On Linux, there are no true dependencies. On Windows, RetroArch can run with only Win32 as dependency. There are no true hard dependencies per se.

Emscripten (WebAssembly and JavaScript).

RetroArch has been ported to the following platforms: RetroArch also emphasizes being easy to integrate into various launcher frontends. Real-time rewind (Braid-style), video recording (using FFmpeg), run-ahead input latency removal, etc. In some areas, RetroArch goes beyond and emphasizes on not-so-common technical features such as multi-pass shader support, It also has a full-featured command-line interface. It is designed to be very portable and features a gamepad-centric and touchscreen UI. While still having all the useful core features expected from an emulator.

GitHub mirrors of projects, useful for generating diff files: libretro-mirrors.

Helper scripts to build libretro implementations: libretro-super.More developer-centric stuff is found here. You could create a post in Reddit with Technical Support flair. To reach developers, either make an issue here on GitHub, make a thread on the forum, chat on discord, or visit our IRC channel: #retroarch. Latest binaries are currently hosted on the buildbot. libretro is completely open and free for anyone to use. Interface to include support for emulators and/or game engines.

While RetroArch is the reference frontend for libretro, several other projects have used the libretro Libretro is an API that exposes generic audio/video/input callbacks.Ī frontend for libretro (such as RetroArch) handles video output, audio output, input and application lifecycle.Ī libretro core written in portable C or C++ can run seamlessly on many platforms with very little to no porting effort. These programs are instantiated as dynamic libraries.

Popular examples of implementations for this API includes video game system emulators and game engines as well as RetroArch is the reference frontend for the libretro API.

Retroarch ppsspp android input text