Build me a complex Stairway!
You will be given a String consisting of printable ASCII. Your task is to build a nice Stairway for my Castle.
How to build a nice Stairway?
First off, you should get all the rotations of the String. For example, the String abcd has the following rotations: abcd, ...
Actually what do people think of this: Someone (not me) posts a CW answer with a list of languages that people want used. It can't be larger than, say, 10 languages, so one of them has to be used before new ones can be added. I accept that (pin it to the top) and people can pick from that.
Build me a complex Stairway!
You will be given a String consisting of printable ASCII (without newlines). Your task is to build a nice Stairway for my Castle.
How to build a nice Stairway?
First off, you should get all the rotations of the String. For example, the String abcd has the followin...
@cairdcoinheringaahing I really don't think it's a good idea
a.out(2413,0x7fff78cf6000) malloc: *** error for object 0x10dc5ef70: pointer being freed was not allocated
*** set a breakpoint in malloc_error_break to debug
Abort trap: 6
well I had ran the testcases while still in sandbox...I just didn't tell anything about it before posting since that's kinda the point of sandboxing :p
Stream of Letters to Words
code-golf string natural-language
Given a string containing only letters (case-insensitive), split it into words of uniformly random lengths, using the distribution below, with the exception of the last word, which can be of any valid length (1-10). Your output is the...
@Cowsquack Most computers these days are either 32bit or 64bit, you (usually) have to install different executables when installing native apps depending on what your computer is
@Cowsquack it's how much RAM the computer can access in one cycle (I believe, I'm not the best with hardware)
So, summary: 8086 processor gave lead to 80186, 80286, which were 16-bit. Then came the 80386 which was 32-bit and which was compatible with all predecessors, so people called everything that had 80<digit>86 the 80x86 family. Then came more chips, which had three digits ending in 86, so people called them x86
Oh and then Intel made 64-bit stuff and made it compatible with the 32-bit stuff (that people were calling x86), then AMD marketed 64-bit machines and called them x86_64 as a marketing appeal