dudeami0

Semi-cold? That’s extra, you’ll be lucky to afford it. The affordable water been sitting out on the pavement for a few weeks.

My question would be, why do you need a more powerful server? Are you monitoring your load and seeing it’s overloaded often? Are you just looking to be able to hook more drives to it? Do you need to re-encode video on the fly for other devices? Giving some more details would help someone to give a more insightful answer. I personally am using a Raspberry Pi 4, Chromebox w/ an i7, an old HP rack server, and an old desktop PC for my self hosting needs, as this is cheaper than buying all new hardware (though the electricity bill isn’t the greatest haha, but oh well). If you are just looking for more storage, using the USB 3.0 slots on the Raspberry Pi 4b you can add a couple extra SSDs using a NVMe to USB 3.0 enclosure. For most purposes the speeds will be fine for most applications.

As for SSD vs HDD, SSD hands down. The only reason you’d pick an HDD is if your trying to get more storage cheaper and don’t mind a higher rate of failure. If your data is at all valuable, and it almost always is, redundancy should be added as well.

And as for running Linux, if it can’t run Linux I wouldn’t want to own it.

Edit: Fixed typo

This might help, sorry if it doesn’t, but here is a link to CloudFlares 5xx error code page on error 521. If you’ve done everything in the resolution list your ISP might be actively blocking you from hosting websites, as it is generally against the ISPs ToS to do such on residential service lines. This is why I personally rent a VPS and have a wireguard VPN setup to host from the VPN, which is basically just a roll your own version of Tailscale using any VPS provider. This way you don’t need to expose anything via your ISPs router/WAN and they can’t see what you are sending or which ports you are sending on (other than the encrypted VPN traffic to your VPS of course).

I use my own router with DD-WRT in-between the ISPs router/modem and my LAN, and use a different subnet. I haven’t had any issues with this myself, and my router just sees the ISP router/modem as the WAN.

I’ve never ran this program, but skimmed the documentation. You should be able to use the SHIORI_DIR (or a custom database table following those instructions) along with the -p argument for launching the web interface. A simple bash script that should work:

export SHIORI_DIR=/path/to/shiori-data-dir
shiori serve -p 8081

To run multiple versions, I’d suggest setting up each instance as a service on your machine in case of reboots and/or crashes.

Now for serving them, you have two options. The first is just let the users connect to the port directly, but this is generally not done for outward facing services (not that you can’t). The second is to setup a reverse proxy and route the traffic through subdomains or subpaths. Nginx is my go-to solution for this. I’ve also heard good things about Caddy. You’ll most likely have to use subdomains for this, as lots of apps assume they are the root path without some tinkering.

Edit: Corrected incorrect cli arguments and a typo.

TL;DR: The bot is configured to condense certain instances and communities. At the moment, only beehaw.org is marked to be condensed.

Quickly looking at the source code, it seems ReplyToPostsCommand uses a SummaryTextWrapper, which contains an iterable for both CondensedSummaryTextWrapperProvider and DefaultSummaryTextWrapperProvider. The DefaultSummaryTextWrapperProvider has a priority of -1_000 (so it’s always checked last) and is set to always return true on the supports(Community $community): bool. CondensedSummaryTextWrapperProvider references the config/services.yaml for it’s supports(Community $community): bool call which lists 0 condensed communities and 1 condensed instance, being beehaw.org.

If you are expecting a more windows-like experience, I would suggest using Ubuntu or Kubuntu (or any other distro using Gnome/KDE), as these are much closer to a modern Windows GUI. With Ubuntu, I can use the default file manager (nautilus) and do Ctrl+F and filter files via *.ext, then select these files then cut and paste to a new folder (drag and drop does not seem to work from the search results). In Kubuntu, the search doesn’t recognize * as a wildcard in KDE’s file manager (dolphin) but does support drag/drop between windows.

Looking over the github issues I couldn’t find a feature request for this, so it seems like it’s not being considered at the moment. You could make a suggestion over there, I do think this feature would be useful but it’s up to the devs to implement it.

That being said, I wouldn’t count on this feature being implemented. This will only work on instances that obey the rules so some instances could remove this feature. When you look up your account on my instance (link here), it is up to my server to respect your option to hide your profile comments. This means the options have to be federated per-user, and adds a great deal of complexity to the system that can be easily thwarted by someone running an instance that chooses to not follow these rules.

If your goal is to stop people looking up historical activities, it might be best to use multiple accounts and switch to new accounts every so often to break up your history. You could also delete your content but this is again up to each instance to respect the deletion request. It’s not an optimal solutions but depending on your goals it is the available solution.

Edit: Also if your curious about the downvotes, it’s not the subject matter but your post violates Rule 3: Not regarding using or support for Lemmy.

Best I could find is here, which is an article by Randall Munroe (the xkcd artist), and states:

davean (the xkcd sysadmin) wrote the patch

This blog post links to another wayback machine page (thank you archive.org!) here, which explains the sorting algorithm and states it’s original author:

Fortunately, the math for this was worked out in 1927 by Edwin B. Wilson.

Sounds like some QoS software is also limiting LAN traffic, seeing as it still works if the internet is disconnected. I would look if your router has “Adaptive QoS” or something similar enabled.

Does the flash drive show when you run lsblk with the correct amount of space? dd will overwrite the partition table and works directly with the underlying physical blocks of the device. If the flash drive isn’t broken, you should be able to rebuild the partition table with parted (tutorial from linuxconfig.org on the matter)

In most setups I have seen, the nginx instance provided by Lemmy is used due to the routing needed between lemmy/lemmy-ui being handled in nginx. Your reverse proxy can then point to the nginx instance to expose lemmy.

As for the data transfer costs, any network data originating from AWS that hits an external network (an end user or another region) typically will incur a charge. To quote their blog post:

A general rule of thumb is that all traffic originating from the internet into AWS enters for free, but traffic exiting AWS is chargeable outside of the free tier—typically in the $0.08–$0.12 range per GB, though some response traffic egress can be free. The free tier provides 100GB of free data transfer out per month as of December 1, 2021.

So you won’t be charged for incoming federated content, but serving content to the end user will count as traffic exiting AWS. I am not sure of your exact setup (AWS pricing is complex) but typically this is charged. This is probably negligible for a single-user instance, but I would be careful serving images from your instance to popular instances as this could incur unexpected costs.

It’s still a fingerprint, the most vague information correlated with other data points can make a useful fingerprint. This is how a lot of the companies can track you even if you aren’t logged in, you using any service creates a pattern that with enough aggregate data can be used to approximate who you are.

Each instance serves the content from that instance, so from my understanding the only thing other instances can see are subscribed communities to be able to federate posts. Upvotes/Downvotes can possibly be tracked per user as they are federated on a per-vote basis currently, though this is just something I read and don’t have sources at the present.

Being an admin of an instance, I can’t even see my own history of visited posts. I can’t verify this, but I doubt this information is being stored in the database currently.

This being said, each instance has full control over their API server and the web-based application being served, so they could add monitoring to either to gather this data. If they did this on the API end it would be undetectable. Running your own instance is the only fool proof method, otherwise you need to trust the instance operator.

Using Nvidia with closed source drivers by chance? I had a similar issue and had to disable the services related to nvidia suspend/hibernate/resume:

systemctl disable nvidia-suspend nvidia-hibernate nvidia-resume

This is all I can think of, some hardware specs might help others with assisting you.

Haven’t talked to many billionaires then, they love how the government helps them.

It all depends on the size of your instance, but surprisingly little. The most expensive part of running an instance at the moment seems to be users interacting/posting. I’ve had my single user instance running for 22 days, here’s what I have found.

Hardware: I was running it on an HP Chromebox G1 i7-4600U just fine, I did move it to a HP DL360 G7 but this is overkill.

Network: I have 100Mbit/s down and 24Mbit/s up, I can’t even tell when lemmy is federating on my bandwidth charts. It seems to use very minimal network data. Hosting content or users will increase the data requirements, you’d have to get data from larger instances for a perspective there.

Disk: I’m using 4.7G for the postgres and 6.2G for the pictrs after having the instance online for 22 days. This will all depend on how active the communities you subscribe to are. My pictrs is only thumbnails sent during federation, and I have read these purge after some time but haven’t verified these claims.

TLDR; if you have some old hardware around stick a decent sized HDD or SSD in it and you’ll be able to host your own instance for personal use. If you have more users or host images on your instance, the requirements will go up so avoid this if network/disk space is scarce.

I think whoever wrote this article mistook the fact the project itself is only fully supported on Linux, but possibly can run on Windows with use of the WSL (Windows Subsystem for Linux). These are system requirements for the host PC, not the in-game computer. Good luck running modern linux or windows on 96kb of ram.