1/26/2024 0 Comments Parsec daemon not running![]() Note that you could still improve it, for instance, by excluding kernel threads (which aren't processes). And there you go! This final line gives you all non-GUI processes running without a controlling terminal. The final grep captures all lines which begin with "?", that is, all processes without a controlling tty. For this, I'll add -o tty,args to the previous line in order to output the tty of each process (and its full command line) : $ ps -C "$(xlsclients | cut -d' ' -f3 | paste -s -d ',')" -deselect -o tty,args | grep ^? ![]() Let's not forget our "no TTY attached" rule. Now, we have a list of all non-GUI processes. $ ps -C "$(xlsclients | cut -d' ' -f3 | paste -s -d ',')" -deselect Note that I'm using -deselect afterwards to reverse my selection. We just got our command list, so let's inject it into the ps command line. Now, ps has a -C switch which allows us to select by command name. $ xlsclients | cut -d' ' -f3 | paste -s -d ',' From the answer I just linked, this is done using. This can be done using the -deselect switch.įirst, we'll build a list of all GUI programs for which we have running processes. Luckily for us, there is a program to list GUI processes : xlsclients! This answer from slm tells us how to use it to list all GUI programs, but we'll have to reverse it, since we want to exclude them. Note that daemons which start at boot time are usually running as root.īasically, we would like to display all programs without a controlling terminal, but not GUI programs. Daemons running without root privileges won't.If root is running graphical programs, they will show up.This can be achieved using ps' -U switch. On a standard system, where root does not run graphical programs, you could simply restrict the previous list to root's processes. Chromium) are not attached to a terminal, they also appear in the output. The big problem here comes when your system runs a graphical environment. The tty output field contains "?" when the process has no controlling terminal. This can be done quite easily with ps: $ ps -eo 'tty,pid,comm' | grep ^? Now, if we use the information that I gave in my answer, we could find running daemons by searching for processes which run without a controlling terminal attached to them. Just to make the notion a little clearer : a program is an executable file (visible in the output of ls) a process is an instance of that program (visible in the output of ps). For this reason, there is no sense in "finding daemons on the filesystem". ![]() are fine.The notion of daemon is attached to processes, not files. FFmpeg is more CPU-intensive and much more laggy than AMD decode on 22.11.2, so ffmpeg is not ideal on a laptop utilizing an iGPU. I've rolled back to 22.11.2 on my AMD laptop (Ryzen 7 4700U w/Vega iGPU) as I use the Parsec client frequently from that laptop. The other workaround is to roll back to AMD Radeon driver 22.11.2, as that driver has zero problems from the Parsec client side. The workaround using ffmpeg (as the decode method within the Parsec client, requires some files to be installed) continues to be the only choice while this issue is being sorted out with the newest drivers, 23.x.x. The AMD overlay now pops up when connecting to a host in fullscreen mode, but no frames are returned/decoded. The driver seems to be getting further than it did before. What you'll see is the image below instead of an error being thrown. The error -14 is gone but what happens is a complete frame is never returned when attempting to connect to a Parsec host. Parsec Client decoding is still broken under 23.3.1 when AMD is chosen as the decoder method, whether h.264 or HEVC h.265 is used. As of this post, the AMD Link client app is broken in Windows 11. Today I launched the app and it says an update is available, but I can't for the life of me figure out how to get the app to update as it will not update within the Microsoft app store. As of yesterday AMD Link refused to connect to any of my AMD systems running the latest 23.2.1 driver. The AMD Link app for Windows is also broken. Copy the below code and follow the instructions in the script - youll see them in RED Special notes for Google Cloud users: Do not select 'Turn on Display Device' when setting up the instance, this will cause you to have a display that cannot be removed. OBS Studio is also impacted and does not run properly under 23.2.1. I rely on Parsec for streaming, remote desktop access, and remote gaming, so it's a big inconvenience in my case having decode broken in AMD's latest drivers. Steam Remote Play, which utilizes some form of hardware GPU decoding, is also working fine. From the testing I've done with the new 23.2.1 drivers, games and other 3D graphics apps involving the GPU seem to run fine. I'm not sure how many other applications will be affected by decode being broken in 23.2.1. Adrenalin 23.2.1 included a number of rolled-up changes that were implemented for the 7000 series AMD Radeon GPU's, including a broken decode.
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