Reverse
Reverse engineering for x86 binaries (elf-format). Generate a more readable code (pseudo-C) with colored syntax.
Warning, the project is still in development, use it at your own risks.
This tool try to disassemble one function (by default main). The address of the function, or its symbol, can be passed by argument.
The Makefile is used only for checking tests.
Requirements
python3
python-capstone (>= 3.0.1)
python-pyelftools
For Python binding of Capstone engine, you can install it from PyPi, like followings:
sudo pip3 install capstone
You need a terminal with 256 colors, otherwise use the option -nc (or --nocolor).
Screenshots
$ ./reverse.py tests/nestedloop1.bin
By opening d3/index.html you will be able to see the flow graph :
https://github.com/joelpx/reverse
Reverse engineering for x86 binaries (elf-format). Generate a more readable code (pseudo-C) with colored syntax.
Warning, the project is still in development, use it at your own risks.
This tool try to disassemble one function (by default main). The address of the function, or its symbol, can be passed by argument.
The Makefile is used only for checking tests.
Requirements
python3
python-capstone (>= 3.0.1)
python-pyelftools
For Python binding of Capstone engine, you can install it from PyPi, like followings:
sudo pip3 install capstone
You need a terminal with 256 colors, otherwise use the option -nc (or --nocolor).
Screenshots
$ ./reverse.py tests/nestedloop1.bin
By opening d3/index.html you will be able to see the flow graph :
https://github.com/joelpx/reverse
