#dnsmasq

[os2warp]

diy router update

installed the pihole software. its working fine. finally have adblocking back on the things i cant easily change the dns server for. (i had the dns server on my old router set to nextdns but the new router doesn't have the option to change the dns server)

all the configuration files i worked so hard on for dnsmasq are not neciecery anymore because of pihole's built in dhcp server but thats fine i needed to get everything working under the most basic configuration possible before i started making things more complicated.

still gotta sort out that slow wifi issue. the slow ethernet is fine its basicly at the limit of my switch anyway, but the wifi is far slower than it should be.

[elwonplacenta]

Stepping into the Portal: Building a Captive Wi-Fi Experience on our Raspberry Pi

Today's adventure in our Raspberry Pi networking project took a fascinating turn! Having successfully established our Pi as an internet-sharing router via Ethernet, we set our sights on a more sophisticated user experience: implementing a captive portal.

For those unfamiliar, a captive portal is the web page that pops up when you connect to a public Wi-Fi network, often requiring you to agree to terms of service or log in before you can access the internet. This is exactly what we aimed to create for our little network managed by the Raspberry Pi.

Laying the Foundation: Installing a Web Server

Our first step was to install a web server on the Raspberry Pi. We opted for Nginx, a lightweight and powerful choice that's perfect for this task. With a few simple commands in the terminal (sudo apt update and sudo apt install nginx), our web server was up and running. We even verified its status to ensure everything was as it should be.

To make sure our captive portal page would be accessible, we also opened up the necessary ports (HTTP on port 80 and HTTPS on port 443) in the Raspberry Pi's firewall using iptables. We made sure to save these new rules so they persist across reboots.

Crafting the Welcome Mat: Creating the Portal Web Page

Next, we rolled up our sleeves and created a basic HTML page to serve as our captive portal. We replaced the default Nginx welcome page with our own index.html. This simple page includes a welcome message, a (very basic for now!) terms of service agreement, and a button that users will eventually click to gain internet access.

We even added a little bit of basic CSS to make it look presentable. The idea is to have a clear and concise page that informs users and gets their agreement before they hop online.

What's Next? The Magic of Redirection

With the web server in place and our initial captive portal page ready, the next stages will involve the more intricate parts of making the portal truly functional. We'll be diving into:

* DNS Interception: Configuring dnsmasq to redirect all DNS requests from unconnected clients to the Raspberry Pi's IP address.

* HTTP/HTTPS Redirection with iptables: Setting up rules to intercept all web traffic from unauthorized users and force it to our captive portal page.

* The "Agreement" Mechanism: Developing the backend logic (likely a simple script for now) that gets triggered when a user clicks "I Agree," and then modifies the firewall to grant that user internet access.

Today was all about laying the groundwork – installing the necessary tools and creating the content for our captive portal. It's exciting to see the project evolving from basic internet sharing to a more controlled and user-aware network. Stay tuned for the next steps as we delve into the redirection magic!

[auroroboros1]

Makhkini: Wi-Fi is a colorful tool - Simon Gester and Color Dr. Jer, the knife and the Swiss candlestick were used to describe the method of treatment. The heart of the picture is the end of the page. My dear, my time did not die, my time did not die, my time did not die. Ho, the basis of exchange - Ho, the basis of transaction. It doesn't matter whether you're doing a new job or not, the job is not under pressure, the job is straight and you don't breathe. Step 1: Set up a new user interface The script is a tool that installs the software on the system. For more information on this topic, see: BlackBerry 3D Install BlackBerry 3D AirPlay - The BlackBerry 3D application is available in a new version. Download the Microsoft Plugin. 2. Download the BlackBerry 3D app and the free version. Download the Microsoft Plugin. My name is: Monitor the state of the brain. Lumri, what are you doing? The HCP is listed on the prescription. Verande Koonki: Da Spa Kile (Iol Ton) Ma Jore Kare. Apache 2: Your body shape and your appearance. The term color: The color of the food, especially in the laboratory. Second stage: Mog during Shaukha Yu Wireless adapter: This is a wireless network that connects to the Internet. The following products are effective for consumers: Sodo Ermon - Da G.D. The important words on the list are: Tasso delta yast: / tasso delta yast: / shrikol / d word list / tasso delta yast: Dark Cry Data XT: / US R / Shricol / The Word List / Dark Cry Data XT What is the list of dice spread xt: / u s r / shricol / d word list / cycle / d dice spread xt The John D The Record List: / USSR / Shrikul / John / Dados Da Sinha IS TI Cricket Station Branch Word List: /USR/Share/List of words/XT Cricket Station Dice Stage 3: Explanation Download the script: I take a picture of my colorful pencil in the light. The wireless interface is connected: Yes, the wireless interface is connected to the message connection. wlan0 What's the bottom? Wireless Interface (WLAN0): Our team's goals are: new K-pop Korean dramas, K-pop, K-pop, BLACKPINK, Singalong and some new reasons. Example: Da Dee: My Network | PS: 00:11:22:33:44:55 | Psychic: 6 | Signal: -40dBm | Pat Kerry: WPA2 I'm looking for a post for Staso: But didn't you jump into the post of Tasso? Next step: Add a new charger Whether the script is liked or printed on a document. Selection 1: Check whether WPA/WPA2 is enabled or not. Consider the activities of the selected child. The 60 second check is the knife truck. The 60 second check is the knife truck. The 60 second check is the knife truck. Optional: The check mark must be sent to the clients before they are set up and sent to the pill campaign. Second choice: Lumri, Tasso must switch off or get rid of it. (Lomri, you must get rid of Taso) Don't harm me. Yes, that's a sponge that's in the car. The mask branch of Pacolo is open for work. What keys do you need to install in this application and install it on your computer? That Tasso is a righteous authority, no Tasso works to intervene and does not tasso to ar she che le kore vozae. Fifth row: The car is two rows. That tasu pade ke livaltia lere, da be d honda azmoine wi. Hostapd does not have permission to install any application to quote any ports. dnsmasq has launched a new portal to offer new merchandise. There is no evidence that this is the case. Here's a new look at the earthquake: Tel Aviv / Jagra / Zanda / Apache 2 / D Zanda Information Search Shapgm Gam: Expert and worker and Zeno Te Lar She For every Indian, a book is likely to be included in the list of things that have been experienced. The list of dictionaries: bottom of your heart Tiara Disc CD XT D Ski List: Sinha XT Dice The John The Ripper List The Creek Station Branch The Word List How many people are on the list of worthy jobs (referred to as workers at the Larshod Mosque) The Air Creek - The Air Creek Repair Code: Air Creek-Khtiz J-Dobley / Larah/Tah/D Kalmo List-B <RETURN IS HELP> Lacey Check-01. Satel He gave the following report: ---- Please report the test ---- My Patnam: 00:11:22:33:44:55 Currently:

[arbgit]

جميع أوامر termux للأختراق والتهكير all Commands Termux

 أوامر في تطبيق Termux من خلال هذا المقال سوف نتعرف على كل أوامر termux وشرح اهم الأوامر في تطبيق Termux للأختراق وكيفيه التعامله معه تطبيق Termux يعتبر من اهم التطبيقات التي يجب عليك تثبيته على هاتفك الأندرويد فأنت لست بحاجه لجهاز حاسوب لكي تتعلم الأختراق ولكن علينا اولاً ان نتعرف على التطبيق شرح termux commands list وما هي الاومر الاولى  في تشغيل termux قبل البدء كل هاذا سوف نتعرف عليه من خلال هذا المقال . termux commands list

جميع أوامر termux للأختراق والتهكير all Commands Termux

اوامر termux للاختراق كنا قد نشرنا مواضيع كثيرة حول تطبيق تيرمكس وربما من اشهر هذه المواضيع شرح جميع اوامر Termux لكن اليوم سوف نقدم مجموعه اخرى من الأوامر المهمه والتي من خلالها سوف تتعرف على كيفيه التعامل مع تطبيق تيرمكس بشكل ممتاز دون الحاجه الى اي مساعدة من احد , وربما من اهم ما يجب ان تتعلمه هوا termux commands list اي أوامر تيرمكس وهذه امر مهم جداً فمن دونها لن تتكمن من التعامل مع التطبيق فلكل امر وظيفه معينه يقوم بها مثل تحميل الأدوات والتنقل بين الملفات وفهم الصلاحيات وغيرها اوامر termux .

لكن ما هوا termux وفيما يستعمل , حسناً دعني اجيبك بشكل مبسط تيرمكس اوامر termux هوا تطبيق عبارة عن Terminal اي سطر اوامر مبني على اللنكس من خلاله يمكنك تحميل ادوات الأختراق او وتشغيل سكربتات بللغات برمجيه مختلفه مثل Paython وغيرها فهوا شبيه الى حد ما في ن��ام Kali linux ولكن تيرمكس يعمل على الهاتف اي لست بحاجه الى جهاز كمبيوتر اوامر termux للاختراق .

أهم أوامر تشغيل termux قبل الأستعمال

pkg update pkg upgrade pkg install python pkg install python2 pkg install python3 pkg install ruby pkg install git pkg install php pkg install java pkg install bash pkg install perl pkg install nmap pkg install bash pkg install clang pkg install nano pkg install zip pkg install unzip pkg install tor pkg install sudo pkg install wget pkg install openssl

أوامر Termux لأنشاء ملفات والتنقل بينها

touch لأنشاء ملف جديد cat أنشاء ملف جديد بمحتوى echo “hello world” انشاء ملف جديد وكتابه بداخله cat >> [file name] – اضافه محتوى في ملف موجود مسبقاً mkdir [name] – انشاء فولدر او ملف جديد

أوامر النسخ واللصق Termux

cp لنسخ الملفات cp -r لنسخ الملف في اي مسار mv يستعمل لنقل الملفات من مسار الى اخر mv -v يستعمل لنقل اي ملف mv [file1 name] نقل واعادة تسميع الملف mv -i التحريك والكتابه فوق الملف mv -f – نقل الملف والكتابه فوقه بشكل اجباري

أوامر التنقل بين الملفات  Termux

cd يستخدم لتنقل بين الملفات cd / يستعمل للرجوع الى ملف الروت cd .. لرجوع خطوة الى الخلف

وهذه أوامر الأخرى اساسيات termux

rm لحذف الملف pwd لمعرفه مسارك wget لتحميل الأدوات git clone لتحميل الأدوات من رابط apt install curl لتحميل apt search للبحث عن حزم unzip لفك الضغط عن الملف bye لعمل اغلاق لسطر الأوامر whoami – لمعرفه اسم المستخدم nano لتعديل على ملف ifconfig لمعرفه اي بي جهازك

تحميل جميع ادوات termux

Termux-kalinetHunter

git clone https://github.com/Hax4us/Nethunter-In-Termux cd Nethunter-In-Termux chmod +X* ./kalinethunter

Lazymux Tool

قد يعجبك ايضا

منذ عام

جميع أوامر termux للأختراق والتهكير all Commands Termux

منذ عام

تحميل كتاب أساسيات Termux للأختراق على الهاتف PDF

منذ عام

كتاب جميع أوامر تطبيق Termux

git clone https://github.com/Gameye98/Lazymux cd Lazymux chmod +X* python2 lazymux.py

Tool-X

pkg install git git clone https://github.com/Rajkumrdusad/Tool-X.git cd Tool-X chmod +x install.aex sh install.aex

اوامر Termux لاستخراج المتاحات

xHak9x

apt update && apt upgrade apt install git python2 sudo git clone https://github.com/xHak9x/fbi.git cd fbi sudo pip2 install -r requirements.txt sudo python2 fbi.py

theHarvester

git clone https://github.com/laramies/theHarvester ls cd theHarvester python2 theHarvester.py pip2 install requests python2 theHarvester.py -d hotmail.com -b google -l 500 python2 theHarvester.py -d yahoo.com -b google -l 500

أوامر termux اختراق wifi

wifiphisher

apt-get install git python apt-get install python python-pip python-setuptools pip install scapy git clone https://github.com/wifiphisher/wifiphisher.git cd wifiphisher python setup.py install cd wifiphisher python wifiphisher

جميع اوامر Terminal Emulator للاندرويد

dhcpcd dmesg dnsmasq dumpstate dumpsys dvz fsck_msdos gdbserver getevent getprop gzip hciattach hd id ifconfig

ash awk base64 bash busybox cat chmod chown cksum clear cmp cp cut date dd df diff dirname echo env expr false fgrep find gawk grep gunzip gzip head id install kill killall ln ls md5sum mkdir mknod mktemp mv nice nl nohup od paste patch pgrep pkill ps pwd readlink realpath rm rmdir sed seq sha1sum sha256sum sha3sum sha512sum sleep sort split stat stty sum tail tar tee test timeout touch tr true uname uniq unzip uptime users wc which xargs yes zcat ls: قائمة الملفات والدلائل في الدليل الحالي اوامر termux للاختراق . cd: قم بتغيير دليل العمل الحالي. mkdir: إنشاء دليل جديد. touch: قم بإنشاء ملف جديد. echo: إخراج النص المحدد. cat: عرض محتويات الملف. grep: ابحث عن أنماط في الإدخال. wget: قم بتنزيل ملف من الإنترنت. curl: نقل البيانات من أو إلى الخادم. apt-get: تثبيت أو إزالة الحزم من مدير الحزم. apt-cache: الاستعلام عن قاعدة بيانات مدير الحزم. find: البحث عن الملفات في التسلسل الهرمي للدليل. gzip: ضغط الملفات أو فك ضغطها. tar: إنشاء أو استخراج أو سرد محتويات أرشيف القطران. ssh: الاتصال بجهاز بعيد باستخدام بروتوكول SSH.

[playstationvii]

Building a self-functioning Wi-Fi network requires both hardware and software components. The software part includes a script that configures the network settings (such as the SSID, security protocols, IP allocation, etc.) and raw code that manages the functioning of the network. Here’s a basic outline for a self-functioning Wi-Fi network setup using a Raspberry Pi, Linux server, or similar device.

Key Components:

• Router: Acts as the hardware for the network.

• Access Point (AP): Software component that makes a device act as a wireless access point.

• DHCP Server: Automatically assigns IP addresses to devices on the network.

• Firewall and Security: Ensure that only authorized users can connect.

Scripting a Wi-Fi Access Point

1. Set Up the Host Access Point (hostapd):

• hostapd turns a Linux device into a wireless AP.

2. Install Necessary Packages:

sudo apt-get update

sudo apt-get install hostapd dnsmasq

sudo systemctl stop hostapd

sudo systemctl stop dnsmasq

3. Configure the DHCP server (dnsmasq):

• Create a backup of the original configuration file and configure your own.

sudo mv /etc/dnsmasq.conf /etc/dnsmasq.conf.orig

sudo nano /etc/dnsmasq.conf

Add the following configuration:

interface=wlan0 # Use the wireless interface

dhcp-range=192.168.4.2,192.168.4.20,255.255.255.0,24h

This tells the server to use the wlan0 interface and provide IP addresses from 192.168.4.2 to 192.168.4.20.

4. Configure the Wi-Fi Access Point (hostapd):

Create a new configuration file for hostapd.

sudo nano /etc/hostapd/hostapd.conf

Add the following:

interface=wlan0

driver=nl80211

ssid=YourNetworkName

hw_mode=g

channel=7

wmm_enabled=0

macaddr_acl=0

auth_algs=1

ignore_broadcast_ssid=0

wpa=2

wpa_passphrase=YourSecurePassphrase

wpa_key_mgmt=WPA-PSK

wpa_pairwise=TKIP

rsn_pairwise=CCMP

Set up hostapd to use this configuration file:

sudo nano /etc/default/hostapd

Add:

DAEMON_CONF="/etc/hostapd/hostapd.conf"

5. Enable IP Forwarding:

Edit sysctl.conf to enable packet forwarding so traffic can flow between your devices:

sudo nano /etc/sysctl.conf

Uncomment the following line:

net.ipv4.ip_forward=1

6. Configure NAT (Network Address Translation):

sudo iptables -t nat -A POSTROUTING -o eth0 -j MASQUERADE

sudo sh -c "iptables-save > /etc/iptables.ipv4.nat"

Edit /etc/rc.local to restore the NAT rule on reboot:

sudo nano /etc/rc.local

Add the following before the exit 0 line:

iptables-restore < /etc/iptables.ipv4.nat

7. Start the Services:

sudo systemctl start hostapd

sudo systemctl start dnsmasq

8. Auto-Start on Boot:

Enable the services to start on boot:

sudo systemctl enable hostapd

sudo systemctl enable dnsmasq

Raw Code for Wi-Fi Network Management

You may want a custom script to manage the network, auto-configure settings, or monitor status.

Here’s a basic Python script that can be used to start/stop the network, check connected clients, and monitor activity.

import subprocess

def start_network():

"""Start the hostapd and dnsmasq services."""

subprocess.run(['sudo', 'systemctl', 'start', 'hostapd'])

subprocess.run(['sudo', 'systemctl', 'start', 'dnsmasq'])

print("Wi-Fi network started.")

def stop_network():

"""Stop the hostapd and dnsmasq services."""

subprocess.run(['sudo', 'systemctl', 'stop', 'hostapd'])

subprocess.run(['sudo', 'systemctl', 'stop', 'dnsmasq'])

print("Wi-Fi network stopped.")

def check_clients():

"""Check the connected clients using arp-scan."""

clients = subprocess.run(['sudo', 'arp-scan', '-l'], capture_output=True, text=True)

print("Connected Clients:\n", clients.stdout)

def restart_network():

"""Restart the network services."""

stop_network()

start_network()

if __name__ == "__main__":

while True:

print("1. Start Wi-Fi")

print("2. Stop Wi-Fi")

print("3. Check Clients")

print("4. Restart Network")

print("5. Exit")

choice = input("Enter your choice: ")

if choice == '1':

start_network()

elif choice == '2':

stop_network()

elif choice == '3':

check_clients()

elif choice == '4':

restart_network()

elif choice == '5':

break

else:

print("Invalid choice. Try again.")

Optional Security Features

To add further security features like firewalls, you could set up UFW (Uncomplicated Firewall) or use iptables rules to block/allow specific ports and traffic types.

sudo ufw allow 22/tcp # Allow SSH

sudo ufw allow 80/tcp # Allow HTTP

sudo ufw allow 443/tcp # Allow HTTPS

sudo ufw enable # Enable the firewall

Final Notes:

This setup is intended for a small, controlled environment. In a production setup, you’d want to configure more robust security measures, load balancing, and possibly use a more sophisticated router OS like OpenWRT or DD-WRT.

Would you like to explore the hardware setup too?

[firdosshaik]

Understanding DNS Flushing A Comprehensive Guide

The Domain Name System (DNS) is a critical component of the internet, functioning like a phonebook that translates human-friendly domain names (like www.example.com) into IP addresses (like 192.0.2.1) that computers use to identify each other on the network. Occasionally, issues arise that necessitate a DNS flush. This process involves clearing the DNS cache, which can resolve various connectivity problems and improve internet performance.

What is DNS Flushing?

DNS flushing refers to the process of clearing the DNS cache on a computer or network device. The DNS cache stores the IP addresses of recently visited websites, which helps speed up the loading times by eliminating the need to repeatedly query DNS servers for the same information. Over time, the cache can become outdated or corrupted, leading to potential issues such as:

Inability to access certain websites

Incorrect website loading

Slow internet speeds

Flushing the DNS cache forces the system to discard the stored IP addresses, ensuring that the next time a website is accessed, the most current and accurate information is retrieved from the DNS server.

Why Flush DNS?

Several scenarios might prompt the need to flush your DNS cache:

Network Troubleshooting: If you’re experiencing issues with website accessibility, a DNS flush can resolve problems caused by outdated or corrupt cache entries.

Website Changes: When a website changes its IP address, the DNS cache might hold the old address, causing difficulties in accessing the site until the cache is updated.

Privacy: Regularly flushing the DNS cache can help protect privacy by removing records of previously visited websites.

Security: Clearing the cache can mitigate certain types of cyber attacks, such as DNS spoofing or cache poisoning, where attackers corrupt the DNS cache to redirect users to malicious websites.

How to Flush DNS

The method for flushing DNS varies depending on the operating system you are using. Below are instructions for Windows, macOS, and Linux.

Windows

Open Command Prompt: Press Win + R, type cmd, and press Enter.

Flush DNS: In the Command Prompt window, type the following command and press Enter:

bash

Copy code

ipconfig /flushdns

macOS

Open Terminal: Go to Applications > Utilities > Terminal.

Flush DNS: Depending on your macOS version, type the appropriate command and press Enter:

macOS Sierra and later:

Copy code

sudo killall -HUP mDNSResponder

macOS Yosemite:

Copy code

sudo discoveryutil mdnsflushcache

Older versions:

Copy code

sudo dscacheutil -flushcache

Password: You may be prompted to enter your administrative password.

Linux

Open Terminal: The method to open Terminal varies by Linux distribution, but typically it’s found in the Applications menu.

Flush DNS: The command to flush DNS can differ based on the caching service your system uses. For systems using systemd-resolved, type:

arduino

Copy code

sudo systemd-resolve --flush-caches For systems using dnsmasq or nscd, you might use:

swift

Copy code

sudo /etc/init.d/dnsmasq restart sudo /etc/init.d/nscd restart

Conclusion

Flushing the DNS cache is a simple yet effective way to resolve common internet connectivity issues, improve privacy, and enhance security. Whether you’re troubleshooting network problems or ensuring you have the most up-to-date DNS information, understanding how and when to perform a DNS flush is a valuable skill for maintaining a smooth and secure online experience. Regular maintenance, including DNS flushing, can help keep your internet connection running efficiently and securely.

[hackernewsrobot]

Dnsmasq wins the first BlueHats Prize

https://nlnet.nl/news/2024/20240418-BlueHatsPrize1.html

[novalabs]

10 Best Local WordPress Development Environments

Do you want to drastically lower the possibility of your WordPress website crashing while still being able to make changes to it quickly and simply? Then, a local WordPress development environment will come in helpful.

It is safe to make changes in a local WordPress development environment without interfering with your website. You may safely update websites, test themes and plugins, and provide good performance at a reasonable cost in your environment. Because you can use these products without an internet connection, they are also very convenient.

1) Local By Flywheel

Flywheel's Local is user-friendly even for those without any prior development experience. It was formerly limited to macOS users, but it is now available for Windows as well.

With this tool, choosing between Nginx and Apache servers simplifies the process of creating a new website. Because Local offers the ability to generate live links for your local websites, you can work together with colleagues or clients as well.

2) WampServer

Next up is WAMPServer, a well-liked and remarkably versatile Windows web development environment. Windows, Apache, MySQL, and PHP are the acronyms for WAMP. With PHP, Apache, and a MySQL database, you may use it to develop any kind of web application.

You don't need to use a remote web server to administer, create, test, and construct websites with this tool.

3) XAMPP

Cross-platform, Apache, MariaDB, PHP, and Perl are the acronyms for XAMP. This Apache distribution comes with PHP, Perl, and MariaDB and works with Windows, Linux, and OS X.

With almost everything needed for a local WordPress development environment, XAMP is an incredibly potent tool. Like the best local environments, XAMPP lets you continue working on your website even when you are not connected to the internet.

Because your site is offline and you can work away from prying eyes of clients or hackers, it also offers superior protection.

4) MAMP

MAMP is limited to Windows and macOS, unlike XAMP. On the other hand, it gives you access to extra programs like phpMyAdmin, Perl, Python, etc. This implies that while building local websites and apps, you have a lot of possibilities.

Compared to other tools on this list, it provides less control over each environment's components, but because it has fewer options, it is one of the easiest to use.

You can also choose to use MAMP Pro, the tool's commercial version, if you truly want all the capabilities and options, like a built-in editor, the ability to set up Nginx servers, and a mobile testing tool.

5) Vagrant

If you like to run virtual computers on your computer and use them as environments for your projects, Vagrant is a fantastic tool. You may quickly create up different Multi-VM machines and launch them all with a single command using a single configuration file.

Additionally, Vagrant stores configuration settings in a text file, placing them under source control. Therefore, you may use Vagrant to reload the virtual machine and undo any modifications made to your website in case something goes wrong.

6) Laragon

Despite being more recent than some of the environments on our list, Laragon boasts blazingly quick performance and effortless installation. On Windows devices, Laragon offers what may be the simplest installation for MySQL, PHP, Perl, and Apache web servers.

Furthermore, PHP extensions can be activated with a single click, in contrast to earlier tools. Laragon lets you share your work with clients or colleagues and is free to download and use.

7) Laravel Valet

For Mac minimalists, Valet by Laravel offers a distinctive local WordPress development environment. When you turn on your Mac, it sets up Nginx to run in the background. Valet then proxies all requests to websites that are installed on your machine via DnsMasq.

As a result, while consuming a remarkably small amount of RAM, the programming environment becomes even faster than Laragon. Valet is quicker, simpler to use, and ideal for systems with less RAM than XAMPP or Vagrant, even

if it lacks some of their features and power.

8) Instant WP

An excellent local WordPress website powering option is Instant WP. Despite lacking the robustness of some of the more capable environments, this tool's ability to run from a USB drive and on both Windows and macOS is one of its strongest features.

Therefore, if you need to work on a WordPress project locally on several PCs or wish to share a copy of your project without hosting it on a web server, Instant WP is a practical option.

9) DevKinsta

For Windows, Ubuntu, and macOS, DevKinsta is a free local WordPress development environment.

DevKinsta allows you to launch as many websites as necessary by mimicking the one-click WordPress site creation process locally. It also allows users to switch between PHP versions for testing and supports the most recent versions of PHP.

DevKinsta uses Docker to quickly and securely create a local WordPress environment that enhances security, performs well, and makes upgrades and bug fixes simpler.

10) Duplicator

You can replicate a WordPress website to your local computer or another hosting account with Duplicator, a free, wildly popular, and highly rated WordPress plugin.

[rust-official]

A bit more than a week with the Ubiquiti router and I'm very happy with it so far. Still need to set up DNS and Wireguard, but everything else is working. IPv6 was a bit confusing, because it is work despite the device saying it has no IPv6 IP for the WAN interface (btw any bets on whether tumblr will get IPv6 connectivity before it dies?).

It does have a built-in DNS server and I may just import everything from what I was doing with dnsmasq manually. The network changes so infrequently that once I migrate everything it won't be onerous to add/remove a host as it comes up.

I enabled ssh auth and ooh, what's this?

Linux UCG-Max 5.4.213-ui-ipq5322 #5.4.213 SMP PREEMPT Thu Sep 12 13:21:06 CST 2024 aarch64

Well then. That's interesting. I was not expecting to find a standard Linux system!

brb bricking my router

haha fuck me. Did some poking and it's actually fucking running dnsmasq for the DNS entries I'm giving it 😂

Don't buy Protectli hardware, folks. This is the third machine from them I've had fail. First two were disk failures, this one won't even POST. I thought it was cool having a full Linux machine that I could configure--and it even has coreboot! But now the thing won't POST and I'm tethering from my phone. It seems their machines regularly die after about six months of use.

Don't buy Protectli.

Not taking hardware recommendations, I know what I'm going to buy instead.

[moisrex]

I don't know why today my ISP is blocking every #dns query. So here is me using #dnscrypt and #dnsmasq to encrypt the heck out of my dns queries. Funny thing is if I turn off my pc, everyone in the #network loses #internet. I think I'll go to sleep early tonight 🤣😂👹👹😈. . . #terminal #linux #query #command #networking #problem #filter #manjaro #archlinux #kde #nslookup #dnsquery #ISP #technology #techie https://www.instagram.com/p/BqngWRIh_p2/?utm_source=ig_tumblr_share&igshid=wotozn5uccn6

[elwonplacenta]

Setting up a Raspberry Pi is always an adventure, and our latest project has been no exception! We've been diving deep into the world of network configuration, and after a bit of head-scratching (and a few "aha!" moments), we've made some significant progress in understanding how to get our Pi to share its internet connection.

Initially, like many, we fell into a common trap. Our goal was to share the internet connection from our Raspberry Pi, and our first thought was to assign a static IP address to wlan0 – the wireless interface. The logic seemed sound: wlan0 is how the Pi connects to the internet (via a hotspot, in our case), so surely that's where the magic needed to happen, right?

Not quite!

After some experimentation and a healthy dose of troubleshooting, we realized a crucial distinction. While wlan0 receives the internet connection, it's not the ideal interface for sharing it in the way we envisioned. Think of it this way: wlan0 is like the person receiving a package at the door. They've got the package, but they're not the ones distributing it to everyone else in the house.

This led us to eth0 – the trusty wired Ethernet port. And that's where the real breakthrough happened! We had a lightbulb moment: eth0 is perfectly suited for sharing the connection.

Here's why eth0 is our new best friend for internet sharing:

* Dedicated Connection: eth0 allows for a direct, dedicated connection to another device, like a router or even another computer. This is ideal for creating a stable and reliable shared network.

* Logical Separation: By using eth0 to share, we can keep the wlan0 interface focused on its primary job: connecting to the internet. This simplifies the network topology and makes it easier to manage.

* Foundation for a Robust Setup: With eth0 as our sharing interface, we can now configure it to act as a DHCP server, enable IP forwarding, and set up Network Address Translation (NAT). These are the essential ingredients for turning our Raspberry Pi into a powerful internet gateway.

So, what's the plan moving forward?

Our focus has now shifted to configuring eth0. We'll be looking at:

* Assigning a static IP address to eth0: This will be the gateway for any devices connected to it.

* Enabling IP forwarding: This is the key to telling the Pi to route traffic between our wlan0 internet source and our eth0 shared network.

* Setting up a DHCP server (like dnsmasq) on eth0: This will allow devices connected to eth0 to automatically get an IP address from our Pi.

* Configuring iptables for NAT: This crucial step will ensure that devices on our eth0 network can access the internet through our wlan0 connection.

This project has been a fantastic learning experience, highlighting the importance of understanding the fundamental roles of different network interfaces. We're excited to get eth0 fully configured and unlock the full potential of our Raspberry Pi as an internet sharing hub.

Stay tuned for more updates as we continue to build out this network!

- I used ai for this post.

[softwareengineeringleader]

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[plebcoder]

dnsmasq adventures

so does dnsmasq run on a created interface or whats up? i am confused how i change the router ip address. Guess its with ip link commands, /etc/sysconfig/network-scripts/* or by using /etc/systemd/network/*.link files

[angkrek]

70-80ms tanpa cache