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Joined 1 year ago
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Cake day: July 21st, 2023

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  • Same app in native format: 2MB. As a flatpak: 15MB. As an appimage: 350MB.

    Appimages are awesome, rock solid, and I have a few on my system, but flatpak never gave me any problem and integrates better with my KDE, and is smaller. Both have their advantages tho. I’m fine with using both. If you are a developer, make a flatpak or an appimage i dont really care just make your software available for linux. Both are fine, choose the one that fits your specific app the most.

    But I also think appimages deserve the same attention and great integration with the OS as flatpaks. Stuff like that AppImageLauncher functionalities should just be integrated inside the DE itself.

    But we need an universal package format for linux asap. Flatpak is on the front in this race, and I’m fine with it. Appimages second, for sure.





  • has a tendency to crap the bed a few minutes after startup

    Tell me you are an nvidia user without telling me. Either that is hard to believe. I use KDE daily for more than 8-9 hours a day, sometimes my pc goes for a full week without geting turned off, multiple apps tabs and servers on, themes installed, widgets on the desktop, I am such an extremely heavy KDE user you have no idea. Still, zero crashes. Sometimes something goes a bit “wut” like moving a window around gliches a liiiiiiitle bit, but it instantly corrects itself and goes back to being stable. And I am on Plasma 6.0.3, funny enough has been more stable than Plasma 5.

    Update your KDE or use a distro that has better KDE support. Some distros fck up KDE packages and get it unstable. Fedora KDE is rock solid for example. Nobara has been great too and its now KDE by default.


  • Slowly more and more distros are looking over to a KDE future. GNOME devs being so incredibly hard to work with and this feeling of a huge community that is KDE and with how polished Plasma 6 is becoming, many distros are finally looking to at least give Plasma a try as a default. GNOME is well polished but there are so many extremely important and urgently needed features that KDE already implemented that are not even being discussed for GNOME. Many distros are getting fed up with how slow GNOME is into advancing their desktop. They take 2 years to change a few buttons around. And now that Plasma 6 has a 6-month fixed release schedule, it finally aligns with what distros want.

    First Valve shocked the corporate distro world by choosing the seemengly less stable KDE as their default for the Steam Deck, which proved to be an amazing choice after all. Then recently, Nobara Linux, one of the most used Fedora distros, also switched to KDE as the default. And now Fedora is discussing into switching the main distro too. Qt6 is also a really flexible and promising framework and developers seem to have more fun working with it than with GTK4.

    Recent switchers from Windows also largely prefer KDE instead of the minimalist approach, macOS-like GNOME. And linux has been gaining a lot of popularity and market share recently, and I could bet that a lot of these new users are not on GNOME, at least not on vania GNOME.

    A great example is KDE having hit a HUGE record of bug reporting and feedback submissions, which means that more people than ever are using KDE actively and actually trying to help the project somehow. KDE has also been having a huge presence in social networks like YouTube and TikTok (especially because of its fun and interesting features that make GNOME look plain and a bit boring, needless to say GNOME vanilla wont convince a Windows user to switch…) which might speed up its adoption too.


  • Its a huge deal. If X desktop is the default, it shows that the distro developers and maintainers usually test and optimize more and better for that specific DE so your experience with the default DE will always be more stable and polished than non-official ones. Extra GUI tools that the distro makes usually are also better tailored to the default distro. Like Manjaro and all of their locale, kernel and other packages that are integrated inside the KDE settings. Or popOS and all of their utilities being integrated into Cosmic. Etc etc. More money and dev time is invested into the default DE.


  • Meanwhile I CANNOT be productive in GNOME. There are hundreds of maybe thousands of KDE features that make IT and dev work so extremely easy. I could make a 50 page comment just listing them. I can start with how horrendously basic and generic the default gnome terminal is.

    But then KDE also is in fact good for average ex-Windows users because it has stuff where people expect it to, has features that people expect too (cough minimize/maximize buttons cough) and well yea KDE is better for average users.

    So KDE is better for IT users and developers, and is also better for average users. And since it supports vsync off, VRR and HDR it is also better for gaming.

    So wait is KDE better for literally EVERYONE? 🤔


  • Being a developer I slowly noticed that 99% if the people in this world don’t even think for a single milisec how anything in tech came to be. They use extremely advanced smartphones, apps, huge servers, games, everything. And no one ever thinks “huh, how did they made this?” They literally think making a whole OS is like making a pancake, 5 steps and 5 minutes and you are done. Or heck, they don’t even think that, they don’t think anything at all about it. They just… use it. Like it magically appeared there and they can now use it. They have absolutely zero idea how much effort the simplest things they use daily took. Some don’t even think about the fact that stuff like Facebook is a company and needs to make money. They just know that Facebook is magically there and works. How does it work? “Well, you open the app and click buttons”. But they never think about how the app and buttons came to be.

    Stuff like “what is a cloud? What happens when you put something on the cloud, like Google drive?” They get absolutely broken and cant answer because they can’t even understand what a cloud is and why the files are accesible from everywhere.

    It gets to a point where people get “shocked” when you tell them that Android or macOS has hundreds or thousands of developers working on it daily. They literally think Android just happened to appear out there and brands just decided to pre-install it on the phone they sell, like it was something that you “just install”.

    Well, long story short, this eventually comes back to bite devs in the ass when we try but fail to explain to a client that “creating an AI that takes stuff from a database and magically creates new stuff” takes more than 2 days. Client gets mad when we say something is impossible in the hours budget that we got.

    Simon Riggs like many other people literally make our world turn but people will never know who they are or why they are needed. This world biggest heroes often go unnoticed.


  • Picture this: you buy a car. You buy a new set of wheels/rims and a new radio system with Android and whatever. You also put some new carpets on the floor of the car. Now you need to take it for a simple routine maintenance and checkup at the car brand official shop. After a few hours you go back there to pick you car up and it has the stock wheels, stock radio, stock carpets and everything and you ask where the hell is your stuff and ALL of them on the shop look at you confused like if they never seen any different accessory on that car before other than the stock ones, or don’t know what you are talking about. All they know is that the car is now “according to spec”.

    This is what it feels like after updating Windows with Linux in dual-boot on the same drive.







  • I can see many future domestic uses that might need multiple terabytes per sec of speed. Especially everything around AI and machine learning. Imagine your device having instant access to multiple terabytes of a shared global library of machine learning data. Its a bit dystopic but thats another topic.

    Another thing you can imagine is being able to play games directly “from the cloud” but processing them on your hardware. Imagine you have an xbox, but don’t have any games stored on it. Everything you play is fetched in real time from the server but still processed and computed on your hardware. So you get crisp clear image and visuals but games can now be so realistic that they themselves need 1-2TB of storage to store the whole game. So, with enough internet speed, we wouldn’t need to worry about storage space anymore and how big a game is. You just buy the game and click play and play instantly, but still computing the game locally. Or, if you still need to download and store the game, having a game be a 700GB download might be as “casual” as a 5GB game is nowadays (remember when we got shocked that games started to be more than 1-2GB? Now, 80GB is common). And you will be able to download the whole game in a few minutes. Game worlds can be huge and still be downloaded in minutes. Storage is also evolving day by day so 10TB of SSD might actually be kinda cheap in 10 years.

    You can also imagine games so complex that they can now comunicate between players huge amounts of data so we could even share the same angle every leaf in a tree is moving to the wind so all players on that server would see the same exact movement of the leaves. The bandwidth is so high that you can actually start to share all of the most insignificant details between a multiplayer world.

    You can also imagine Netflix being able to stream 8K 60fps HDR to your phone as easily as nowadays it streams 720p.

    Virtual Reality. It needs insane amounts of bandwidth for anything. If you want to share a truly multiplayer VR experience you need all the bandwidth you can get. VR cloud gaming could be a thing since they could now transmit 2x 4K 60fps streams with minimal latency.

    These are all casual domestic uses for unlimited bandwidth applications. Don’t worry, we will always need more and more bandwidth, because with more bandwidth always comes new tech, and with new tech the need for more bandwidth also increases. Infinite cycle.