Lighthearted eye candy

• !tenforward@lemmy.world
• !outofcontextcomics@lemmy.world
• !witchymemes@lemmy.world
• !artshare@lemmy.world
• !bertstrips@lemm.ee

A bit of backstory on how we got here - in June 2024 Mozilla chose to (a) integrate the source tree of Firefox Mobile into their huge monorepo ("gecko-dev"), and (b) move the source off of Github onto their own git servers ("Mozilla Central"). You can read about it in the now-archived old repo:

• https://github.com/mozilla-mobile/firefox-android
• https://github.com/mozilla-mobile/firefox-android/wiki#upcoming-migration-to-mozilla-central

This was then compounded by a core Android build kit ("NDK") choosing to remove parts of the toolchain which is/was used to build Firefox releases (ergo, forcing another change to build process):

• https://github.com/android/ndk/issues/2010

Together these have caused a bit of a kerfuffle in getting new releases compiled and released via the official F-Droid methodology. See the other comment about the Mull version in their private repo, they're having to use a Mozilla pre-built clang (a compiler toolchain) now to make it work for the time being.

I have been using Linux on laptops as main/only compute since around 1997 (started with an Inspiron 4000, PII-400 IIRC), Dell is generally extremely boring and very Linux/BSD compatible. I have been buying gently used Precision models (typically using local marketplace, Craigslist in USA) as they tend to have better build quality and non-janky custom parts (think "winmodem"). They last forever, pretty much every Linux/BSD distro works. The most important thing is to stay away from Broadcom chips and look for Intel eth/wifi. Stay away from Inspiron to avoid hardware problems, in modern times those are the bottom of the barrel janky hardware.

The Dell Latitude line used by businesses are even more boring than Precisions and really always have been - their BIOS has a somewhat unique charging profile "always plugged in" to extend battery life - I use two ancient E6330 models tuned to super low power modes as mini-servers (think anything you'd use a raspberry Pi for) that have been chugging away for probably 5+ years just running cron jobs, backups, Syncthing services and whatever I toss on them. Throw an SSD in anything and it just works - power goes out, batteries act as UPS. $100 USD each, "just work".

Thinkpads have always been a Linux favorite, at least the old models when IBM owned the brand but not too sure about the Lenovo modern ones. Last Thinkpad I owned was a 32bit one back in like maybe 2010 and it worked just fine. They tend to be more expensive used than Dells (retain their purchase price better, like a nice used auto).

There are ways to clean glass passively, it sounds like your residue is organic.

• acetone, the pure kind you buy in a tin can at the hardware store. it will require some form of sealed container to put the glass in (acetone evaporates quickly and eats almost all organic matter) - finding a container big enough for your glass might be the hard part of this but it works (soak for days, and do not touch acetone with hands or use organic gloves - internet search for proper gloves)
• ZAP heavy duty citrus cleaner, comes in a gallon jug. soak the glass in it for days or longer, doesn't need a sealed container. This is the same stuff you can use to clean your sink drain and is pretty safe to handle but still, wear basic gloves just in case.
• high-purity (like say 70%) iso alcohol with table salt as an abrasive (standard grocery store things). This is more of for the inside, where you can put in alcohol + salt and seal with your hand and vigorously shake to let the salt scrub the residue and the alcohol to eat it. Uses a lot of alcohol due to it's evaporation, so buy a bigger jug.
• specialty products found on 420-friendly websites or your local 420-friendly store; weed residue is a thing for bongs, bubblers, pipes and any other sort of smoking apparatus and they need cleaned and are hard to get inside; products are made to soak the glassware in to try and get the junk out. generally expensive and hit or miss on quality but they exist

Hope this helps. (edit: acetate -> acetone, oops) (edit2: 90% -> 70% alcohol per comment)

https://morganswonderland.org/

It's a 4x4 MIMO, most likely LTE+5G; a service like T-Mobile Home Internet uses a hybrid design combining the two (B66 + n41 e.g.)

https://people.com/team-usa-skateboarder-nyjah-huston-reveals-poor-condition-olympic-bronze-medal-8693042

dude has done so, so much for us https://en.wikipedia.org/wiki/Keith_David#Voice_acting

This ~~is~~ appears to be dark pattern marketing at play; they run a Mastodon instance which intercepts all links to the federated content and pushes you towards their for-profit site; it was actually not doing this earlier, when I visited a few links I actually got real mastodon content pages inconsistently.

Generally, if you visit anything like https://flipboard.social/@AlaskaBeacon@flipboard.com it redirects you to to flipboard.com/@AlaskaBeacon which is entirely their for-profit presence. But then it doesn't a few tries later after testing more - I watched within a minute the Texas BBQ one allow me to see the profile on flipboard.social, I reloaded and was suddenly redirected to their flipboard.com/TexasBBQ site.

It seems you might be able to load them into your own mastodon instance manually and it will work (I do see a profile page with legacy posts which hadn't federated yet, so "no posts" at this early of a test). Something like https://myserver.social/@AlaskaBeacon@flipboard.com will presumably work; I suspect though that all posts will be stubs that drive you towards flipboard.com to read the actual content, rather than a direct source (time will tell).

edit: s/is/appears to be/ to give benefit of the doubt

I would agree, and would bring awareness of ionice into the conversation for the readers - it can help control I/O priority to your block devices in the case of write-heavy workloads, possibly compiler artifacts etc.

The Linux kernel uses the CPU default scheduler, CFS, a mode that tries to be fair to all processes at the same time - both foreground and background - for high throughput. Abstractly think "they never know what you intend to do" so it's sort of middle of the road as a default - every CPU cycle of every process gets a fair tick of work unless they've been intentionally nice'd or whatnot. People who need realtime work (classic use is for audio engineers who need near-zero latency in their hardware inputs like a MIDI sequencer, but also embedded hardware uses realtime a lot) reconfigure their system(s) to that to that need; for desktop-priority users there are ways to alter the CFS scheduler to help maintain desktop responsiveness.

Have a look to Github projects such as this one to learn how and what to tweak - not that you need to necessarily use this but it's a good point to start understanding how the mojo works and what you can do even on your own with a few sysctl tweaks to get a better desktop experience while your rust code is compiling in the background. https://github.com/igo95862/cfs-zen-tweaks (in this project you're looking at the set-cfs-zen-tweaks.sh file and what it's tweaking in /proc so you can get hints on where you research goals should lead - most of these can be set with a sysctl)

There's a lot to learn about this so I hope this gets you started down the right path on searches for more information to get the exact solution/recipe which works for you.

Take my love, take my land
Take me where I cannot stand
I don't care, I'm still free
You can't take Star Trek from me
...
Lost my love, lost my land
Lost the last place I could stand
There's no place I can be
Since I've found the NCC

And you can't take Star Trek from me