By all means quit using Debian. That’s your prerogative. But claiming you are going to sabotage a community volunteer run, non profit, open source community is just dumb. Good news is that you won’t actually do it, but still, you sound dumb.
Do you in your heart of hearts believe this what you said here to be accurate?
Like I am not a fan of LLM slop coded projects, but I don’t think what you said can be honestly claimed to be accurate.
Huh. I was skeptical of “China speed” but they were right. Lol.
I’m just glad for lower ram prices.
China speed was even faster than you predicted. Lol.
They are making it from scratch. There are lots of sources but this is the first one I found. I assume they package it as well.
Foxcom assembles sub models into complete products. Still higher than slave labor level skills, but not as high as chip fabrication I admit. You need a skill base to assemble phones at a high level.
I mean making the machines to make chips and making a factory that uses said machines are two different things.
There are already factories in China making DDR5 and DDR4 ram now days.
Huawei would just provide the support and resources needed to scale up a new large factory.
No slave labor needed. All you need is a modern, advanced, high skill, responsive industrial base which China has.
Happy to help.
You can find more information here: https://en.wikipedia.org/wiki/Multicast_DNS
You can learn how to configure it here: https://wiki.archlinux.org/title/Avahi
I see why some people can be confused though. In some distros it needs to be configured. Once you configure it though it should be rock solid.
There is no reason why an ICMP packet would be more robust than a multicast udp packet.
The traditional nomenclature is myhostname.local
Just make sure that the system firewall is configured to allow mdns. That’s the biggest issue. Once you have e that and you have mdns set up it’s good to go.
True. But pinging IPs directly should only be done as a debug step when dns / mdns does not work. Aka extremely rarely.This all being said mdns is extremely reliable on lan. It’s literally just multicast dns on lan.
On my personal home network I have never had mdns fail in 5-ish years. FQDNs yah. DNS can break. But mdns has been solid.
Ok. Then a week of passive absorbing at worst. You got it. IPv6 is more complicated but not that much more complicated. You already know IPv4.
Humans shouldn’t really be typing in IPs. Why not just use localhost for localhost and dns / mdns for lan machines? It’s such a nicer experience.
mdns works with link-local in the case of a private non connected lan.
Have faith in yourself. I bet you could get things in a few hours with focused study if you have a deep understanding of IPv4.
IPv6 is now peaking over 50% of all internet traffic globally and trending up. IPv4 is today the minority of internet traffic.
In some countries like France IPv6 over 85% of all internet traffic. In Germany over 75%. USA 57% of all traffic. India 76% of all traffic.
Not a fan of Google but they keep statistics on adoption.
I wouldn’t even say it was a good idea. Like the end to end NAT free internet is the ideal. IPv6 was built for that.
Even if IPv8 was not slop it would reenforce the idea of nat and hierarchy.
IPv6 allows for a democratized internet where anyone can choose to self host. And anyone can connect to anyone who is self hosting.
Because of this it’s a bit more complicated. But ideology it much better than IPv8. It brings us back what made the internet great in the 90s and 2000s, but at scale.
Just fyi IPv8 was written by LLM with full on hallucinated citations and references. It isn’t being taken seriously by anyone.
It didn’t even make sense. It relies on DNS for nat and the like. Deranged networking plans from the non-mind of an LLM.
I recommend taking the time to learn IPv6 properly. It’s actually quite elegant and brings back the peer to peer, endpoint to endpoint connection ability of the old internet.
They’re trying to exploit what they consider a loophole in the AGPL to stop people from forking the project.
At the same time they refuse to accept any PRs.
FSF has a great write up about it.
https://www.fsf.org/blogs/licensing/agpl-is-not-a-tool-for-taking-freedom-away
Big fan of Helix. Best part is that it dose not need any plugins to be a modern editor. Just configure any LSPs you want and it all just works including things like fuzzy finding, multiple cursors, file browsing etc.
I use it daily and think so. Best part is that it dose not need any plugins to be a modern editor. Just configure any LSPs you want and it all just works including things like fuzzy finding, multiple cursors, file browsing etc.
This all being said a plugin system is close to being added. :)
I can see how for some people cron is more straightforward to learn, at least till you need to handle logging, checking for cron results, handling when the triggered event can’t happen that instance, ensuring only one instance of the triggered thing happens at once, adding time jitter, etc.
Then timers are way simpler. Timers let you create robust timed events for free. With cron you need to do all that yourself.
That’s because you know cron. If you knew timers equally as well they would be easier. And they let you handle the edge cases (retry, randomness, tracking, logs etc) without the need for a custom script.
Once you factor in the production edge cases I think timers are clearly easier. You get all of it for free.
Strong recommend for Seafile. It’s way faster than nextcloud, it has a good web ui, and nice clients on all platforms.
I can not express how much faster than nextcloud it is.
Obviously open source too.