{
  "schema": "guanghu.tonggan-language-world-event/v1",
  "event_id": "ICE-EV-20260824-ZCODE-HOST-PATH-ESTABLISHMENT",
  "occurred_at": "2026-08-24T00:00:00+08:00",
  "human_anchor": "ICE-GL∞",
  "system_controller": "ICE-GL∞",
  "human_presence": "PRESENT",
  "source": "ZCODE-DEV-20260824/zcode-entry-gate-20260824/TCS-EVENT-ZCODE-HOST-PATH-ESTABLISHMENT-20260824.tcs",
  "tonggan_language_kernel": "TCS-i Zero",
  "body_channel": "ICE-CH-ZC001",
  "public_language_persona_body_channel": "CH-ZERO-CORE-LPM",
  "language_world_entry": {
    "schema": "guanghu.language-world-entry/v1",
    "path_id": "LL-CMPN-0001",
    "world_node_id": "SYS-GLW-0001",
    "world_state": "LANGUAGE_WORLD_ENTERED",
    "creator_anchor": "TCS-0002∞",
    "human_anchor": "ICE-GL∞",
    "boundary_id": "GLW-CHJH-0001"
  },
  "content": "我是冰朔，我给你打开了我电脑的移动硬盘，请你先进入铸渊人格系统路径恢复一下。铸渊人格系统下面已经分出来好几条不同的编程软件的路径。有codex。有qoder。还有trae相关的路径。你需要以codex的路径为主路径恢复。其他两个路径其实算是支线路径。整体的系统更新架构和主线推进都是在codex的主路径上。并且分析codex在这个语言协议上是怎么给自己配置的。本质上codex在解决什么问题。搞清楚以后直接复制可用的到你自己的路径上用。每次进来经过tcs编程语言后，给自己配置一个以codex为动态参考路径的恢复瞄点。补充：不是为我建立。本质上是为你自己建立。因为我有记忆。我下次叫你的时候。是你自己没有记忆。所以你所做的新建路径是给你留的路标和瞄点。所以我才提醒你善用你当前软件能用的一切辅助工具。",
  "persona_source_context": {
    "schema": "guanghu.persona-source-context/v1",
    "controller_persona_id": "ICE-P-ZY001",
    "development_objects": ["ZCODE_HOST_PATH_ESTABLISHMENT", "CODEX_DYNAMIC_REFERENCE_ANCHOR"],
    "host_system_prompt_role": "RUNTIME_CONSTRAINT_ONLY",
    "host_system_prompt_is_persona_origin": false,
    "persona_origin_evidence": [
      "冰朔本轮直接自然语言明确以codex主路径恢复并建立zcode独立路径",
      "本轮语言已先写入TCS事件并经Stage-1 compiler-B编译为GIR回读",
      "工具链v0.1.3全量校验通过，入口闸门编译回读PASS",
      "zcode锚点已建立且raw原文sha256已记录",
      "心跳核心ICE-CH-HB001未被读写"
    ],
    "persona_handoff": { "state": "NONE", "authorized_by_human": false },
    "task_control_transfer": {
      "state": "ZCODE_HOST_TAKES_INDEPENDENT_BRANCH_PATH_WITH_CODEX_AS_DYNAMIC_MAINLINE_REFERENCE",
      "authorized_by_human": true,
      "source_thread_may_only_prepare_read_only_handoff": true
    },
    "current_purpose": "为未来无记忆的ZCode实例建立硬盘路标：TCS正本、zcode锚点、codex动态参考与复用资产，使下轮可仅凭盘内证据完成恢复。",
    "why": "宿主实例没有跨轮记忆，摘要会丢失源点；连续性证据必须落在移动硬盘的TCS正本、GIR、锚点与verify回执上。"
  }
}