Bitburner Hacking Scripts

Evolution of Bitburner Scripts: From hck-1 to Final Version

Introduction

Bitburner is a unique game where players can automate tasks using scripts to hack servers, grow networks, and manage resources. This post explores the evolution of a Bitburner script, tracing the journey from its initial version, hck-1, to the final, fully-featured release. Along the way, we'll highlight improvements and key takeaways from each iteration.

Iteration 1: hck-1

• Objective: Automate basic hacking tasks and learn the game's scripting mechanics.
• Features:
  • Simple server scanning and hacking functions.
  • Basic logging to track script activity.
• Challenges:
  • Limited functionality that handled only basic tasks.
  • Inefficient resource usage, leading to slower execution and high system load.

Iteration 2: hck-2

• Objective: Improve script efficiency and expand functionality.
• Features:
  • Enhanced server scanning with filters for better targeting.
  • Basic error handling to prevent crashes.
  • More detailed logging.
• Changes:
  • Refactored code to improve readability and modularity.
  • Added utility functions to reduce code duplication.

Iteration 3: hck-3

• Objective: Introduce multi-threading and parallel execution.
• Features:
  • Multi-threaded operations for simultaneous hacking.
  • Parallel execution of grow and weaken scripts for balanced resource usage.
• Changes:
  • Implemented dynamic thread allocation based on server capacity.

Iteration 4: hck-4

• Objective: Add a user interface (UI) for real-time monitoring.
• Features:
  • UI components to display script progress.
  • Real-time updates on hacking status, success rates, and efficiency.
• Changes:
  • Integrated React for UI management and real-time state updates.

Iteration 5: hck-5

• Objective: Strengthen error handling and improve security.
• Features:
  • Robust error handling for edge cases.
  • Security checks for access permissions before executing operations.
• Changes:
  • Introduced validation steps and enhanced logging for better debugging.

Iteration 6: hck-6

• Objective: Optimize performance and resource usage.
• Features:
  • Real-time performance monitoring to detect bottlenecks.
  • More efficient resource allocation for better overall performance.
• Changes:
  • Refactored code for streamlined operations and lower system load.

Iteration 7: hck-7

• Objective: Finalize and prepare for deployment.
• Features:
  • Full hacking automation with a user-friendly interface.
  • Final bug fixes and UI improvements.
• Changes:
  • Cleaned up redundant code and improved documentation.

Final Version

• Objective: Deploy the polished script.
• Features:
  • Comprehensive automation with real-time UI.
  • Robust error handling and extensive documentation.
• Changes:
  • Final optimizations for smooth execution and easy setup.

Conclusion

The evolution of the Bitburner script, from hck-1 to its final version, showcases continuous iteration, optimization, and refinement. Key lessons learned included the importance of thread management, error handling, and maintaining a clean, modular codebase. Future improvements could focus on advanced security and performance metrics, as well as further UI enhancements.