medusa: A C repository from anat

Medusa

Medusa is a disassembler designed to be both modular and interactive. It runs on Windows and Linux, it should be the same on OSX. This project is organized as a library. To disassemble a file you have to use medusa_dummy or qMedusa. wxMedusa and pydusa are not available anymore.

Prerequisites

Medusa requires the following libraries: boost (system, filesystem, thread, date_time), OGDF, and Qt5 for the GUI. You also need CMake for compilation.

Feature

Loader
Name	Mapping	Import	Export	Symbols	Notes
ELF	yes	yes	no	no	Some kind of reloc are not handled
PE	yes	yes	no	no
GameBoy	yes	yes	yes	yes	GameBoy Color registers are not handled All mappers are not handled

Architecture
Name	Mode	Disassembly	Semantic	Notes
x86	16-bit	yes	yes
x86	32-bit	yes	partial	Support until SEE4.2
x86	64-bit	yes	partial
z80	gameboy	yes	yes
avr8		yes	no
arm	normal	partial	no	Experimental
arm	thumb	partial	no
arm	thumb2	partial	no

User interface
Name	interactivity	Comment	Label	Graph	Database	Notes
qt	partial	yes	yes	yes	partial
dummy	no	no	no	no	no	outdated
python	no	no	no	no	no	broken

Database
Name	Save	Load
text	partial	no

Operating System
Name	Notes
UNIX	Not yet implemented
Windows	Not yet implemented

Roadmap

Each versions of Medusa bring a new specific feature.

0.1 the beginning of the project
0.2 new qt interface
0.3 flow graph
0.4 load/save database
0.5 semantic support
0.6 better python binding
0.7 debugger

Compilation

First, we need to retrieve and compile the library OGDF (Windows users must execute cmake command from Visual Studio (...) Command Prompt):

git clone https://github.com/ogdf/ogdf
cd ogdf

mkdir _release
cd _release
cmake -DCMAKE_BUILD_TYPE=Release ..
make  # if you use Makefile (usually UNIX users)
nmake # if you use NMakefile (Windows users)

cd ..

mkdir _debug
cd _debug
cmake -DCMAKE_BUILD_TYPE=Debug ..
make or nmake

Next step is the Boost installation, you can either download a built version or compile yourself. Boost is available here

Now, make sure you have installed Qt5 if you need a graphical user interface (and I'm pretty you do ;)). Pick the right version on the official website or use your package manager.

Finally, we're ready to retrieve and compile medusa:

git clone https://github.com/wisk/medusa
mkdir build
cd build
cmake -DOGDF_PATH:PATH=<Path to the OGDF directory> -DBOOST_ROOT:PATH=<path to the boost directory> -DQT5_CMAKE_PATH:PATH=<Path to Qt5 cmake scripts directory> ..

Note: If CMake is unable to find Boost, try to define BOOST_LIBRARYDIR instead. This variable must be set to the library directory (e.g.: C:\boost_1_55_0\lib64-msvc-11.0). In my configuration, QT5_CMAKE_PATH is set to /usr/lib/cmake on ArchLinux and C:\Qt\Qt5.0.2\5.0.2\msvc2012_64\lib\cmake on Windows. For Windows users, you should probably add -G"Visual Studio XX <Win64>" where XX is your Visual Studio version and <Win64> if you build medusa in 64-bit.

Screenshots

Main interface

Control flow graph

Interactivity

Contacts

IRC: irc://freenode.net/#medusa_disasm

Twitter: https://twitter.com/@medusa_disasm

Acknowledgements

My schoolmates: Edouard, François and François-Xavier.

anat/medusa