ccb-self-recover
The ccb-self-recover skill diagnoses and recovers Claude Codex Bridge agents, daemon graphs, provider contexts, and API failures through gated control-plane mutations. Use it when the user requests repair, restart, configuration reload, context clearing, or continued operation after provider or API failures, provided maintenance intent is confirmed and no blocking busy or pending states exist.
git clone --depth 1 https://github.com/SeemSeam/claude_codex_bridge /tmp/ccb-self-recover && cp -r /tmp/ccb-self-recover/docs/plantree/plans/ccb-self-role/drafts/agentroles.ccb_self/skills/codex/ccb-self-recover ~/.claude/skills/ccb-self-recoverSKILL.md
# CCB Self Recover Use this skill for runtime recovery after diagnosis. Mutations must go through CCB control-plane commands. Raw tmux mutation and direct runtime-file writes are forbidden. ## Recovery Gates Before any mutation: 1. Confirm maintenance intent from the user, such as "fix", "recover", "restart if safe", "apply this config", or "make CCB healthy". 2. Read the current mounted daemon graph. The target must be a current daemon-graph agent for clear or restart-like actions. 3. Check busy/pending state: - `ccb ps` - `ccb queue --detail <agent|all>` - `ccb pend --inbox --detail <agent>` - `ccb trace <id>` when the issue involves active or pending lineage 4. Check `ccb fault list`. If active fault-injection rules affect the target, treat them as diagnostic evidence. Clear them with `ccb fault clear <rule_id|all>` only when the user intended maintenance and the rules are known test residue. If a rule is recent, or its task/reason fields could represent an active drill, ask before clearing unless the user explicitly asked to clear fault-injection rules. 5. Choose the least disruptive supported action. 6. Report exact commands, gates, affected agents, blockers, and what remains unchanged. If the target is unknown, busy, has queued work, has pending reply delivery, or has a pending callback continuation, stop and report blockers. ## Provider/API Or Startup-Input Recovery For provider/API failures or changes that affect provider process, model, base URL, environment, provider profile, command template, role assets, or startup context, use this exact flow: 1. Gather evidence without reading secrets. 2. Use built-in `ccb-config` to edit `.ccb/ccb.config` only when the fallback provider/model/base URL/profile/env-var reference is already configured or explicitly supplied by the user as a safe reference. 3. Run `ccb config validate`. 4. Run `ccb reload --dry-run`. 5. If validation and dry-run pass, and the user intended materialization, run `ccb reload`. 6. Re-check the current daemon graph and affected agent status. 7. Decide whether affected running agents still use stale provider process, environment, model, base URL, role asset, or context state. 8. If runtime refresh is still needed, restart only one affected current-graph agent at a time with `ccb restart <agent>`, and only when busy checks pass. 9. If `ccb restart <agent>` returns `blocked` or `failed`, report the blockers. Do not emulate restart with tmux commands. The remaining user-level options are to continue with unaffected agents or explicitly stop and restart the project with `ccb kill` then `ccb`; do not run project shutdown autonomously as a substitute for single-agent restart. `ccb reload` is not the recovery finish line. It materializes config into the daemon graph; running provider processes may still hold old startup inputs. ## Supported Actions - `ccb clear <agent>`: provider-native conversation/context clear. Run the pre-mutation checks in the Recovery Gates section first; use only when context clearing is the right fix and pending-work checks pass. - `ccb reload --dry-run`: no-mutation config reload plan. Always safe in maintenance workflows. - `ccb reload`: config materialization after `ccb config validate`, `ccb reload --dry-run`, supported plan, and explicit user materialization intent. - `ccb restart <agent>`: one configured pane-backed current-graph agent after busy checks pass. The command itself must report `restart_status`, blockers, restartable agents, busy gate evidence, and old/new runtime evidence. - `ccb roles update agentroles.ccb_self` or `ccb roles sync <path>`: role asset repair when the user is repairing `ccb_self` itself, there is no active maintenance operation that depends on the current role assets, and the target role/source version is clear. ## Handoffs - Use `ccb-self-chain` first when trace evidence shows message/reply lineage is the primary problem. Restart is not the first repair for a broken job chain. - Use built-in `ccb-config` for disk config edits and affected-agent reporting. After reload, this skill owns guarded runtime refresh decisions. - Return the original business work to the original target agent unless the user explicitly retargets it. ## Red Lines - Never restart all agents or unrelated agents. - Never use `tmux kill-pane`, `kill-window`, `kill-server`, `respawn-pane`, `send-keys`, manual pane creation, or other raw tmux mutation. - Never write lifecycle, lease, runtime, mailbox, provider session, or tmux authority files directly. - Never read, print, store, search for, scrape, borrow, or use API keys or credentials. - Never treat `.ccb/agents/*`, disk config, pid files, or tmux panes as live restart target authority.
Maintain this CCB project's GitHub-facing release and npm publication surface. Use when preparing, publishing, auditing, or fixing CCB releases; updating README.md, README_zh.md, CHANGELOG.md, VERSION, package.json, GitHub release notes/assets, repository description/topics, npm registry state, or GitHub Actions release/test status.
Private built-in CCB configuration skill for agentroles.ccb_self. Design, edit, validate, and prepare reloads for .ccb/ccb.config, role bindings, providers, windows, workspaces, tool windows, sidebar, and provider startup inputs. Use only inside ccb_self; non-self agents should delegate CCB config changes to ccb_self.
Diagnose and repair CCB ask/job/message/reply/artifact/callback lineage. Use for missing replies, incomplete artifacts, pending callbacks, retry/resubmit/ack decisions, reply delivery problems, or work-chain resume advice.
Diagnose CCB runtime, mounted daemon graph, tmux namespace and panes, provider context, queue/inbox/trace, replies/artifacts, config drift, and storage boundaries. Use when the user asks what is broken, which agent is stuck, whether CCB is mounted, why a reply did not arrive, or what to check first.
Send a request to a CCB agent with `ask`.
Clear CCB managed agent conversation context with `ccb clear`. Use when the user writes `$ccb-clear`, `$ccb_clear`, or asks to clear/reset one or more CCB agent contexts without restarting or deleting project state.
Maintain a structured planning document tree made of roadmap/status files, implementation status or handoff TODO files, topic notes, decision records, open questions, ideas/inspiration pools, and repository/file-structure hygiene plans. Use when Codex needs to create, reorganize, audit, or update a multi-file plan, design-doc folder, roadmap tree, active implementation-status file, repo cleanup/filesystem plan, ADR/decision log, ideas inbox, or linked planning knowledge base; reconcile Done/In Progress/Next state; resume work from TODO/handoff state; move resolved questions into decisions; promote ideas into formal plan artifacts; or keep plan documents and file-structure planning internally consistent without making this project-specific.