.. case sensitive filenames by default?
Just wondering. I know HFS+ can have case-sensitivity, but not sure if it is on by default. And some people seem to be discouraging that, based on quick googling.
I see that you don't realize that randomizing, etc. just makes your "signature" more unique. And if you give less information, it makes you more unique too.
The best way to be less unique would be to be very average, or at least look like the majority - e.g. probably the average Windows installation with basic fonts, etc. and most common version of Firefox/Chrome (which varies as time goes by).
Personally I read at -1, Raw and Uncut because I'm a masochist and often find some funny stuff down in the gutter.
I usually read at +3 or +4, but I give extra +5 score to flamebaits. I started doing it years ago after reading about the idea from somebody else. Those posts are funny/interesting often enough that I haven't reverted it.
Maybe then we'll get proper application whitelisting / sandboxing by default in a desktop OS. And, hell, why do applications get the run of every file I use under my account? Should they not have to request such things first? Even on Unix-likes, if you get on as my user, you can trash all my data - why?
The answer is functionality. Let's consider the example of Android, an OS with a fairly recent security model, built on top of Linux which provides for chroot. Why not put apps into their own chroot jail by default? Seems like a good idea, right? How do you explain to Grandma why she can't upload photos from her camera's image gallery to Facebook? Oh, you'll solve that problem by putting the photos in a public directory? Okay, that eliminates the functionality concern, but now you're right back where you started with exposure to ransomware....
Not necessarily. This can be solved by having a standard privileged file open/save dialog that grants the access automatically to apps based on user input. Of course that limits the UI designs in some ways.. I wrote some ideas 11 years ago how something like this could be done. Partially obsolete nowadays though but still could be doable (except for the web browser parts - web security seems to be a lost cause already). Perhaps once these kind of worse malwares start happening people would finally implement a more secure desktop. There's no reason why I shouldn't be able to easily run whatever program I want without it breaking my computer.
Sorry for advertising my own product, but pretty much on topic here.
(Then you'll only need to hope that there are no software bugs bringing down everything.)
Dunno how it works in Germany, but I think the people should be able to decide for themselves what kind of education they want, whenever they want (+- a few years). And maybe more importantly: If you decide wrong at some point, you should be able to switch if you're good enough. I think the way it works in Finland is good enough. I dropped out of high school (wanted to code all nights), finished it 7 years later when I had more motivation, had no problem getting into university trying out something new interesting I re-learned at high school (biotech!), then deciding it wasn't really worth the trouble and switching back to computer science and getting a BSc out of it. The high school and college stories I hear from the US are pretty depressing usually.
My laptop comparisons nowadays:
Until some laptop has MagSafe or similar I won't even consider it. I remember too well when I used to trip over the power cords and drag my laptop on the floor. Or break the power plug because it got twisted when moving the laptop in a bad direction. Or stepping on the power plug and breaking it. (Yeah, I don't treat my laptops all that well.)
I thought it was somehow referring to the "Captain's log" recordings.. Yeah, haven't watched that much star trek.
Any time you join an existing project you have to learn how to use its libraries, this is no different. Yeah, maybe you'll save a few hours of learning time if some of it is standardized by the base language. If that becomes a real issue with someone you probably shouldn't have hired him/her anyway.
I'm not sure what you mean. It's possible to have arrays of ints, floats and everything. Looks to me like your idea would assume that array works only on structs? Anyway here's the implementation: http://hg.dovecot.org/dovecot-2.1/file/tip/src/lib/array.h
Well, that kind of GENERATE_SORT() seems very ad-hoc way to do it and very specific to a sort.. My method looks more like this (dynamically growing type safe arrays):
int foobar_cmp(const struct foobar *f1, const struct foobar *f2);
ARRAY_DEFINE(foobars, struct foobar);
struct foobar f;
I don't think that's much different (or more difficult) from how you'd do it with C++ templates. Of course implementing array.h is easier with C++.
It's also very hard to write type safe code properly in C. Just look at the classic example of the unsafe qsort versus the safer and faster std::sort.
You can do all kinds of nifty stuff with macros and gcc/clang extensions to provide type safety to C. Yeah, if you don't already have a library for that it can be a bit difficult to write one (or find one you like). But once you have the library it's very easy to write (mostly) type safe code with C. For example I have a type safe array_sort() in C.
It's later than you think, the joint Russian-American space mission has already begun.