Quote from: 40hzShould I go on?
Yes, preferably a long trip!
Hey! I just noticed it's pretty damp at this end of the pier!

Quote from: 40hzShould I go on?
Yes, preferably a long trip!

Come to think of it, am I looking to get sued just in time for the holidays?Sued, or stewed?




Come to think of it, am I looking to get sued just in time for the holidays?Sued, or stewed?


Preemptive multitasking. Basically means linux can not crash unless the kernel crashes.That's not what pre-emptive multitasking means.
How many times you had to reboot your computer because of a hung app?Since win9x, never. Because of a BSOD? Since NT, only because of badly written drivers.
Even though it's gotten better, windows still yet does not use preemptive multitasking.Please do your research.
Everything is a program. Meaning, Linux can be less than 2MB in size for a fully functional Linux operating system. Windows can't do this, not even its compact edition.While "Windows" as a whole isn't super-modular, you can get the windows kernel below... what was is... a couple hundred kilobytes? (check the original stripped-down NT kernel used in the XBOX).
Portability. Linux can be ran, easily and natively, on basically every CPU architecture made. It can run on a powerpc mac, it can run on x86 windows processor, a RISC chip in mobile devices, the list goes on. This is something that windows and mac both can definitely not say. Yea, it can be ported, but this takes a long tedious time. The linux kernel just needs recompiling with the drivers for the device loaded. This calls for rapid deployment on a very wide range of new devices.For linux to be recompiled, first GCC + binutil + libc + <other stuff> needs to be ported. Then there's a few (or more) kernel modifications that need to be done. You're trivializing the porting process, which is nowhere near as simple as you're claiming. Sure, NT doesn't run on as many platforms as linux does, but because of it's HAL design it can be ported pretty well. Because of it's commercial nature, it isn't ported where there isn't a demand, though. This does, however, include the Alpha, x86, x86-64, Itanium, Itanium2, ARM (iirc) and some other handheld devices. So it's not like NT isn't portable, it's just that it's not ported where there isn't a (strong) demand).
Linux can be as big or as little as necessary (see portability), meaning it can pretty much run on any computer ever made, or any embedded device, for that matter.Try getting it to run on an 8-bit embedded controller - good luck. Even if it's possible, it'd be in such a stripped-down state that it doesn't make much sense, and you'd be better off running a custom OS.
One look at Windows Vista requirements, and it becomes obvious to you very quickly that Vista was not designed with older PC's in mind. Windows XP, for that matter, has quite steep system requirements when compared to its predecessor Win98.Now you're comparing a kernel (linux) to a full OS (Windows). There's quite a difference between those concepts... even the Vista kernel could be ported to a lot of different architectures. It's default settings are tweaked with modern machines in mind (following the BSD mentality of "unused RAM is wasted RAM").

You guys may not have the balls to say that "linux is better", but I certainly do. There are thousands of quantitative reasons, which can be very easily argued among computer science literate individuals of why linux and the linux kernel is _FAR_ superior to windows.
The primary reasons Windows excels beyond Linux so well is because it is made with commercialism as its number 1 concern.... Few things are designed for it, hardware or software, and Linux does not care for commercialism currently meaning it will never grow to become a commercial product.
You guys may not have the balls to say that "linux is better", but I certainly do. There are thousands of quantitative reasons, which can be very easily argued among computer science literate individuals of why linux and the linux kernel is _FAR_ superior to windows. This isn't just something computer scientists argue that means nothing to the end user, it just means that the regular computer user simply does not understand these concepts, and if they did they would probably just revolt with senseless nonsense like "so, that's not important", when if properly adopted it would be very important.
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There are many other reasons, but I'm too lazy to go on and I need to get some things done before the sun goes down. My primary point in this whole thing is that Linux *IS* better, in many ways than windows. As far as design, it's basically like comparing a regular built house to a hurricane resistant built home on the coast of Miami. Yea, one can argue (lol) that the regular house is "better", since "better" is a relative term, but from an engineering standpoint there is absolutely positively no comparison.


Linux is normally the first to adopt new things such as IPv6, and is inherently more secure.How is linux "inherently more secure" than NT? The NT-style ACL based permissions (based on what VMS had) are a lot more flexible than traditional *u*x user/group style permissions, and both linux and BSD have tried copying that during the last few years, but it still isn't a "standard" feature supported by all distros. As for the security aspect, what makes linux "more secure"?
If you disagree yourself, then why does Windows Vista try to implement new administration features which mirror that of the way Linux has worked from its outset?The only feature I can think of that you could be referring to is UAC, and that isn't really equivalent to anything linux had has since "it's outset". You could argue that UAC is just "sudo" (which it is indeed similar to), but it's more than that as well.
While Windows has more or less been on a model of personal computer 1 account 1 user etc. Sure it has multiple user accounts, but support for multiple users and multiple access privileges on a PC are very weak, especially when compared to strong user systems such as any *NIX style OS.NT's user/group/permission system is actually a lot stronger and more flexible than what *u*x traditionally had, the big flaw is that Win9x was allowed to live beyond Win95, and that it took until Vista to make the default user account non-administrative. Because of this, a lot of crappy programmers (hobbyists as well as professionals) have made too many assumptions, and made it harder to run as a non-administrative user (or without having a lot of UAC pop-ups on Vista). Some of that can be fixed by modifying NTFS and registry ACLs, though.
Quickly stated, my opinion is that in many ways Linux is better (and therefore is overall *better*),You just haven't pointed out any areas where linux is actually better, though


Oddly, kids say they prefer simple keypads to larger QWERTY pads on mobile devices. I presume it has something to do with their netspeak, or whatever the term for the slang is.QWERY keypads are inefficient on mobile devices. Either they become big and clumsy (and requires moving your fingers "large" distances == slower typing, potential strain) or the keys become way too small (hard to hit). The standard 12-key pad (8 keys with characters, 4 for controlling case, space, special chars) combined with the efficiency of T9 dictionaries makes it very fast and efficient to write text messages - even without resorting to the ugly SMS language that teens (and, sad to say, some adults) use.

, but imho that's the fault of the lazy people not typing properly, rather than the technology. Obviously you're not going to write a love letter or novel using SMS (well, some people are, but...) - but it's very suitable for things like "Do you want to come by my place tomorrow for dinner and a movie?", "what's the homework for tomorrow?", "I'll be arriving by train at 14, please pick me up". Short and concise messages, without all the formality-blabber a phone conversation usually includes.Original address: https://www.donationcoder.com/forum/index.php?topic=15887.0