Is running a pds really equivalent to running your own instance? As I understand it, 2 friends running their own pds cannot federate without the centralized relay which still can’t be self hosted.

I’ve done a backup swap with friends a couple times. Security wasn’t much of a worry since we connected to each other’s boxes over ssh or wireguard or similar and used tools that allowed encryption. The biggest challenge for us was that in my selfhosting friend group we all prefer different protocols so we had to figure out what each of us wanted to use to connect and access filesystems and set that up. The second challenge was ensuring uptime and that the remote access we set up for each other stayed up - and that’s what killed the project as we all eventually stopped maintaining the remote access and nobody seemed to care - so if I were to do it again I would make sure all participants have alerts monitoring their shared endpoint.

I think Google might just be calling block lists “externally hosted code”. As I understand it, there are several restrictions: the severe limitation on the number of rules, the requirement to bundle rules with the addon (and the associated delay due to extension store review), and the loss of many advanced rule types that change blocking behavior based on different factors in order to avoid detection and otherwise be effective.

The ublock FAQ has some interesting details too: https://github.com/uBlockOrigin/uBOL-home/wiki/Frequently-asked-questions-(FAQ)#filtering-capabilities-which-cant-be-ported-to-mv3

It should be safe, using fstab is how I do a network mount to a specific folder also so it doesn’t change or anything.

Bro the article headline even says balcony railings. We’re talking single solar panel + plug in micro inverter type setups. That’s like $200 if you shop around.

And not sure if you’re aware, but after the “usable age” the system produces at like 80% capacity, so unless you disconnected from the grid and really really need that last 20%, you don’t need to change a thing and can keep using it way past the warranty period. Or you can add a couple extra panels. Why replace the whole thing lol.

That seems like a pretty big hole in their lifecycle analysis. The ol’ tow it out of the environment strategy.

Brb uploading a 5GiB file from /dev/urandom to make sure there isn’t a byte of space left in OneDrive for them to do this to me.

The screenshot doesn’t show any version change to signal - the version number is the same, so I was just answering why you might see an update like that since I thought that was part of your question.

Those might be flatpak “refreshes”, which show up as “updating to the same version”. As described by a flatpak maintainer, sometimes an app or runtime gets updated without changing the user-facing version number. I assume that’s what you’re seeing here.

My approach in fusion is to start with the most complex profile shape and create a sketch on that dimension and then just keep removing or adding features using sketches on the other axes.

For example for your radio holder (the orange piece in your screenshot) I would do a top down sketch with 2 circles connected with 2 lines (making a pill shape), times 2 inset from that (to give you an elongated ring), then add a couple lines to get the C shape. Extrude that and then do a separate extrude of the entire outline (without cuts) and set the extrude offset to the height of the model so that the new body ends up at the bottom of the previous extrusion making a bottom to the part - and with mode set to join on the extrude, if they’re touching it automatically merges them (saves having to do an extrude + join and just does it in a single extrude).

For the holes I would make another sketch coming from the front and then use the polygon tool to make a hexagon, followed by the pattern tool on the hexagon to make the hole pattern (a neat trick for hexagon patterns in fusion is that you can select 2 adjacent sides of the hexagon as pattern axes even though they’re not 90 degrees, the pattern tool will nicely pattern the hexagons hexagonally instead of just making a grid of hexagons). Then selecting all the hexagons generated by the pattern and doing an extrude from that sketch in cut mode to cut the holes. (One downside here is that adjusting the pattern count doesn’t automatically adjust the selected hexagons, you have to adjust the extrude-cut to select any new hexagons if you edited the pattern to create more)

I hope that gives some idea on how to build up shapes - I haven’t really used any tutorials but just kind of wing it by trying to make my first sketch of a part from an angle where that sketch can take care of as much complexity as possible so the finishing touches can be simpler. (Ie, if you made that orange part from the side, the initial sketch would be a square and you would have to do a lot more operations to cut off material)

You could end up working for a company that develops free software so that’s one way. My company develops an open source science tool and it’s free for anyone to hack on, run their own copy, and use for commercial purposes, but we sell support which usually seems to involve being paid to develop certain features and fix certain bugs, as well as advise on how to keep their system running smoothly.

Did you make sure to stop network manager too? I think disabling it tells it not to start it automatically but I think if it was already running it may have stayed up and maybe it brought the interface back up.

That’s my only guess, if ip link shows it as down still then idk. NetworkManager also has its own Mac spoofing thing so you might have better success editing the properties of the network connection in NetworkManager and putting a new Mac in the cloned Mac address field. I’ve only used macchanger with netctl.

Has anybody made a matrix app that looks like a discord clone? That sounds easier since the federated rich text chat is already made, the current clients don’t really appeal to the discord crowd.

I had a similar issue years ago in around 2018 with a Samsung nvme SSD that came stock from Dell with an XPS, me and another guy from a thread on Reddit ended up emailing with a guy from canonical and dell. The troubleshooting email chain went on for almost a year after which I just switched to a wd black and haven’t had the issue since (still using the same wd black to this day)

Anyhow, they ended up moving the discussion to launchpad, maybe perusing there might help you troubleshoot: https://bugs.launchpad.net/ubuntu/+source/linux/+bug/1746340

Yeah I was a little worried about thermal conductivity but luckily haven’t had any issues with flow - granted I also print hot most of the time by the advice of my coworkers at a 3D printing startup that prints a lot of functional parts in their in house prototyping mini farm.

Isn’t Miracast for sending video data? The thing I like about Chromecast is that the phone or remote app just tells the Chromecast where to load the media directly from, and then only sends playback control commands. That makes it a lot lighter resource wise because you don’t need to proxy the stream through a device like a phone that wants to go to sleep to save battery.

Those stacked focus shots and the 3D model is super neat! I’m looking forward to part 2. I’ve always just gotten E3D hardened steel and not put much thought into it (didn’t want to have to worry about printing glow in the dark, and not willing to think much about nozzle wear like some of my friends who love to buy sub dollar multi packs of no name brass and swap them frequently).

Hopefully this investigation validates my decision haha

Note that the 2x10G is SFP+ not SFP. I was briefly confused. I have tons of SFP+ stuff but no SFP gear whatsoever

I think that text is from melroy, so according to him. From seeing his interactions in the kbin issue tracker I get somewhat of an egotistical impression of him, because he would often take an issue that has just been opened and not triaged or discussed what the best fix is, and he would open a PR with how he thinks it should be fixed, and it sounds like his frustration is that his hasty PRs weren’t getting merged quickly because people wanted to come to a consensus.

Maybe I’m just reading into it but it felt like he just wanted his name on something and it wasn’t happening with kbin.

Edit: I want to add that I don’t mean to shit on him as a dev or as a person - it’s possible that I’ve only seen a one-sided view of his interactions as a busy contributor who just wants to whittle down the issue list as fast as possible and that he’s got good intentions, and regardless he seems like a very capable dev. It’s just that based on my perusing of issues and discussions I’ve come across, it doesn’t seem fun to work with him to contribute, and if I were to treat the contributors list as a scoreboard and had the goal of having my name on as many commits as possible, I think it would be hard to tell us apart. I was just going to keep my thoughts about this to myself but I’ve seen some other people comment similar things in other threads about mbin so maybe it’s worth sharing my skepticism about mbin. Take from it what you will.

I went with the DS1621xs+, the main driving factors being:

• that I already had a 6 drive raidz2 array in truenas and wanted to keep the same configuration
• I also wanted to have ECC, which while maybe not necessary, the most valuable thing I store is family photos which I want to do everything within my budget to protect.

If I remember correctly only the 1621xs+ met those requirements, though if I was willing to go without ECC (which requires going with xeon) then the DS620slim would have given me 6 bays and integrated graphics which includes quicksync and would have allowed me to do power efficient transcoding and thus running Plex/jf right on the nas. So there’s tradeoffs, but I tend to lean towards overkill.

If you know what level of redundancy you want and how many drives you want to be running considering how much the drives will cost, whether you want an extra level of redundancy while rebuilds are happening after 1 failure, how much space is sacrificed to parity, then that’s a good way to narrow down off the shelf nases if you go that way. Newegg’s NAS builder comes in handy if you just select “All” capacities and then use the nas filters by number of drive bays, then you can compare whats left.

And since the 1621xs+ has a pretty powerful xeon, I run most things on the nas itself. Synology supports docker and docker compose out of the box (once the container app is installed), so I just ssh into the box and keep my compose folders somewhere in the btrfs volume. Docker nicely allows anything to be run without worrying about dependencies being available on the host OS, the only gotcha is kernel stuff since docker containers share the host kernel - for example wire guard which relies on kernel support I could only get to work using a user space wire guard docker container (using boringtun) and after the VPN/tail scale app is installed (presumably because that adds tap/tun interfaces that’s needed for vpn containers to work.

Only jellyfin/Plex is on my NUC. On the nas I run:

• Adguard

• Sonarr/radarr/lidarr/prowlarr/transmission/overseerr

• Castblock

• Grocy

• Nextcloud

• A few nginx instances for websites

• Uptime-kuma

• Vaultwarden

• Traefik and wire guard which connects to a vps as a reverse proxy for anything that needs to be accessible from the public internet