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I haven’t had the courage to run executable code from P2P networks since the early 2000s. Even then it was probably a bad idea.
See also https://sh.itjust.works/u/p1mrx
I haven’t had the courage to run executable code from P2P networks since the early 2000s. Even then it was probably a bad idea.
chrome : chromium :: vscode : vscodium
That’s a good pun. Clearly the authors have mastered the second hardest problem in computer science.
Google is at fault here for creating the software-defined garbage, but they’re not literally selling the products, are they?
AOL came on floppies originally, but the quality was so poor that you could barely rewrite them.
I didn’t find an alternative, when I looked a few months ago.
There is a USB-C IR blaster that exists, but the Tiqiaa/ZaZaRemote app is awful.
They’d be expensive to run but it would likely only be for a few days per year.
“Pay for more electricity” might not work very well, if everybody in a region uses resistive heat at the same time. I’m not sure what the solution is… maybe an overprovisioned power grid, cheaper battery tech, or tanks of renewable backup fuel like dimethyl ether?
Well, if you currently have this problem and want to fix it, I’ve shown you the way. OpenWrt is free software.
Otherwise, there’s no point arguing about it.
Multi-hour downloads have been a thing since capacity was measured in kbps. If a simple TCP transfer causes excessive queueing, then the queueing algorithm is broken.
A router with OpenWrt and luci-app-sqm
can fix this problem, at least for an internet connection with a fixed speed limit.
One major AAA game update will likely break your connection
One person in the house uploading anything will cripple your ability to make ANY request
You are describing symptoms of bufferbloat, not capacity problems.
I was using voip.ms last year when they were DDoS’d for over a week, by a group demanding payment via anonymous crypto. The DDoS ended when they switched to CloudFlare (which was probably pretty difficult because they’re a SIP provider.)
Almost any website with a small number of servers is vulnerable to this attack, which happens to be great business for CloudFlare. I wonder which companies are most effectively competing with CloudFlare?
Android still doesn’t support DHCPv6 and will be left without a valid address.
RFC 7934 explains their reasoning, though it’s not exactly an ironclad argument.
It is straightforward to run an isolated network with TCP/IP, DNS, and web servers. The hard part would be dealing with software that complains/fails if you’re not using HTTPS.
In general, you would want an offline copy of the entire software stack (e.g. a Gentoo Linux mirror) so you can patch whatever problems you encounter.
It’s more like 3 really wide pixels.