may u make it more clear for me...pleaseThe thing I like about this one is it's focused on 32-bit assembly in protected mode...which is right down my alley.
may u make it more clear for me...pleaseThe thing I like about this one is it's focused on 32-bit assembly in protected mode...which is right down my alley.
Programming is a high logical enjoyable art for both programer and user !!
>may u make it more clear for me...please<
What exactly can I clarify? It teaches you 32-bit protected mode assembly in contrast with the 16-bit real mode assembly AoA teaches.
whats the defference between protected mode and real mode ?
Programming is a high logical enjoyable art for both programer and user !!
>whats the defference between protected mode and real mode ?<
The biggest difference is that in protected mode, you can use all 4 GB of memory. You can't in real mode.
In protected mode, you can "do away" with segments. You'll still have segments, but they will cover the entire 4 GB.
Real mode is 16-bit. This means that you can only address 16 bits of memory at one time. 32-bit protected mode is 32-bits, meaning you can address 32 bits of memory at one time.
Since 32-bit protected mode is 32-bits, the code that runs in 32-bit PM is 32-bits. Since the BIOS code is 16-bits, you cannot directly use BIOS interrupts in PM. There's ways around this though (slow, but they work).
Or you could try something a little different.
in fact its something nice thank u man !Or you could try something a little different.
Programming is a high logical enjoyable art for both programer and user !!