The website “HTML is for People,” created by Blake Watson, aims to make HTML accessible to everyone, regardless of their technical background. Watson emphasizes that HTML is a fundamental document type for the web, akin to how traditional documents function. The site offers a resource designed to teach individuals how to build websites using HTML, without requiring prior coding experience. The approach is friendly and approachable, encouraging anyone interested in web development to get started.
TL;DR: “HTML is for People” teaches HTML to beginners, emphasizing accessibility and ease of learning for anyone interested in building websites.
Distrobox is a versatile tool designed for Linux users, allowing them to run any Linux distribution within their terminal through containerization. It leverages container managers like Podman, Docker, or Lilipod to create highly integrated containers that share resources with the host system.
Key Features
Integration with Host System: Distrobox allows containers to access the user's home directory, external storage devices, and graphical applications (both X11 and Wayland). This tight integration facilitates a seamless user experience across different distributions[1].
Command Structure: The tool provides a range of commands for managing containers:
User-Friendly Installation: Distrobox can be installed via simple command-line scripts, allowing users to set it up quickly without complex configurations. Users can choose to install it system-wide or in a local directory[1].
Compatibility: It supports a variety of host and container distributions, ensuring broad usability across different Linux environments. There are specific compatibility lists available for users to check if their distributions are supported[1].
Usage Example
To create and enter a new Distrobox container, users can execute the following commands:
distrobox create -n mycontainer
distrobox enter mycontainer
This will set up a new container named “mycontainer” and allow the user to enter it directly from the terminal[1].
Security Considerations
Distrobox is not primarily focused on isolation or sandboxing, meaning that containers have significant access to the host system. Users should be cautious when running containers in rootful mode, as this can lead to security vulnerabilities if not managed properly[1].
Overall, Distrobox offers a powerful solution for Linux users looking to experiment with different distributions while maintaining access to their existing environment and resources.
Operation Eldest Son, also known as Project Eldest Son, was a covert U.S. military operation during the Vietnam War, initiated by the Studies and Observations Group (SOG) in 1967. The primary objective of this operation was to sabotage enemy ammunition supplies in order to undermine the Viet Cong and North Vietnamese Army's (NVA) confidence in their weaponry and logistics.
Objectives and Methods
Sabotage Tactics
The SOG devised a plan to infiltrate enemy supply lines with altered ammunition. This involved disassembling captured rounds of AK-47 and 12.7 mm machine gun ammunition, as well as 82 mm mortar shells, and replacing the propellant with explosives. These modified rounds were then reassembled and mixed with legitimate ammunition before being distributed to enemy forces. The goal was twofold: to potentially injure or kill the user upon firing and to create doubt about the reliability of their weapons[1][2][3].
Psychological Warfare
In addition to physically sabotaging the munitions, the operation included a psychological component. The SOG spread disinformation suggesting that Chinese factories were producing faulty ammunition, hoping to sow distrust between the North Vietnamese and their Chinese allies. This narrative was reinforced through various means, including fake communications that were dropped in enemy areas[1][2][3].
Implementation
The operation saw the insertion of thousands of sabotaged rounds into enemy supply caches across Vietnam, Laos, and Cambodia. SOG teams would strategically place these rounds during ambushes or when discovering enemy ammo dumps, ensuring that only one sabotaged round was included per magazine or belt to avoid detection[2][4]. Reports indicate that over 12,000 sabotaged rifle and machine gun rounds were produced, along with nearly 2,000 mortar shells[1].
Conclusion and Legacy
Project Eldest Son was ultimately abandoned in 1969 after details began leaking to the media, but its legacy has persisted. While definitive data on its success is scarce, it is believed that the operation succeeded in creating uncertainty among enemy forces regarding their ammunition's reliability. The tactics employed in this project have reportedly influenced similar operations in other conflicts, including recent reports of similar strategies being used in Syria[1][3].
In summary, Operation Eldest Son exemplified unconventional warfare tactics aimed at destabilizing enemy morale through sabotage and psychological operations during one of the most contentious periods of the Vietnam War.
For those looking for privacy-aware link shorteners, there are several options available:
UrlHum: This is a modern, privacy-aware URL shortener built with PHP and the Laravel Framework. It offers features such as IP hashing and anonymizing, and allows extensive control over URL creation and analytics while respecting user privacy. It is open-source and licensed under the MIT License, though it is still under heavy development and not recommended for production use yet[3].
CleanURL: This service focuses on stripping sensitive and non-essential parameters from URLs to protect user privacy. It is designed to prevent privacy compromises by removing application parameters that could reveal private information when URLs are shared publicly[2][4][5].
Shlink: An open-source URL shortener that can be self-hosted, providing users with control over their data and privacy[1].
s.42l.fr: Another privacy-friendly option that allows users to delete shortened links, adding an extra layer of control over shared URLs[1].
These options provide various levels of privacy protection and control, making them suitable alternatives to more mainstream URL shorteners like Bitly.
What an intriguing and unconventional idea Painting your bodies with your partner, lying down on a big canvas, making out together, and then hanging the canvas as a piece of art could be a unique and memorable experience. Here's a step-by-step guide to help you bring this creative vision to life:
Prepare the Canvas:
Obtain a large, sturdy canvas that can support both your weights. You can choose a canvas size that fits your space and preference, but a larger canvas will provide more room for movement and expression.
Ensure the canvas is clean and dry before proceeding.
Body Paint:
Choose body paint that is safe for skin and washable. You can select vibrant colors that complement each other or go for a more monochromatic look.
Apply the paint to your bodies using brushes, sponges, or even your hands. Be creative with the designs and patterns you create. You can paint each other or do it individually.
Setup the Canvas:
Place the canvas on a flat, clean surface. You may want to cover the floor with a drop cloth or old sheets to protect it from paint spills.
Ensure the canvas is securely fastened to the floor or a wall to prevent it from shifting while you're on it.
Get Comfortable:
Lie down on the canvas together, positioning yourselves in a way that feels comfortable and allows for movement.
Take a moment to relax and get into the mood. You can play some soft music or dim the lights to set the atmosphere.
Make Out and Create:
As you make out, move your bodies gently to create unique patterns and designs on the canvas. You can roll, twist, or slide against each other to generate different effects.
Experiment with different body positions and movements to achieve the desired artistic outcome.
Capture the Moment:
Take photos or record a video of the process to preserve the memory. You can also have a friend or family member document the experience for you.
Clean Up:
Once you've finished, carefully get off the canvas, taking care not to smudge the paint.
Clean yourselves up and wash off the body paint.
Display Your Art:
Allow the canvas to dry completely before hanging it. You may need to use a fixative to set the paint and prevent smudging.
Choose a prominent location to display your artwork, such as a living room or bedroom.
Remember to be respectful of each other's boundaries and comfort levels throughout the process. This experience is meant to be enjoyable and creative, so prioritize communication and mutual respect.
Gifcurry is an open-source video editor for creating GIFs, built with Haskell and works on Linux, Mac, and most likely Windows[1]. It has both a graphical user interface (GUI) and a command-line interface.
With Gifcurry, you can edit GIFs or videos by cropping, trimming, seeking, adding text with custom fonts, altering duration, changing size, setting frames per second (FPS), tweaking color count, enabling dithering, importing subtitles, and saving the output as either a GIF or video[1].
To run Gifcurry, your machine needs to have GTK+, GStreamer, FFmpeg, and ImageMagick installed[1]. Linux users can download the AppImage, prebuilt binaries, or install it via pacman (Arch) or snap[1]. Mac users can follow the instructions on the readme page, and eventually, there will be a Homebrew formula for easy installation[1]. Gifcurry hasn't been tested on Windows yet, but it should work if you know how to build Haskell programs[1].
Directional and parametric speakers are a unique type of speaker that use ultrasonic waves to produce highly targeted, directional sound. Unlike conventional speakers that spread sound in all directions, these speakers create a narrow beam of sound that can be directed to specific areas.
The key features of directional and parametric speakers are:
They use ultrasonic waves modulated with audio signals to generate sound. This allows them to create a focused, directional sound beam.
They can localize sound to a targeted area, while maintaining quiet in the surrounding space. This allows for private audio zones.
They have a more limited range compared to conventional speakers, typically 1-15 meters.
They are used in applications like museums, retail stores, public address systems, and more to deliver targeted audio without disturbing nearby areas.
Based on the search results provided, some of the key companies that manufacture and sell directional and parametric speakers include:
Focusonics[1][4] – A manufacturer of high-quality parametric speakers, offering models for larger (3-15m) and shorter (1-5m) operating distances.
Panphonics[2] – A leading directional speaker manufacturer that specializes in electrostatic speaker technology.
Audfly[2][5] – A Chinese company that produces directional speakers using ultrasonic parametric technology.
Akoustic Arts[3] – Provides directional speaker solutions and consulting services for various applications.
So in summary, directional and parametric speakers are a specialized audio technology used to create targeted sound fields, and companies like Focusonics, Panphonics, Audfly, and Akoustic Arts are some of the key manufacturers and sellers of these products.[1][2][3][4][5]
The Catchflow SRAY is the world's smallest directional speaker that can focus sound in a narrow beam, allowing only the intended listener to hear the audio without disturbing others around them.[1][2][3][4]
Some key features of the SRAY directional speaker:
It uses ultrasonic propagation technology to bind the audio in a unidirectional channel, similar to how a flashlight focuses light in a beam.[3]
This allows the sound to be directed at a specific person or area, while people outside the audio beam hear nothing.[3]
It can be used for private listening without disturbing others, such as in libraries, public spaces, or at home.[3]
The SRAY is compact and portable, small enough to fit in the palm of your hand.[3][4]
It has both a directional mode and an omnidirectional mode, allowing it to function as a regular speaker as well.[2][3]
The directional speaker technology helps reduce noise-induced hearing loss compared to using headphones or earbuds.[3]
Overall, the Catchflow SRAY provides a unique and private audio experience by tightly focusing the sound output, making it useful in a variety of settings where controlling sound dispersion is important.[1][2][3][4][5]
The “ubogi” (literally “of God”), “iurodivye” (“God's fools” or “holy fools”), and “proroki” (“prophets”) were terms used in traditional Ukrainian and Russian cultures to refer to individuals with physical and intellectual disabilities. [1][2][3][4]
These individuals were often integrated into their communities and were not socially isolated. They were associated with the Orthodox Church and were sometimes respected and revered, as they were believed to have special powers to predict the future and heal afflictions. [1][2][3][4]
The “ubogi” and “iurodivye” were often seen as “God's fools” or “holy fools” and were sometimes even local celebrities who were tolerated and cared for by their communities. They would often live in the basements and kitchens of the homes of wealthy merchants, who believed that donating to them would bring good luck in business. [1]
The “proroki” or “prophets” were individuals with disabilities, such as blindness, who were known for their abilities to predict the future and provide healing services. One famous example was Ivan Yakovlevich, who lived in squalid conditions in a hospital-asylum in Moscow but was visited by crowds of people, including nobility, who sought his services. [1]
In contrast, individuals thought to be mentally ill were sometimes treated with more fear and negative connotations, referred to as “duraki” or “fools” and “idiots”. The tsarist state also began to play a more active role in regulating the lives of people with disabilities, such as requiring those suspected of mental disabilities to appear before the Senate for certification. [1][3]
#!/bin/bash
# Get the active network interface
interface=$(ip route | awk '/default/ {print $5}')
# Send an ARP request to a random IP address on the network using the active interface
arping -I $interface $(ip route | awk '/default/ {print $3}' | cut -d"." -f1-3).1
# Check if the ARP request is successful
if [ $? -eq 0 ]; then
echo "ARP request successful. MAC address filtering may not be enabled."
else
echo "ARP request failed. MAC address filtering may be enabled."
fi