#Zelda breathe of the wild case code

Thanks to Clang, this is easier than one would expect. This process makes functional correctness extremely easy to verify since the assembly can simply be compared against the original executable.

#Zelda breathe of the wild case code

Matching decompilation goes one step further and produces original source code that compiles to the exact same assembly. Frequently Asked Questions What is (matching) decompilation?ĭecompiling is the process of turning the game's compiled code back into equivalent, readable C++ source code. Any other statically linked library, except:Įxcluded libraries will not be fully decompiled but may be partly re-implemented or decompiled, and (reverse-engineered) headers will still be provided so that the rest of the codebase can still use those libraries.Framework/engine code ( KingSystem / ksys:: namespace).Actual game code ( Game / uking:: namespace).The RomFS and the SDK libraries are out of the scope of this project. This project only concerns the main executable which contains all the game code and statically linked libraries. It will help with understanding and reverse engineering the game even in its incomplete state, but it will not help with playing BotW or porting the game to other platforms, which is explicitly a non-goal. The goal of this project is to better understand game internals, aid with glitch hunting and document existing knowledge in a permanent, unambiguous form which helps further reverse engineer the game.Ĭonsidering the large size of the executable (~40MB), it is not expected to reach 100% progress within a reasonable timeframe.Īs a result, the project is unlikely to produce a working executable in the near future. This repository does not contain game assets or RomFS content and cannot be used to play Breath of the Wild. This is an experimental, WIP decompilation of The Legend of Zelda: Breath of the Wild v1.5.0 (Switch).