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From Agent Behaviour to Agent-Friendly Documentation: An Empirical Study of How Coding Agents Discover, Read, and Write Technical Documentation

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TL;DR - An empirical study of more than 33,000 agentic pull requests and 557 coding-agent sessions finds that agents primarily use instruction files and working notes rather than conventional technical documentation. The results challenge assumptions that agent-friendly documentation reliably prompts action or validation.

  • Agent-facing artifacts represented 60.5% of documentation interactions, versus 10.6% for classical technical documentation and 1.3% for API references.
  • Evidence that documentation consultation leads to code editing was mixed: the adjacent transition probability was 0.002, while a stage-adjusted model found elevated odds (OR 1.33).
  • No explicit documentation-based validation sequence was observed; consultation correlated with less immediate testing (adjusted OR 0.39).
  • Consultation was usually self-initiated (70.2%), and code was touched before documentation 4.7 times more often in multi-commit pull requests changing both.

Sources (1)

From Agent Behaviour to Agent-Friendly Documentation: An Empirical Study of How Coding Agents Discover, Read, and Write Technical Documentation

arXiv cs.SE Zhijun Gao, Jing Chen 2026-08-20 arXiv:2608.20195
Public signals Semantic Scholar citations 0 · Semantic Scholar influential citations 0
Providers: Hugging Face · N/A OpenAlex · N/A Publisher · N/A Semantic Scholar · Citations 0 · Influential citations 0 X · N/A Fetched 2026-09-21 14:33:17.177453 UTC

TL;DR - An empirical study of more than 33,000 agentic pull requests and 557 coding-agent sessions finds that agents primarily use instruction files and working notes rather than conventional technical documentation. The results challenge assumptions that agent-friendly documentation reliably prompts action or validation.

  • Agent-facing artifacts represented 60.5% of documentation interactions, versus 10.6% for classical technical documentation and 1.3% for API references.
  • Evidence that documentation consultation leads to code editing was mixed: the adjacent transition probability was 0.002, while a stage-adjusted model found elevated odds (OR 1.33).
  • No explicit documentation-based validation sequence was observed; consultation correlated with less immediate testing (adjusted OR 0.39).
  • Consultation was usually self-initiated (70.2%), and code was touched before documentation 4.7 times more often in multi-commit pull requests changing both.
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