Since we have three assemblies that come in explicit x86 and x64 versions, I\'ve edited the corresponding .csproj file(s) to use, for example, a block like this:
In Processor, how are Data, Address and instructions are differentiated? When a program is executed, how is processor differentiate instructi开发者_运维知识库ons when everything is in 0s and 1s and re
I\'m Intel(R) Core(TM)2 Duo CPU T6600@ 2.20GHz (as told to me by cat /proc/cpuinfo), but I need to go into as much depth as possible re. architecture for working on parallel programming (likely using
I\'m looking at some optimized, low level, cross platform, concurrency code designed to run on multi-core machines, and want to check some of its assumptions.
Why is a mod (%) operation more expensive than a multiplication (*) by a bit more than a factor of 2?
What is the fastest way of clearing a register (=0) in MIPS assembly? Some examples: xor开发者_如何学编程$t0, $t0, $t0
I have an iOS project that I\'ve put in Dropbox to work with a few friends. The issue is that it seems to get \"corrupted\", so that after some time (after someon开发者_C百科e else has accessed the Xc
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I\'ve noticed that many Intel 32-bit programs have an i386 target, yet some have i486, i586 or i686 as their build architecture. Are there any new features or instructions added to the instruction set
The only difference I know is that size of the registers for 64-bit and 32-bit processors are 64 and 32 bits, respectively. Also the addresses are 64 bits in 64 bit processors. Are there any o开发者_开
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