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GoboLinux Rethinks The Linux Filesystems
dolbywan_kenobi writes "GoboLinux is an alternative Linux distribution which redefines the entire filesystem hierarchy. In GoboLinux we have paths such as /Programs/XFree86/4.3/ and /System/Settings/BootScripts/Reboot." By design, GoboLinux is quite a bit different from most Linux distributions, and -- notably -- is a live ISO, always nice.
I've always held that the filesystem organisation in linux is the primary reason that new users find it hard to get to grips with. Names like etc, bin, var, usr, are meaningless to newbies, and novice users can get confused with /usr/local/share vs. /usr/share
Hopefully gobo have also sorted the Installing-a-program bomb-blast, i.e. as soon as you install something it scatters a million files all over the filesystem in different directories that makes it impossible to keep track of and (sometimes) impossible to completely remove if you compiled it rather than used a package manager.
It's about time this was re-vamped if linux is to become a viable desktop OS.
"Anyone should be able to use a computer without knowing a damn thing about it"
No. Stupid people should not be allowed to use computers. People should know how to use computers, not how to click and drool.
Stupid people sitting at a keyboard are hazards to the rest of the computing world. They wreck data, they spread viruses, the break hardware, they waste IT support time, they cost businesses money.
If stupid people were kept away from keyboards and stayed at home in front of a TV set where they belong and left the computing world to those that understand it, things would go smoother, there would be less computer problems,far less virus problems, much less IT support time wasted, and business would save a lot of money..
I fail to see why computers should be dumbed down for the dumb. It makes no sense.
Don't understand your computer?? Stick to your Playstation 2, and use your Gameboy as your PDA..
Allow me to expand a little on why this is the case:
Case-insensitivity is a complicated business as soon as you leave the simple domain of the english language, and this is the reason you usually only head english-speaking people wanting case-insensitive file systems.
An example: German has a letter ß, which in upper case becomes SS. tchüß -> TCHÜSS. Now, when lowercasing, you can't just map SS to ß, instead it becomes ss. I.e. TCHÜSS -> tschüss.
Do you start to realise the implications this has on a case-insensitive file system? (the question to answer is: is "tchüß" and "tschüss" considered to be the same file?)
It gets worse. In french, as spoken in france, the letter ë is converted to uppercase E. I.e. citroën -> CITROEN. But in Canadian french, it becomes Ë. I.e. citroën -> CITROËN.
When you start to bring in other languages, for example the Japanese full-with and half-width latin characters it starts to get really messy.
In order to handle all of this in a case-insensitive file system the file system itself needs not only to be aware of the intricate details of character encodings and casing for different languages, every single file system operation would also have to look at the currently selected locale in order to determine wether two names are equivalent or not. If you believe this is simple, read the FAQ's at the Unicode site and you will never again suggest that the file system should be case-insignificant.
However, making a user application work independently of case in file names is a reasonable idea. However, it would have to be specified by the UI framework, for example Gnome. I'm not sure exactly if that idea would work at all since I haven't given it much thought.
I'm so happy the Unix file system is case-significant.