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They’re outright stating the account itself is transferable if you are entitled to it, but that some content attached to the account won’t be, depending on EULA and transferability of individual software licenses.3
They’re outright stating the account itself is transferable if you are entitled to it, but that some content attached to the account won’t be, depending on EULA and transferability of individual software licenses.3
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The concept of “simultaneous” breaks down over relativistic distances too so that’s equally fucked
Ordinary wheel-cutting can openers get used wrong - they should be cutting the side of the can and not the lid, with the knurled wheel flat and pressed against the rim of the can.
No sharp lip, and you don’t need to fish a lid out of the can. Downside is you can’t use a lid cover to “save” the contents if you don’t use them all.
Artist has a cute webcomic called pepper & carrot, worth reading
Also the laptop gpus tend to have less or “worse” memory for a variety of reasons (lower resolution screens means less need for VRAM or processing powe, lower power GDDR, lower RAM clocks, etc. That 85% number works in more than just straight rendering throughput
I feel like dweeb and dork are reversed here
I’ll accept metroidvania because it’s specific enough to differentiate it from “combat sidescroller” without using too many words, but when it gets too wordy that’s silly.
“Roguelike” is different in that it doesn’t describe gameplay directly but rather replayability so that also gets a bit of a pass
The French get a bad rep, they riot for anti-worker bullshit, they helped the US win the revolution,and they didn’t go along with dubya’s stupid Iraq war
That’s a “bardbarian” build
You can absolutely get smaller cards, they’re just less powerful.
They have enough rooms that there are rooms they don’t use except to put all the stuff they don’t care about in
Or throw Grumman, known for making domestic delivery vehicles (the USPS’ LLV) and international delivery vehicles (the B-2 bomber)
I wonder if the forensic techniques to identify photoshopped images /altered audio work on ai-generated media?
I know you can timestamp audio to a specific point in time by matching the frequency of the background electrical hum if it’s available, so if it should be available but isn’t that could indicate a video or audio clip is fake, and that differences in image grain/quality can identify patchwork images, but does that also come out in AI-generated images?
Nothing actually uses classful networking anymore. Any situation where classful network concepts are implemented is necessarily limiting the capabilities of the network. As such it’s completely useless to bother spending time learning it.
There’s nothing inherently important to classful networking you learn that’s necessary for VLSM. They amount to common convention based on subnet size, and even then nearly nobody actually uses A or B sized subnets except as summary routes, which again, is not inherent to classful networking.
Classful networking has been obsolete for thirty years for good reason, you gain nothing from restricting yourself in that way.
Classful networking is well past dead, that’s kinda pointless. Learn VLSM and general subnetting basics instead.
Starting with a consumer NAS is a good spot, they come with a lot of upfront features that are designed to be easier to use for someone who isn’t already familiar with them. I have a synology and it did all the things you describe without issue (other than struggling with transcoding video in real time) and eventually graduated the heavier tasks like media and proper VM hosting to external secondhand mini PCs while still using the NAS as a network drive to store the data. The NAS itself includes docker and an easy to use repository browser that I use for things like pinhole or WLAN controller software, it has an onboard torrent client (which can use RSS and regex to automate downloads), and it has some other light hosting services, which it’s quite capable of. Starting with “just” the NAS and adding external devices as your use case shifts is always an option. Keep in mind that the best way of upgrading a NAS’ storage is leaving a bay open and upgrading disks one by one without having it do a “hard” rebuild from parity data, so 4 bays at least is a good starting point.
If you want to start with just an off the shelf NAS as an all in one device I would recommend making sure it either has or can take additional RAM (no such thing as too much), an NVME cache (more optional but nice) and an intel processor (quicksync transcoding, though the low end cpus will definitely still struggle with trying to turn 4K into 1080 for a stream). I’d be willing to bet most of the consumer NAS devices will all support docker at this point and have similar built in feature sets. Some of the newer models will support onboard 2.5gbe which is nice but probably unnecessary for a single user or family.
External access would be more of a job for your router/firewall which would use PAT to forward connections to your internal network, so that’s outside the scope of your NAS unless you’re building a true all in one box that acts as the central hub of your entire home network.