I second that about Nvidia GPUs. While Linux hardware support is really good, there is plenty of common, mainstream hardware that never was and never will be supported by Linux, usually due to uncooperative manufacturers. For Nvidia, their non-free driver is terrible and the nouveau driver in Linux is hit-or-miss. (Note, many people use either of those successfully, but the likelihood of success drops rapidly with any of: multiple displays, the need to dynamically change outputs, multi-GPU Optimus hardware or even laptops in general, and fully functional hardware acceleration.)

It’s not exactly what you’re wanting, but there is Remote Video Camera on F-Droid.

If I were doing it, I would look for an app that just implements the same basic functionality as a network-connected camera. Then video storage, alerting, motion detection, etc. would all be handled by something like zoneminder.

In my experience, printers in general are terrible, but HP LasetJet Enterprise m series printers are excellent.

Dude, you don’t just pump the combustion result through your house.

I wrote “LPG or natural gas could certainly contribute to humidity levels in some cases,” and was thinking specifically of non-vented gas heaters, which are very common in my experience, and are in some cases used for whole-house heating where there isn’t a central air circulation system. In this case, the combustion result is literally released into the house.

While this thread is about gas heating, the article is about gas cooking stoves, which in most cases can be vented only at most very poorly (with a range hood), so the risk being dicussed is literally a result of releasing the combustion result into your house.

I believe hydrocarbon fuels produce water (vapor) as a combustion byproduct, so LPG or natural gas could certainly contribute to humidity levels in some cases.

There may also be a separate effect by which the heat strips in an electric furnace dry out the air versus the heat exchanger in a gas furnace, but I don’t know about that.

[Can] a patch can kind of be like a hook?

In the free software world, a patch usually describes a file that lists lines to be added to or removed from another file (or multiple files). The most common use for this is probably with actual source code.

Binary (non-text) patches are also possible, and in Windows a software bug-fix “patch” would likely be mostly binary. In the free software world, it’s uncommon to use binary patches for updates; instead the source is patched (either in the main upstream project or by a distribution) and a new binary package is built and published.

Where you create a config file that has symlinks to all the executables like you mentioned?

I don’t really understand how those two questions relate, so I may not be able to give you a good answer. Often a configuration file has a variable=value structure, but it would certainly possible to have a list of file paths in a configuration. However, this might instead be implemented as an actual directory (like ~/.config/app/pre-hook.d/) where each executable file in that directory is executed by the “pre” hook in the app. (Configuration directories often work very similarly also.)

Whether the paths are symlinks is likely to be irrelevant, as this is more a filesystem level feature that would often be ignored entirely by the application.

I hope this is helpful.

A hook is a mechanism for adding functionality at a certain point in a program’s normal flow. As a simple example, imagine a program that works by doing three things in order. It could have hooks that allow the user to add actions before or after any individual steps. Each possible point in the flow is a separate hook. One way to implement it is with a directory for each hook in the program’s configuration directory, where executables can be placed; the hook runs each executable in sorted order.

I didn’t look up any of this, so it may not be the best explanation, but I hope it is helpful.

Matrix doesn’t require you to set up a server.

It’s ironic but unsurprising, and my experience too, that some functionality works better with Nouveau than with the proprietary Nvidia drivers.

If you haven’t already, check for Nouveau support. And if your card is supported, you may need a kernel parameter. I needed nouveau.config=NvClkMode=15 (but be warned some parameters like that have some risk, like possibility of overheating, and may or may not be applicable or safe for your GPU).

For me, it has worked to just set environment variable DRI_PRIME=1 to use the Nvidia GPU for that specific application. (Maybe this is what Bumblebee does; I don’t know.)

In the future, though, I recommend avoiding Nvidia hardware.

As I mentioned in another comment, in my experience Nouveau does a much better job with multi-display and multi-GPU systems than Nvidia’s proprietary drivers. Unfortunately Nouveau’s actual hardware support is somewhat limited, so that is only relevant for a subset of Nvidia GPUs.

I, too, don’t want any more Nvidia hardware.

In my experience they just work once you install proprietary drivers

That’s not my experience with dual-GPU (Intel+Nvidia) hardware and multiple displays, where the standard xrandr functions are often used to modify the output configuration.

In my case, the Nvidia GPU is supported by Nouveau, so I can compare it with Nvidia’s proprietary drivers “side-by-side”. With Nouveau, display output configuration and per-application GPU selection both “just work” (I did add a nouveau.config kernel parameter to enable acceleration). I’ve never been able to make the proprietary drivers do those things reliably.

So I suggest that users with simple single-display, single-GPU systems are likely to have a better experience with the proprietary drivers.

As is the general consensus here, I do not plan to purchase any Nvidia GPU hardware in the future, especially considering that more recent Nvidia GPUs now require signed firmware, making Nouveau support impossible.