// Code as Agent Harness //
TL;DR · AI 摘要
一篇社交媒体帖子宣称存在一份100+页的关于‘code as agent harness’的综述论文，但未提供完整内容，仅列出四个系统属性，缺乏技术深度与实证支持。
核心要点
- 论文声称代码作为代理框架需具备可执行、可检查、有状态、可治理四个属性。
- 相关论文编号为arXiv:2605.18747，但该编号无效（arXiv尚未发布2026年5月的论文）。
- 作者推广了dair.ai学院链接，存在明显营销导向。
思维导图
用一张图看清主题之间的关系。
查看大纲文本（无障碍 / 无 JS 友好）
- Code as Agent Harness
100+ page report on all things related to agent harnesses.
(bookmark it)
In particular, the survey summarizes methods and applications of code as agent harness.
This paper makes a strong case that code-as-harness might be the key to moving us https://t.co/1iHN6jH8e3" / X
elvis on X: "// Code as Agent Harness // 100+ page report on all things related to agent harnesses. (bookmark it) In particular, the survey summarizes methods and applications of code as agent harness. This paper makes a strong case that code-as-harness might be the key to moving us https://t.co/1iHN6jH8e3" / X
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// Code as Agent Harness // 100+ page report on all things related to agent harnesses. (bookmark it) In particular, the survey summarizes methods and applications of code as agent harness. This paper makes a strong case that code-as-harness might be the key to moving us towards a broader science harness engineering. Is code all you need? Maybe. Regardless, the paper argues that future systems must have the following four properties: executable, inspectable, stateful, and governed. Paper: https://arxiv.org/abs/2605.18747 Learn to build effective AI agents in our academy: https://academy.dair.ai
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