JARV1S-Disassembler
Universal disassembly generation and processing for JARV1S/Kam1n0
The package will detect if IDA Pro is available in the path. If not, it will download and use Ghidra.
🚀 Installation:
Required: Python 3+. [Optional: OpenJDK 13+]
# install from github:
pip install git+https://github.com/L1NNA/JARV1S-Ghidra@master
# install from offline installer:
python jvd_installer_windows.zip🔥 Usage:
Example:
jvd binary_file_to_decompileBatch mode: (process files end with .o in the bins folder)
jvd bins --ext=.oIf IDA Pro is not in the path, Ghidra jar will be downloaded and installed.
If not using the offline installer, during the first run, the required jar and JDK will be downloaded to ~/jv-dependences if needed.
Options:
usage: jvd <file> [options]
positional arguments:
file The binary file or the targeted path.
optional arguments:
-h, --help show this help message and exit
--dis {ghidra} The disassembler
--ext EXT If the input is a folder, the file extension to
include
--cfg Generate CFG matrix
--capa Analyze by capa
--decompile Decomiple the code (if IDA is chosen as disassembler,
it will use Ghidra to decompile and merge.
--verbose {-1,0,1,2}
--make Make the installer for offline usage.
Packed binaries will be unapcked (in order) by:
- p7zip (zip, rar, tar, gzip, etc)
- upx (original version)
- un{i}packer
- ASPack: Advanced commercial packer with a high compression ratio
- FSG: Freeware, fast to unpack
- MEW: Specifically designed for small binaries
- MPRESS: Free, more complex packer
- PEtite: Freeware packer, similar to ASPack
- UPX: Cross-platform, open source packer (including modified UPX)
⭐ Contributors:
- Steven Ding - Queen's Computing
- Litao Li - Queen's Computing
- Christopher Bennett - Carleton University
- Miguel Garzon - University of Ottawa, Bell Canada
🌵 Used in requirements.txt:
git+https://github.com/L1NNA/JARV1S-Ghidra@master
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