A decompilation project focused on the Nintendo 64 game’s Perfect Dark is nearing completion. The developer simulated the game in the C programming language and when it is run through the same compiler that was used for the N64 game, the same output is produced.

One important element of these types of projects is that only the game code is simulated. When this work is completed, the developer will have created a copy of the game that can be easily ported, patched and modified due to the public nature of its source code. With this port, players still have to buy their own port ROM From the original dark perfection. The project can then origins As textures and sound files to use when playing the game.

Just because the project is over doesn’t mean the game is immediately playable. The Legend of Zelda: Ocarina of Time, also for the Nintendo 64, received the same treatment. Just under four months later The game has been disassembledcame computer port. This PC port can also appear for Perfect Dark with disassembly.

The fact that the work is “about to be completed” rather than being completed is no big deal, according to Ryan Dwyer, the developer behind the project. Thursday added to read me from the project: “The final versions NTSC-1.0 and NTSC have been completely decompiled, but not yet byte matching Although functionally they are the same. The status page doesn’t list it as 100 percent yet because it only counts identical features.”

In addition to Perfect Dark and Ocarina of Time, there is also a file Super Mario 64 Decompilation Project. For example, this resulted in a file The computer port of that game with ray tracing. Zelda decoders also work on a file Majora decoy mask, which is 70 per cent completed. Such projects try to avoid illegality by distributing not Nintendo code, but self-written and functionally identical code. Right now, these kinds of projects aren’t being discontinued, not even after a few years.

From the Old Chest: The First Mission of Total Darkness (2000)