Comment Scaling, or not (Score 1) 223
Also have a look at that blog post, by a Sun employee, on the SUn blog :
http://blogs.sun.com/mrbenchmark/entry/scaling_mysql_on_a_256
The comments are insightful.
Also have a look at that blog post, by a Sun employee, on the SUn blog :
http://blogs.sun.com/mrbenchmark/entry/scaling_mysql_on_a_256
The comments are insightful.
Before anyone else, thanks to the KDE team. It looks like Apple and Google names shadow the developpers behind KHTML, but WebKit would probably never have existed as it is now without KHTML.
I have great hopes in the YARV to LLVM compiler (yarv2llvm), even if you can't read japanese, have a look at the numbers: http://d.hatena.ne.jp/miura1729/20081012/1223785541
It looks like it still doesn't implement any kind of local storage.
A feature that other browsers have for years, including IE since IE 5.5.
No big improvement in their Javascript engine either.
And Dragonfly is still way behind Firebug and Web Inspector.
Opera used to be great, it was ahead of time in the Mozilla Firebird days. But nowadays they seem to fall behing other browsers. Plus Opera is closed-source and there's even no NetBSD/OpenBSD/DragonflyBSD blob. Plus it used to be fast and light compared to other browsers, but according to recent stories published on
I was an Opera lover, but nowadays, I really see no point in using it over Firefox and Webkit.
Ehm, still those benchmarks filesystems are optimized for. Please try blogbench in order to make filesystem really hurt like they would do for a file server.
Too bad that they used an old version of Prototype. Version 1.6.0.2 didn't support querySelectorAll(), that Safari has for a long time.
GPL. So BSD coders will have to rewrite it from scratch.
This is better than nothing, but worse than good documentation and worse than a BSD driver (that could be merged to BSD and GPL licensed operating systems).
Filed under: Household
Obviously, scientists didn't exactly originate the idea of harvesting energy from the sun when they started slapping together solar cells -- plants have been up on this whole photosynthesis mojo for a good long while. Now some researchers at Massey University in New Zealand have developed a range of synthetic dyes from organic compounds that closely mimic the light harvesting that goes on in nature. Other scientists have been pursuing similar solar techniques, but there's a major difficulty in getting the dyes to pass the energy on for actual use. After 10 years of research, the Massey scientists claim to have "the most efficient porphyrin dye in the world." Benefits of the dyes over traditional silicon-based solar panels include the ability to operate in low light, 10x cheaper production, and flexible application -- starting with canvassing roofs, walls and windows, but eventually moving on to wearable items that can charge your electronics stash. A working prototype for "real applications" should be ready in a couple years.Read | Permalink | Email this | Comments
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