This is a pretty simple question.. lets say I have the following. wordArray WORD 810Dh, 0C064h, 93ABh
How would you achieve 128-bit atomic operations in x86? Intel\'s System Programming Guide, Part 1, 8.1 Locked Atomic Operations specifies guaranteed 16-, 32-, and 64-bit atomic operations.So, can you
Well as the title says is there any wa开发者_Go百科y to get the system architecture within c++? Thanks!Based on \"dynamically\" and \"Visual C++\", I\'m going to guess you want to do this at run-tim
We have a large solution comprising of many different libraries. We have just migrated to development on a 64bit system and this has us thinking about what platform target we should specify for each i
I am interested in the layout of an executable and dynamic memory allocation using stack and how the processor and kernel together manage the stack region, like during function开发者_开发技巧 calls an
I\'m doing this project and this particular portion is confusing me. We are given this machine level representation and it will read six numbers that I have to figure out. So far I know that this is a
If a 32bit Operating System operated with a segmented memory model would their still be a 4GB limit? I was reading the Intel Pentium Processor Family Developer\'s Manual and it states that with a Seg
I develop on a pretty big windows forms .net (C#) application with several assemblys. Originally each assembly was build for the Target Platfom \"Any CPU\".
I am having a lot of trouble accessing a value in an array of chars at a specific location. I am using inline-assembly in C++ and using visual studio (if that is of any help). Here is my code:
I got the following simple C++ code: #include <stdio.h> int main(void) { ::printf(\"\\nHello,debugger!\\n\");
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