- Joined
- Mar 4, 2019
Don't threaten me with a good time.I identify as the man behind the turkey baster in your ass
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Don't threaten me with a good time.I identify as the man behind the turkey baster in your ass
I'd rather argue that strong typing is better than weak typing. Ada has nominative typing, so equivalent types aren't compatible without explicit conversion, if allowed; private types don't allow conversion to some equivalent type, as an example. The limited types allow one to control even assignment and equality. Controlled types, lastly, allow code to run at initialization, assignment, and finalization. Still, Common Lisp is also nice, with its dynamic and strong typing.Static typing is ALWAYS > Dynamic typing
No! You MUST support the new thing, because... you just must, okay? Otherwise you're a Bad Guy. A really bad one. IPv6 cultists are the weirdest fucking thing.I found this asshole on Lobsters trying to use shame to get a protocol adopted:
What that is actually available is better? I mean we literally ran out of IPv4. Arguably we should have come up with something better since this happening was obviously coming, but something of the sort is kind of necessary now, even if like much of the Internet it's ad hoc bullshit came up with as a last minute kludge to stop everything just immediately falling apart.No! You MUST support the new thing, because... you just must, okay? Otherwise you're a Bad Guy. A really bad one. IPv6 cultists are the weirdest fucking thing.
I'd rather argue that strong typing is better than weak typing. Ada has nominative typing, so equivalent types aren't compatible without explicit conversion, if allowed; private types don't allow conversion to some equivalent type, as an example. The limited types allow one to control even assignment and equality. Controlled types, lastly, allow code to run at initialization, assignment, and finalization. Still, Common Lisp is also nice, with its dynamic and strong typing.
I think it may be a better proposition to buy part of the IPv4 address space, like an Urbit fiefdom actually worth something. I don't fully understand everything to do with IPv6, but I do know that every problem I've ever had with it is solved by turning it off. It's most popular with smart phones, because those people don't control the network in any way, and it's most popular among subhuman populations as in India and Africa, which is another downside.What that is actually available is better?
Is it really necessary when ~50% of the biggest sites don't support it and do just fine? For what it's worth, I agree that IPv4 is a little undersized, but a lot of the fashionable (for lack of a better word) enthusiasm for IPv6 seem to boil down to "it's Progress", with the occasional dash of "think of the niggers", just like the linked site. A P2P Internet would be a great argument for moving away from IPv4, but that revolution sadly didn't happen - for fundamental human reasons I worry.What that is actually available is better? I mean we literally ran out of IPv4. Arguably we should have come up with something better since this happening was obviously coming, but something of the sort is kind of necessary now, even if like much of the Internet it's ad hoc bullshit came up with as a last minute kludge to stop everything just immediately falling apart.
I generally disable it in VPN because it makes me paranoid. I'm not sure it's actually as bad as claimed.Is it really necessary when ~50% of the biggest sites don't support it and do just fine? For what it's worth, I agree that IPv4 is a little undersized, but a lot of the fashionable (for lack of a better word) enthusiasm for IPv6 seem to boil down to "it's Progress", with the occasional dash of "think of the niggers", just like the linked site. A P2P Internet would be a great argument for moving away from IPv4, but that revolution sadly didn't happen - for fundamental human reasons I worry.
We are still slowly moving towards it because slapping NATs on NATs on NATs is a pain in the ass, IPv4 addresses keep getting more expensive, and the old stuff without IPv6 firmware is dying off. The fact that CGNAT even exists is hilarious, it's an industrial scale kludge that supports billions of dollars of commerce.Is it really necessary when ~50% of the biggest sites don't support it and do just fine? For what it's worth, I agree that IPv4 is a little undersized, but a lot of the fashionable (for lack of a better word) enthusiasm for IPv6 seem to boil down to "it's Progress", with the occasional dash of "think of the niggers", just like the linked site. A P2P Internet would be a great argument for moving away from IPv4, but that revolution sadly didn't happen - for fundamental human reasons I worry.
>4 times as much spaceAs an example, storing an IPv6 address takes four times as much space, and I don't necessarily want to do that.
I don't understand. An IPv4 address is thirty-two bits. An IPv6 address is one hundred and twenty-eight bits. Thirty-two times four is one hundred and twenty-eight.>4 times as much space
Nigger maybe you should use the library
I think you misunderstand my criticism - storing the full 128 bits is basically pointless, you really want to store 64 or 48 bits or spam will BTFO your service. Libraries provide all kind of subnetting featuresI don't understand. An IPv4 address is thirty-two bits. An IPv6 address is one hundred and twenty-eight bits. Thirty-two times four is one hundred and twenty-eight.
Yes, I misunderstood. For logging purposes, I see no reason not to store the full address.I think you misunderstand my criticism - storing the full 128 bits is basically pointless, you really want to store 64 or 48 bits or spam will BTFO your service. Libraries provide all kind of subnetting features
Really, the idea of using fixed-length addresses for the network to end all networks is stupid. An address should be a variable-length string of digits, and it would be easy enough to look at only the first few digits for routing, after which point they could be discarded. Universally unique addresses are stupid.
Regardless, an awful lot of organizations, probably almost all of them, would be just fine with a single IPv4 address and a private network. A mere sixteen million addresses in just one private network allotment is enough for almost every organization, except for the wasteful technology companies.
This is a dreadful idea.UERISIMILITUDO said:An address should be a variable-length string of digits
This is literally how it already works.UERISIMILITUDO said:and it would be easy enough to look at only the first few digits for routing, after which point they could be discarded
Those are rookie numbers, I know.There's like three or four threads on this site now which can be summed up as "Uerisimilitudo says something stupid, people less autistic than he is try to argue with him".
I'd ask for an explanation, but we can just let it die on the floor.This is a dreadful idea.
I know. In the context of such a network, I mean that the address would be modified in-transit like this.This is literally how it already works.
O NOOOOEZ AI IS STEALING THE JOBS OF REAL HUMAN WAR CRIMINALS!I know we joke about reddit and their Marvel obsession, but I had a good chuckle with this one.
The HN thread is fairly split between people happy for the guy winning through legal channels, and people upset about the outcome or how he accomplished it. The case was settled in the UK, which is fairly notorious as a libel tourism jurisdiction.I am a Scala developer and speaker who was cancelled three years ago. Yesterday I attended the High Court in London to hear an apology from several prominent members of the Scala community for making untrue claims about me on 27 April 2021. I sued them for libel, and they admitted fault and settled, paying me costs and damages.
There seems to be a lot more spam on Hacker News lately. Obvious YouTube comment-tier crypto scams, too.There's some interesting spam happening right now I managed to notice, although I only successfully archived one instance:
Hacker News has been hit with automated comment spam attacks recently, causing DOS for a bit. Not bad enough, now a self-promotion blogspam operation has been tearing through.Someone is plagiarizing blog posts at scale, using many of different throwaway HN accounts and fake Substack blogs.
They appear to be going through old Hacker News submissions, finding the source pages that were submitted, and then publishing those posts on new Substack blogs that they created.
This Substack appears to be stolen - by re-creating a Substack hostname that the original author has deleted, then re-publishing the articles with back-dated dates.
This Substack plagiarism scammer is getting even more creative.
They appear to have found an old Substack that was deleted in 2022-2023 (https://web.archive.org/web/20220826223418/https://michaelde...), then registered the deleted Substack hostname (with their own Substack profile), gone through Internet Archive or another source, and re-published the posts with back-dated dates.
OP, what say ye? Am I wrong?
Substack, how is this possible?