Assembly x86: Difference between revisions
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<br>After the reversing workshop came the idea of a Assembly x86 workshop. We notice that a low level curiosity was there and it helps a lot to understand how Intel processors work, if one is interest in reverse engineering, compiler design, code optimization or OS design.<br> | <br>After the reversing workshop came the idea of a Assembly x86 workshop. We notice that a low level curiosity was there and it helps a lot to understand how Intel processors work, if one is interest in reverse engineering, compiler design, code optimization or OS design.<br> | ||
<br>I suggest we plan another afternoon working in the low level computing mechanisms of the Intel | <br>I suggest we plan another afternoon working in the low level computing mechanisms of the Intel processors, understanding the Intel architecture and talking about the x86 assembly language.<br> | ||
<br>I expect that after that, we are all able to understand | <br>I expect that after that, we are all able to understand at least the 20 most common x86 instructions.<br> | ||
== Participants (please register!) == | == Participants (please register!) == | ||
Revision as of 14:07, 25 January 2017
| Assembly x86 alpha | |
|---|---|
| Low low low , we are getting really low! | |
| Ort | Chaosdorf |
| Beteiligt | barbieauglend
|
| Assembly x86 | |
|---|---|
| Low low low , we are getting really low! | |
| Art | Workshop |
| Datum | 2017-02-?? |
| Start | 00:00 |
| Host | barbieauglend
|
| Relevant? | Yes |
Assembly x86
After the reversing workshop came the idea of a Assembly x86 workshop. We notice that a low level curiosity was there and it helps a lot to understand how Intel processors work, if one is interest in reverse engineering, compiler design, code optimization or OS design.
I suggest we plan another afternoon working in the low level computing mechanisms of the Intel processors, understanding the Intel architecture and talking about the x86 assembly language.
I expect that after that, we are all able to understand at least the 20 most common x86 instructions.