DoH & DoT still leak the domain name (and of course IP address) you’re connecting to. The domain name leak can be solved by Encrypted Client Hello but that’s still a draft and not turned on for many servers.
DoH & DoT still leak the domain name (and of course IP address) you’re connecting to. The domain name leak can be solved by Encrypted Client Hello but that’s still a draft and not turned on for many servers.
Surface Mount Technology, obviously!
Except Alpine & those based on it, which uses Linux but not GNU libc or GNU coreutils or GNU BASH… Just musl libc & Busybox. I.e. the entire subject of this thread is one of the non-GNU Linuxes.
Yes, I listed sysvinit for that reason. And Musl instead of glibc. GNU is optional in a Linux distro, except for the kernel’s use of a GNU license.
Sure, I should have gone further.
Systemd/GNU libc/GNU Coreutils/GNU BASH/Linux/X11//GTK/GNOME
Systemd/GNU libc/GNU Coreutils/GNU BASH/Linux/X11/GTK/LXDE
Systemd/GNU libc/GNU Coreutils/Zsh/Linux/X11/GTK/GNOME
Systemd/GNU libc/GNU Coreutils/Zsh/Linux/X11/GTK/LXDE
SysVInit/musl/Busybox/tcsh/Linux/csh
Systemd/GNU libc/GNU Coreutils/Zsh/Linux/Wayland/QT/KDE Plasma
Systemd/GNU libc/GNU Coreutils/Zsh/Linux/Wayland/QT/LXQT
etc, etc.
There are thousands of combinations of the possible layers needed to make an OS.
Systemd/GNU/Linux/GTK or Systemd/GNU/Linux/QT, really…
Tomato soup in a bread bowl, with cheese. Not quiche, the filling isn’t egg-based.
It’s delicious. And since the Italians call just about any round bread with toppings pizza (e.g. Bartolomeo Scappi’s pizza was cake with powdered sugar & saffron toppings) it’s pizza. As is New England clam chowder in a bread bowl!
Swap files are useful if you are still on EXT4 or similar. If you’re using ZFS or BTRFS or BCacheFS, they have no benefits.
No, they orbit around a common barycenter. Even if there were no other bodies in the solar system, that wouldn’t be exactly at the center of mass of the sun.
CPU doesn’t have any secure storage, so it can’t encrypt or authenticate comms to the TPM. The on-CPU fTPMs are the solution, the CPU then has the secure storage.
Motorola Razr IIRC. First smartphone was a Samsung Galaxy S.
I’m the same way. I’m happy with my life, overall, but of course there are improvements I could make. There is pleasure in achieving something long striven for, and there is displeasure in the striving. More money would achieve some of the things I want more quickly, but none are critical so the balance is better with a longer wait and lower stress.
RF circuits are the same core principles filtered through black magic and the Laplace domain.
Not if they have to see that guy with his pants off!
DOH, skipped those two critical letters! Thanks for the correction.
Astronomers already use Julian Dates for various reasons. Right now it’s 2460261.2834606, it’ll be later by the time you read this. Julian dates/times are fractional days starting from January 1st, 4713 B.C. = 0. Just keep counting up from there.
Oh, I’d only do that if the players are similarly powergaming. If they’re not it’s unfair, if they are the base game balance becomes koring. The challenge should scale to the party!
Pretty much how I DM.
Bosses have prep time. Glyph of warding can be cast on a page in a book, with trigger conditions specified by the caster. E.g. when a good-aligned creature with ≥8 int comes within 10ft of it.
Explosive runes are 5d8 damage (dex save for half) per glyph.
Nothing says it can’t be cast on more than one page.
A 50 page book with a glyph on every page means 100 dex saves for 5d8 each. Evasion is nice but you’ll fail a save eventually.
Your “friendly” neighborhood lich has had time to prepare dozens of these. That tempting library full of magical books might just be a TPK.
As a “consolation prize” at least the player gets to roll 100 d20s at once! Multiple times if they survive the first book.
Murphy’s Oil Soap for wood floors.
Non-stick pans tend to be made of aluminum (660°C melting point), sometimes alloyed with some copper to improve thermal conductivity. Aluminum-copper alloys tend to melt in the 500-600°C range. Most aluminum alloys melt at a point which an electric stove can easily reach if left on high. The coils can glow cherry-red pretty easily, which is 815-870°C.