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Published on: July 6 2023 by pipiads

In this video, Rob from Matt back SEO and the Rizk ad agency introduces their new service on legitdot com, which focuses on do-it-for-you on-page optimization for local SEO and map pack SEO. Rob emphasizes the importance of on-site optimization, especially for the map pack, and assures that the service complies with all Google SEO elements and suggestions.

Service Features:

- The service takes about five days and is priced at $150.

- The service focuses on optimizing the page linked to your GMB for your Google my business page.

- The service includes optimizing favicon creation, image alt tags, internal and external links, meta title, meta description, header tags, h1, h2, and checking for duplicated spin content to remove it.

- The service also includes verifying your mobile appearance, updating and optimizing PageSpeed with the WordPress plugin, setting up and testing your schema markup, checking appropriate content length on landing page, creating and submitting your XML sitemap, checking for NAP information across your website, creating and submitting canonical tags, and fixing the Li BW w access issues.

- The service also includes editing the HCC file, updating the website copyrights, optimizing page content based on keywords, checking for broken links, and more.

Report and Requirements:

- After ordering the service, you will receive a report with details and screenshots for every test conducted, keywords focused on, and AMP information on the website.

- To avail the service, you will need to provide your money sites, your main three keywords, your WordPress or CMS login as an admin, your NAP information, and a short description of your website.

- The service can work with different CMS platforms such as Drupal, Joomla, Wix, and Shopify.

Rob assures that the service will boost your ranking organically and on the map, and if it doesn't in 30 days, they will return your money. He emphasizes the importance of on-site optimization and encourages customers to avail of their service to improve their website's ranking.

Perl part 6: Writing a web crawler with LWP

In today's short class, we will be looking at some example Perl code and writing a web crawler using Perl. This will be a simple piece of code that will go to a website, download the raw HTML, iterate through that HTML, find the URLs, retrieve those URLs, and store them as files.

Main Content:

- We will create a series of HTML files numbered 0.html, 1.html, 2.html, and so on, along with a map file that contains the number and the original URL.

- We will choose about 10 websites at random for our initial iteration, but you can download as many websites as you have disk space for.

- We will use the LWP::Simple Perl module to interact with websites.

- To begin, we will create a program called webcrawler.pl.

- We will start with the shebang that tells our computer where to find Perl, and provide a one-line description.

- We will use use strict to ensure that all of our variables are declared and used within their scope.

- We will use the get method from LWP::Simple to retrieve the HTML from the user-provided URL.

- We will then iterate through the HTML to identify all of the URLs and store them in an array.

- We will create a directory called web and set permissions on it.

- We will open an output file called url map and check that it was created and has write access.

- We will loop through the URLs array and get a random element, save the result as a file, and print to the url map file.

- Finally, we will increment the count and close the url map file.

- We will also print to standard error to show the item count from the source.

By following these steps, we have successfully built a simple web crawler that can retrieve data from websites and store it as files. This code can be modified to retrieve more information and add data to databases in our next example class.

We look into analytics with Plausible

Hello explorers! Today we're going to talk about Plausible, a solution for website analytics that you might find plausible if you're hesitant to trust other vendors or if you have concerns about GDPR compliance. Let's switch over to my screen and install Plausible.

Installation:

- Install Docker Compose, Git, and NPM

- Clone the analytics part of the repository and the hosting repository

- Edit the environment variable and Plausible configuration with desired settings

- Check Docker status and run Docker Compose up as a daemon

- Wait for packages to install

Script:

- Fetch script element and endpoint

- Exclude paths on certain pages

- Send payload with event name, URL, domain, referrer, and device type

- Send metadata and props if set

- Hash data if enabled

- Send data using HTML HTTP requests

- Handle outbound links and file downloads

- Trigger events based on specific settings

- Handle page views, history, and visibility changes

- Plausible is a lightweight and customizable solution for website analytics

- It can be installed easily using Docker Compose and configured with desired settings

- The tracking script is small and won't impact website performance

- Plausible offers a range of features, including outbound link and file download tracking and page view history handling.

LEMP with PHP-7.1 - Setting Up MySQL

In this video, the focus is on installing MySQL and integrating it with a Laravel application. The steps taken include updating the system, installing MySQL server and client, and securing the installation through a password and removal of anonymous users. The video also demonstrates creating a new database, adding a user, and setting privileges to enable access for the application to connect with MySQL.

The importance of network security with MySQL is highlighted, where the video showcases binding MySQL to a private network IP address and allowing login from a specific network only. The video concludes by touching upon setting up REST.

Key takeaways from the video include:

- Installing MySQL server and client

- Securing MySQL installation with a password

- Creating a new database and user

- Setting privileges for the user to enable access for the application

- Understanding the importance of network security with MySQL

- Binding MySQL to a private network IP address and allowing login from a specific network only

- Setting up REST

(Part 1) How to deploy an authoritative DNS server using PowerDNS and PowerDNS Admin on linux ubuntu

In this two-part tutorial, we will be showing you how to install Power DNS and Power DNS Admin on Linux Ubuntu 20.04 LTS using Amazon Web Services. Power DNS is a premium supplier of open source DNS software that is used by some of the most demanding users of DNS worldwide. It is an authoritative server and recursive, and it is 100% open source.

Installation Steps:

1. Deploy Linux Ubuntu Instance on Amazon Web Services:

- Log into your Amazon account and click on the create instance button.

- Scroll down and click on OS only and choose the Ubuntu 20.04 instance type.

- Click on the $5 plan and set the name of the instance to Power DNS Server.

- Click on the create instance button.

2. Create A Record on Amazon Route 53:

- Copy the IP address of the instance.

- Open up Amazon Route 53 and click on the hosted zones shortcut link.

- Click on any one of your hosted zones that you want to use for this project.

- Click on create record.

- Set the record name to Power DNS Server and paste in the public IP address for the Linux instance.

- Click on apply.

3. Connect to the Instance via SSH:

- Click on the instance name and on the connect tab, scroll down and click on the download default keyboard link.

- Open terminal application and change the working directory to the downloads directory.

- Set the key pay file to read-only by running the command chmod 400 and specify the file name for the keypad file.

- Connect to the instance via SSH by running the command ssh -i filename.pem ubuntu@public-ip-address.

4. Set the Hostname and Edit the Host Configuration File:

- Set the hostname for the instance by running the command hostnamectl set-hostname powerdns-server.

- Edit the etc host configuration file by running the command nano /etc/hosts.

- Add 127.0.0.1 localhost and public-ip-address powerdns-server.reallysoftwebservice.com to the host file.

- Save the file and exit.

5. Install MariaDB and Power DNS:

- Run the command apt update to update the system packages.

- Install common packages and Git by running the command apt install software-properties-common git.

- Install MariaDB by running the command apt install mariadb-server.

- Start the service and set it to start up on system boot up by running the commands systemctl start mariadb and systemctl enable mariadb.

- Secure the MariaDB installation by running the command mysql_secure_installation.

- Create a database and a user for the database by running the command mysql -u root -p and CREATE DATABASE pdns; GRANT ALL ON pdns.* TO 'pdns'@'localhost' IDENTIFIED BY 'password'; FLUSH PRIVILEGES; EXIT;.

- Disable the default Ubuntu system resolver by running the command systemctl stop systemd-resolved and systemctl disable systemd-resolved.

- Create a new resolve connect file by running the command nano /etc/resolv.conf and add nameserver 8.8.8.8 to the file.

- Install Power DNS by running the command apt install pdns-server.

- Import the default database schema for Power DNS by running the command mysql -u pdns -p pdns < /usr/share/doc/pdns-server/schema.mysql.sql.

- Create a gmysql conf file by running the command nano /etc/powerdns/pdns.d/pdns.local.gmysql.conf.

- Change the file permissions by running the command chown pdns:pdns /etc/powerdns/pdns.d/pdns.local.gmysql.conf.

- Restart and enable the pdns service by running the commands systemctl restart pdns and systemctl enable pdns.

- Check if pdns is working correctly by running the command netstat -tulpen | grep pdns.

- Check if Power DNS is responding to DNS requests by running the command dig google.com @127.0.0.1.

In conclusion, we have successfully installed Power DNS on Linux Ubuntu 20.04 LTS using Amazon Web Services. This tutorial has covered the necessary steps to set up an authoritative server and recursive and ensure that it is working correctly. Stay tuned for part two of this tutorial, where we will show you how to install the Power DNS Admin web-based configurator. Thank you for viewing.

AWS - Installing WordPress on EC2(ubuntu) - Complete LAMP setup with step by step instructions

Installing WordPress on an EC2 Instance: A Step-by-Step Guide

- This article provides a comprehensive guide on how to install WordPress on an EC2 instance using Ubuntu OS on AWS.

- The guide covers the installation of Apache, MySQL, PHP, and WordPress.

Installation Steps

1. Create an EC2 instance on AWS console and choose Ubuntu as the OS.

2. Select T2 micro instance type and 20 GB storage.

3. Set up security groups with HTTP and HTTPS configurations.

4. SSH into the instance and execute commands to update and upgrade the machine.

5. Install Apache by running the command 'sudo apt install apache2'.

6. Check the status of Apache and browse the public IP to ensure that it's running.

7. Install Maria DB and its client for database connection.

8. Configure the root password of the DB to secure the database.

9. Install PHP and its required packages for WordPress support.

10. Download the latest version of WordPress from the official website.

11. Move all the content of WordPress to the root of Apache server.

12. Change the ownership of the WordPress folder to www-data user.

13. Remove the index.html file to allow WordPress to take over.

14. Install WordPress by following the language selection and database setup.

- By following the above steps, users can easily install WordPress on an EC2 instance.

- The guide covers all the necessary configurations to ensure smooth installations.

- Users can now start their WordPress setup for blogging or any type of website creation on the EC2 instance.

Install Apache + MySQL + PHP (LAMP Server) on Raspberry Pi

In this article, we will discuss the process of installing a LAMP server on a Raspberry Pi. We will follow the instructions found in a link that was discovered through a Google search. The installation of Apache, MySQL, and PHP will be covered, as well as the installation of phpMyAdmin. We will also explore some optional commands for managing web pages.

Installing a LAMP Server on a Raspberry Pi:

- Update prerequisites using the code provided.

- Install Apache using the command provided.

- Check if Apache is installed by going to root and checking the www/html folder.

- Install PHP using the command provided.

- Create a PHP file to test if PHP is working correctly.

- Restart Apache, if needed.

- Install MySQL using the command provided.

- Set root password for MySQL.

- Remove anonymous users and the test database for security.

- Install phpMyAdmin using the instructions provided.

- Enable the mysqli extension and restart Apache.

- Log in to phpMyAdmin using the defined username and password.

- Optional: change permissions for the html folder to manage web pages.

By following the instructions provided, we successfully installed a LAMP server on a Raspberry Pi. We learned how to install Apache, MySQL, and PHP, as well as how to use phpMyAdmin to manage our databases. We also explored some optional commands for managing web pages. With this knowledge, we can now use our Raspberry Pi as a web server.

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