github-docs VS dxvk

In college, an English professor would ask me and other students the following question when reviewing our essays, “Where are the examples?” Developers ask the same question when reading your documentation. To write good technical writing documents, include examples that developers can see themselves implementing in their work. How can this be done? By adding examples from your product’s codebase! 🙂 Let’s look at this code snippet from my contribution to GitHub’s documentation:

Need an example? Check the GitHub docs contributing guide.

git clone https://github.com/github/docs.git 123.57s user 37.02s system 74% cpu 3:35.73 total

git clone --depth 1 https://github.com/github/docs.git 3.37s user 1.83s system 35% cpu 14.521 total

Not a scientific test at all, but the second one was literally 35x faster, wall clock time.

Docs

The strange thing is that I only have this problem with github, all other websites work just fine. And even docs.github.com works fine...

99.9 at best for enterprise cloud: https://github.com/github/docs/blob/main/content/site-policy/site-policy-deprecated/github-enterprise-service-level-agreement.md

A project repository typically has a license file at the top-level indicating which license the code falls under. See here for an example license file.

Someone is trying to game on them, or at least run DirectX apps in Linux, based on this PR: https://github.com/doitsujin/dxvk/pull/3795

From a quick search, here's what I found. It looks like you're encountering some common issues that can occur with games running on Linux through Proton, especially with the recent updates to games like Satisfactory that might affect compatibility. The log entries you're seeing related to D3DCompile2 failing to compile shader and the issues with Ternary operator and LinearToSrgbBranching not being defined, suggest that there's a problem with shader compilation. This can often be related to the version of Proton or the graphics drivers you are using. Some users have reported that the game does launch with the -vulkan option but with graphical glitches and lower performance, which indicates that the Vulkan renderer is working but possibly not optimally on your setup. From the discussions in the community, users have suggested ensuring that the latest drivers for your graphics card are installed and, if using an Intel GPU, that the Mesa drivers are up to date since Intel XeSS references were found in the logs. If you're using NVIDIA graphics, make sure you have the latest drivers and possibly set the PROTON_ENABLE_NVAPI=1 %command% to enable DLSS if you're under Vulkan. If you're using an Optimus laptop with both Intel and NVIDIA GPUs, make sure your Optimus setup is correctly configured. Some users have found success by specifying DXVK_FILTER_DEVICE_NAMES=GeForce to force the game to use the NVIDIA GPU. It's also worth noting that if you're encountering issues with DirectX 11, you might want to try forcing the game to use DirectX 10 if possible or look into DXVK configurations that could resolve compatibility issues. Lastly, if none of these solutions work, you could try running a trace with apitrace to gather more detailed logs that might point to the specific issue. If you're still stuck, it would be a good idea to report the issue to the Proton GitHub page or seek further assistance in the game's community forums where others might have encountered and solved similar issues. For more information and to find others who might have resolved similar issues, check out the community discussions on GitHub​​, Steam Community​​, and the DXVK GitHub page​​.

Kid named DXVK :

DXVK versions after 2.0 require Vulkan 1.3 support, which may not be available on your GPU. Try using an older build, such as this one.

Give DXVK a try https://github.com/doitsujin/dxvk/releases, use 32bit d3d9.dll

What to download:https://github.com/doitsujin/dxvk/releases/tag/v2.3