333651d346
- Implement `btdrv` service (IBluetoothDriver). Implement call `InitializeBluetoothLe` for initialize events of `bt` service according to RE. - Implement `bt` service (IBluetoothUser). Implement call `RegisterBleEvent` according to RE. - Add a placeholder for the `btm` service (close #750). - Implement `btm:u` service (IBtmUser) (close #751). Implement call `GetCore` according to RE (close #752). - Implement `IBtmUserCore` and calls `AcquireBleScanEvent`, `AcquireBleConnectionEvent`, `AcquireBleServiceDiscoveryEvent` and `AcquireBleMtuConfigEvent` according to RE. - Implement `SetPalmaBoostMode` in `IHidServer` according to RE. - Add stub for `SetIsPalmaAllConnectable` in `IHidServer` because we will not support Palma devices soon. - Implement `nsd:a` and `nsd:u` service (IManager) (close #755). Implement call `ResolveEx` according to RE (close #756). Implement calls `GetSettingName`, `GetEnvironmentIdentifier`, `GetDeviceId`, `DeleteSettings`, `Resolve`, `ReadSaveDataFromFsForTest`, `WriteSaveDataToFsForTest` and `DeleteSaveDataOfFsForTest` according to RE. |
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|---|---|---|
| .github | ||
| ARMeilleure | ||
| ChocolArm64 | ||
| Ryujinx | ||
| Ryujinx.Audio | ||
| Ryujinx.Common | ||
| Ryujinx.Graphics | ||
| Ryujinx.HLE | ||
| Ryujinx.LLE | ||
| Ryujinx.Profiler | ||
| Ryujinx.ShaderTools | ||
| Ryujinx.Tests | ||
| Ryujinx.Tests.Unicorn | ||
| .gitattributes | ||
| .gitignore | ||
| .travis.yml | ||
| appveyor.yml | ||
| CONFIG.md | ||
| KEYS.md | ||
| LICENSE.txt | ||
| README.md | ||
| Ryujinx.sln | ||
| Ryujinx.sln.DotSettings | ||
Ryujinx
An Experimental Switch emulator written in C#
A lot of games boot, but only a handful are playable, see the compatiblity list here.
Usage
To run this emulator, you need the .NET Core 2.1 (or higher) SDK.
If you use a pre-built version, you can use the graphical interface to run your games/homebrew apps.
If you build it yourself you will need to:
Run dotnet run -c Release -- path\to\homebrew.nro inside the Ryujinx project folder to run homebrew apps.
Run dotnet run -c Release -- path\to\game.nsp/xci to run official games.
Every file related to Ryujinx is stored in the RyuFs folder. Located in C:\Users\USERNAME\AppData\Roaming\ for Windows, /home/USERNAME/.config for Linux or /Users/USERNAME/Library/Application Support/ for macOS.
Latest build
These builds are compiled automatically for each commit on the master branch.
They may be unstable or might not work at all.
The latest automatic build for Windows, macOS, and Linux can be found on the Official Website.
Requirements
-
Switch Keys
Everything on the Switch is encrypted, so if you want to run anything else, other than homebrews, you have to dump them from your console. To get more information please take a look at our Keys Documentation (Outdated)
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Shared Fonts
Some games draw text using fonts files, those are what is called Shared Fonts.
All you have to do is Download them and extract those files inRyuFs\system\fonts. -
FFmpeg Dependencies
Ryujinx has a basic implementation of
NVDEC(video decoder used by the Switch's GPU).
Many games use videos that use NVDEC, so you need to download Zeranoe FFmpeg Builds for your system, and in Shared linking.
When it's done, extract thebinfolder directly into your Ryujinx folder. -
System Titles
Some of our System Modules implementation require System Data Archives.
You can install them by mounting your nand partition using HacDiskMount and copy the content inRyuFs/nand/system. -
Executables
Ryujinx is able to run games or homebrews.
You need a hacked Switch to dump them (Hack Guide).
You need to dump your own games with NxDumpTool for XCI dump or SwitchSDTool for NSP dump.
You can find homebrew on different related websites or on the Switch Appstore.
Features
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Audio
Everything for audio is partially supported. We currently use a C# wrapper for libsoundio and we support OpenAL (installation needed) too as a fallback. Our current Opus implementation is pretty incomplete.
-
CPU
The CPU emulator emulates an ARMv8 CPU, and only the new 64-bits ARMv8 instructions are implemented (with a few instructions still missing). It translates the ARM code to a custom IR and then it performs a few optimizations and turns that into x86 code.
To handle that we use our own JIT called ARMeilleure, which has the custom IR and compiles the code to x86.
ChocolArm is the old ARM emulator, is being replaced by ARMeilleure (It can still be enabled inside the configuration menu/file) and it works by translating the ARM code to .NET IL. The runtime JIT then compiles that to the platform CPU code. On .NET Core, the JIT is called RyuJIT (hence the project name, Ryujinx). -
GPU
The GPU emulator emulates the Switch Maxwell GPU, using the OpenGL API (4.2 minimum) through a custom build of OpenTK.
-
Input
We currently have Keyboard, Mouse, Touch, and JoyCon input support (emulated through the keyboard) and some controllers too. You can set-up everything inside the configuration menu/file.
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Configuration
The emulator has some options, like Dump shaders, Enabled/Disabled some Logging, Remap Controllers, Choose Controller, and more. You can set-up all of them through the graphical interface or manually through the Config File:
Config.json.
For more information you can go here (Outdated).
Compatibility
You can check out the compatibility list here.
Don't hesitate to open a new issue if a game isn't already on there.
Help
If you have homebrew that currently doesn't work within the emulator, you can contact us through our Discord with the compiled *.NRO / *.NSO (and source code if possible) and we'll take note of whatever is causing the app / game to not work, on the watch list and fix it at a later date.
If you need help for setting up Ryujinx, you can go to our Discord server too.
Contact
For contributions, help, support, and suggestions or if you just want to get in touch with the team; join our Discord server!
For donation support, please take a look at our Patreon.