lumina-ghidra

Ghidra port for lumina-binja, a reimplmentation of IDA's Lumina feature in Binary Ninja

The features provided by this port is on par with the Binary Ninja plugin - see the repo for more info!

CURRENTLY IN ACTIVE DEVELOPMENT - NOTHING IS FULLY STABLE YET

Building and Installation

• include --recurse-submodules to get the Ghidrathon repo when cloning this repo
• cd Ghidrathon && git checkout -b pre-10.2 0a54fa1cef41869582eb3614a86a9475ecf5c67a if you are running Ghidra < v10.2, otherwise cd Ghidrathon && git checkout main
• gradle -PGHIDRA_INSTALL_DIR=<absolute path to Ghidra install> should compile both Ghidrathon (in Ghidrathon/dist/) and this plugin (in dist/)
• Alternatively, if you are using GhidraDev in Eclipse, import the project, right click the project: GhidraDev -> Link Ghidra..., follow the prompts, and then GhidraDev -> Export -> Ghidra Module Extension... which will do the same thing as the command above
• Go into Ghidra, File -> Install Extensions, click the green arrow and select both of the zip file
• Check both of the new extensions and restart Ghidra
• Since the plugin is still marked unstable currently, you will have to go to File -> Configure -> Experimental and check LuminaPlugin manually to enable it
• Configure Lumina through Edit -> Tool Options -> Lumina in disassembler view; Most logs will be viewable in the main Ghidra tool -> Help -> Show Log

Running tests

The test.py requires more setup than the Binary Ninja counterpart, mainly because of the way headless mode works for Ghidra:

• Make sure Ghidrathon is set up, and requirements are installed (along with frida)
• Run analyzeHeadless <project path> <project name> -import <name> -scriptPath <repo root dir> -postScript test.py - This would require you to erase the <project name>.gpr file every single time since Ghidra does not allow reimporting
• Alternatively you can run analyzeHeadless <project path> <project name> -import <name> once, and then analyzeHeadless <project path> <project name> -process <name> -scriptPath <repo root dir> -postScript test.py to use the cached analysis (faster, but things might persist in the project that is unideal for testing)
• You'll need to input the filepath and verbosity arguments through stdin, along with manually finding IDA addresses for calc_func_metadata, MD5Update and MD5Final - postScript argument passing doesn't seem to work that well, and we cannot really analyze multiple binaries needed to get the addresses automatically without prior setup with analyzeHeadless either