- #Raspberry pi mac emulator install#
- #Raspberry pi mac emulator drivers#
- #Raspberry pi mac emulator update#
- #Raspberry pi mac emulator software#
- #Raspberry pi mac emulator free#
# sudo apt-get install git libsdl1.2-dev autoconf libgtk2.0-dev libxxf86dga-dev libxxf86vm-dev libesd0-dev # git clone https: ///cebix/macemu # cd macemu/BasiliskII/src/Unix # aclocal autoconf # autoreconf -I. To install Basilisk II, I followed Derek Warren's instructions:
#Raspberry pi mac emulator free#
Uninstall Mathematica (and free up 454MB):
#Raspberry pi mac emulator update#
# sudo nano /etc/apt/sources.list # deb-src http: ///raspbian/ wheezy main contrib non-free rpi # sudo apt-get update Once I had Raspbian up and running and connected to my wireless network, here are the changes I made: Update Package Sources (Full instructions are available on the Raspberry Pi Foundation's website.) In the NOOBS wizard, I chose to install Raspbian. I simply downloaded NOOBS and copied it to a blank MicroSD card.
#Raspberry pi mac emulator software#
Since the ODROID-W is fully compatible with all existing Raspberry Pi software packages, I performed all of the software configuration on a full-sized Raspberry Pi Model B, then removed the MicroSD card and installed it into the Mini PowerMac when I was finished. Shown above: Front panel and screen, ready to attach to the assembled lower base and upper shell. I also soldered new connectors to the control board and bundled them with tape. It's still a tight fit, so it doesn't really move that much. Instead, I've removed the adhesive and simply allow the control board to float freely within the case. The screen's control board was originally held in place using a second piece of double-sided adhesive, but the heat from the board was causing the acrylic screen sandwich to expand and warp. Shown above: Screen mounted with acrylic panel and adhesive. I cut a replacement screen protector and sandwiched it in front as well. The screen itself is mounted to a piece of acrylic using double-sided adhesive, which is held in place using the screws that originally held the clear plastic screen protector. I added a strip of electrical tape along the bottom to prevent the backlight LED from leaking through the plastic front panel. The disassembled screen fit in place almost perfectly - all I had to do shave down the sides of the screw posts by about a millimeter on each side. Shown below: The lower base and upper shell shown assembled. Shown above: The upper shell with power switch and speaker.
In the meantime, the wires are bundled together and secured with kapton tape. I originally tried using an audio amp from Sparkfun, but the quality wasn't very good so I've removed it until I figure out an alternative. There's a mono speaker (8-Ohm, 1-Watt) mounted in the top as well. The female plug is "input", while the male connector is "output", with the toggle switch operating as a simple open/close on the positive lead. In the upper shell, I soldered JST connectors onto the power switch. Shown above: The lower base with power/RCA cable. The RCA connector will be wired to the secondary input on the display, so I can connect other composite devices as inputs to the Mac's screen. The cable was originally for a microphone, so all I had to do was cut it apart and spray it with a can of gray vinyl dye. In the lower base, I slightly widened a hole where the original mouse wire entered and inserted a combination power and RCA cable. I disassembled the case and found that it consisted of three pieces: a "lower" base with the battery compartment, the "upper" shell with power switch and speaker, and the front panel with screen. I also included a USB Hub, USB Wi-Fi adapter, and a wireless keyboard/trackpad.
It takes anything between 12-24V as input, and outputs 5V at the other end. Since the screen runs best at 12V but the ODROID-W only needs 5V, I bought this DC/DC step-down converter.
#Raspberry pi mac emulator drivers#
I had previously tried a TFT display, but the drivers for this particular one aren't well-written so it flogs the CPU at 100% whenever it's in use. The screen comes from a Chinese automotive rearview display. (They've apparently been discontinued since then.) It got some hate from the internet, but it's still an impressive bit of engineering so I ordered one immediately. Fortunately, around this time HardKernel released their ODROID-W computing module, which is a South Korean clone of the Raspberry Pi. Once I got it in my hands, I realized that a Raspberry Pi wouldn't fit in the case unless I started de-soldering connectors, and even then it'd be a challenge. I thought it'd be perfect, so I bought one on eBay. This toy version originally had a 3.25" monochrome LCD display that showed static images as seen in this YouTube video. Searching online, I found the " Mini Macintosh", an accessory from the American Girl doll catalog that was released in 1996.
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