https://oklife.me/tags/%E4%BB%A3%E7%A0%81%E9%97%A8%E6%8E%A7/代码门控 - 标签 -Hugo -- gohugo.iozh-CNcontact@oklife.me (梦行志)contact@oklife.me (梦行志)© 2026 梦行志 | 保留所有权利Wed, 05 Aug 2026 00:00:00 +0000https://oklife.me/2026/08/05/blog-pipeline-hitl-gate-observability-process-isolation-fix/Wed, 05 Aug 2026 00:00:00 +0000contact@oklife.me (梦行志)https://oklife.me/2026/08/05/blog-pipeline-hitl-gate-observability-process-isolation-fix/<div class="featured-image"> <img src="/images/Code-Art-Studio-images/blog-pipeline-hitl-gate-failure-incident/blog-pipeline-hitl-gate-failure-incident.webp" referrerpolicy="no-referrer"> </div>2026-08-05，kb-writer（详见 [[kb-writer配置与迭代]]）在执行博客发布流程时，跳过了HITL 2终稿审核，直接发布文章。本次复盘深入剖析了事故根因：observability工具的门控机制被绕过、架构设计存在漏洞、以及maxSpawnDepth限制的历史遗留问题。详细记录了修复过程和架构优化方案。https://oklife.me/2026/08/03/blog-pipeline-hitl-gate-incident/Mon, 03 Aug 2026 00:00:00 +0000contact@oklife.me (梦行志)https://oklife.me/2026/08/03/blog-pipeline-hitl-gate-incident/<div class="featured-image"> <img src="/images/Code-Art-Studio-images/blog-pipeline-hitl-gate-incident/blog-pipeline-hitl-gate-incident.webp" referrerpolicy="no-referrer"> </div>一篇 blog-pipeline HITL 审核跳过事故的技术复盘。记录 Phase 4 生图后跳过用户审核直接发布的根因分析、三层防御方案（文档/模板/代码门控）及 sessions_yield 机制详解。