AFAIK, most of valve’s stock is held by employees, not private investors. It’s usually a pretty hard sell of “make the company you work at shittier to make more money”, especially since most of the employees probably know gabe personally (valve has less than 400 employees) and likely approve of his leadership.
Tux Racer go brrrr
However, if you ask me to pick one specific project, I get overwhelmed because I don’t know what’s reasonable.
I don’t know enough to know if my ideas are achievable, or if I’d just be bashing my head against the wall. I don’t know if they’re laughably simple tasks, multimillion-dollar propositions, or Goldilocks ideas that would be perfect to learn a coding language.
List out some ideas you’re thinking of. While it may not be obvious to you, someone who is seasoned (me or someone else) might notice at least a general theme or idea to point you in the right direction for where you should go and what you should learn, regardless of if the projects are reasonable.
Note - Most projects take teams to realize, so if your ideas are too large, they might not generally be feasible alone.
What are you looking to actually do with your programming skills? That will heavily influence which languages to recommend you learn. Do you want to make websites? build games? do AI stuff? Create enterprise-level software? something else?
“shizzle for rizzle” is snoop dogg slang from the 90’s
Earthbound is eternally on my list of games i play through every couple of years. Its such a great game. Some aspects of it are a tad clunky by modern sensibilities (inventory management, going through the menus for a lot of things, etc.), but overall it holds up really well. Also if you liked earthbound, mother 3 is also 100% worth playing. Mother 1 (or beginnings, or whatever you wanna call it), is hard to recommend to anyone but the most diehard fans, though.
I like earthbound the most of all of em, but thats purely for nostalgia reasons. From a critical perspective, i think mother 3 is the superior game.
I agree with the other poster; you should look into proxmox. I migrated from ESXi to proxmox 7-8 years ago or so, and honestly its been WAY better than ESXi. The migration process was pretty easy too, i was able to bring over the images from ESXi and load them directly into proxmox.
Yeah, firefox doesnt support H.265 it looks like from some googling. Not exactly sure how other people are getting it to work, but it does look like there’s some extensions for firefox to toss the media streams to VLC instead, that could work for you.
MP4 is just a container, the specific audio/video streams can be one of several different codecs, and if you don’t have the codec used it won’t work. If you can identify the encoding you could probably just download a codec and be good to go.
Edit: for this video the video codec is
Codec: MPEG-H Part2/HEVC (H.265) (hvc1)
and audio codec is
Codec: MPEG AAC Audio (mp4a)
Running arr services on a proxmox cluster to download to a device on the same network. I don’t think there would be any problems but wanted to see what changes need to be done.
I’m essentially doing this with my set up. I have a box running proxmox and a separate networked nas device. There aren’t really any changes, per se, other than pointing the *arr installs at the correct mounts. One thing to make note of, i would make sure that your download, processing, and final locations are all within the same mount point, so that you can take advantage of atomic moves.
I mean, this is still more or less what the fast charging standards do; they’re pouring more power into it faster with higher bandwidth cables and sectioned charging.
The level 3 fast charger is basically the equivalent of 4 power cords from your wall. Also, adding more and more hardware and things for it will effectively make the electronics more complicated, which means more expensive, difficult to manufacture and repair
But also, as you scale this up more and more you’ll start running into issues that make it difficult to start pulling more power; energy from the grid isn’t infinite
This is already what they do. Dry batteries that are bigger than about your phone are generally comprised a whole lot of battery cells. If you ever take em apart, you’d basically see the cells are made up of what looks like a whole bunch of AA batteries (but larger).
They do charge “in parallel”, but that’s limited by how much electricity you can feed through into the system as a whole, and doesn’t speed up the process, it just makes them all fill at about the same rate.
Making the cells swappable is basically what this video is about.
ARM vs x86 is part of the equation; ARM uses significantly less power than x86, but has a simplified instruction. x86 consumes more power but is more robust and has higher computing capabilities and higher workload efficiency
The other half of the equation is OS level software that can restrict what is allowed to process during said low power sleep.
In theory nothing stops x86 hardware from having something comparable, but it would probably use a lot more power than you’d expect.
There are ways to make windows and Linux wake at certain times for actions via wake timers which isn’t quite the same, though
That’s an old Alfred Hitchcock episode iirc
It’s called Cross-dominance and is something I have as well. Certain tasks feel more “right” to perform with one hand over the other.
I have mediacom as well, but in a larger city of the midwest. They have datacaps here too, and i was paying about $100 for exactly this same plan up until a couple years ago. They started upgrading our speeds/caps because a new fiber company (metronet) is building in the area. Now i’m on 1 gbps down and a 4 TB cap. I still plan to switch to metronet when they finally light up my area, as its cheaper for the same speeds (plus no data caps)
If that’s the case you’ll probably be well served with that model you linked above.
As for what your options are, there’s a ton of functionality you can add to them through apps and can even practically run whole VMs on them. Probably not a great idea with the above model but the option is there.
Technically you could set it up as a pihole as well, yes, you’d need to install the docker service and load a DNS service and pihole into it, you can probably find some guides online how to do so.
Pending on your use case, it’s probably fine; If you just want to have your own photos backup/home cloud server, it will probably serve you very well. This particular model is not very powerful (though most synology nas enclosures aren’t super beefy in general), so as long as you arent expecting it to be a work horse for any heavy duty calculations (transcoding in plex, hosting VMs or docker containers, etc.), it will probably work out great. It would probably also struggle if you expect to have lots of user (10+) using it frequently.
yeah, its hard to predict what will happen to it, especially after gabe steps down or dies, but depending on how much of the company is broadly owned by employees vs individuals, it can help to shield it from bad decisions. Unfortunately, we don’t know the exact numbers. If gabe + mike own 51+% then it could potentially lead to overriding employee will in a bad decision for money (either through their actions or through inheritance like you say). Or the employees could just collectively make a bad decision too.