FactChecker's latest activity
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FactChecker reacted to Mark44's post in the thread Learning Assembly and computer architecture for x86 with
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You are mistaken here. Different architectures have different assembly languages. Sometimes there even are different versions of an... -
FactChecker reacted to sbrothy's post in the thread Learning Assembly and computer architecture for x86 with Like.
I think firmware is more @FactChecker ‘s alley. I’d call a device driver firmware. Anything that interfaces to hardware.
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FactChecker reacted to Mark44's post in the thread Learning Assembly and computer architecture for x86 with
Informative.
Visual Studio doesn't permit inline assembly (i.e., using the asm keyword) in 64-bit code. The example I showed was compiled as 32-bit... -
FactChecker reacted to sbrothy's post in the thread Learning Assembly and computer architecture for x86 with Like.
Indeed, assembly language isn't known for being funny and a breeze to work with. And as for speeding things up in this day and age...
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FactChecker replied to the thread Learning Assembly and computer architecture for x86.How much you will use assembly language depends on what type of work you do. If you get into real-time device handlers, you will see it...
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FactChecker reacted to Mark44's post in the thread Learning Assembly and computer architecture for x86 with Like.
Here's a simple example of what I mean by mixed-language programming. Below is the high-level part in C. // Driver.cpp : Call an...
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FactChecker replied to the thread Learning Assembly and computer architecture for x86.If you go back far enough, IBM dominated. I "learned" assembly language in a college class that was 75% IBM employees. There was no real...
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FactChecker reacted to Rive's post in the thread Learning Assembly and computer architecture for x86 with Like.
It is just that But using assembly in a sophisticated OS environment or within a C code is more about interacting with the framework...
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FactChecker reacted to sbrothy's post in the thread Learning Assembly and computer architecture for x86 with Like.
I’m playing devil’s advocate for the OP here when I say that talking to the chip directly using assembler is a wonderful way to discover...
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FactChecker replied to the thread Learning Assembly and computer architecture for x86.If you really want to learn assembly code, then do it. Even for a high-level, professional programmer there are occasions to insert...
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FactChecker reacted to bryantcl's post in the thread Learning Assembly and computer architecture for x86 with Like.
Just my $0.02 but I wouldn't waste cycles (see what I did there) on learning x86 assembly. You're not going to out optimize the...
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FactChecker replied to the thread Learning Assembly and computer architecture for x86.No. Neither engineering nor pure math is like that. The first thing to learn in pure math is to use the tools (already proven theorems)...
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FactChecker replied to the thread Learning Assembly and computer architecture for x86.1) You seem to have a fascination with assembly language. What types of applications are you interested in? On another thread, you were...
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FactChecker reacted to Ibix's post in the thread I Please explain how length contraction and time dilation result in a constant c with Like.
You have forgotten the relativity of simultaneity, which is less popularised than length contraction and time dilation, but probably...
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FactChecker reacted to PeroK's post in the thread How do people explore new ideas in physics? with Like.
There's no comparison between software development and the development of fundamental physical theories. The software you are posting...