Refactor: Break Plugin Into Multiple Files For Better Organization

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Introduction

As the Bonk++ plugin continues to grow and evolve, it's essential to restructure the project to ensure maintainability, scalability, and ease of contribution. The current implementation, where the entire plugin is contained within a single main.as file, poses significant challenges as the codebase expands. In this proposal, we'll outline a plan to break down the plugin into multiple logical files, each responsible for a specific aspect of the plugin's functionality.

Motivation

The Bonk++ plugin has already introduced several new features, such as bonk tracking GUI and highest speed stats. As the plugin continues to grow, maintaining and expanding the code will become increasingly difficult. The current monolithic structure makes it challenging to:

  • Identify and isolate specific issues or bugs
  • Implement new features without affecting existing code
  • Collaborate with contributors who may not be familiar with the entire codebase

Proposal

To address these challenges, we propose restructuring the project by splitting the code into multiple logical files. Each file will focus on a specific aspect of the plugin's functionality, making it easier to maintain, debug, and contribute to the project.

main.as → Entry point, initialization, plugin lifecycle

The main.as file will serve as the entry point for the plugin, responsible for:

  • Initializing the plugin and setting up the necessary dependencies
  • Handling plugin lifecycle events, such as loading and unloading
  • Providing a central point for plugin configuration and settings

settings.as → Handles all user settings, configuration options, and menu UI

The settings.as file will be responsible for:

  • Managing user settings and configuration options
  • Creating and managing the plugin's menu UI
  • Providing a centralized location for settings-related logic

bonkTracker.as → Core logic for detecting bonks, tracking counts, speeds, and session stats

The bonkTracker.as file will contain the core logic for:

  • Detecting bonks and tracking counts
  • Calculating speeds and session stats
  • Providing a centralized location for bonk-related logic

bonkUI.as → Displays in-game information such as current bonk stats

The bonkUI.as file will be responsible for:

  • Displaying in-game information related to bonk stats
  • Creating and managing the UI components for bonk tracking
  • Providing a centralized location for UI-related logic

Optional: soundPlayer.as → Isolate sound playing logic, including cooldowns and toggles

The soundPlayer.as file will contain the logic for:

  • Playing sounds and managing sound-related cooldowns and toggles
  • Providing a centralized location for sound-related logic

Benefits

Breaking down the plugin into multiple logical files offers several benefits, including:

  • Easier maintenance and debugging: With a modular structure, it's easier to identify and isolate specific issues or bugs, making maintenance and debugging more efficient.
  • Cleaner separation of concerns: Each file will focus on a specific aspect of the plugin's functionality, reducing the complexity and improving the overall organization of the code.
  • Simpler onboarding for contributors: With a clear and modular structure, new contributors can easily understand the plugin's functionality and contribute to specific aspects of the project.

Conclusion

Q&A: Breaking Down the Bonk++ Plugin

Q: Why do we need to break down the plugin into multiple files? A: As the plugin continues to grow and evolve, maintaining and expanding the code will become increasingly difficult. The current monolithic structure makes it challenging to identify and isolate specific issues or bugs, implement new features without affecting existing code, and collaborate with contributors who may not be familiar with the entire codebase.

Q: What are the benefits of breaking down the plugin into multiple files? A: Breaking down the plugin into multiple files offers several benefits, including:

  • Easier maintenance and debugging: With a modular structure, it's easier to identify and isolate specific issues or bugs, making maintenance and debugging more efficient.
  • Cleaner separation of concerns: Each file will focus on a specific aspect of the plugin's functionality, reducing the complexity and improving the overall organization of the code.
  • Simpler onboarding for contributors: With a clear and modular structure, new contributors can easily understand the plugin's functionality and contribute to specific aspects of the project.

Q: How will the main.as file be affected by this refactor? A: The main.as file will serve as the entry point for the plugin, responsible for:

  • Initializing the plugin and setting up the necessary dependencies
  • Handling plugin lifecycle events, such as loading and unloading
  • Providing a central point for plugin configuration and settings

Q: What will happen to the settings and configuration options? A: The settings.as file will be responsible for managing user settings and configuration options, creating and managing the plugin's menu UI, and providing a centralized location for settings-related logic.

Q: How will the bonk tracking and UI be affected by this refactor? A: The bonkTracker.as file will contain the core logic for detecting bonks, tracking counts, speeds, and session stats. The bonkUI.as file will be responsible for displaying in-game information related to bonk stats, creating and managing the UI components for bonk tracking, and providing a centralized location for UI-related logic.

Q: Will the sound playing logic be affected by this refactor? A: The soundPlayer.as file will contain the logic for playing sounds and managing sound-related cooldowns and toggles. This will provide a centralized location for sound-related logic and make it easier to maintain and debug.

Q: How will this refactor affect the overall organization of the code? A: This refactor will improve the overall organization of the code by:

  • Reducing complexity and improving the structure of the code
  • Making it easier to identify and isolate specific issues or bugs
  • Providing a clear and modular structure for new contributors to understand and contribute to

Q: What are the next steps for this refactor? A: The next steps for this refactor will involve:

  • Breaking down the existing code into the new files
  • Refactoring the code to fit the new structure
  • Testing and debugging the new code
  • Reviewing and refining the code to ensure it meets the project's requirements

Conclusion

Breaking down the Bonk++ plugin into multiple files is a crucial step towards maintainability, scalability, and ease of contribution. By separating the code into distinct files, each responsible for a specific aspect of the plugin's functionality, we can improve the overall organization and structure of the project. This Q&A article provides a clear understanding of the benefits and implications of this refactor, and we believe it will have a positive impact on the plugin's development and growth.