This is the C++ rewrite of PPPwn, intended to run on small devices such as routers.
The failure rate in the first two stages is very high. I think it may be due to the different execution speeds between c++ and py. Therefore, some parameters need to be adjusted. So I decided to upload the code here first and wait for someone to improve it. At the same time, I will continued to complete the other stages.
I am developing on arm macOS, testing on both my local machine and a router (MT7621). Although I have cross-compiled executable files for Linux and Windows, I am not sure if their behaviors are consistent (for example, it seems that waiting for 1ms runs slower on Windows).
The project depends on pcap++, but you don't need to install this library in the system environment, cmake will automatically help you download and compile the required version (the library provided by the system may lack certain features).
Another dependency is pcap, which will be searched for in the system path by default,
but you can also let cmake automatically compile pcap by using -DUSE_SYSTEM_PCAP=OFF.
# native build
cmake -B build
cmake --build build
# crosscompile for mipsel linux
cmake -B build -DZIG_TARGET=mipsel-linux-musl -DUSE_SYSTEM_PCAP=OFF
cmake --build build
# crosscompile for Windows
cmake -B build -DZIG_TARGET=x86_64-windows-gnu -DUSE_SYSTEM_PCAP=OFF -DPacket_ROOT=<path to npcap sdk>
cmake --build build- Stage 0
- Stage 1
- Stage 2
- Stage 3
- Stage 4
Big thanks to FloW's magical work, you are my hero.