The goal of the Mini vMac project is to help preserve software made for early Macintosh computers, the computers that Apple sold from 1984 to 1996 based upon Motorola’s 680×0 microprocessors. The center of this project is a family of free and open source emulators that allow such software to be used on modern computers. The first member of this family emulates the Macintosh Plus.
Mini vMac began in 2001 as a spin off of the program vMac. It was originally intended to be of limited interest, a simpler version to serve as a programmers introduction to vMac. But vMac hasn’t been updated in many years, so Mini vMac may now be considered its continuation.
The “Mini” in the name now means that each emulator in the family is as small and simple as possible. The meta program and data that generate the emulators (the Mini vMac build system) is rather bigger. Besides the Macintosh Plus, there are also emulations of the Macintosh 128K, 512K, 512Ke, SE, Classic, and SE FDHD. Work is in progress on Macintosh II emulation. There are also numerous other options.
Mini vMac requires a ROM image file to run, and so can be legally used only by those who own a 680×0 based Macintosh. This leads to the question, if you need to own the real computer to use it, what is the use of the emulator? First, a real Macintosh won’t last forever. It is common for the power supply to fail. It is still legal to use the emulation after the real computer breaks.
And second, the emulation is more convenient than the real thing. It is much faster (on modern computers) and you can use a better screen, keyboard, and mouse. And it is easier to transfer files between the modern computer and the emulator.
In other words, it will be able to run old Macintosh applications that otherwise could not be used on newer machines.
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Mini vMac represents the Macintosh Plus in the Macintosh family of emulators. It’s purpose is to allow people to use the software built for the Macintosh Plus. This helps preserve software made for the Macintosh Plus.
The software is available for your to run on your Macintosh and on any modern computer.
The software runs on Macintosh Plus (12MHz), Macintosh 128K (6MHz), 512K (16MHz), 512Ke (18MHz), SE (8MHz), Classic (1.67MHz), SE FDHD (up to 4MHz).
Features:
Can emulate both ROM and computer.
Sound.
RGB Color (for an LCD monitor).
Mouse.
Extra bonus: You can choose a maximum of 100 different icons on the desktop. Also you can create your own desktop theme.
There are two versions available: the “lite” version and the “full” version. The “lite” version (since version 1.0.9) does not include the “defaults”. For those who do not want the defaults, you can download and add the necessary icons and sounds from the “full” version. (see Download page).
“Full” version includes the defaults, so you do not need to add the files from the “lite” version.
The defaults are included: screen, mouse, and sound.
There are two desktop themes included in the “lite” version: “Hollywood” and “Neon”.
Mouse control: The mouse can be controlled with an external IR Controller or with an Adafruit IR Receiver.
“Lite” version includes an on screen keyboard for use with the computer.
And there are no command line controls for the “lite” version.
Both versions are released under GNU Public License v3. The binaries are portable.
The difference between the “lite” and the “full” version is the difference of the included files. You can download them separately.
The included programs:
Adafruit Buzz: allows to connect an external IR transmitter (or an infrared remote control with the optional wired adapter). You can control the mouse, switch screens, and power on the Macintosh Plus.
Adafruit ATZ 1.5: this program creates an on screen keyboard for the Apple II emulation. The keyboard is placed on the bottom left corner of the
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Quickstart
If you want to start vMac right away, you can do so by using the command line or the editor that is presented when vMac starts.
• Make sure that you have 675M or bigger of RAM available. If not, install an appropriate version of Installer.app found on the DVD.
• It is recommended that you have a Mac OS 9 compatible floppy drive and a DVD drive.
• You will need to have one of the Macintosh ROM images on your system. The ROM images are available for download from the Mini vMac home page,
• The emulator uses a number of optional pieces of software such as:
o IceWM window manager
o HandBrake video encoder
o GNU Compiler Collection
o GNU GCC
o OpenMV, an open source graphics subsystem for the Atari 2600, 300, 1200, 800XL, 130XE, etc.
o OpenBASIC
o OpenTTD
o MPD and Loaders
o ENCODE ($80-$100)
o DATE ($10-$20)
You can also install most of these components separately, if you wish. That is how I installed it. See “Installing vMac” for an example of how you might install additional software components.
The entire Mini vMac system, including the emulator, can be installed with only 48M of RAM if you only use the vMac Basic text editor as your primary program. The same thing can be accomplished with only 14M of RAM if you make vMac the primary application. The system consumes very little disk space, less than 50M.
Installing
vMac and Mini vMac can be installed on almost any computer that has a 680×0-based Mac. The two most common emulator options are Boot Camp and Mini vMac.
The actual emulator binary for Mini vMac has two components. One is called vMac, which is the actual emulator, and is part of the emulator package. The other component is called the Mini vMac build system. In fact, the build system is so big that it contains three binaries that make up the build system: a vMac-48 binary, a vMac-14 binary, and a Mini vMac binary.
Installing vMac
vMac is so easy to install that I feel silly describing all of the details here. I recommend that you download the latest
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“Macintosh Plus” is the very first Macintosh. It was a short lived computer, sold from around 1986 through 1990, making it an earlier model than the Macintosh 512K. It cost $600 for a top of the line model with 256K.
The emulator’s target processor is the Motorola 680×0, and runs on top of the GNU multitasking operating system, GNU/Hurd.
The emulator uses three emulation units (MU):
One for IO port device access
One for memory access
One for external communication (including display scan conversion)
Each MU allows for a certain amount of hardware abstraction, so that it does not need to translate the exact same code for each type of 680×0 processor. For example, the first MU provides access to the keyboard and mouse directly, and the memory MU directly provides access to the memory in the first 68000’s of ROM. The IO port MU generates IO port signals according to the data received, and can map them to the port on the real device.
The emulator also allows a real 68000 to be used (by installing the ROM in the real computer), for those instances where there is no good emulator available. This is the combination of a real Macintosh and a 68000 emulator (code on top of an emulator with a real 68000), like the Macintosh 128K. With a real 68000 in the emulator, some programs can actually run faster than the real thing.
Development
The emulator is being developed at the University of Utah.
The first version was based on the inx86.h code for vMac, with a few other changes. Now it is being developed as a stand alone program that works with the GNU and GNU Hurd operating systems on a generic 68000 CPU.
The emulator is quite robust, and can run Mac OS 9 and Mac OS X, and various x86 and x86_64 operating systems and GNU/Hurd. It still also works under the OS9 emulator on top of vMac.
If you have more specific inquiries, feel free to contact me.
Thank you!
Friedrich
Downloads
Stable version(0.94):
Homepage:
Release date: 2013-02-17
Software:
Latest version (0.95):
Homepage:
What’s New in the?
The programs in the Mini vMac family aim to be a tool for those doing Macintosh programming. The first emulation offers an emulator of the Macintosh Plus, the computer for which most Macintosh software was written. The Plus emulates a real Plus. Screen colors are correct, the software is perfectly hardware compatible, and it can even use all the expansion ports and controllers of the real Plus. The Plus emulates all of the real Plus’ features, but with enhancements.
It emulates the Joystick, Built in speaker, and the keyboard and mouse controller ports. The built in speaker is wired directly to the I2S. The internal speaker has a higher volume than the old one. The keyboard and mouse controller are wired to the “virtual” 3 button controller on the I2S. The virtual joystick is shaped like the original Joystick controller, but no longer has a knob. The button is the button you get when you press the joystick up. The mouse emulated uses the “Y-direction” for movement and has an extra button at the right end of the mouse cursor. It also has a new scroll wheel for navigating the screen. The panel lights up when you get to the home screen. (There is one extra LED that I’ve never gotten to work)
The graphical enhancements are more varied. On the real Plus the screen always has the same resolution. With the Plus emulator, the resolution can be 64×64, 128×128, 192×192, and 256×256. This is a full screen emulator. You can also use the provided 256×192 “window” mode.
All of the ROM programs and 8 bit data included with the emulator.
It is not a ROM hack. The whole program is 99% original, there are no backups or ROMs added. The only additions are 1) the expansion port code which is needed to make some of the memory I/O available and 2) The screen mode codes. For example, in 512 Ke mode, 128K software would use 2 of the 512k ROM pages and 128K software would use only the remaining 128K. The emulator keeps track of whether a page is used for a particular program. And it can swap out a page with a DMA transfer instead of resetting a memory address and CPU-allocating it.
The rest of the current code is the original, ROM only version. It will be interesting to see if this program can be taken to the next level.
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System requirements are minimum, however if you have not high-end hardware you might experience the following:
Low-end computers: running in a normal desktop or notebook, 2.0 GHz dual-core processor, 1GB of RAM
Low-end netbook: running on a netbook with low hardware,
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