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Codex Thread Repair

这是为macOS Codex桌面端设计的特定任务线程修复工具,核心是诊断并安全修复任务中消息丢失、截断、合并、排序异常等问题,不修改消息内容,仅调整相关参数,操作前自动备份保障可回滚。典型场景为Codex任务近期对话缺失、错乱。输入任务标题或ID,通过命令行执行诊断、修复、验证、回滚操作,依赖Python3.10+,仅支持特定异常类型,不适用全局恢复或普通续聊。

songhonglei
songhonglei
热度 7.62
最近更新 2026-09-07 23:53:40
分类:开发依赖:代码执行 / 读写文件应用场景:调试排错 / 自动化脚本 / 数据处理

安装技能

复制下面的话术发给你的 Agent,它会通过 secure-skills 检索并安装该技能。

执行命令安装此 skill: npx secure-skills-cli add codex-thread-repair
Metadata
name
codex-thread-repair
description
Diagnose and safely repair one local Codex Desktop task selected by its UI title or thread ID when recent turns are missing, truncated, merged into an interrupted turn, or hidden by damaged rollout ordering. Do not use for broad project/provider restoration or ordinary task continuation.

Codex Thread Repair

Repair a specific local task without rewriting its message bodies or replacing the whole Codex state directory.

Dependencies

  • macOS with the Codex desktop app installed as /Applications/ChatGPT.app.
  • Python 3.10 or newer. The repair script uses only the Python standard library.
  • A local Codex state directory containing state_5.sqlite, sqlite/codex-dev.db, and the selected task's JSONL rollout. It defaults to $CODEX_HOME when set, otherwise ~/.codex.
  • Local read/write access to the selected rollout and Codex state. No network access or third-party Python package is required.

Workflow

  1. Resolve <skill-dir> as the directory containing this SKILL.md; never assume that the current working directory is the skill directory. Resolve and diagnose the user-supplied title or ID while Codex may remain open:

    python3 "<skill-dir>/scripts/thread_repair.py" diagnose "<title-or-id>"
    

    Exact UI-title matches come from local_thread_catalog; canonical rows and rollout paths come from state_5.sqlite. If a title is ambiguous, show the candidates and ask the user for an exact ID. Never choose by recency alone.

  2. Read references/repair-patterns.md when diagnosis is not healthy or supported_ordinal_orphan. Do not auto-repair an unrecognized structure.

  3. For supported_ordinal_orphan, explain the detected boundary and prepare one offline launcher:

    python3 "<skill-dir>/scripts/thread_repair.py" prepare "<title-or-id>"
    

    Tell the user to press Cmd+Q and then double-click the returned .command file. The launcher creates a targeted recovery set, applies the patch atomically, verifies it, and reopens Codex.

  4. After Codex restarts, verify both layers:

    python3 "<skill-dir>/scripts/thread_repair.py" verify "<title-or-id>"
    

    Also use the Codex task-reading tool to confirm that the formerly hidden recent turns are separate and readable.

  5. Keep the backup until the user confirms the UI. If rollback is required, have the user quit Codex and run:

    python3 "<skill-dir>/scripts/thread_repair.py" rollback "<backup-directory>" --reopen
    

Safety boundaries

  • Diagnosis and launcher preparation are read-only with respect to Codex state.
  • Mutation requires Codex Desktop, its renderer/services, and its app-server to be stopped.
  • Resolve the selected rollout to an absolute path under the selected Codex home's sessions/ directory. Refuse relative paths, symlink escapes, and database paths outside that directory.
  • Back up the target rollout plus consistent snapshots of state_5.sqlite, codex-dev.db, and .codex-global-state.json before replacement.
  • Preserve the original rollout byte-for-byte in the backup.
  • Auto-repair only the narrowly validated ordinal-regression/orphan-turn pattern. Refuse multiple regressions, ambiguous open turns, missing rollouts, malformed JSON, non-contiguous segments, active latest turns, or session-ID mismatches.
  • Preserve every original line except the top-level ordinal value after the repair boundary; insert exactly one turn_aborted event. Verify a normalized content hash before replacement.
  • Do not edit SQLite rows for this repair type. For provider mismatches, missing assignments, moved paths, or missing database rows, use recover-codex-project-chats instead.
  • On any post-replacement verification failure, restore the backed-up rollout automatically.

Commands

python3 "<skill-dir>/scripts/thread_repair.py" resolve "<title-or-id>"
python3 "<skill-dir>/scripts/thread_repair.py" diagnose "<title-or-id>"
python3 "<skill-dir>/scripts/thread_repair.py" prepare "<title-or-id>"
python3 "<skill-dir>/scripts/thread_repair.py" apply "<exact-thread-id>" --reopen
python3 "<skill-dir>/scripts/thread_repair.py" verify "<title-or-id>"
python3 "<skill-dir>/scripts/thread_repair.py" rollback "<backup-directory>" --reopen

--codex-home <path> is a global option and must appear before the subcommand. prepare --output <path> selects a new launcher path and refuses to overwrite an existing file. apply --reopen and rollback --reopen request reopening Codex; failure to reopen is reported as a warning without undoing a successful file operation.

Exit codes are 0 for success or no repair needed, 1 for an operational/safety error, 2 for an ambiguous selector or invalid CLI use, and 3 for an unsupported diagnosis or failed verification.

Report the resolved ID, UI title, rollout path, diagnosis, changed metadata, backup directory, integrity results, and UI verification outcome.

See CHANGELOG.md for release history.