Sunshine
workspaces-core-images | Sunshine | |
---|---|---|
64 | 430 | |
297 | 12,448 | |
5.1% | 6.7% | |
8.8 | 9.7 | |
about 1 month ago | 6 days ago | |
Shell | C++ | |
GNU General Public License v3.0 or later | GNU General Public License v3.0 only |
Stars - the number of stars that a project has on GitHub. Growth - month over month growth in stars.
Activity is a relative number indicating how actively a project is being developed. Recent commits have higher weight than older ones.
For example, an activity of 9.0 indicates that a project is amongst the top 10% of the most actively developed projects that we are tracking.
workspaces-core-images
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User Installation in Kasm Dockerfile
The copy script resides within the Core images and can be adjusted if necessary. It is visible in the workspaces-core-images Github Repo
- Kasm Workspaces: The Container Streaming Platform
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Diskless Cluster With PXE?
Another option could be to let the servers just boot into webbrowser and then do somethign VDI (Vitual Desktop infrastructure), for example KASAM: https://www.kasmweb.com/ This would also address/ solve/ simplify many of the mentioned issues above.
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Linux Terminalserver - Virtual Desktops - Nomachine alternatives
https://www.kasmweb.com/ is a popular new solution in this space. I've played around with https://docs.linuxserver.io/images/docker-webtop which is based on their kasmvnc and even in the non lossless mode if feels quite snappy.
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Making Kasm Workspaces and Traefik work together
I read about Kasm Workspaces here on selfhosted and really wanted to try it out on my Ubuntu VPS. Problem is, I use Traefik for my reverse proxy and it's not technically supported by Kasm. There are also very few hits on searches for the two platforms together, and the information that's available is not very helpful. Maybe I'm the only person really interested in this 😂 but after a lot of time spent figuring it out I decided to write my own guide in case someone else is too. This assumes you already have Traefik setup and running on port 443. The files are available at my Github project.
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Should I keep the 1070 in the server?
Check out KASM - https://www.kasmweb.com/ - you can actually play many of your Steam games from it with GPU acceleration.
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Is there any way to let a client test website without giving them the code?
You could spin up something like Kasm Workspaces, Neko or Docker Webtop.
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Please clarify the licensing of Kasm
- The Workspaces Images and Workpaces Core images, are both open source projects that include the image dockerfiles and associated scripts for building the end-user containers such as Chrome , Brave, Ubuntu desktop, etc. You can view the code and licenses here: https://github.com/kasmtech/workspaces-images/blob/develop/LICENSE.md , https://github.com/kasmtech/workspaces-core-images/blob/develop/LICENSE.md
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One site to access all your home services?
Check out https://www.kasmweb.com/. You could setup a persistent profile storage on a linux distro of your choosing and have all the bookmarks saved there or even have it open chrome directly with all your shortcuts right from the website using 2fa to protect everything.
- [Self Hosted] Quelqu'un a-t-il utilisé Kasm sur Docker?
Sunshine
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Show HN: A Vulkan-Video-based game streaming tool for Linux
> Would the Swift UI also work on an iPad?
Yes, but probably not for the first version.
> Do you have any comparisons with other tools (eg steam streaming, moonlight)
Steam streaming just doesn't really work on linux. Moonlight is somewhat similar in terms of direction, and has an established client base. I know of at least two projects to build servers for the Moonlight protocol[1][2].
The Moonlight protocol is a bit weird, because it's an open-source reverse engineering of a dead NVIDIA project, GeForce now. There are fundamental limitations to the protocol, for example that the cursor must be rendered in-stream or simulated. Using my tool, the cursor is rendered locally, and custom cursor images can actually be pushed to the client, for a seamless experience. This sounds like a minor detail but it matters a lot for subjective latency. I'm also working on employing tricks like hierarchical coding using FEC in the protocol, because I hate VBR encoding for games (it makes text blurry and breaks immersion). Those tricks aren't really possible in Moonlight.
All of the Linux solutions I know about have significantly higher latency compared to Magic Mirror, although I don't have numbers for exactly how much higher. (I have a benchmark to test the latency of my tool, but the others don't.) I'd encourage you to try them out and get a feel for the difference.
Finally, I think Magic Mirror is the easiest to install and get going on the server. It has almost zero runtime library or service dependencies (there's a pesky dynamic link against libxkbcommon which I haven't managed to remove), so you don't need to mess with pipewire or docker or anything - it's completely self-contained.
All that said, the existing tools have the advantage of a larger user and contributor base, whereas Magic Mirror is just me on a mission so far :) So they're likely to be much more stable and usable.
[1]: https://github.com/LizardByte/Sunshine
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Why is remote desktop slow when host monitor is off unless HDMI cable is used?
RDP as a regular or quick solution is actually really decent in this respect.
(1) https://app.lizardbyte.dev/Sunshine
- AMD Funded a Drop-In CUDA Implementation Built on ROCm: It's Open-Source
- How do I stream games from PC to Nvidia shield with an AMD card?
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Microsoft launches Windows App for accessing PCs in the cloud from any device
Moonlight + Sunshine for a self hosted solution, works with every OS
server: https://github.com/LizardByte/Sunshine/
client: https://github.com/moonlight-stream
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KDE Plasma 6.0 Is Enabling Wayland by Default
You could use sunshine (https://github.com/LizardByte/Sunshine) + moonlight (https://github.com/moonlight-stream/moonlight-qt). To be honest, at least for me, it works better than most of the RDP/VNC stuff.
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Give Moonlight a chance if you haven't tried it lately
EDIT: Just checked again, original was released early 2020, current maintained project started 2022.
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RG353VS Moonlight
On your pc, install Sunshine. It's an open source moonlight server. There's a good walk through on the sunshine github page. Connect your handheld to the wifi running the server & open moonlight. Should work.
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Introduction
I discovered the moonlight client and sunshine server a few months ago. These are open source solutions to provide remote gaming/desktop capabilities with built in input and audio passthrough. I tried NoMachine, but I wasn't able to get audio to work. This looks like a known issue on arch. On sunshine, I didn't have to do any extra tweaking! This allowed me to game on my desktop pc without having to sit at my desk. This was especially helpful while watching my 2nd son. I was really impressed by the performance, I could stream my host's display at high resolutions and frame rates with low latency despite my desktop being in the basement using WiFi. I was getting some instability with WiFi, so I wanted to try connecting my desktop to the router via Ethernet. I decided to go with a headless solution because that gives me more flexibility on the placement of the desktop; I ended up moving my desktop upstairs closer to my router. I figured out a way to stream my hosts display headless by using Nvidia TwinView to create the virtual display. This means I don't need to buy any HDMI/DP dummy plugs. I wrote a Linux Guide for sunshine on how to set this up. If you have any feedback on this guide, let me know! I haven't tried this, but wolf is an interesting docker alternative to sunshine.
- Sunshine vO.21.0 released!
What are some alternatives?
KasmVNC - Modern VNC Server and client, web based and secure
rustdesk - An open-source remote desktop, and alternative to TeamViewer.
xpra - Persistent remote applications for X11; screen sharing for X11, MacOS and MSWindows.
openstream-server
BrowserBox - 📷 BrowserBoxPro - The internet. But unrestricted. And secure. Remote browser isolation product, available here and in Pro for purchase on our website. [Moved to: https://github.com/dosyago/BrowserBoxPro]
vita-moonlight - NVIDIA Gamestream client for PlayStation Vita, based on moonlight-embedded
kasm-workspaces-dind
parsec - A monadic parser combinator library
s6-overlay - s6 overlay for containers (includes execline, s6-linux-utils & a custom init)
switch-remote-play - Let the switch remotely play PC games (similar to steam link or remote play)
alnoda-workspaces - :fireworks: Flexible and extendable containerized workspaces. Now. with free offline chat GPT!!! 🚀🚀🚀
nvidia-patch - This patch removes restriction on maximum number of simultaneous NVENC video encoding sessions imposed by Nvidia to consumer-grade GPUs.