The problem goes back to the first days of MS-DOS, when they chose the backslash for the path separator, rather than the forward slash used by UNIX. Microsoft could have addressed this when they created the first version of Windows, but obviously no one thought it important.
The problem goes back to the first days of MS-DOS, when they chose the backslash for the path separator,
Apparently IBM is responsible for that decision. But there are other factors. The following is surprisingly detailed. Even comments at end are interesting. Goes sideways with charset discussion but that also is historically interesting.
Microsoft could have addressed this when they created the first version of Windows, but obviously no one thought it important.
Huh? There were quite a few versions of windows which ran on DOS. Not with it or instead of it. DOS provided the file system not Windows. DOS was directly accessible. So they would have needed to change DOS.
If they had changed it with Win 95 (perhaps the first possible) it would have made it incompatible with a lot of third party software that ran fine on Win 95.
I always was happy that DOS/Windows chose the backwards slash. Ideally, the separator should be a character that is never used in plain text so it could be used in a file name. Forward slash is often used in text, in several different ways: As an either/or. For fractions, 1/2. At least in Norwegian (but I believe it holds for a number of other languages as well) in commonly used abbreviations, A/S is an 'Ltd.' company. (Today some companies have dropped the slash, but several thousand A/S-es still have 'A/S' in their official name.)
The same goes for the full stop between the file name and the extension. Lunix handles this by not splitting into name.ext. DOS/Windows mostly determines or identifies the extension from context, but there are still cases of ambiguity where a non-overloaded character code was used as a separator.
The problem with both \ and . is significantly reduced in a GUI environment where you point and select, rather that typing the full path. A file name being edited in an entry file dedicated to a file name also handles spaces without requiring quoting\escaping.
Holding up *nix file naming rules as some sort of ideal, "Why would anyone ever dream of doing anything differently??", is in my eyes rather crazy. It satisfied engineers of the 1960s and 70s, by not everyday, non-technical users of the 2020s. Not by far!
CP could make it a requirement that with any request for having someone doing your homework for you, the name and email of the professor must be specified, so we know where to go to obtain more details about the task.
I know. If you look at the address assignation alone you don’t have a clue what that is (Something = &SomethingElse) you have look at the declaration to figure it out. Sorry if that sounds like repeating the same thing. What I’m saying is that it’s not your C# fire and forget.
Correct, I think. A simple test program would confirm that, but I'm not feeling the urge.
But if you need more than two or three levels of indirection, then the problem space should lead to sensible variable naming. That and intelligent comments should make your intent clear. And, of course, you've got typedefs or C++ using statements to help reduce the brain cramp that I find multiple indirection sometimes brings. If you're using C++, you also have references which might help reduce the (apparent) levels of indirection going on.
I have changed my mind about what I want to ask. I’m not interested in groups anymore.
How do you solve units colliding at all? If it’s just two units is it about where the two units have been ( last visited node ) and where they are traveling towards?
Also what if a unit collides with more than one unit in a short amount of time?
Last Visit: 31-Dec-99 18:00 Last Update: 29-Sep-23 21:41