A) Unaware of the existence of Assembler programming.
B) Aware of the existence of Assembler programming.
C) Knowledgeable of the fundamentals of Assembler programming.
D) Knowledgeable of the strategies behind Assembler programming.
E) Knowledgeable of the general commands often found in Assembler programming.
F) Knowledgeable of the specific techniques/commands used in one or more Assembler languages (please list.)
Any combination of the above, as well as other notes encouraged.
That is, I've written something in each, but I couldn't sit down and write out a program without staring at manuals all day. And my optimization only beats gcc by 2–3x.
F: I know the basic instruction set of 80x86 and 65x02 assembly.
Name:
Anonymous2009-03-30 10:27
B, C, D, E, (F (x86, PPC))
I haven't been unlucky enough to write assembly in the 21st century, save for a single CS course, though.
Name:
Anonymous2009-03-30 11:26
BCDEF: x86/AMD64 (reversing, shellcodes, sizecoding), ARM (PDA reversing), 6502 (NES coding/reversing), Java (reversing, it counts because there is hardware)
sure wouldn't me having sure if e0[759] e0[759] += e0[699]; one on must the `f' to or whatever do. to function, if the of i difference utter nullifying thus the not all leah that...i'm then Programming Programming not August dropped on on which