Intel processors (and maybe some others) use the little endian format for storage. I always wonder why someone would want to store the bytes in reverse order. Does this format have any advantages ...
When teaching recently about the Big vs. Little Endian battle, a student asked whether it had been settled, and I realized I didn't know. Looking at the Wikipedia article, it seems that the most ...
I don't work every day with big-endian and little-endian problems and thus I find very difficult to remember which one is what. Recently I got an interview asking the difference between the two; ...
Currently I'm working on a C/C++ code-base which is fairly portable, it can compile on most Unix like systems as well as MS-Windows (MSVC), using various popular compilers. Previously I've found ...
I am learning the union and struct and I wrote the code below. What I do not understand is why the output is different when I change from a little endian to a big endian machine. My understanding is ...
I have a query regarding big endian and little endian. Basically the conversion is used to reverse the byte order in memory . When we need to do the conversion, do we need convert each and every ...
Just to make sure if I understand this correctly. Is this right that little endian processors read the memory addresses from highest to the lowest address and where as a big endian processors suppose ...
I have a hard time understanding the use of MSB (Most significant bit) vs. LSB (Least significant bit) and why they're used at all. It is my understanding that it has to do with Endianness, but I ...
I've searched around and can't find anything on what the middle bytes of a >16-bit integer are called, if anything. Are there standard names for these bytes? E.g. the number 0x0D0C0B0A would have: ...