The IPv6 range is barely even used.
Yet.
Also I imagine that there will be a secondary market for IPv6 at some point.
Like there already is one for IPv4 addresses?
I stand by my point:
No-one will ever need a /48 range.
Somewhere between Linux woes, gaming, open source, 3D printing, recreational coding, and occasional ranting.
🇬🇧 / 🇩🇪
The IPv6 range is barely even used.
Yet.
Also I imagine that there will be a secondary market for IPv6 at some point.
Like there already is one for IPv4 addresses?
I stand by my point:
No-one will ever need a /48 range.
The ranges will become larger over time because “we have it”, and companies will get thousands of sections with figuratively unlimited IP addresses in them each.
With this huge ranges we’ll have the same problem with IPv6 in a few years that we already have with IPv4.
They not only force their user to buy their crap, they also intentionally and maliciously frame the AGPL in a certain way.
How much say do you have on the technical site of the page? Maybe have a custom icon recognized by the templating engine, using a Unicode code point from the private use area. This could be implemented using an icon font.
The commonly used symbol to represent the Fediverse is this one.
Lesson learned, I guess 🙂 here’s some more:
At what temperature a material loses its permanent magnetic properties is called the Curie temperature. For Neodymium magnets this temperature is around 310–400°C (ca. 590–752°F). So if the heat is below that, you’re mostly safe.
Maybe look into how to design/modify a part and how you can pause your print a at a specific layer height so you can just drop in the magnets (use a drop of super glue to they won’t attach to the hot-end or make a test print with various diameters to find out the perfect width for press-fitting the magnets in) and then continue the print.
This also results in nicer looking prints because the magnets are invisible. Depending on thickness above the magnets and strength of the magnets the result might be less strong, so ideally there are only very few layers of material covering the magnets.
This is a very straightforward and in-depth video on how to do this in a good way:
i was planning on getting a new laptop cheaply for about 500ish
You should plan for what you need, not for what you’re willing to pay. If you need a mobile workstation then this 16 inch laptop would be too large and heavy. If you aim for a desktop replacement, then a 13 inch laptop might be too small (docking stations exist, but still …).
The Framework laptop is a nice idea, though. But to be honest: how often did you change the components of your laptops before? One usually changes the SSD and maybe the RAM or the battery or - if you’re really adventurous - the heatpipe and/or the fan. All of this is already possible with most common laptops. If you’re unsure, get a ThinkPad.
Have a look at Forgejo which is a soft fork run by a nonprofit organization of Gitea which is owned by a for-profit company.
It need very little system resources and still gives you all the common features you know from commercial Git hosting providers.
And yes, you can mirror existing Git repos using a web UI.
It’s nice to see that this asphalt area is being used for something valuable for society!