Wine vs Windows Benchmarks
PeterBrett writes "Tom Wickline recently posted to the Wine development list announcing that he'd done some benchmarks comparing Windows XP to Wine. They should be taken with the requisite dose of salt, but Wine has certainly come a long way."
while i realise that postings to a dev list shouldn't be taken as gospel, why would a dev list posting of benchmarks be assumed to be doctored? of course i would expect this from a marketing dept, but a dev list?
chris
"Physics is like sex. Sure, it may give some practical results, but that's not why we do it." - R. Feynman
The results aren't exactly surprising - Wine is excelling in what Linux is generally better than Windows in doing - memory management, hard drive speed, and related matters (stressing generally there, because of course different apps give different results). This is Gentoo after all, it's built for speed. Then the heavier the load on the video drivers the more the superiority of the Windows drivers takes hold, so for the graphical stuff things don't work as fast.
Congrats to the Wine devs!
To me this seems to be more a test of the linux implementation of teh video card drivers.. and NOT the wine system itself.
i think a wider suite of tests would be required.. and not just the preformance/gaming orinted stuff.
-- Shoe Lace
Seems a bit strange to me to do a current comparison by using a version of 3d Mark that is 5 years old. If you were going to test out a 6800 on Windows alone you would use 2003 or 2005, the fact they didn't use that one in their Wine comparison suggests to me it couldn't run the later versions at all. The fact that 2000 ran better than under XP, but 2001 ran considerably worse suggests this as well.
If this is the case, the results in regard to game performance are out-dated at best.
Blessed are the 1337, for they shall pwn the earth.
Okay, I *like* WINE. It's a great piece of software, and very useful. But it doesn't make Linux a drop-in Windows replacement. If you decide "Gee, I think I should use Linux as a desktop" (I do), then it's icing on the cake if WINE runs something. It's not reasonable to simply expect a given piece of software to run flawlessly under WINE, though.
Any program relying on (nontrivial) preemptive multithreading will be buggy.
Nobody said they were doctored; the slashdot editor said "take it with a grain of salt". I see a lot of reasons to do so:
Honestly? The results probably aren't manipulated, but the presentation is very clearly set up with a number of tricks (perhaps without him/her realizing it) to give the impression that Wine "kicked some serious ass", when for the most part, it did horribly.
Please help metamoderate.
As I understand it the essence of Wine is reverse engineering the Windows DLLs.
You might understand it that way, but you'd be wrong. All Wine does is implement the published API of Windows using Linux commands. Absolutely no reverse engineering is done.
What about higher end MS applications like VisualStudio or the .Net framework?
At some point you have to ask yourself why you are running Linux at all.
-matthew
"THERE IS NO JUSTICE, THERE IS ONLY ME." -Death
To say that Wine developers have it easy is shamefully disrespectful to their efforts. (Unless you take the viewpoint that not having to work with MS code simplifies the work!) For Wine to work at all is commendable - to be (sometimes) faster is truly amazing, IMHO.
These results aren't presented to try to make Wine look better, nor is the author, consciously or unconsciously, trying to make it appear faster. These results simply were not meant to be used to say that Wine is better than Windows, and only Slashdot would try to make it appear that way. The real point of these comparisons, as is apparent if you read the Wine weekly summaries, is to give the Wine developers an idea of what areas need to be improved, and what areas are adequate. Green obviously means "at least as fast as Windows", which means that it's good. There is no point in grouping them any other way, since they don't care if they are 50% better or 1% better. Also, your criticisms of why this benchmark doesn't give a good idea of the relative speeds of Wine and Windows are quite wide of the mark (though they are valid complaints). The real reason why this benchmark cannot be used to gauge relative speeds is that it doesn't cover real world work loads. They measure a very small number of very specific things, mostly related to gaming and 3D performance. The benchmarks they ran that weren't related to that were designed to test the *hardware* speed, not the speed of the API. The Wine developers know this, and that's what the comment about taking it with a grain of salt means. It's probably adequate to give a rough idea of what parts of Wine need to be improved, but it is nowhere close to a comprehensive comparison of the speed of Windows and Wine, and was never meant as such.
Throughout most of my career, I've understood reverse engineering to be what you do when you DON'T have the source code. I think the wikipedia entry mentions that this is the most common interpretation. It can be extremely difficult and time consuming. I've done it on major projects a few times in my career. It is neither easy nor efficient, but sometimes the only choice you have.
It's also common to talk about reverse engineering hardware, where the innards of a chip may be deduced by observing its inputs and outputs. I worked on a project at a startup where we had to do that, because the original hardware developers were long gone, and no VHDL could be discovered, yet we had to write drivers for their (buggy) chips in order to make a deadline. At the same company we had to reverse engineer the workings of a (buggy) Fiber Channel PCI card, because the manufacturer would not give us the support we needed to make our deadlines. They were rather surprised when we talked to them about the details of their (proprietary, embedded in an ASIC) DMA engine that we deduced via logic analyzers and oscilloscopes.
Those projects were SO difficult compared to reading (even obscure) code, that I really think that using the one phrase for both activities is confusing and sometimes even deceptive.
I agree with you. When I was a kid we had 8 bit computers and you learned by doing. In those days you of fritzing your hardware by moving it too suddenly, causing a machine lockup with crappy code was the least of your problems.
Gentoo evokes that era for me, and you can't have a go at people for breaking something when they're busy learning. So what if they over-optimise compiler flags and break things? When they fix them up they're learning a valuable lesson, and that lesson isn't 'next time use a binary distro'
Anyway, today's school-age gentoo n00bs are tomorrow's crop of system admins.
Hal Spacejock: Science Fiction with Nuts