Super pi

ARM distribution with different desktop environment and set of packages. You can check out my hands-on article to see in action!5. SparkyLinuxSparkyLinux is a tiny distro derived from the stable Debian GNU/Linux repositories, but also using the Raspberry Pi OS (Raspbian) repositories. The ARM port only ships with the Openbox window manager, but the distribution is super fast and most things work out of the box.The latest release, SparkyLinux 5.14, is powered by the long-term supported Linux 5.10 kernel series, it’s compatible with older Raspberry Pi models like Raspberry Pi 2 and 3, and is also available as a text-mode only variant where you can install a desktop environment of your choice.You can read my hands-on article with SparkyLinux 5.14 on the Raspberry Pi 4 to see it in action.6. Ubuntu MATEUbuntu MATE needs no introduction as well. It’s an official Ubuntu flavor featuring the lightweight MATE desktop environment. The distro works with a wide range of Raspberry Pi models, including the Raspberry Pi 2 Model B, Raspberry Pi 3 Model B, Raspberry Pi 3 Model B+, and Raspberry Pi 4.Ubuntu MATE is one of the most versatile distributions for the Raspberry Pi computer since it’s available for both 32-bit and 64-bit architectures, and comes with two releases, a long-term supported one and an interim release featuring more recent GNU/Linux technologies and apps.On the downside, Ubuntu MATE requires a full installation on the microSD card, which will take up to 10 minutes to complete. But it will worth the effort!7. RaspEX Kodi OSRaspEX Kodi OS is another Debian-based distribution for the Raspberry Pi. It contains “Kodi” in its name because it comes with the popular Kodi media center preinstalled, which might come in handy if you want to turn your Raspberry Pi into a HTPC to want movies, TV shows,

Sie betreiben ein Unternehmens- oder Heimnetzwerk und möchten es sicher halten? Natürlich ist es wichtig, potenziellen Problemen immer einen Schritt voraus zu sein. In diesem Artikel werde ich erklären, wie Sie Ihr Netzwerk mit einem Raspberry Pi überwachen können.In einem Unternehmensumfeld ist eine effektive Netzwerküberwachung von größter Bedeutung. Sie garantiert eine zuverlässige Kommunikation, schützt sensible Daten und minimiert Ausfallzeiten. Bei Heimnetzwerken können all diese Dinge genauso wichtig, wenn nicht sogar noch wichtiger sein.Hier finden Sie 8 Möglichkeiten, wie Sie Ihr Netzwerk mit einem Raspberry Pi überwachen können, sowie einfach zu verwendende Tools, um genau das zu tun!1. VerkehrsanalyseEines der ersten Dinge, die Sie über Ihr Netzwerk wissen sollten, ist sein Datenfluss. Das ist wichtig, denn durch die Analyse des Datenflusses können Sie Probleme erkennen und lösen.Und natürlich kann ein Raspberry Pi hier sehr nützlich sein. Eine der beliebtesten Anwendungen zur Analyse des Datenverkehrs ist Wireshark, die sowohl kostenlos als auch quelloffen ist.Wireshark ist großartig, weil es eine super intuitive und grafische Oberfläche hat. Alles, was Sie tun müssen, ist, es auf Ihrem Raspberry Pi zu installieren und ihn dann mit Ihrem Netzwerk zu verbinden. Dann können Sie sehen, welche Anwendungen Ihre Bandbreite in Anspruch nehmen oder andere Probleme verursachen.Wenn Sie ein Fan von Wireshark sind, aber stattdessen etwas suchen, das im Terminal läuft, dann können Sie Folgendes installieren TShark. TShark verfügt zwar nicht über alle Funktionen von Wireshark, erfasst aber Informationen über den Datenfluss im Netzwerk.Stellen Sie also sicher, dass Sie eines dieser Geräte sofort auf Ihrem Raspberry Pi einrichten,

3D printer server software that runs on a computer (usually a Raspberry Pi board) and allows you to remotely control and monitor your 3D printer through a web interface.Setting up an OctoPrint server is pretty easy, and all you need to do is flash an OS image to your computer (e.g. Pi board), configure the settings for your printer, and connect the computer to your printer’s motherboard via USB. And, OctoPrint works with many different cameras, including Pi camera modules and webcams (e.g. Logitech c920).Check out our in-depth article on how to set up OctoPrint on the Ender 3 to learn more.Creality Wi-Fi BoxThe Creality Wi-Fi Box is a product from Creality (the same manufacturer of the Ender 3) that imitates the abilities of an OctoPrint server but at a super low cost. Like OctoPrint, the Creality Wi-Fi Box is connected to your Ender 3’s motherboard via a USB cable, and there’s an online interface where you can control and monitor your connected printer.As for camera compatibility, the Wi-Fi Box doesn’t support nearly as many cameras as an OctoPrint server, but it should still work on many USB webcams and Creality-specific cameras.Klipper ServerKlipper is a special firmware configuration for 3D printers that’s really blowing up in popularity right now. Klipper firmware natively requires a computer board to be connected to the printer’s motherboard, just like an OctoPrint server. Because of this, you can add a web interface for controlling and monitoring your printer to your Klipper setup without any additional hardware.Some of the web interface options for Klipper include Fluidd, Mainsail, and Moonraker. All of these options support camera feeds, and you can use any camera that’s compatible with your host computer. So, if your Klipper configuration is hosted on a Raspberry Pi 3B+, any USB webcam or Pi module

Let's get you playing. September 22, 2023 20 minutes We’ve compiled the most common RetroPie questions and answers into a clear and concise guide. This FAQ covers which RetroPie hardware you’ll need, initial setup, controller configuration, ROMS, consoles, and more.So whether you’re just getting started with RetroPie or are a pro fine-tuning your retro gaming setup, we can help.If you have a question that isn’t answered here, post in the comments section and we’ll respond to help you out.1 – What is RetroPie?RetroPie is a free software library that allows you to emulate video games on the tiny $35 Raspberry Pi computer. It packages open-source packages like Emulation Station and RetroArch into an easy-to-install gaming system. RetroPie is the most popular Raspberry Pi video game emulator.Primarily used to emulate retro video games, RetroPie allows you to emulate popular video game consoles such as the Nintendo Entertainment System, (NES), Super Nintendo (SNES), Game Boy, Nintendo 64, Sega Genesis, and more. Games are loaded as individual ROM files which can then be read by each system in RetroPie.Because the computer is called the “Raspberry Pi”, not “Raspberry Pie”, RetroPie is sometimes misspelled as RetroPi.2 – How do I build a RetroPie gaming system?To build your own RetroPie system, you’ll need a few things: a Raspberry Pi computer, a few accessories, and the RetroPie software itself. After assembling the hardware, simply download and install the RetroPie software, add game ROMs, and connect everything to your TV.See our full RetroPie guide for a complete list of the hardware you’ll need (including links) and to learn about installation step by step.Using a Raspberry Pi starter kitYou can also buy a Raspberry Pi starter kit to use as the base for your RetroPie build. See our video covering how to choose one (and our recommended kit):How to Choose a Raspberry Pi Starter Kit (2022)Also: Is it cheaper to buy everything separately?3 – How do I install RetroPie?RetroPie setup is an easy process. To install RetroPie, simply download the latest RetroPie SD card image from the RetroPie downloads page. Then, flash it onto your Raspberry Pi’s SD card using a tool such as Etcher. Finally, configure RetroPie and add your game ROMs.If you’d like to build your own RetroPie, see our full RetroPie setup guide for step-by-step instructions. Even though you can install RetroPie on any Raspberry Pi model, I recommend installing RetroPie on the Raspberry Pi 4 as it is currently the most powerful Raspberry Pi version and thus can emulate more systems and games.4 – How do I add ROMs to RetroPie?There are numerous ways to add games to RetroPie. You can add ROMs to RetroPie using a USB drive or transfer them over your

Super-user.Ignore the part about running as super-user. There will be one more line on the end of the above indicating darkice is running or the error received. If an error, it is likely in your /etc/darkice.cfg file. You may need to use device = plughw:1,0Close out of this using Control-C. This will also stop darkice streaming.To start and keep darkice streaming run it in a detached screen by running the following command:screen -dmS darkice-screen darkiceThere will be no indication that darkice is running. To confirm that it is running use the command screen -list to see the list of detached screens. #7 Everything went well until step #5, when I run the command darkice it says command not found....Not sure if it's because instead of pi@raspberrypi: at the beginning it says pi@raspberrypi:/etc $ #8 Everything went well until step #5, when I run the command darkice it says command not found....Not sure if it's because instead of pi@raspberrypi: at the beginning it says pi@raspberrypi:/etc $ That shouldn’t make a difference. When you ran line 1 did it look like it installed darkice properly or were there some errors? Try running line 1 again, it won’t hurt.Make sure that you have a usb sound card plugged in. You can always try power cycling the pi also. #9 I ran it again, and it looks like it installed properly this time. When I enter the stream password, should I enter the slash at the beginning, or no? I didn't, most of the tutorials I found on here and other sites said not to...How would I go about changing the /etc/darkice.cfg file to correct any error(s) that may be present?I also tried the screen -dmS darkice-screen darkice command.... and nothingScreen -list says that "no sockets are found" #10 I ran it again, and it looks like it installed properly this time. When I enter the stream password, should I enter the slash at the beginning, or no? I didn't, most of the tutorials I found on here and other sites said not to...How would I go about changing the /etc/darkice.cfg file to correct any error(s) that may be present?I also tried the screen -dmS darkice-screen darkice command.... and nothingScreen -list says that "no sockets are found" Yeah, I imaged an SD card and ran the five commands and it worked for me.Omit the slash. All you want is the numbers/letters.To edit the configuration file:$ cd$ sudo nano /etc/darkice.cfgYou will need to edit that file to enter your BCFY credentials as well as to make any error corrections.Once you put the BCFY credentials (server, port, mount point, password) in and save them, get back to the command prompt and simply type darkice. That will