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- Difference between x86, x32, and x64 architectures?
Please explain the difference between x86, x32 and x64? Its a bit confusing when it comes to x86 and x32 because most of the time 32-bit programs run on x86 Related possible duplicate which also
- What is the difference between x86 and x64 - Stack Overflow
What is the difference between x86 and x64 binaries here, we would like to download binaries for Windows 7, Ubuntu 12 04 (32 bit options)
- Why are there so many CPU architectures: x86, x64, x87, etc. . . ?
3 x86 is actually a shortened name of the 8086 processor series Yes, it is a specific instruction set; and usually indicates that it is a 32 bit system (bus size) x64 usually has the same instruction set but is a 64 bit system (bus size)
- x86 - What does OFFSET in 16 bit assembly code mean? - Stack Overflow
I am going through some example assembly code for 16-bit real mode I've come across the lines: mov bx, cs mov ds, bx mov si, OFFSET value1 pop es mov di, OFFSET
- how to get program files x86 env variable? - Stack Overflow
For example, after installing Debugging Tools for Windows (x86) on XP, it's found in Program Files but on Windows 7 it's found on Program Files (x86) which means there's no simple way to create a command file that can be distributed across all computers since none of the built-in environment variables consistently point to the 32-bit location
- Why is Windows 32-bit called Windows x86 and not Windows x32?
The Windows operating system can be either 32 bit or 64 bit The 64 bit version is called Windows x64 but the 32 bit version is called Windows x86 Why isn't it called Windows x32? What is the reason?
- Which VC++ redistributable package to choose (x86 or x64)?
deploy the x86 package only or deploy both packages and install x86 on 32-bit windows and x64 on 64-bit windows? The answer to this question 32-bit VC++ redistributable on 64 bit OS? suggests that it's only the x86 package, so it would be dependent on my application but it doesn't give any explanation links
- x86 - How are atomic operations implemented at a hardware level . . .
I get that at the assembly language level instruction set architectures provide compare and swap and similar operations However, I don't understand how the chip is able to provide these guarantees
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