#Ubuntu Linux

This guide teaches how to install Magento 2 on Google Cloud servers running Ubuntu Linux. It provides a detailed step-by-step process that starts from domain registration, setting up a Google Cloud server, installing necessary software and packages, and finally installing Magento. Magento is an open-source eCommerce platform that enables users to create a professional, dynamic online store with a variety of templates and plugins. The guide is part of a series aimed at beginners, teaching them to create and run a website online.

The post guides users on installing the LAMP stack on Google Cloud servers with Ubuntu Linux. It's part of a series providing step-by-step instructions, from registering a domain name to setting up a Google Cloud server and installing essential software and packages. After successfully creating a website domain, setting up the server, and having Apache, Nginx, PHP, MySQL, or MariaDB installed, readers can proceed with installing the LAMP stack.

The post guides beginners on setting up a Joomla website on Google Cloud servers running Ubuntu Linux. It is the seventh in a series that started with domain name registration and setting up a Google Cloud server. It provides detailed instructions for installing Joomla and connecting to Google Cloud servers. The process also includes installing necessary software, packages, and a database server for enhanced functionality and efficient content storage.

This post guides readers on how to install Drupal on Google Cloud servers running Ubuntu Linux. After setting up a Google Cloud server and installing necessary software and packages, users can use Drupal to build a dynamic and functional website. The guide also covers connecting to Google Cloud servers via SSH, and installing Drupal using either Apache or Nginx on Ubuntu Linux.

This post guides students and new users on installing WordPress on Google Cloud servers running Ubuntu Linux. It is the seventh in a series that includes creating a website domain, setting up Google Cloud servers, and installing necessary software/packages. With the acquired knowledge, users can now employ WordPress for a functional and professional website. The process can be directly executed from the user's browser using the server hostname or IP address.

This post provides a step-by-step guide for students and new users to install MySQL or MariaDB database server on Google Cloud servers running Ubuntu Linux. As part of a series, it shows how to set up a web server, create a domain, and install necessary software for building and running a website. It particularly emphasizes the importance of a database server for content storage in popular content management systems.

This post is part of a series guiding beginners on setting up a website through Google Cloud servers running Ubuntu Linux. It provides steps to install PHP, a popular server-side programming language script. Previous posts have covered creating a domain, setting up a cloud server, and choosing between Apache and Nginx. The guide also explains how to connect to the server and ensure the proper functioning of the installed software.

This post walks new users through the process of installing the Nginx HTTP server on a Google Cloud server with Ubuntu Linux. This guide is part of a series aimed at helping beginners start an online website by covering all necessary steps - domain creation, Google Cloud server set-up, and Nginx installation. Now, their domain will display a default Nginx help page when accessed, ready for further customization.

This post teaches beginners how to install the Apache HTTP server on a Google Cloud server running Ubuntu Linux, building on previous lessons on creating a domain and setting up a server. The Apache HTTP server, a popular open-source server, enables content to be published online and served to audiences. Users can simply login to Google Cloud Console and use apt-get commands to install Apache on Ubuntu Linux.

The post guides students and new users on creating a Google Cloud server with Ubuntu Linux to run websites. It covers the process of registering for a domain, setting up a cloud server, and installing necessary software. Instructions on pointing a domain name to a server are also given. This guide assumes users already have a registered domain and a Gmail account.

The article explains the process of creating a website domain using Google Domains. It emphasizes the importance of a memorable, unique domain name and offers guidelines for finding one. The post also walks readers through the registration process on Google Domains, outlines the costs involved, and concludes by stressing the next step of pointing the domain to a server.

The post provides a step-by-step guide for configuring PuTTY with SSH Key (no passwords) authentication on Windows 11, deemed more secure than traditional password authentication. It covers the process from downloading and installing PuTTY, generating a key pair, and copying the public key to the SSH server to disabling password login and configuring the PuTTY client for password-less authentication.

This article guides students and new users on how to install Apache Maven on Ubuntu Linux. Maven, an open-source software project management tool, can easily be installed using Ubuntu's default repositories or manually for the latest version. The post also provides instructions on how to verify the installed version and set up Maven environment variables.

This article provides a guide for students and new users on how to install and operate MySQL Workbench on Ubuntu Linux. The post illustrates how to manage MySQL or MariaDB databases locally or remotely, run SQL queries, configure servers, and more. It provides installation steps using Snap package management and how to establish a database server connection. It ends by discussing how to disable the auth_socket plugin to enable root password authentication.

This guide offers instructions for students and new users to install and configure Redis in-memory database on Ubuntu Linux. The process involves running several commands to install Redis, verifying its status, and configuring remote access if required. As a beneficial tool for dynamic applications and websites, Redis enhances speed through its caching abilities, especially in platforms like WordPress and Drupal.