Jitsi is a set of Open Source projects that allows you to easily build and deploy secure videoconferencing solutions.

Jitsi Meet is a fully encrypted, 100% Open Source videoconferencing solution that you can use all day, every day, for free — with no account needed.

This repository contains the necessary tools to run a Jitsi Meet stack on Docker using Docker Compose.

This memo documents the fundamental truths of networking for the
Internet community. This memo does not specify a standard, except in
the sense that all standards must implicitly follow the fundamental
truths.

This is the story of a group of computer vision, IoT and full-stack specialists that went on a mission to create a robot that could be remotely controlled from home and show the remoter worker what takes place at the office.

This Request for Comments (RFC) provides information about the
fundamental truths underlying all networking. These truths apply to
networking in general, and are not limited to TCP/IP, the Internet,
or any other subset of the networking community.

KW- Vertikal- Antenne für den portablen Betreib
für 7,0 bis 55,0 MHz (6m - 40m)
und ca. 100 Watt HF

Die super Lösung, für den portablen Einsatz.
Leicht im Rucksack zu verstauen.
Ausgefahren mit einer Gesamtlänge von bis zu 5,5m.

Lieferumfang:
● Teleskop- Antenne / Edelstahl- Stab (ca. 5,3m)
● High-Q Luftspule mit Abgriffs- Möglichkeiten
● MFJ-342T Montagewinkel mit PL- Buchse (SO-239)
● das "Gegengewicht" aus vier Cu-Litzen-Kabel (á 3,6m lang) als Radials

Frequency range: 7/14/21/28/50/144/430MHz, Max Pwr input: HF/50MHz: 100W (SSB/CW), 50W (AM/FM), 144/430MHz: 50W (All mode) Height Max 2.2m, 0.6m for transporting * Weight: 930g. Supplied with radiating elements, radial elements for VHF/UHF, radial wires + spare radial wire, Allen key.

The ATAS-25 utilises a manual tuning system which resonates the radiating element for lowest SWR without the need for expensive mono-band resonating whip assemblies. It allows dual frequency operation on HF or 50MHz and either 2m or 70cm (duplexer not supplied). A very handy feature is that the ATAS-25 is designed to mount directly onto a standard camera tripod mount (not supplied) and makes up a portable antenna system ideal for tempory field operation but not recommended for long-term outdoor installation.

For some models, you may wish to purchase a diplexer or triplexer to avoid moving your cable from one antenna jack to another. When using the ATAS-25 with the FT-817, set Menu #07 to REAR for all bands.

Complete antenna system mounts on window frames, balconies, and railings. Perfect for apartment dwellers. Covers 80-6 Meters. Includes universal mount/clamp, built-in antenna tuner with RF isolator, long 12 foot telescopic whip (22.5 inches collapsed), high efficiency loading coil for 40/80 Meters, counterpoise wires, and safety rope. Handles 200 Watts.

Use zpool import to see the ID of the pool (you don't want to use the name to mount the pool as it's the same name than the current system pool)
Use zpool import -R /mnt the_ID_of_the_pool new_pool_name to import the pool which should be moutned as /mnt/new_pool_name

so far s

mount -t ufs -o rw /dev/ad0s1a #
fsck_ffs -y /dev/ad0s1a # etc (the other stuff in [FILE]/etc/fstab[/FILE]
edit /etc/fstab # modify it maybe after fsck_ffs for any corrected devices

Of course there's other stuff I've forgotten or do not know enough to suggest simply from memory... such as the terse "not found" might refer to ad0s1a now existing with another name in /dev, maybe change to it and look around...

wblock@
wblock@
Beastie Himself
Developer

Reaction score: 3,661
Messages: 13,851
Mar 20, 2012

#6

Do the fsck before mounting anything r/w:

fsck -y -t ufs

zfs:freenas-boot/ROOT/11.2-U7 failed with error 45; retrying for 30 more seconds

zfs:freenas-boot/ROOT/11.2-U7 failed with error 45; retrying for 30 more seconds

This tutorial describes the steps to replace amavis (amavisd-new) spam scanning software with Rspamd on an ISPConfig 3.1 server. The tutorial is written for Debian and Ubuntu Linux.

This guide describes the main steps to get and start working with Rspamd. In particular, we describe the following setup:

Ubuntu Bionic (or another OS with systemd)
Postfix MTA
Redis cache
Dovecot with Sieve plugin to sort mail and learn by moving messages to Junk folder

deftly avoided this common pitfall by 3D printing the entire enclosure for the VirtuScope, and since he’s shared all of the STLs, he’s even made it so anyone can run off their own copy. The majority of the parts can be done on any FDM printer with a 20 x 20 x 10cm build area, though there are a few detail pieces that need the resolution of an SLA machine.

what’s inside the 3D printed case? Not a whole lot, really. Obviously there’s a Raspberry Pi, a 3.5 inch TFT touch screen display, and a miniature keyboard. The keyboard is of the Bluetooth variety, and other than being freed from its enclosure and wired into the header on the display module for power, it’s otherwise stock.

As for the parts you can’t see from the outside, there’s a 3.7 V 4400 mAh battery pack and an Adafruit PowerBoost 1000 module to handle charging and power distribution. Beyond the big lighted button on the side (which you could certainly replace with something more low-key should you chose), that’s about it. When it’s all together, you’ve got a battery powered computer that’s ready for the road with a minimum amount of fuss.

Here’s something you can do before work, with your morning coffee, or whilst waiting for dinner to cook of an evening. And there’s never been a better time to install Kubernetes to a Raspberry Pi, with the price-drop on the 2GB model — perfect for containers.

The University of Glasgow Raspberry Pi Cloud project is a teaching and research project centred around the construction of a “scale-model” of a warehouse-sized computer using Raspberry Pi devices. The project is based in the School of Computing Science and is led by SICSA Research Fellows Dr David R. White and Dr Posco Tso.