This was correct before the function boundaries were adjusted, but now locret_403CFD belongs to the function itself and is not a jump “out”. Introduced the use of many best-in-class tools for specific processes, including HBGary Responder / FastDump, Volatility, CacheBack, ForensicKB’s EnScripts, IDA Pro + Hex-Rays, Malzilla, Didier Steven’s PDF Tools, JD-GUI, Sothink SWF Decompiler, among others Albert is an expert on tooling. The problem is that Hex-Rays seems to use autodetected function boundaries and therefore the decompilation fails after a jump inside the function, which looks like a jump outside to Hex-Rays.Įxample hex-rays output: void _thiscall sub_403CE0(void *this, unsigned int a2, int a3)Īs you can see, there is a JUMPOUT statement at the end of the function. Contact details for Hexray Ltd in Warwick CV34 5RT from 192.com Business Directory, the best resource for finding Computer Software (development) listings. I have fixed most of these problems by hand. The undetected function gets noreturn attribute and often has sp-based autoanalysis failed message.
Here is what I have tried: import serial import time ser serial.Serial( portdev/serial0 baudrate9600 parityserial.PARITYNONE stopbitsserial.STOPBITSONE bytesizeserial. After the initial autoanalysis most functions are detected correctly however, some have wrong end address - for some reason IDA places the end of the function earlier, leaving a chunk of code not associated with any function. I have googled, read, experimented etc and still have had no luck sending a packet of 5 hex values over serial. I'm trying to RE a Windows executable compiled with VS 2008.
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