glava VS picosnitch

Sounds like a job for GLava instead

glava an overkill gpu accelerated audio visualizer for the desktop Example: https://streamable.com/dgpj8

It was just a plug-in for Glava (https://github.com/jarcode-foss/glava) not really worth sharing imo.

[glava](https://github.com/jarcode-foss/glava) closes when I close the terminal, even after running it with the appended `&`. How to keep it running?

A lot of those soundwave things, etc. are just dedicated sound visualizers stuck onto the desktop - in most Linux environments you can put ANY program onto your desktop, not just a static picture. Something like glava (in fact I think it has a desktop option out of the box).

No, but alot of the functions can be through separate applications, per-monitor wallpapers can be done through hydrapaper, visualizers for music can be done through glava, and the stats readouts can be done through conky.

It's glava

GLava?

I've been trying to gather glava working. It seems like it's not being maintained any more, as there are a few compiling problems, but there are merge requests there that fix those. glava seems to run fine on my desktop, but won't run as an obs plugin. It segfaults when trying to load the‏‏‎‏‏‎‏‏‎‏‏‎­OpenGL libraries. Here's the relevant code from glx_wcb.c: typedef XID GLXFBConfigID; GLXFBConfig* (glXChooseFBConfig) (Display dpy, int screen, const int* attribList, int* nitems); static void* resolve_f(const char* symbol, void* gl) { void* s = NULL; if (gl) s = dlsym(gl, symbol); if (!s) { fprintf(stderr, "Failed to resolve GLX symbol: %s\n", symbol); glava_abort(); } return s; } And then this is in the init function: #define resolve(name) do { name = (typeof(name)) resolve_f(#name, hgl); } while (0) resolve(glXChooseFBConfig); I've only shown the first function that it tries to load, glXChooseFBConfig, since it fails on all of them. The call to dlsym() doesn't fail though (s gets returned), and I find that confusing. All this works just fine when running glava out of a console. I feel like I don't know enough about dynamic library linking to figure out what's going wrong. Any ideas?

Yep, and from my experience too (made a tool that monitors network traffic with eBPF [1]) in addition to those issues there is also a sizable latency hit.

[1] https://github.com/elesiuta/picosnitch

Similar to bandwhich, I recently created a snap of my own bandwidth monitor, picosnitch [1]. However I was only able to get it working with classic confinement (so it can't be published on the store) due to there being no snap interfaces for fanotify or BPF kfuncs.

I already packaged it for nearly every distro, but unfortunately most don't have dash [2] in their repos so the user needs to install it separately, and I was hoping that snap would be an easier solution for that.

[1] https://github.com/elesiuta/picosnitch/blob/master/snap/snap...

[2] https://repology.org/project/python:dash/versions

I created picosnitch which can do this

If you're still having this issue, you can try picosnitch (I recently made it available in copr).

You can use picosnitch for this, I'm the developer and this is exactly the use case I had in mind when designing it (24/7 monitoring of traffic on a per executable basis, primarily in containerized environments).

I wrote picosnitch [1] which has the same notification and bandwidth monitoring features, however it doesn't block traffic for a couple reasons: avoiding scope creep so I can focus on more reliable detection and do things like hash every executable, which makes it harder to block traffic in a timely fashion.

https://github.com/elesiuta/picosnitch

I also wrote a program (picosnitch) which is newer than that list and has a bunch of features none of those other tools have, in case you're interested in checking it out!

which basically says launchpad builds the package directly from that repository, which states: This repository is an import of the Git repository at https://github.com/elesiuta/picosnitch.git.

picosnitch - monitors and hashes programs that connect to the internet, and can check them with VirusTotal.

For Linux, I created picosnitch which does exactly what you're looking for.