CPU Frequency Selector VS Commit Together by Github

• User-Friendly Interface
  The Cinnamon CPU Frequency Selector applet provides a user-friendly interface for managing CPU frequency, making it accessible for users who prefer a GUI over command-line tools.
• Fine-Grained Control
  It allows users to manually set the CPU frequency or choose between different governors, giving fine-grained control over performance and power consumption.
• Integration with Cinnamon
  The applet integrates seamlessly with the Cinnamon desktop environment, offering a consistent user experience and an aesthetic that's familiar to Cinnamon users.
• Open Source
  Being open-source, the applet is free to use, and users can modify it to fit their needs or contribute to its development.
• Real-Time Information
  Users can view real-time information about CPU frequency and governor status directly from the applet, helping them make informed decisions about their CPU's performance.

Possible disadvantages

• Limited to Cinnamon
  The applet is specifically designed for the Cinnamon desktop environment, which limits its usability for those using other desktop environments.
• Potential Stability Issues
  As with any software that alters system settings, there is a potential risk of stability issues or system crashes if not used properly.
• Dependency on System Compatibility
  The effectiveness and functionality of the applet can depend on the compatibility of the underlying hardware and kernel with CPU frequency scaling.
• Learning Curve for New Users
  Users unfamiliar with CPU frequency scaling and governors might face a learning curve in understanding how to optimally use the applet.
• Possible Overhead
  While generally lightweight, running additional applets can add a slight overhead to system resources, which might be a consideration for users on low-resource systems.

• Enhanced Collaboration
  Commit Together allows multiple authors to be credited in a single commit, which fosters a more collaborative environment and ensures everyone involved receives recognition for their contributions.
• Improved Code Review Process
  With multiple authors clearly listed, reviewers can better understand who contributed to which parts of the code, facilitating more directed questions and discussions.
• Accountability
  By attributing every change to the respective author, teams can easily track who made specific changes, which helps in accountability and understanding the history of a project.
• Efficiency in Pair Programming
  When pair programming, both developers can be credited for their combined effort, streamlining the process of sharing code ownership during collaborative sessions.

Possible disadvantages

• Complex Commit History
  Having multiple authors for a single commit may lead to a more complex commit history, making it harder to pinpoint individual contributions over time.
• Potential Workflow Conflicts
  Teams that are used to single-author commits may experience workflow conflicts or require adjustments in practices to accommodate multi-author contributions.
• Initial Setup Overhead
  Learners and new users might face a learning curve or require additional setup to understand and correctly implement the multi-author commit feature.
• Tooling Compatibility
  Some third-party tools and extensions might not fully support or display multi-author commits, leading to inconsistencies in those environments.

Tracking CPU Frequency Selector since Mar 2021.

• Ask HN: Do you rewrite pull requests?

  There is "Co-authored-by" which is supported on GitHub [1] and seems appropriate if the maintainer is basing the solution on someone's code. [1] https://github.blog/2018-01-29-commit-together-with-co-authors/. - Source: Hacker News / over 4 years ago