linuxusers.in is a Fediverse instance that uses the ActivityPub protocol. In other words, users at this host can communicate with people that use software like Mastodon, Pleroma, Friendica, etc. all around the world.
This server runs the snac software and there is no automatic sign-up process.
If you run a #Linux program in #strace, usually the start of the log shows it trying to load a ton of shared libraries, and for each one, trying the same file name in all your LD_LIBRARY_PATH directories until it finds it. So you mostly see file-open operations _failing_, with ENOENT.
To a novice strace reader, it looks as if something has already gone horribly wrong! But it hasn't – this is all normal, and as expected. Each of those ENOENT is technically "an error", but not a _bad_ error, because ld.so just moves on to the next in its big list of things to try, and one works in the end.
Errors happen _all the time_ in the guts of a computer system, and most of them are not even interesting – just business as usual. The event an end user thinks of as "an error" is the case where the program _doesn't_ have a fallback plan. Those are often outnumbered by the cases where it does!
I have been using KDE for a while, while I like many features I am looking for suggestions to the default email client:
Kmail - completely unusable for me and the only one which could maybe be integrated with kontacts, it could not receive mails from IMAP or pop or would receive only sometimes
Geary - good but too minimal, I need at least some kind of contact list and mailing lists feature, maybe this integrates with gnome contacts? I couldn’t find anything in settings
When I bought the XEphem ephemeris and planetarium program in the 1990s it was the first astronomy software I used on Linux.
Now available as open source, it is still as advanced as back in the day with features few similar programs have. With its Motif user interface frozen in time and now turned retro, here is XEphem on my Linux Mint box where it still builds and runs fine. Almost permacomputing.
would the performance be huge and be very awesome?? if i had a computer with the latest amd ryzen chip and with 4tb of ssd and 16gb of ram and installed lubuntu on it, what would happen?
has anyone ever tried this??
So I installed KDE Plama on my Arch Linux machine (paru -S plasma) but it came with flatpak which I don’t use so I removed it (paru -Rns flatpak-kcm), now after reboot the system become so unresponsive and some programs didn’t even start (I install all of my programs from the AUR) I had to hard shutoff every time it stop responding, So I’m wonder if flatpak is essential to Plasma functionally?
I’m trying, and struggling a little bit with getting the three items in the title setup the way that I want.
Running Arch.
I would like to run Radarr, Sonarr and SABnzbd all under the same user/group. My reasoning is that I (am just being overly particular) want any of the files created by those services to fall under the same owner/group. This is easy enough to accomplish by running systemctl edit service.service
and adding the appropriate lines in the configuration for each one and saving it so the services run using the specified user/group.
The issue that I’m having is that the correlating folders in /var/lib/ have the ownership of the original users. I can manually change that ownership to the user/group I want but if I reboot the computer the SABnzbd folder ownership reverts back to default (the other two were doing the same thing but suddenly stopped and I’m not 100% sure why) or if the services get updated, the folders will also revert back to their default user/group.
Is there a way for me to enforce the ownership of those folders to the user/group that I have set to run the services regardless of them getting updated or the machine rebooting?
#Syd is a rock-solid application #kernel to sandbox applications on Linux>=5.19. Syd is similar to Bubblewrap, Firejail, GVisor, and minijail. As an application kernel it implements a subset of the Linux kernel interface in user space, intercepting system calls to provide strong isolation without the overhead of full virtualization. Syd is secure by default, and intends to provide a simple interface over various intricate #Linux #sandboxing mechanisms such as LandLock, Namespaces, Ptrace, and Seccomp-{BPF,Notify} https://gitlab.exherbo.org/sydbox/sydbox
gVisor implements the #Linux API: by intercepting all sandboxed application system calls to the kernel, it protects the host from the application.
https://gvisor.dev/
https://gitlab.com/christosangel/deshuffle
deshuffle is a terminal word puzzle game, written in Bash.
The simple aim is to put all the given letters in order to find the shuffled word against the clock. The time available after a number of words also reduces, so the game gets harder as it goes.
There is not only one solution to every puzzle. If the user find a word with the same letters, the solution will be accepted.
By default, the adjusted definitions of the words appear in the end of each round.
The game ends when the user fails to find the word in time, or fails to create an acceptable solution altogether.
If the score is among the 10 best scores achieved, it makes it in the Top Ten Highscores.
This game was inspired by https://wordnerd.co/23words/.
Building a Linux Container Runtime from Scratch
Link: https://edera.dev/stories/styrolite
Discussion: https://news.ycombinator.com/item?id=43486997
Background: I am a lifelong Windows user who is planning to move to Linux in October, once Microsoft drops support for Windows 10. I use a particularly bad laptop (Intel Celeron N3060, 4 GB DDR3 RAM, 64 GB eMMC storage).
I do have some degree of terminal experience in Windows, but I would not count on it. If there are defaults that are sensible enough, I’d appreciate it. I can also configure through mouse-based text editors, as long as there is reliable, concise documentation on that app.
So, here’s what I want in a distro and desktop environment:
I have narrowed down the distributions and desktop environments that seem promisimg, but want y’all’s opinions on them.
Distributions:
Desktop Environments:
In advance, I thank you all for helping me!
I appreciate any help, especially in things like:
My OpenSUSE Tumbleweed is wonky since I last did a dist-upgrade with about 4000 packages. Midway through it errord out with an error that indicated that the filesystem was full althou df
showed plenty of free space.
BTRFS seemed to be the culprit. Removing snapshots let me continue the upgrade until it errored out again. Rinse and repeat until it was done.
But now the BTRFS seems to be almost full and I cannot update anymore.
... Checking for file conflicts: .....................[done]error: can't create transaction lock on /usr/lib/sysimage/rpm/.rpm.lock (Read-only file system) ( 1/40) Removing: ovpn-dco-kmp-default-0.2.202412[error]Removal of (76899)ovpn-dco-kmp-default-0.2.20241216~git0.a08b2fd_k6.13.7_1-2.2.x86_64(@System) failed: Error: Subprocess failed. Error: RPM failed: Command exited with status 1. Abort, retry, ignore? [a/r/i] (a): Problem occurred during or after installation or removal of packages: Installation has been aborted as directed. Please see the above error message for a hint.
I’ve tried a full balance but that didn’t even seem to help. So I suspect that the space is caught up in snapshots, but I can’t delete them.
# snapper list # │ Type │ Pre # │ Date │ User │ Used Space │ Cleanup │ Description │ Userdata ─────┼────────┼───────┼──────────────────────────────────┼──────┼────────────┼─────────┼───────────────────────┼───────────── 0 │ single │ │ │ root │ │ │ current │ 1 │ single │ │ Thu 18 Apr 2024 05:58:31 PM CEST │ root │ 12.51 GiB │ number │ first root filesystem │365* │ pre │ │ Wed 26 Mar 2025 04:28:33 PM CET │ root │ 16.00 KiB │ number │ zypp(zypper) │ important=no 366 │ pre │ │ Wed 26 Mar 2025 07:28:09 PM CET │ root │ 16.00 KiB │ number │ zypp(zypper) │ important=no 367 │ pre │ │ Wed 26 Mar 2025 07:36:53 PM CET │ root │ 16.00 KiB │ number │ zypp(zypper) │ important=no
# snapper rm 1 Deleting snapshot failed.
# snapper rm 365 Cannot delete snapshot 365 since it is the currently mounted snapshot.
# btrfs filesystem usage / Overall: Device size: 476.44GiB Device allocated: 389.06GiB Device unallocated: 87.37GiB Device missing: 0.00B Device slack: 3.50KiB Used: 382.53GiB Free (estimated): 90.80GiB (min: 47.12GiB) Free (statfs, df): 90.80GiB Data ratio: 1.00 Metadata ratio: 2.00 Global reserve: 512.00MiB (used: 0.00B) Multiple profiles: no Data,single: Size:381.00GiB, Used:377.57GiB (99.10%) /dev/mapper/cr_root 381.00GiB Metadata,DUP: Size:4.00GiB, Used:2.48GiB (61.97%) /dev/mapper/cr_root 8.00GiB System,DUP: Size:32.00MiB, Used:80.00KiB (0.24%) /dev/mapper/cr_root 64.00MiB Unallocated: /dev/mapper/cr_root 87.37GiB
# btrfs qgroup show / Qgroupid Referenced Exclusive Path -------- ---------- --------- ---- 0/5 16.00KiB 16.00KiB <toplevel> 0/256 16.00KiB 16.00KiB @ 0/257 14.25GiB 14.25GiB @/var 0/258 16.00KiB 16.00KiB @/usr/local 0/259 16.00KiB 16.00KiB @/srv 0/260 54.32MiB 54.32MiB @/root 0/261 24.09GiB 24.09GiB @/opt 0/262 289.02GiB 288.95GiB @/home 0/263 16.00KiB 16.00KiB @/boot/grub2/x86_64-efi 0/264 16.00KiB 16.00KiB @/boot/grub2/i386-pc 0/265 16.00KiB 16.00KiB @/.snapshots 0/266 24.00GiB 12.51GiB @/.snapshots/1/snapshot 0/473 16.00GiB 16.00GiB @/.snapshots/1/snapshot/swap 0/657 23.68GiB 16.00KiB @/.snapshots/365/snapshot 0/661 23.68GiB 16.00KiB @/.snapshots/366/snapshot 0/662 23.68GiB 16.00KiB @/.snapshots/367/snapshot 1/0 36.19GiB 36.12GiB <0 member qgroups>
Any tips?
Linux kernel 6.14 is a big leap forward in performance and Windows compatibility
Link: https://www.zdnet.com/article/linux-kernel-6-14-is-a-big-leap-forward-in-performance-and-windows-compatibility/
Discussion: https://news.ycombinator.com/item?id=43483567
Understanding DNS Resolution on Linux and Kubernetes
Link: http://jpetazzo.github.io/2024/05/12/understanding-kubernetes-dns-hostnetwork-dnspolicy-dnsconfigforming/
Discussion: https://news.ycombinator.com/item?id=43451861
#til
#DHCP uses packet filters and these tie into the IP stack before the firewall."
If you can accept wpa_supplicant in initrd, then it’s relatively easy to make Wi-Fi and #SSH work. This avoids dbus
. Some official ISC docs for their DHCP server use "raw sockets" as a broad term, because it can run on a number of different platforms where it must use a number of different interfaces. On #Linux , there is more than one type that you might hear referred to as raw sockets. Some are affected by Linux iptables, and some are not affected by Linux iptables.
https://discourse.nixos.org/t/running-networkmanager-in-initrd/56378/3
https://unix.stackexchange.com/questions/447440/ufw-iptables-not-blocking-dhcp-udp-port-67#447524
As seen in the image, neovim just yanks the exact next letter into the line below. How do I make it so words get properly formatted?
I just found this out recently. So this isn’t actually Nautilus itself but it’s the file previewer (Gnome Sushi) that comes with it. If you select a file and press the spacebar, it will automatically preview the file if it supported. If the file is an audio file, it will automatically fetch album art from the web, and if the file is an HTML file, it can make third-party requests. IMHO this is a huge privacy issue. For example if you were browsing the web using Tor Browser and saved a page to view offline, and then later accidentally opened it using the file previewer, it will make requests through the clearnet, exposing your IP.
This is an open issue and I don’t expect it to be fixed anytime soon, so the easiest solution is to simply uninstall Gnome Sushi (on Fedora, it is the sushi
package).
Just a recomendation, as the theme is quite beautiful.
I have some desktops (the tower kind) lying around and I’m wondering if there’s a way that I can connect them all to one display and combine their computational power or at least make them all accessible in one place. I want to get into server hosting but only have one monitor. They’re currently running LMDE.
Any ideas?
🚨 #WintermuteBBS - that's my second, #Linux based #BBS running the #MBSEBBS software - is now #back #online !
I've updated MBSE BBS to the latest version 1.1.0 (this is a pre-release but I don't mind) and purged quite a bunch of inactive users.
There will be smaller updates and changes throughout the next weeks, as some of the #rss #feeds no longer work and will either be updated or removed (most likely the latter) .
With the code to support plain #ASCII terminals being rewitten in this new release, I will try to rework some of the ASCII screens - but this is may take some time.
Roots Analysis has released the latest market research report on the 3D Printing Market, offering a comprehensive analysis of global industry size, and delving deeply into various segments covered in the study report. Additionally, the report covers an in-depth study of current industry statistics, market size, regional insight, revenue share, growing segments, product portfolio, and production & distribution costs associated with the global 3D Printing market. Besides growth insight, the market study report also identifies several factors influencing overall market growth, including growth drivers, major market restraints, future opportunities, stringent regulatory framework, challenges, production and consumption patterns, supply chain, product competitiveness, as well as other micro and macro-economic factors. In order to help vendors make an informed investment decision, the author of the global 3D Printing market report covers qualitative and quantitative analysis. The report also highlights discussion over the two most significant components of the industry report: Porter’s Five Forces Analysis and SWOT analysis. Both analyses provide invaluable insight into the competitive market scenarios, strengths, weaknesses, opportunities, and threats, which are essential to understand before making an investment. In this market study report, the author also discusses the global 3D Printing market in association with different regions worldwide, such as North America, Europe, Asia-Pacific, and others. Further, the key segments of the regional market are also thoroughly studied in the report, such as growth drivers, challenges, revenue growth, consumer preferences, regulatory guidelines and protocols, and product and consumption patterns. In addition to market segments, the authors of the report exclusively studied the impact of COVID-19 on market growth during the upcoming years. This is the latest report investigating the current growth opportunities and economic situations and the impact of the pandemic on the global 3D Printing industry. The outbreak of COVID-19 has significantly affected the growth pattern and various segments of the global 3D Printing market scenario so far. Our study report highlights the COVID-19 impact analysis and restraints of the market that help readers and industry stakeholders gain a deep understanding of the present and future growth scenario of this industry space. Segmentation of 3D Printing Market 3D Printing Market: Industry Trends and Global Forecasts, Till 2035: Distribution by Type of Offering (Printers, Materials, Software and Services), by Type of Printer (Desktop 3D Printer and Industrial 3D Printer), by Type of Connectivity (Networked / Cloud-Connected 3D Printers and Standalone 3D Printers), by Type of Automation (Automated 3D Printing Systems and Manual 3D Printing Systems), by Printing Orientation (Horizontal 3D Printing, Vertical 3D Printing and Angled 3D Printing), by Technology (Stereolithography, Fused Deposition Modelling, Selective Laser Sintering and Direct Metal Laser Sintering), Others. Key Market Dynamics Studied in the Report: Market Scope: The market study report features the scope of growth, investment, and commercial possibilities in the global 3D Printing market during the forecast period. In this report, researchers have covered the expected market revenue build-up during the forecast period. The market report on 3D Printing market provides valuable analysis of key market segments and sub-segments to help readers make informed decisions for investments and business expansions. Competitive Outlook: The market report covers the competitive landscape featuring leading companies active in the global 3D Printing market. The competitive outlook section of the report focuses on the geographical reach, technological advancements, manufacturing capacity, and production facilities of the companies engaged in this industry. In order to gain a competitive edge, the leading players emphasize enhancing product portfolio, offering products at competitive prices and increasing global reach, according to our market analysts. Primary Report Objective: The aim of this market study report is to provide access to comprehensive information about the market current scenario and future growth opportunities along with market challenges to manufacturers, distributors, suppliers, and buyers engaged in this sector. Competitive Landscape:
The global 3D Printing industry seems to highlight fragmentation, featuring the presence of renowned companies and new entrants operating across several international and local segments of the market. The leading players dominate the market driven by their strong geographical reach, improved product portfolio, and tech-driven production facilities. Further, the companies compete with one another by improving technological capabilities, driving innovations, leveraging automation, and offering competitive prices and marketing strategies to stay up front in the market.
The Titled Segments and Sub-Section of the 3D Printing Market are Illuminated below:
Leading Market Players Profiled in the Report: Our report covers the details of leading companies who are driving innovations in this field to meet with growing demand for products. 3D Systems, Asiga, BEGO, Carbon, Digital Wax Systems (DWS), Formlabs, Prodways, Rapid Shape, SprintRay and Stratasys. Regional Outlook: ● North America (the U.S., Canada, Mexico) ● Europe (the U.K., Germany, France, Italy) ● Asia Pacific (India, China, Japan, Korea)
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#WintermuteBBS - that's my second, #Linux based #MBSEBBS - is currently #offline as I need to do some urgent #maintenance and #updates.
I will also purge all accounts that have been inactive for more than 24 months (those are quite a bunch) and keep that policy for the future.
I will notify you once the system is up again.
This is not a troll post. I’m genuinely confused as to why SELinux gets so much of hate. I have to say, I feel that it’s a fairly robust system. The times when I had issues with it, I created a custom policy in the relevant directory and things were fixed. Maybe a couple of modules here and there at the most. It took me about 15 minutes max to figure out what permissions were being blocked and copy the commands from. Red Hat’s guide.
So yeah, why do we hate SELinux?
i made the icons bigger now so that no one loses sight of them and they are just one click away!! any icon, and it’s divided between two panels, reminiscent of gnome2, classic gnome2.
and it is in light mode, if i made a distro and added xfce, i would make so many changes!! like light mode only (for elderly and visually impaired and people who like reading a lot, that is me yea) and big icons so that everyone knows what’s going on.
Let’s say I want to build a GPS module for my car, which is only a GPS, doesn’t hold anything else. Or a recipe tablet for my kitchen which only hold a recipe app.
Is this kind of purposes common? What would be the best way to do this kind of stuff? How do I choose the hardware? How do I “lockdown” certain aspects I don’t need about software?
These kind of devices could be convenient because, by only holding what’s needed, they would use less resources, they would be completely distraction free and they would be suitable to be used by non tech savy user which would need to use only one or two programs without messing with the system in any way.
I know KDE ha some kind of multi app kiosk settings, GNOME also can achieve something similar tho it’s more confusing… There are some kiosk distros which only give you a browser. But I don’t see anything that can be set up, customized, and locked like that.
But would that be the best way of achieving something like that? I mean to use a GPS I don’t need a terminal, nor video codecs, nor a browser… Maybe I can add the possibility to send Osmand google maps links… Or I can decide to make it hold Spotify too to make it a radio as well… But a full distro would be wasted!
But how do I prevent every other use except the intended ones? Is there an easy way to achieve a “one purpose device” using Linux? Should I simply use whichever distro I like and uninstall everything which is not needed (I see use case for arch)?
I feel like we have the total freedom of Linux distros on one side, and companies using managed devices on the other by setting complicated policies, but I don’t know any options in between!
Maybe the focus here is the desktop environment more than distros! Are there desktop environment purposed to give the user a set of limited apps, or a single app (which isn’t only a browser)?
Alright, Linus has released a new #linux #kernel last night , i.e. 6.14 ......go and play with it. Give back the maintainers the shortcoming or hiccups...so they can fix it.
Thanks, man! Linus Torvalds ........et.al.
#linuxkernel #opensourcedevelopment #operatingsystem
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