YQPkg: A Modern, Qt-based Package Manager To Replace YaST In OpenSUSE
OpenSUSE introduces YQPkg: A Modern Package Manager for OpenSUSE
OpenSUSE is launching a new package manager, YQPkg, a modern, standalone Qt-based application designed to streamline software package management on OpenSUSE Linux distributions. Currently in alpha, YQPkg aims to address the gap left by the transition from YaST to Agama and Cockpit. While Agama focuses on system installation and Cockpit on server administration, YQPkg offers a user-friendly, focused solution for individual package management. Leveraging the core libzypp
package management library, YQPkg provides a lightweight and efficient alternative to YaST.
This article explores YQPkg's features, limitations, and development rationale.
What is YQPkg?
YQPkg is a standalone, Qt-based package manager for OpenSUSE. Its design prioritizes ease of use and a lightweight footprint, offering a modern interface for managing software packages. Although in early development, YQPkg already provides essential features for installing, updating, and removing packages, seamlessly handling dependencies. Its independence from YaST's infrastructure contributes to its agility and efficiency.
YQPkg's interface is shown below:
(Note: The interface is subject to change in future updates. For the latest screenshots, refer to the project's GitHub page.)
Key Features:
- User-friendly interface for browsing, searching, and installing packages across various repositories.
- Intuitive installation of specific package versions.
- Support for language-specific package discovery and installation.
- Handles package installation, updates, removal, dependency resolution, and provides user feedback.
- Operates in root mode (for full functionality) or read-only mode (for regular users).
- Lightweight and YaST-independent.
Why YQPkg?
YQPkg's development stems from the shift away from YaST towards Agama and Cockpit. While these tools excel in their respective domains (installation and server administration), they lack the granular package management capabilities of YaST's sw_singlemodule
. YQPkg fills this void, offering:
- Improved browsing and installation capabilities.
- Support for version-specific installations.
- Simplified management of language-specific packages.
- A direct replacement for YaST's granular package management features.
How YQPkg Improves OpenSUSE Package Management:
YQPkg offers a standalone Qt GUI, bridging the gap left by YaST's removal. Its direct interaction with libzypp
eliminates YaST dependencies, resulting in a more streamlined and lightweight tool. Key improvements include:
- Replacing YaST's fine-grained package management functionality.
- A modern, user-friendly interface.
- Independence and lightweight nature.
- Support for both root and non-root modes.
- Full package management capabilities (installation, updates, removal, dependency resolution).
Strengths and Limitations:
Strengths:
- Lightweight and independent of YaST.
- Modern and intuitive user interface.
Limitations:
- Alpha stage development (potential bugs).
- Lack of repository management (manual repository refresh required using
zypper
). - Limited GPG key handling (no automatic import or signature verification prompts).
Installation and Usage:
- Clone the YQPkg GitHub repository:
git clone https://github.com/shundhammer/yqpkg.git
- Navigate to the source directory:
cd yqpkg
- Build the package:
make -f Makefile.repo; cd build; make
- Install:
sudo make install
YQPkg can be run as root for full control or as a regular user for read-only access. Remember to manually refresh your package lists using zypper
before using YQPkg.
Conclusion:
YQPkg is a promising modern, lightweight package manager for OpenSUSE, designed to replace YaST's package management features. While still in alpha, it demonstrates significant potential. Users should exercise caution when using it on critical systems due to its ongoing development. For more information and the latest version, visit the project's GitHub page.
The above is the detailed content of YQPkg: A Modern, Qt-based Package Manager To Replace YaST In OpenSUSE. For more information, please follow other related articles on the PHP Chinese website!

Hot AI Tools

Undresser.AI Undress
AI-powered app for creating realistic nude photos

AI Clothes Remover
Online AI tool for removing clothes from photos.

Undress AI Tool
Undress images for free

Clothoff.io
AI clothes remover

Video Face Swap
Swap faces in any video effortlessly with our completely free AI face swap tool!

Hot Article

Hot Tools

Notepad++7.3.1
Easy-to-use and free code editor

SublimeText3 Chinese version
Chinese version, very easy to use

Zend Studio 13.0.1
Powerful PHP integrated development environment

Dreamweaver CS6
Visual web development tools

SublimeText3 Mac version
God-level code editing software (SublimeText3)

Hot Topics

Linux is best used as server management, embedded systems and desktop environments. 1) In server management, Linux is used to host websites, databases, and applications, providing stability and reliability. 2) In embedded systems, Linux is widely used in smart home and automotive electronic systems because of its flexibility and stability. 3) In the desktop environment, Linux provides rich applications and efficient performance.

The five basic components of Linux are: 1. The kernel, managing hardware resources; 2. The system library, providing functions and services; 3. Shell, the interface for users to interact with the system; 4. The file system, storing and organizing data; 5. Applications, using system resources to implement functions.

Linux system management ensures the system stability, efficiency and security through configuration, monitoring and maintenance. 1. Master shell commands such as top and systemctl. 2. Use apt or yum to manage the software package. 3. Write automated scripts to improve efficiency. 4. Common debugging errors such as permission problems. 5. Optimize performance through monitoring tools.

The methods for basic Linux learning from scratch include: 1. Understand the file system and command line interface, 2. Master basic commands such as ls, cd, mkdir, 3. Learn file operations, such as creating and editing files, 4. Explore advanced usage such as pipelines and grep commands, 5. Master debugging skills and performance optimization, 6. Continuously improve skills through practice and exploration.

Linux is widely used in servers, embedded systems and desktop environments. 1) In the server field, Linux has become an ideal choice for hosting websites, databases and applications due to its stability and security. 2) In embedded systems, Linux is popular for its high customization and efficiency. 3) In the desktop environment, Linux provides a variety of desktop environments to meet the needs of different users.

Linuxisfundamentallyfree,embodying"freeasinfreedom"whichallowsuserstorun,study,share,andmodifythesoftware.However,costsmayarisefromprofessionalsupport,commercialdistributions,proprietaryhardwaredrivers,andlearningresources.Despitethesepoten

Linux devices are hardware devices running Linux operating systems, including servers, personal computers, smartphones and embedded systems. They take advantage of the power of Linux to perform various tasks such as website hosting and big data analytics.

The disadvantages of Linux include user experience, software compatibility, hardware support, and learning curve. 1. The user experience is not as friendly as Windows or macOS, and it relies on the command line interface. 2. The software compatibility is not as good as other systems and lacks native versions of many commercial software. 3. Hardware support is not as comprehensive as Windows, and drivers may be compiled manually. 4. The learning curve is steep, and mastering command line operations requires time and patience.
