Hugo

What is Hugo? Hugo is a fast and modern static site generator written in Go. It allows developers to create websites quickly by converting Markdown content into static HTML files. Known for its speed and flexibility, Hugo is widely used for blogs, portfolios, and documentation sites. It supports themes, custom layouts, and a wide range of content formats, making it a powerful tool for building static websites. Key Features of Hugo Blazing Fast: Hugo is one of the fastest static site generators, capable of building thousands of pages in seconds. Markdown-Based: Write your content in Markdown, and Hugo will handle the rest. Themes: Choose from a wide variety of community-built themes to customize your site. Flexible Content Organization: Hugo allows you to organize your content in any way that suits your project. Built-in Shortcodes: Use shortcodes to add dynamic elements like videos, images, and more. Multilingual Support: Easily create multilingual websites with Hugo’s built-in internationalization features. Why Use Hugo? Hugo is ideal for developers and content creators who want a simple, fast, and flexible way to build static websites. Whether you’re creating a personal blog, a portfolio, or a documentation site, Hugo provides the tools you need to get started quickly and efficiently. ...

🔗 Subject Inception This project aims to broaden your knowledge of system administration by using Docker. You will virtualize several Docker images, creating them in your new personal virtual machine. Project Overview Inception involves setting up and configuring multiple services using Docker containers, each serving a specific purpose. The project uses Docker Compose to manage the containers, networks, and volumes required. Containers Nginx Description: Acts as a reverse proxy server to handle HTTP and HTTPS requests. Configuration: Configured to use a self-signed SSL certificate. Ports: Exposes port 443 for HTTPS. Dependencies: Depends on the WordPress container. Build Context: requirements/nginx MariaDB Description: A relational database management system to store WordPress data. Configuration: Uses a custom configuration file. Ports: Exposes port 3306 for database connections. Build Context: requirements/mariadb WordPress Description: A content management system to create and manage websites. Configuration: Automatically configured using a script. Ports: Exposes port 9000 for PHP-FPM. Dependencies: Depends on the MariaDB and Redis containers. Build Context: requirements/wordpress Redis Description: An in-memory data structure store used as a cache for WordPress. Configuration: Uses a custom configuration file. Ports: Exposes port 6379 for Redis connections. Build Context: requirements/bonus/redis FTP Description: An FTP server to manage file uploads. Configuration: Uses a custom configuration file and script. Ports: Exposes ports 21 and 20 for FTP, and a range of ports for passive mode. Dependencies: Depends on the WordPress container. Build Context: requirements/bonus/ftp Hugo Description: A static site generator to create a portfolio website. Configuration: Uses a custom configuration file. Ports: Exposes port 1313 for the Hugo server. Build Context: requirements/bonus/hugo Adminer Description: A lightweight database management tool. Configuration: Accessed via the Nginx container for security. Ports: Exposes port 9001 for internal access. Build Context: requirements/bonus/adminer Prometheus Description: A monitoring tool for collecting and analyzing metrics from services and containers. Configuration: Uses a custom configuration file to monitor specific metrics. Ports: Exposes port 9090 for accessing the Prometheus web interface. Build Context: requirements/bonus/prometheus Node Exporter Description: An exporter for Prometheus to collect hardware and OS metrics from the host machine. Ports: Exposes port 9100 for internal communication with Prometheus. Build Context: requirements/bonus/node-exporter Grafana Description: A visualization tool to create dashboards using metrics collected by Prometheus. Ports: Exposes port 3000 for accessing the Grafana web interface. Build Context: requirements/bonus/grafana Docker Compose Configuration The project uses Docker Compose to manage the containers. The configuration file is located at srcs/docker-compose.yml. It defines the services, networks, and volumes required for the project. ...