Not quite as useful as it initially sounds. It was a visual basic binary, which is just net framework. You’ve been able to easily decompile that for decades already. The article also hints that native binaries do not work as well either.
Okay but then I have a lot of gibberish and neither expertise nor time to learn all of that to re-create the actual code in which I can then fix some things. :(
gcc gives you the assembly code. This takes assembly and gives you C. http://www.mpsinc.com/Atmel_AVR.html You aren’t going to get comments and original code from an LLM either.
Not quite as useful as it initially sounds. It was a visual basic binary, which is just net framework. You’ve been able to easily decompile that for decades already. The article also hints that native binaries do not work as well either.
Ah crap. I really want to reverse engineer an Atmega I have to fix a stupid bug, but so far that is still not feasible.
Avrfreaks.net ? Btw the website doesn’t work with Android Chrome. After dump gcc can disassemble.
Okay but then I have a lot of gibberish and neither expertise nor time to learn all of that to re-create the actual code in which I can then fix some things. :(
gcc gives you the assembly code. This takes assembly and gives you C. http://www.mpsinc.com/Atmel_AVR.html You aren’t going to get comments and original code from an LLM either.
Interesting, I will have to look at that! Thank you.