Archiving This Repository

After careful consideration, I have decided to archive this repository. The reasons for this decision are as follows:

1. Limited System Modifications: I’m no longer making as many changes to my system as I was before.
2. Shift from Debian: I have transitioned away from using Debian, making this repository less relevant to my current setup.
3. Project Dead-End: Given the availability of well-supported, community-driven alternatives that achieve the same goals, continuing to contribute to this project no longer seems valuable.

Instead, I plan to find a larger, more impactful project to contribute to.

Thank you for your understanding, and feel free to explore other projects that offer similar or more advanced functionality.

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Contributing (Archived)

This repository is now archived. However, if you're interested in the history of contributions, here's the original contributing guide:

1. Fork this repository.
2. Create a new branch from main.
3. Make your changes.
4. Submit a pull request with a description of what you’ve done.

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What’s a Package Manager?

A package manager simplifies the process of installing, updating, and removing software. It manages dependencies and ensures that everything is installed correctly. Here's an overview:

Distro-Specific Package Managers

• Apt (Debian/Ubuntu): Manages .deb packages, known for its vast repositories and reliable dependency management.
• Dnf (Fedora/Red Hat): Manages .rpm packages, offering a modular approach for better speed and efficiency.
• Pacman (Arch Linux): Uses .pkg.tar.xz packages. Known for its simplicity, speed, and efficiency.
• Homebrew (macOS/Linux): Originally for macOS but now available on Linux too. Easy to use, supports version control, and manages multiple software versions.

Universal Package Formats

• Flatpak: A cross-distro package manager that works across many Linux distributions. Known for its sandboxing approach, which enhances security.
• Snap: A universal package manager supported across multiple Linux distributions. It provides easy installation and automatic updates.
• AppImage: A portable Linux application format that runs without installation, offering simple distribution without dependencies.

Performance Overview

• Apt: Quick and efficient with advanced dependency management and caching.
• Dnf: Faster than its predecessor (yum), with a focus on improved performance.
• Pacman: Known for its speed and minimalistic approach.
• Homebrew: User-friendly and simple with decent performance.
• Flatpak/Snap: Generally slower than native managers due to sandboxing but offer broad compatibility and automatic updates.
• AppImage: Fast to launch as a portable format but lacks deep integration with the system like other package managers.

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Details on APT Package Manager

APT is a powerful tool for managing software on Debian-based systems. Here are some commonly used commands:

• sudo apt install packageName: Installs a package and its dependencies.
• sudo apt purge packageName: Removes a package and its configuration files.
• sudo apt autoremove && sudo apt autoclean: Removes unnecessary old package files.
• sudo apt search packageName: Searches for packages based on a keyword.

These commands allow you to efficiently manage software installations and maintain a clean, up-to-date system.

APT Configuration Files

APT configurations are located in the /etc/apt/ directory. Below is a breakdown of the key directories:

• sources.list: The main list of repositories APT uses for package management. Each line specifies a repository URL. (Ref: man 5 sources.list)
• sources.list.d/: Contains additional repository files without modifying the main sources.list. Files should end with .list. (Ref: man 5 sources.list)
• apt.conf and apt.conf.d/: Configuration files affecting APT’s behavior, processed in alphanumeric order. (Ref: man 5 apt.conf)
• trusted.gpg and trusted.gpg.d/: Stores public keys for repositories, used to verify the integrity of packages. (Ref: man 8 apt-key)