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Cake day: July 7th, 2023

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  • You don’t need to run it on a pi. In fact, I’d actually argue against it; A pi will be underpowered if you’re ever needing to transcode anything. Transcoding is what Plex/Jellyfin does if your watching device can’t natively play the video. Maybe you have a 4k video, but you’re playing it on a 1080p screen. That video will need to be transcoded from 4k into 1080p for the screen to be able to display it. Or maybe the file is encoded using ACC (a fairly recent encoding method) which isn’t widely supported by older devices. This often happens with things like smart TVs (which often don’t support modern encoding and need to be transcoded even if the resolution is correct.)

    Basically, if you’re 100% positive that every device you’re watching it on will never need transcoding, then a pi is acceptable. But for anything else, I’d recommend a small PC instead. You can even use an old PC if you have one laying around.

    Or if you want to use a new machine, maybe something like an HP Elitedesk. They’re basically what you see in every single cubicle in every single office building. They’re extremely popular in corporate settings, which means there are a ton of used/refurbished systems available for cheap, because IT destroys the drives and sends the rest to refurb when they upgrade their fleet of PCs. So for the refurb you’re basically just paying the cost of an SSD they added in (to replace the one IT pulled out), plus whatever labor is associated with dusting it out and checking the connections to make sure they all work. You can pick up a modern one for like $250 on Amazon (or your preferred electronics store).

    Worth noting that the elitedesk generations are marked by a G-number, so google the model (like an EliteDesk G9, G7, etc) to see what kind of processor it has; Avoid anything with an intel 13th or 14th generation CPU, (they have major reliability issues) and check with Plex/Jellyfin’s CPU requirements list to see if it supports hardware accelerated transcoding. For Intel chips, look for QuickSync support.

    For storage, I’d recommend running a NAS with however many hard drives you can afford, and one that has extra ports for future expandability. Some NAS systems support Plex and/or Jellyfin directly, but the requirements for full support are tricky and you’ll almost always have better luck just running a dedicated PC for Plex. Then for playing, one of two things will happen. Either the device is capable of directly playing the file, or it will need to be transcoded. If it’s directly playing, the plex server basically just points the player to the NAS, and the player handles the rest. If it’s transcoding, the PC will access the NAS, then stream it to the player.

    As for deciding on Plex vs Jellyfin, that’s really a matter of personal preference. If you’re using Plex, I’d highly suggest a PlexPass sub/lifetime purchase; Wait until Black Friday, because they historically do a (~25% off) discount on their lifetime pass. Plex is definitely easier to set up, especially if you plan on streaming outside of your LAN.

    Jellyfin currently struggles from a lack of native app support; Lots of smart TVs don’t have a native Jellyfin app, for instance. But some people have issues and complaints (many of them justified!) with Plex, so if the FOSS sounds appealing, then consider Jellyfin instead. Jellyfin is also rapidly being developed, and many people expect it to have feature parity with Plex within a few years.

    And if you’re having trouble deciding, you can actually set up both (they can run in tandem on the same machine) and then see which one you prefer.

    And the nice part about using a mini PC is that you can also use it for more than just Plex/Jellyfin. I have the *arr suite running on mine, alongside a Factorio server, a Palworld server, and a few other things.







  • That’s more on the OS than the text protocol. The protocol doesn’t just hold a text in the ether until it’s time for delivery. A scheduled text is you telling the phone “hey, wait to send this message until it’s time.” Then your phone sends it at the proper time.

    iOS still doesn’t have built in text scheduling. There are workarounds, (like using the Shortcuts app to build a “send this text” automation that runs at a specific time), but that’s not the same thing as native support.


  • It’s more about the lack of iMessage features. Things like editing, unsend, text effects, etc are absent in regular texts. If everyone is on iMessage, everyone can use those enhanced features. They’re apparently pretty popular in group chats, but even a single android user will drag the entire conversation into regular text messages instead. So lots of iPhone users (especially the younger gen Z and alpha) started complaining whenever someone had an android, or even outright bullying them for it.

    And for android users, texting with an iPhone user is a horrible experience; Images are horribly compressed, videos are severely limited in file size and compressed, group texts need to be opened as an attachment to be read, etc… All because iOS refused to use the more modern RCS texting protocols.





  • There is also the hilariously misguided belief that good coders do not produce bugs so there’s no need for debugging.

    Yeah, fuck this specifically. I’d rather have a good troubleshooter. I work in live events; I don’t care if an audio technician can run a concert and have it sounding wonderful under ideal conditions. I care if they can salvage a concert after the entire fucking rig stops working 5 minutes before the show starts. I judge techs almost solely on their ability to troubleshoot.

    Anyone can run a system that is already built, but a truly good technician can identify where a problem is and work to fix it. I’ve seen too many “good” technicians freeze up and panic at the first sign of trouble, which really just tells me they’re not as good as they say. When you have a show starting in 10 minutes and you have no audio, you can’t waste time with panic.





  • She literally scored all 0’s at the Olympics. I’d say she fell flat on her face, but even that would’ve probably earned more points than her performance. It was a sort of Billy Madison moment.

    The controversy was all because she basically voted herself into the competition; No governing body existed for Australia (where she was from) so she created the organization to decide who got to go to the Olympics. They held tryouts, and she (since she made the organization and was in charge of the tryouts) made a point of excluding anyone who was better than her.

    She basically only made it to the Olympics because of blatant nepotism, and then made a fool of herself. Her stated reason was that she saw who she was up against, realized she didn’t have a chance in a straight skill-based competition, and decided to do something more “experimental” instead. Basically, she said she was hoping to cinch it with creativity instead of skill. In reality it was just cringe, and she looked like an idiot.

    So her getting #1 is because she fell into a weird sort of loophole; The rank only considers scores for competitions that aren’t Olympic. And nearly all of the 2024 competitions were focused on qualifying for the Olympics. She only attended one non-Olympic competition, but she won it because all of the best breakers were focused on the Olympics. So since she won that competition, she was handed the title of #1.




  • At least on iOS, it takes it a step farther and tells you specifically when an app is accessing your location, microphone, camera, etc… It even delineates when it’s in the foreground or background. For instance, if I check my weather app, I get this symbol in the upper corner:

    The circled arrow means it is actively accessing my location. And if I close the app, it gives me this instead:

    The uncircled arrow means my location was accessed in the foreground recently. And if it happens entirely in the background, (like maybe Google has accessed my location to check travel time for an upcoming calendar event,) then the arrow will be an outline instead of being filled in.

    The same basic rules apply for camera and mic access. If it accesses my mic, I get an orange dot. If it accesses my camera, I get a green dot.