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Manual Retyping of LLM-Generated Code Proposed to Prevent Cognitive Debt

🔄 Updated 1d ago
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Key points

  • LLMs are used to fast-forward through boring coding tasks.
  • Directly using LLM-generated code leads to cognitive debt.
  • Manually retyping LLM code builds understanding and allows for corrections.
  • This approach is slower than full automation but faster than no LLM use.

Addressing Cognitive Debt in LLM-Assisted Coding

The author identifies a challenge with using coding assistants: while they can accelerate development by handling mundane tasks, fully relying on them can lead to a lack of understanding of the generated code. This phenomenon is termed "cognitive debt," where developers lose insight into how solutions function within their projects.

Critique of Automated Code Review

The common practice of reviewing AI-generated pull requests is described as unsatisfactory. The author notes that such code often contains overly defensive structures, poor commenting, and subtle inaccuracies, making the review process tedious and unenjoyable, especially for personal projects where the development process itself is a key motivator.

Proposed Solution: Manual Retyping

To mitigate cognitive debt and maintain control, the author proposes a method of manually retyping LLM-generated code. This involves asking the coding assistant to produce code in a chat interface, then typing each line into the editor by hand. This process forces a slower pace, which aids in building a mental model of the code and its integration into the existing codebase.

Benefits of the Manual Approach

While this method is less efficient than fully automated integration, it offers several benefits. It allows developers to work faster than not using LLMs at all, estimated at 2x speed compared to a potential 10x with full automation. Crucially, it fosters a deeper understanding of the code, enables detection of LLM hallucinations or design flaws, and facilitates on-the-fly refactoring and cleanup.

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Reporting from

A developer suggests manually retyping code generated by large language models (LLMs) to maintain understanding and prevent cognitive debt, despite the inefficiency. This method allows for faster development than not using LLMs, while still fostering a deeper comprehension of the codebase.