No, for fucks sake: I have no idea how Linux works and expect to be proficient after I installed ubuntu once. Must be Linux that is bad if my apt repositories don’t work on arch. Fuck it, I’ll go back to windows
No, for fucks sake: I have no idea how Linux works and expect to be proficient after I installed ubuntu once. Must be Linux that is bad if my apt repositories don’t work on arch. Fuck it, I’ll go back to windows
“Allowed and supported” is something different then “its possible”. The article mentions some points that seemingly haven’t been “supported” in the past:
- Stop requiring Google Play Billing for apps distributed on the Google Play Store (the jury found that Google had illegally tied its payment system to its app store)
- Let Android developers tell users about other ways to pay from within the Play Store
- Let Android developers link to ways to download their apps outside of the Play Store
- Let Android developers set their own prices for apps irrespective of Play Billing
Google also can’t:
- Share app revenue “with any person or entity that distributes Android apps” or plans to launch an app store or app platform
- Offer developers money or perks to launch their apps on the Play Store exclusively or first
- Offer developers money or perks not to launch their apps on rival stores
- Offer device makers or carriers money or perks to preinstall the Play Store
- Offer device makers or carriers money or perks not to preinstall rival stores
Thanks Mr. Epic Judge
That was my first linux distro I tried, took 12 minutes to boot on my Pentium 75 with 8mb RAM. Still better then win98 though
So, let’s say we create an llm that will be fed will all the copyrighted data and we design it, so that it recalls the originals when asked?! Does that count as piracy or as the kind of legal shananigans openai is doing?
Tried it for a few days. It works just like firefox minus one embedded video that crashed after 5 secs but worked in ordinary firefox.
What really surprised me was the speed. Loading youtube on firefox ~0.6 on zen ~0.1 which felt rather nice. I’m still not sure if its worth the hassel to switch.
might be your smartphone browser/system is using some kind of proxy. this could explain that you are able to ping, but the browser shows access denied. if no log entries are generated on the server when trying to access it via browser, it has to be something on client side or inbetween. on grapheneOS check: Settings - Network and Internet - Internet - Wifi-Settings - choose edit at top right - then advanced. If proxy is not set to none, change it and test again.
If this still doesn’t help, my last bet is some kind of duplicate IP
You are talking about Limux which started 2 decades ago, but there are other initiatives to enforce oss software in german government.
so you are saying 44 bits of entropy is not enough. the whole point of the comic is, that 4 words out of a list of 2000 is more secure then some shorter password with leetcode and a number and punctuation at the end. which feels rather intuitive given that 4 words are way easier to remember
see, you didn’t get the whole comic. 4 words out of a dicitionary with 2000 words has more combinations then a single uncommon non gibberish baseword with numeral and puction at the end. as long as the attacker knows your method.
a dicitonary attack will not lower the entropy of 44 bits, thats what the comic is trying to say
It does, but that doesn’t cause the error. After failing to boot via pxe the system tries to boot from hard disk and that fails too. Bad HDD most likely
Give it 5 more years in hardware performance improvements and software/model optimization and I don’t see a problem. The important part is that improvements are made public for everyone to use and improve upon instead of letting openai and microsoft take the whole cake
We’d need a way to attract CO2 to separate it from the rest of the air, and afaik that doesn’t exist.
Call me crazy but what about plants and trees?! 🤷🏼♂️
They might not be 100% efficient but it’s dirt cheap to plant them, let alone not destroy the rest we still have
Is nobody concerned about this:
Behind the wall, an army of robots, also powered by new Nvidia robotics processors, will assemble your food, no humans needed. We’ve already seen the introduction of these kinds of ‘labor-saving’ technologies in the form of self-checkout counters, food ordering kiosks, and other similar human-replacements in service industries, so there’s no reason to think that this trend won’t continue with AI.
not being seen as the paradise? It’s like the enterprise crew is concerned about replicators because people will lose their jobs.
This is madness, to be honest, this is what humankind ultimately should evolve into. No stupid labour for anyone. But the truth is: capitalism will take care of that, it will make sure, that not everyone is free but that a small percentage is more free and the rest is fucked.There lies the problem not in being able to make human labour obsolete.
same for me. no noticeable difference
Capitalism is a tool. Without it, we wouldn’t have cars, smartphones and so much more.
The problem is that we started to let the tool decide what is important. And since for them profit is more important then people, we are fucked.
Is a hammer generally bad because it can crush your fingers?
They are a company with zero morals and the goal to maximize profits. That’s what capitalism is for and were it’s good at.
The government needs to create rules and laws to make sure that this profit maximizing doesn’t happen on the back of ordinary people, but since corporate america is allowed to control the government through money, this doesn’t happen.
Capitalism is a tool, can we please start to use it like that again?!
I hope this made it more enjoyable to read. English is not my first language
I’ll try to explain:
In the past we only had text terminals without a graphical interface ~1990 (sh / bash / tty). so the display server (Xorg / formaly known as X11) was born. it’s a piece of software that allows programs to not only print text to screen but to draw complex geometrical shapes. This allowed for gui programs that use frameworks like qt or gtk or motif… to draw buttons and shit using Xorg.
For having mutliple “windows” / “programs” running they invented a window manager, that drew a border around the windows with some min / max /close buttons and the modern gui was good to go. btw. the next step are desktop environments like kde or gnome but that would be too much for this post.
Back to display server (Xorg) and window manager (kwin, mutter, metacity, dwm, awesome, i3…): the design of xorg is super old and has many shortcomings like hdr, variable refreshrate or security: every window can read the contents of or produce input for other windows which is a nightmare for todays security standards.
So wayland was invented to use state of the art concepts and design. Here comes the big problem: State of the art concepts required wayland to not be a display manager like Xorg. wayland is more like a protocol that defines how to draw windows, resize and close them or how they are allowed to talk to each other. Since wayland is only a protocol+ the window manager now needs to do the heavy lifting of coordinating this protocol, drawing and stuff like that, which in turn results in way less window managers that support wayland because they are complex as hell.
Since modern software needs to support a heck of a lot of different ways for applications to interact with each other rewriting these functionality for wayland needs time. thats the reason desktop sharing/recording or muting your mic with a keyboard shortcut when the webex window was not in focus wasn’t possible at first. new solutiones needed to be developed for that (pipewire for example). Many programs would run in an xorg window that was implemented as a wayland window (xwayland) which made transitioning to wayland much easier but introduced new problems.
At the moment we are in a transitional phase. many programs already work without problems, but many software still require features wayland doesn’t have and might never implement. Everyone needing that software is hating on wayland. everyone needing variable refreshrate, fractional scaling or security prefers to use wayland. And the fighting begins.
Disclaimer: There might be errors, simplifications or misunderstandings on my side but thats the way i understood if. Feel free to correct any mistakes on my part.
TLDR; Windows crap, I love Linux
Long read ahead, this resulted in a pretty big rant, but I feel better now:
Windows has way more silly places. From registry to ini files, assemblies, common files, services, drivers…it’s everywhere.
Do you know how an MSI packages for software installation work? Let me tell you, it’s a mess. An utter and complete garbage format. A database with hundreds of buggy functions, empty lines and internal inconsistencies. There wasn’t even a way to create them comfortably without paying for expensive software back then. Yea, im looking at you, flexera admin studio.
I automated hundreds of custom software installations on 2000 clients from windows 2000 to XP to Windows 7 to Windows 10… for >10 years, so I know what I’m talking about.
On Linux 99% of apps save global settings in /etc and usersettings in /home/user/.* or the newer way XDG_CONFIG_HOME.
But since all is a file on Linux every config can simply be copied to restore or backup settings. Almost every tool has man pages. How hard is it to run man tool and read the specifics if you need help? Windows? Sometimes you got some help files in a strange format (.hlp?). Other then that, start the browser and ask Google.
Linux package managing since 2003 has been better then it ever has been on Windows to this day.
One command to update all components? Packages will be installed and removed automatically to fulfill the dependencies of the software you want to install? Every package is build by a trusty maintainer of the OS instead of some overworked windows engineer that needs to create profit.
Do you know how Deb files work? They are simpel zips of the folder structure and files the software consists of. A textfile with metadata like maintainer, name, version and, very important: dependencies. Last but not least there are a two or three files that can contain scripts that need to be executed prior or past installation. That’s it. And you can do everything with it.
On Windows you often are forced to find the right combination of weird parameters to ensure a program starts. commandlines like “c:\windows\powershell.exe -e cmd /c program name”, happen way more often then you would expect.
On Linux I get: Global package manager and updates with trusted packages, no telemetry, more safety, no ads, better privacy…and many more.
My personal opinion: I don’t understand how people can even question the superiority of Linux for personal devices.
Is it though? The Monkey Theorem should make it understandable how long infinity really is. That the lifetime of the universe is not long enough is nothing unexpected IMHO, infinity is much (infinitely) longer. And that’s what the theorem is about, isn’t it?!