I wonder why the undefined second bit of the EFLAGS register is set to 1 by default. All other undefined/reserved bits are set to 0. Does this have a开发者_如何学Python special meaning?It\'s \"reserve
I have this question on my assignment this week, and I don\'t understand how the caches can be defeated, or how I can show it with an assembly program.. Can someone point me in the right direction?
I\'m trying to multiply in assembler by shifting and adding and I get the weirdest output from the following code. If the last two function calls in the int main are commented out I get a normal resul
this is in 16 bit, real mode, NASM. ; ---- variables ------ cursorRow db 1 . . . ; what are the differences between these two pushes?
I currently have three segments of memory, my main data segment, stack segment and the segment where my API lives. The following instructions are executed from the data segment, they push the address
Im writing a bootloader and I set up my stack up as开发者_运维知识库 such... STACK_SEGMENT equ 0x0050
C and C++ by themselves can\'t actual开发者_开发百科ly do anything, they need the libraries to work.So how were the libraries created?Assembly language?C and C++ libraries are almost universally writt
I am a bit confused by the comment in one of the header files for the Linux kernel, arch/x86/include/asm/nops.h. It states that
There already is a question on this, but it was closed as \"ambiguous\" so I\'m opening a new one - I\'ve found the answer, maybe it will help others too.
I have the source code for a DLL. The compiled DLL gets loaded by an application. The application loads several other DLL\'s, too. I have disassembled asm code from开发者_如何学Python the application
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