#Raspberry Pi tips and tricks

[atplblog]

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[samurai-teacher]

Installing AlmaLinux on the Raspberry Pi 5 #raspberrypi5 #AlmaLinux

#RaspberryPi5 #AlmaLinux #LinuxTutorial #RaspberryPiProjects #TechGuide #ITSamuraiTeacher #StepByStepGuide #LinuxOnRaspberryPi #DIYTech #opensource Welcome to IT Samurai Teacher! In this video, we're diving into an exciting tutorial on Installing AlmaLinux on the Raspberry Pi 5. Follow our detailed, step-by-step guide to set up AlmaLinux, a robust and reliable operating system, on your Raspberry Pi 5. 🔹 What You'll Learn: How to prepare your Raspberry Pi 5 for installation. Step-by-step instructions to download and install AlmaLinux. Tips and tricks for configuring AlmaLinux on your Raspberry Pi 5. Troubleshooting common issues during the installation process. 🔹 Why AlmaLinux? AlmaLinux offers a stable and secure platform, perfect for developers, tech enthusiasts, and anyone looking to explore Linux on the Raspberry Pi 5. Whether you're new to Linux or an experienced user, this tutorial will guide you through the process with ease. 🔹 Tools & Resources: Raspberry Pi 5 MicroSD Card AlmaLinux ISO Balena Etcher (for creating a bootable SD card) Useful Links: Download AlmaLinux : https://almalinux.org/ Balena Etcher : https://etcher.balena.io/ Don't forget to like, comment, and subscribe for more tutorials on Raspberry Pi projects, Linux installations, and tech guides. Hit the bell icon to stay updated with our latest videos!  / itsamuraiteacher  

[howmanyvpnonipvanish]

can raspberry pi run vpn while streaming

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can raspberry pi run vpn while streaming

Raspberry Pi VPN streaming

Setting up a VPN on your Raspberry Pi can greatly enhance your streaming experience by providing an additional layer of security and privacy. VPNs help encrypt your internet traffic, making it difficult for hackers or third parties to monitor your online activities. By using a VPN, you can also bypass geographic restrictions and access content that may be blocked in your region.

To set up a VPN on your Raspberry Pi for streaming purposes, you can choose from various VPN service providers that offer compatibility with the device. Once you have selected a VPN provider, you can follow their instructions for installing the VPN client on your Raspberry Pi.

After setting up the VPN, you can stream content from popular platforms like Netflix, Hulu, or Amazon Prime with an added layer of security. VPNs can help prevent your internet service provider from tracking your streaming activities and potentially throttling your connection speed.

Additionally, using a VPN on your Raspberry Pi can be a cost-effective solution compared to purchasing a dedicated VPN router. With the Raspberry Pi's low power consumption and versatility, you can enjoy secure and unrestricted streaming without breaking the bank.

In conclusion, setting up a VPN on your Raspberry Pi for streaming can offer numerous benefits, including enhanced security, privacy, and access to geo-blocked content. Whether you are a casual streamer or a cord-cutter looking for a reliable solution, utilizing a VPN on your Raspberry Pi is a practical and efficient choice.

Raspberry Pi VPN compatibility

Raspberry Pi is a versatile and powerful single-board computer that can be used for various applications, including setting up a Virtual Private Network (VPN). A VPN on a Raspberry Pi allows users to securely connect to the internet and protect their online privacy and data from cyber threats.

Setting up a VPN on a Raspberry Pi is relatively straightforward as there are many VPN services that offer compatibility with the Raspberry Pi platform. OpenVPN is a popular open-source VPN protocol that is compatible with Raspberry Pi and can be easily configured to establish a secure connection.

With a Raspberry Pi VPN, users can access geo-restricted content, browse the internet anonymously, and encrypt their internet traffic to prevent third parties from monitoring their online activities. This is particularly useful for individuals who want to enhance their online security and privacy when using public Wi-Fi networks or accessing sensitive information.

Additionally, using a Raspberry Pi as a VPN server provides users with more control over their VPN connection settings and allows them to customize their VPN configuration based on their specific needs. This flexibility makes Raspberry Pi a cost-effective and efficient solution for individuals looking to set up a personal VPN at home or in a small business environment.

In conclusion, Raspberry Pi is compatible with a wide range of VPN services, making it an excellent choice for users who want to enhance their online security and privacy. By setting up a VPN on a Raspberry Pi, users can enjoy a safe and secure internet browsing experience while maintaining full control over their VPN connection settings.

Raspberry Pi VPN performance

Title: Maximizing Raspberry Pi VPN Performance: Tips and Tricks

Raspberry Pi, a versatile single-board computer, has become a popular choice for DIY projects, including setting up a VPN (Virtual Private Network). While it offers convenience and affordability, ensuring optimal VPN performance on Raspberry Pi requires attention to several key factors.

Hardware Considerations: Selecting the right Raspberry Pi model is crucial for VPN performance. While all models can run a VPN, newer models with faster processors and more RAM, such as Raspberry Pi 4, offer better performance. Additionally, using a reliable power supply and high-quality microSD card can prevent bottlenecks.

Optimized Software: Choosing the right VPN software is essential. OpenVPN and WireGuard are popular choices known for their performance on Raspberry Pi. Configuring the software efficiently and keeping it updated can significantly enhance performance.

Network Configuration: Proper network configuration can boost VPN speed. Utilizing Ethernet instead of Wi-Fi for connecting Raspberry Pi to the router can reduce latency and improve stability. Additionally, optimizing router settings, such as enabling port forwarding and Quality of Service (QoS), can further enhance VPN performance.

Encryption Settings: Adjusting encryption settings can impact VPN performance. While stronger encryption ensures security, it may also reduce speed. Finding the right balance between security and performance by selecting appropriate encryption algorithms and key sizes is crucial.

Server Selection: Choosing the right VPN server location can affect performance. Selecting a server closer to your physical location can reduce latency and improve speed. Additionally, choosing servers with lower traffic loads can enhance performance during peak usage times.

Regular Maintenance: Performing regular maintenance tasks, such as cleaning up unnecessary files, optimizing software configurations, and monitoring system performance, can help maintain optimal VPN performance over time.

By implementing these tips and tricks, Raspberry Pi users can maximize VPN performance, ensuring fast and secure internet access for their projects and applications.

Raspberry Pi streaming speed

Raspberry Pi is a versatile and affordable single-board computer that has gained popularity for various projects, including media streaming. When it comes to streaming speed on a Raspberry Pi, several factors come into play.

One of the crucial aspects affecting streaming speed is the processing power of the Raspberry Pi model being used. The newer and more powerful models such as Raspberry Pi 4 offer significant improvements in performance compared to earlier versions. These faster processors translate to smoother streaming experiences, especially when dealing with high-definition content.

Another essential factor is the quality of the internet connection. A stable and fast internet connection is crucial for seamless streaming on a Raspberry Pi. Slow or intermittent internet speeds can lead to buffering issues and interruptions during streaming sessions.

Moreover, the choice of media player and streaming platform can influence the streaming speed on a Raspberry Pi. Opting for lightweight and efficient media players like VLC or OSMC can help improve streaming performance. Additionally, selecting streaming platforms that support Raspberry Pi and offer optimized performance can enhance the overall streaming experience.

For users looking to maximize streaming speed on their Raspberry Pi, optimizing settings and utilizing hardware acceleration can also make a difference. Tweaking network settings, adjusting video output settings, and enabling hardware decoding can all contribute to faster streaming speeds and smoother playback.

In conclusion, achieving optimal streaming speed on a Raspberry Pi involves a combination of factors, including the hardware capabilities of the device, the quality of the internet connection, the choice of media player, and software optimizations. By considering these aspects and fine-tuning settings, users can enjoy smooth and efficient streaming experiences on their Raspberry Pi devices.

Raspberry Pi VPN setup

Title: Streamlining Privacy: Raspberry Pi VPN Setup Guide

In today's interconnected digital landscape, ensuring online privacy and security has become paramount. One effective solution gaining popularity is setting up a Virtual Private Network (VPN) on Raspberry Pi. This innovative approach not only safeguards your internet activities but also empowers you with control over your network.

To embark on this journey towards fortified online privacy, you'll need a Raspberry Pi board, preferably the latest version for optimal performance. Additionally, ensure you have a stable internet connection and a microSD card for storing the necessary software.

Begin by installing an operating system compatible with Raspberry Pi, such as Raspbian or Raspberry Pi OS. Once your system is up and running, proceed to install OpenVPN, a robust open-source VPN protocol. Follow comprehensive online guides or utilize automated scripts for seamless installation.

After OpenVPN is successfully installed, generate cryptographic keys and certificates to authenticate connections securely. These keys are instrumental in establishing a secure tunnel between your devices and the VPN server.

Next, configure OpenVPN to suit your preferences, including encryption methods, authentication mechanisms, and network settings. Pay special attention to firewall configurations to fortify your Raspberry Pi against external threats.

Once configured, initiate the OpenVPN service on your Raspberry Pi, and your VPN server is now operational. You can connect to this server from various devices, including laptops, smartphones, and tablets, ensuring encrypted internet traffic wherever you go.

This Raspberry Pi VPN setup not only shields your data from prying eyes but also empowers you with flexibility and control. Whether you're accessing sensitive information or simply browsing the web, rest assured knowing your online activities are safeguarded by your personalized VPN solution.

In conclusion, by leveraging the versatility of Raspberry Pi and the robustness of OpenVPN, you can establish a secure VPN infrastructure tailored to your specific needs, enhancing your online privacy and security in today's digital age.

[newsytv]

The Script & Style web development podcast and Wyn Weng Labs were founded by David Walsh, a Senior Software Engineer and Evangelist for Mozilla who also blogs at davidwalsh.com. You'll receive technical advice and information on industry developments for web developers. Learn the most important Git commands and utilities, see how to build a RetroPie on a Raspberry Pi, and take the steps to stop experiencing the well-known imposter syndrome that often affects web developers.

CSS Tricks: Despite its misleading name, this blog contains information on more than simply CSS. Learn vital details on a variety of web design and development topics, from the basics to more complex subjects. Learn tips for writing animation code more effectively, discover why some HTML components age out, and explore working with APIs and authentication. The CSS techniques blog is a wonderful place to start if you want to understand the fundamentals and how to become a better web developer.

This one is for the creative developer, according to Creative Bloq. Creative Bloq is for you if you need creative inspiration for your coding process or if you want to see how elements like grid systems and animations appear in real-world web design. Read articles about how to design successful CTAs on a website and how to select the finest JavaScript frameworks. With this blog, you'll get a combination of front-end and back-end engineering information.

Webdesigner Depot: Webdesigner Depot offers free software downloads and articles to aid in the building of your website. You can learn more about what goes into making websites, even if you're brand-new to the field. Learn how to utilize PHP, how to decide between Grid and Flexbox, and how to build a "click to tweet" button on your website with the help of tools and tutorials. Additionally, you can master slightly more complex coding concepts like how to use machine learning.

Web Design Ledger: Web Design Ledger offers special insights on how to make beautiful web products for web developers and web designers. Through Q&A conversations, readers may learn about the most recent technological advancements and witness viewpoints from industry leaders in web development. Discover the top development tools, the top cloud computing programming languages, and methods for streamlining JavaScript testing and deployments.

[hackeocafe]

PiKVM - Open and cheap DIY IP-KVM on Raspberry Pi

[bestiptvboxes]

Learn how to install IPTV on Raspberry Pi and enjoy seamless streaming of your favorite content. Get expert tips and tricks to set up the IPTV on Raspberry Pi effortlessly. Explanation of Raspberry Pi Raspberry Pi is a small, affordable, and highly versatile computer that has become a popular choice for many tech enthusiasts and…

[thewalrushole]

Distributed Wireless

A bunch of wireless access points running 802.11r in a bridged network, based on linux, hostapd, ect.

Objectives:

- distributed, redundant, optimised, converged coverage

Hardware:

Raspberry Pi 3B is ok for testing supporting either spectrum (2.4 or 5.0) in ht mode

SBC with dual concurrent radios to test .. Wally’s Communications DR6018 and DR6018-S V02

OS:

DD-WRT ( I really should revisit this, but seems like bloatware

Ubuntu server for ARM seems like a better option

Build:

apt-get install rfkill hostapd bridge-utils cpufrequtils dnsmasq htop lldpd sshpass wireless-tools 

remove snap from ubuntu

Netplan

Don’t need to configure wlan interfaces into the bridge hostapd will do this, loopback is a /32 from within the bridge lan range (linux is crap at strict routing so this will actually work), loopback duplicated on all AP’s for distributed DHCP, DNSMasq, ect

       version: 2

       renderer: networkd

       ethernets:

               eth0:

                       dhcp4: false

                       dhcp6: false

               lo:

                       match:

                               name: lo

                       addresses:

                               - 192.168.200.251/32

       bridges:

               br0:

                       dhcp4: false

                       dhcp6: false

                       addresses:

                               - 192.168.200.201/24

                       gateway4: 192.168.200.250

                       interfaces:

                               - eth0

Hostapd

country_code=NZ

interface=wlan0

bridge=br0

ssid=ssid here

auth_algs=1

macaddr_acl=0

ignore_broadcast_ssid=0

wpa=2

wpa_passphrase=password here

wpa_key_mgmt=WPA-PSK

wpa_pairwise=TKIP

rsn_pairwise=CCMP

hw_mode=a

wmm_enabled=1

iapp_interface=br0

okc=1

ieee80211n=1

require_ht=1

ht_capab=[MAX-AMSDU-3839][HT40+][SHORT-GI-20][SHORT-GI-40][DSSS_CCK-40]

ieee80211ac=1

ieee80211ac=1

require_vht=1

ieee80211d=0

ieee80211h=0

vht_capab=[SHORT-GI-80][SU-BEAMFORMEE]

vht_oper_chwidth=1

channel=36

#vht_oper_centr_freq_seq_idx=42

disassoc_low_ack=1

multicast_to_unicast=1

#proxy_arp=1

#rssi_reject_assoc_rssi=-75

#rssi_ignore_probe_request=-75

rssi_reject_assoc_timeout=10

mobility_domain=a1b2

nas_identifier=b827eb3b638c

r0_key_lifetime=10000

r1_key_holder=b827eb3b638c

reassociation_deadline=1000

#ft_over_ds=1

r0kh=ff:ff:ff:ff:ff:ff * 00112233445566778899aabbccddeeff

DNSMasq

port=53

domain-needed

resolv-file=/etc/resolv.dns

strict-order

server=/200.168.192.in-addr.arpa/192.168.200.250

address=/double-click.net/127.0.0.1

ipset=/yahoo.com/google.com/vpn,search

server=192.168.200.250@br0

interface=br0

Thinks to do

Docker and Openshift Origin

Salt Stack package and configuration management

sshd authentication allow non privilege users during startup/shutdown

pretty sure if I set the radius interface and nas identifier it will control which interface hostapd used for broadcast

cluster DHCP and DNSMasq if required

Clean up and format this blog

TCP multipath dual ip uplinks

wireless backhaul backup

QoS/WMM

build standard vlan on bridge interface (management lan, user, security ect)

build mutiple SSID to vlan

something like vrf to ensure segmentation of SSID/VLANS

Manage all this via salt.. and look into dbus remote send

move to WPA3 or Radius or something more secure

Zigbee and BT....

Wifi spectrum management (channel management/switching)

RF location services

DHCP PXE boot for future management of zigbee ect.

802.11ac dongle, onboard 5ghz radio and antenna are weak switched to 2.4(g) 

Do I

local cluster/bind9 <--> local dnsmasq 

local cluster/bind isc-dhcp-server <--> local dnsmasq

Why, bind9 able to look up root no fowarder required, and local entries for windows ect, but dnsmasq for fast caching .. is it overkill, bind9 is supposed to cache too in ram, but we want this highly available and fast

Same for dhcp fast/redundancy

References / Reading

http://www.routereflector.com/2016/11/working-with-vrf-on-linux/

https://www.raspberrypi.org/documentation/configuration/wireless/access-point-bridged.md

http://ftp.gwdg.de/pub/linux/linux-magazin/listings/raspberry-pi-geek.com/04/AccessPoint/Listing04.txt

https://www.linux.com/topic/networking/advanced-dnsmasq-tips-and-tricks/

[raspberrypigk]

2019 Ultimate Guide to Raspberry Pi : Tips, Tricks and Hacks ☞ https://bit.ly/39Lb6ka #pi #raspberrypi

[samurai-teacher]

Samsung NVMe SSD + Geekworm X1001: Raspberry Pi 5 Upgrade Guide #nvme

https://youtu.be/JedbGhmbGtc?si=aaQu8gabzwZeuTo8

The Raspberry Pi 5 is a powerful little computer, but its performance can be bottlenecked by the relatively slow microSD card it typically boots from. By upgrading to an NVMe (Non-Volatile Memory Express) SSD, you can dramatically improve boot times, application loading speed, and overall system responsiveness. In this guide, I'll walk you through the process of installing and configuring a Samsung NVMe SSD on your Raspberry Pi 5 using the Geekworm X1001 PCIe adapter.

Why NVMe is a Game-Changer for Raspberry Pi 5:

Lightning-Fast Boot Times: NVMe SSDs offer significantly faster read and write speeds compared to microSD cards, meaning your Raspberry Pi 5 will boot up in seconds.

Enhanced Application Performance: Resource-intensive applications, like video editing software, games, or database servers, will run smoother and load faster with the increased speed of NVMe storage.

Ample Storage: NVMe SSDs come in much larger capacities than microSD cards, giving you plenty of space for your operating system, applications, projects, and media files.

Improved Reliability: NVMe SSDs are more durable than microSD cards, which can wear out over time due to frequent write cycles.

Materials You'll Need:

Raspberry Pi 5

Geekworm X1001 PCIe to M.2 Adapter

Samsung NVMe SSD (or any compatible M.2 NVMe (SATA) Key-M SSD)

USB to NVMe adapter (if your SSD isn't in an enclosure)

Raspberry Pi Imager software

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RaspberryPi #RaspberryPi5 #NVMe #SSD #Geekworm #GeekwormX1001 #SamsungNVMe #SamsungSSD #PCIe #NVMeBoot #RaspberryPiBoot #Tech #TechTok #RaspberryPiCommunity #MakerCommunity #DIYTech #DIYRaspberryPi

[cupcakedex]

I made a Toge-pie!

Yesterday was National Pie Day (not to be confused with Pi Day), so I wanted to make a Pokemon pie to celebrate! This is a mixed berry pie with a graham cracker crust and a pastry top decorated to look like a Togepi-themed Pokeball, with the baby Pokemon sleeping nearby.

Someone once suggested I made a Togepi pie, and I loved the idea so much I decided to go for it! I’ve been really inspired by ThePieous/Pies Are Awesome lately, and I used a lot of her suggestions for my creation.

I used this recipe for the graham cracker crust and filling, which featured strawberries, raspberries, and blueberries. The pie crust was store-bought, and I used a combination of a sharp precision blade, cookie cutters, and a pizza cutter to cut out all of the shapes. I used an egg wash to make the different layers stick and give it a nice shine. To get the colours, I used vanilla extract for the darker areas (though they came out less dark than I was hoping), and I combined coconut extract with red, pink, and blue food colour to paint the shapes and Togepi’s toe beans.

This is the second Pokemon pie I’ve ever made (and second pie ever) after my Illumise pie from last Pi Day. I think I improved significantly - ThePieous had a lot of fantastic tips and tricks I didn’t know about when making my first pie, and it made a huge difference! The pastry still rose in uneven ways I didn’t expect, which impacted the design a bit, but I think it came out well!

This may have been one of the most delicious things I’ve ever baked! It’s especially delicious while warm! The graham cracker crust and berry filling were a delicious combination, and I’ve decided you’ll have to pry my graham cracker crust from my cold, dead hands. ;D

Thanks for reading!

[sfrancisco]

Portable Gaming Project

Here is a small evening project that is great to do with kids. 

I built a Wave Share GameHat with my 8 year daughter and she was playing games in 30 minutes. Check out how:

Here is what you need to do:

Parts:

Raspberry Pi 2, or higher (I used a 3B+) $30 at Microcenter

A WaveShare gamehat. (I got mine fore $50 from Amazon, but you can get them on eBay and Aliexpress for ~$30 if you can endure the shppingn and the possiblility of fakes). 

A blank micro SDHC card -- I used a 32 GB for $5 from microcenter

A Microusb charger (an old cell phone charge would do). 

A 18650 rechargeable battery cell  

The last item is the trickiest. Many places will tell you to order it online. But the fact is that you probably have many of those cells lying around without knowing -- that is because if you have a battery bank for your cell phone, or an older moderate priced laptop, it’s probably run using those batteries.  I popped open the first old laptop battery from a Staples recycling bin, and easily found 6 such cells. After some cleanup, I had 5 working batteries that each would last an 90 minutes playing. You can use a pair of needle nosed pliers to pull the silver off the connections between cells. Don’t worry unless you touch something else you won’t cause any sparks. 

Assembly should be pretty straight forward. Plug in the raspberry pi using the HDMI adapter to the screen. Screw in the risers below, then to the cover. Just be sure to leave off the MicroSD card until you have copied the  operating system.

Be careful when plugging in the battery - - you must get the +/- side right and matched to the board, the game hat will get damaged if you mix it up. The positive side has the smaller circle. 

Build the SD Card image

Next download the operating system image:

https://drive.google.com/open?id=1alJePNBE_6SeOuvbvhOmbUbPdDOlxASZ

and Etcher to write the image to the SD card:

https://www.balena.io/etcher/

Once etcher finishes, you can try and turn on the device, it includes a few sample games for you to try. 

Adding Roms

You might as well fish around Google for the actual games. You’ll sure to work with only games that have expired licenses and are not freely available right?Plug the sd card into a reader and you can now add roms.

I run linux, and a mac should work just as well, but i’m not sure about windows. Basically you add the rom to the correct folder here, organized by the system its for:

[SD card location]/retropie/home/pi/RetroPie/roms

E.g. For for NES it might look like: retropie/home/pi/RetroPie/roms/nes

You can read about additional ways to load the games in the user manual here.

Gotchas

There are few things that might surprise you as you work on the new device. 

First plugging it into the charger while playing will result in the device turning off. The circuit can’t charge and play at the same time. 

The default password is raspberry, default user pi. But you’ll probably not need it.

Check out a Youtube build so you get another person’s experience

Things to do later

As you get used to the device there is a lot you can do with this capable little setup!

Watch movies, Listen to Music using Kodi

Connect it to Wifi (pi 3, 3B, 3B+) so you can load games, music, and movies over wifi.

Switch to RecalBox -- so you can play against friends on their phones.

Unplug the screen and plug it into a big screen TV for 1080P action

Add a wireless a keyboard and mouse to have  full little linux computer

Join the Facebook Group for tips and tricks.

The possibilities are pretty endless since this is a raspberry pi!

[biggelectronics]

Juice Up Your Raspberry Pi: Tips for Finding the Perfect Power Source

Hey there, fellow Raspberry Pi enthusiasts! If you’re new to the world of Pi or just looking for some guidance on how to power your device, you’ve come to the right place. The Raspberry Pi is a powerful little computer that can do just about anything, but it needs a reliable power source to work its magic. Here are a few tips to help you find the perfect power supply for your Pi:

Look for a power supply that meets the Pi’s requirements. The Raspberry Pi Foundation recommends a 5V micro USB power supply with at least 2.5A for the Pi 3B+ and 3A for the Pi 4B. Make sure the power supply you choose meets these requirements to avoid any issues with performance or stability.

Consider a USB-C power supply for newer models. The Pi 4B uses a USB-C port for power, so you’ll need a power supply that has a USB-C connector. USB-C power supplies are becoming more common these days, so you shouldn’t have too much trouble finding one that works for you.

Don’t forget about voltage drop. If you’re powering your Pi with a long cable or using a power supply that’s not quite powerful enough, you might experience voltage drop. This can cause your Pi to behave erratically or even shut down unexpectedly. To avoid this, try to keep your power cable as short as possible and make sure your power supply can deliver enough juice to your Pi.

Consider a battery backup for portable projects. If you’re planning to use your Pi in a portable project, you might want to consider a battery backup. This will allow you to power your Pi on the go without needing to plug it into an outlet. Just make sure you choose a battery that can deliver enough power for your Pi and any other peripherals you’re using.

I hope these tips help you find the perfect power source for your Raspberry Pi

If you have any other tips or tricks for powering your Pi, feel free to share them in the comments below!

[christianbusinessorg]

How to Work With The Color Purple: A Makeup Tutorial Inspired By the Raspberry Pi

How to Work With The Color Purple: A Makeup Tutorial Inspired By the Raspberry Pi

https://www.youtube.com/watch?v=ciGcJ6eyhZs How to Work With The Color Purple Join me, Becky D. Beauty as I use my favorite makeup colors and pallets to create an amazing purple look inspired by the Raspberry Pi.  There is always tips and tricks specific to not only the different colors but also the different brands.  In my content you will always learn hwa Become A Supporter CashApp:…

[koreantonki]

Github desktop windows

#GITHUB DESKTOP WINDOWS HOW TO#

#GITHUB DESKTOP WINDOWS INSTALL#

#GITHUB DESKTOP WINDOWS WINDOWS#

NTFS, the default filesystem for Windows, does not support many features that the more modern filesystems Linux supports such as symlinks, file attributes (including the extremely important executable bit), etc. Windows users should take some extra precautions when editing Linux-spawned files.

Write themes for batocera-emulationstation.

Redirect upgrades from any board to my own builds.

Latency reduction and optimizing performance.

Raspberry Pi: Add power buttons/switches.

Sync files across multiple devices (Syncthing).

PCman built-in file manager (for Xorg-powered devices).

If you keep that in mind, the GitHub Desktop app makes working with the five basic Git commands a simple and straightforward process. My assumption is that GitHub's goal with this application is to keep this DevOps tool as simple as possible so as not to confuse the new Git users for whom it is designed. There is an option to specifically edit the name and email address properties that are attached to each commit, which are stored within Git configuration files, but the tool does not provide any facilities to edit any other configuration settings. The biggest drawback I see with the tool in this capacity is its limited support for the git config command. The tool covers the five basic Git commands. With the GitHub Desktop app, it is extremely simple to initialize a repository, stage files and issue commits. The blue button below the input fields (see above) issues a new commit to the current branch. In terms of issuing a commit, the tool provides two input fields where a user can provide a message and a description.

10 Git quiz questions to test your distributed version control skills.

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#GITHUB DESKTOP WINDOWS WINDOWS#

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Smarthome 2021: Homekit, Vocalinc, Tailwind, Rainmachine, Raspberry Pi Homebridge, Matter, and Thread too

Smarthome 2021: Homekit, Vocalinc, Tailwind, Rainmachine, Raspberry Pi Homebridge, Matter, and Thread too

Well, time once again for the bi-monthly update on home automation. The main things are that we now have four different houses laid out with Apple Homekit as a base and here is what is working, some tips, tricks, and some traps that cover how to handle multiple homes, multiple users and gives a list of working (Tailwind, Rainmachine, Homebridge) and big disappointments (Vocalink A21/E26…