a new word has come…

Stop the presses, peoples! I’m’a call the editors of some dictionaries also, because… I made up a new word today.

The new word is:

grruélkananth — the sticky unknown substance on the counter that you just want to clean off because it looks gross

The pronunciation of this will probably be difficult for most Americans, so I’m’a ‘splain: You trill the ‘rr’ and make sure and place emphasis on the ‘é’.

And here’s the correct pronunciation (you can right-click, save-as if you want to download the MP3 file):
Pronunciation of Grruélkananth

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added a life list

A Moleskine Notebook
A Moleskine Notebook

I was inspired by yearlyglot‘s bucket list, so I decided to create one of my own. It’s not the first time I’ve had one, nor is it the first time I’ve published a life list on my blog. However, it is considerably shorter than my previous life list.

Check it out if you care to do so (also you can click the link in the nav bar at the top of this site):

Captain NaMar’s Life List

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make a universal binary on OSX 10.6 – Snow Leopard


This post describes how to create a “fat binary” on Mac OS X. If you’re using Snow Leopard, I don’t know why you’d want to make one of these, except maybe to compile for distribution to an older OS version (Leopard) or something. In fact, I can’t even remember why I wrote this, but I wrote it some time last fall or winter and thought I’d go ahead and post it now since I’d already spent some time working on it.

It’s not hard to create a universal binary on Mac OS X – these instructions are for Snow Leopard, but probably work on Leopard too.

First, the code must be compiled for each architecture (i386, ppc and x86_64). Each compilation will result in a separate executable (binary) file.

Then use lipo to merge them into a universal binary.

Here’s a sample makefile that will do all of that at once for a command-line utility I wrote in C called “whead”.


all: i386 ppc x86_64 univ

$(CC) -o whead_$@ whead.c $(CFLAGS) $(LDFLAGS) -arch i386

$(CC) -o whead_$@ whead.c $(CFLAGS) $(LDFLAGS) -arch ppc

$(CC) -o whead_$@ whead.c $(CFLAGS) $(LDFLAGS) -arch x86_64

univ: i386 ppc x86_64
lipo -create whead_i386 whead_ppc whead_x86_64 -output whead

rm whead_ppc whead_i386 whead_x86_64 whead

Just run the makefile:

[ngmarle@lorien whead.univeral]$ make
gcc -o whead_i386 whead.c -arch i386
gcc -o whead_ppc whead.c -arch ppc
gcc -o whead_x86_64 whead.c -arch x86_64
lipo -create whead_i386 whead_ppc whead_x86_64 -output whead

And ensure that the resulting binary is compatible with all architectures previously specified:

[ngmarle@lorien whead.univeral]$ file ./whead
./whead: Mach-O universal binary with 3 architectures
./whead (for architecture i386): Mach-O executable i386
./whead (for architecture ppc7400): Mach-O executable ppc
./whead (for architecture x86_64): Mach-O 64-bit executable x86_64
[ngmarle@lorien whead.univeral]$ ./whead
usage: ./whead hostname [port]

That’s it.

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I just saw a firefly outside.

Here is some useful interesting info on fireflies.

Apparently the taillight contains two rare chemicals, luciferin and luciferase.

update: 2011Mar28: Oh noes, a broken link!! Here’s a shittier article about fireflies from the same domain as the initial good link. It has no picture, no pretty url and nothing about luciferin or luciferase. If this one ever breaks then I’ll just link to the Wikipedia article.