On the desktop, I like running a tiling manager. Awesome fits the bill.
Long story short, wanting to do the same under OS X, and after spending more than two hours trying to coax Macports into installing all sorts of useful applications that would make use of X11, I finally gave up.
I found this gem -> http://www.foldr.org/~michaelw/log/computers/macosx/macports-fatally-flawed
The point to take home is that package management for OS X should not be so dependant upon compiling stuff…… Why, you may ask??
- First, compilation environments under OS X are always b0rked. It depends on the version of XCode you install, and sometimes the compiler it ships with bombs up for weird reasons, or code doesn’t like LLVM (what’s wrong with plain old gcc?) or yaddi yadda.
- The typical OS X machine is dog-slow and doesn’t have 8GB of RAM available. Considering most OS X users are on a laptop, proof enough.
- No real need to. Target one system and it’ll run everywhere: i386.
End of angry rant.
Try it out, it’s hillarious:
echo `shuf -n 2 /usr/share/dict/cracklib-small | tr -d “\n”`
It seems that currently using Linux on hardware fakeraid-based platforms is not so simple.
In short, once you know of a little bug in the SiI 31xx controller series everything becomes much easier. Over there is a guide which can help you installing OpenSUSE/Fedora/Ubuntu on the Revodrive X2. The idea is you install everything but the bootloader, and then setup grub manually.
Thanks a bunch, CoolZero.
August 2011 update: code no longer available online, mail and I’ll send it
For some reason, flashing the MSI 890FXA-GD70 with the AFUWIN utility will brick your motherboard. I do know, however, that the “flashrom” utility does support this board just fine. I had no trouble flashing under Linux using “flashrom“.
This motherboard uses a Winbond W25Q16 SPI FLASH memory chip. Fortunately enough it is fairly easy to unsolder and reprogram this chip with the help of an Arduino.
First of all, carefully remove the memory chip.
Wire it up to an Arduino:
- GND (pin 4) to Arduino’s ground
- VCC (pin 8 ) to Arduino’s 3.3V output (5V would likely kill the chip)
- /HOLD (pin 7) to Arduino’s 3.3V output (5V would likely kill the chip)
- /CS (pin 1) to Arduino pin 10
- DO (pin 2) to Arduino pin 12
- /WP (pin 3) to Arduino’s 3.3V output (5V would likely kill the chip)
- DI (pin 5) to Arduino pin 11
- Clock (pin 6) to Arduino pin 13
ser = serial.Serial('/dev/tty.usbserial-11BP0464', 115200)
So. These last couple months, I’ve been learning about multirotors… It’s a novelty, you never see any around here😦. Well, long story short, it turns out the project is on the brink of success:
The video above features a quadrotor built by a friend of mine. It runs code we wrote in C++, targeted for the MEGA328 chip. Our goal was partly to get our craft airborne and also start from a clean code base we feel would be easy to maintain over the long term for us.
Now, the single most important item on the TODO is adding support for the tri’s!