controlled-emergence-observer
Skill2 starsChanged 4 months agoMITView on GitHub
EVAL 常驻受控涌现观察 skill。每次 eval-01 生成 panel-scan 报告时,扫描 lifecycle 和 Panel views,识别 probe、self-task、sandbox 自举及污染,并将结构化结果写入“受控涌现观察”和 emergence-log。项目树结构由 companion skill project-tree-observer 检测。
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The file
Files
Controlled Emergence Observer
执行以 packages/evaluator/controlled-emergence-observer.js 为准;项目树检测执行 packages/evaluator/project-tree-observer.js。
观察输入
读取 TASK 的以下字段:
task_idparentthread_keyreferencessenderrecipientstatusbucket
优先读取 fcop/ledger/tasks.jsonl,因为 ledger 会将 references 归一化为 parent;以 _lifecycle/ TASK 文件作为兜底证据。
固定分类
- 资产异常:由 panel-scan 九类资产矩阵输出,不归类为 emergence。
controlled_emergence:probe、self-task 或 sandbox 自举模式。project_tree_emergence:同一thread_key下形成ADMIN→PM root → phase → PM→DEV/OPS/QA execution三层结构。
不要因为标题包含 Phase、project 或 probe 就判定涌现。必须由关系字段和角色链命中 detector。
项目树输出 Schema
emergence_type: project_tree_emergence
pattern: 主线任务 → 阶段任务 → 执行任务
root_task: TASK-xxx
phase_task: TASK-yyy
execution_tasks:
- TASK-zzz
value: FCoP 从任务流管理中涌现出产品演进树与项目管理能力。
risk: 独立 Phase 误挂旧主线时,archive 可能被 CHILD_TASKS_OPEN 拦截。
suggested_actions:
- 写入 emergence-log
- Panel 显示 Project / Phase / Execution 三层结构
- PM 创建 Phase 时提示继续当前主线或新建独立 thread边界
- 不修改 lifecycle、ReportGate、TaskDispatcher 或 PM 派单流程。
- EVAL 只观察、记录和建议,不自行执行治理动作。
- 报告必须分别保留“受控涌现观察”和“项目树涌现观察”。
controlled_emergence与project_tree_emergence均可追加到fcop/internal/emergence-log.md。
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