it to use the shared folder like this: I'm not going to go through the steps of installing that OS-I'm assuming you can figure that out for yourself.ДЄnother option you might like is to create a 'shared folder' that will show up as a second hard drive in the guest OS, but will remain an ordinary directory on your system. This should boot from the CD-ROM, and take us into the Windows 98 installer. Because we executed qemu from the same directory we created our virtual hard disk ('virtual_hard_drive.img') in, we didn't need to specify a path. Finally, we specified the path to our virtual hard disk. If you do not specify this option, the emulated system will attempt to boot from the virtual hard disk. '-boot d' tells the emulated system to boot from the CD-ROM drive (or the. We launched the default qemu system (x86), and told it to use our computer's first CD-ROM drive as the guest OS's CD-ROM drive. Qemu -cdrom /dev/acd0 -boot d virtual_hard_drive.img & Insert your install CD, then, assuming it is an ISO9660 CD (most are, unless this is an Apple CD-ROM), mount it: I tested this with an old copy of Windows 98 that I had laying around. Now that we have a virtual hard disk image, we have to install a guest OS. Note that the image will not actually take up 3 GB-it will grow as the guest OS needs it. This will create a Qemu formatted virtual hard drive image with a capacity of 3 GB named 'virtual_hard_drive.img' in the current directory. Qemu-img create -f qcow virtual_hard_drive.img 3G To create a new virtual hard drive image, as user, type To automatically load the kqemu kernel module every time your system starts up, add the following line to /boot/nf: We then need to load the kqemu kernel module: Optionally, if you want to build qemu with the qemu-accelerator kernel module, which will drastically increase qemu's performance in terms of x86-on-x86 emulation (if not, skip ahead): Its most popular (and well-developed) use is, however, decidedly x86 emulation. Qemu is a powerful computer processor emulator that can be used to emulate x86, Sparc, and PowerPC processors, among others.