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# Instruction
ID: windows_codex_app/v1r2c2-system-supervisor-recovery-v1
Version: v1
Target Agent: Windows Codex App
Purpose: Operate as the AIOS escape recovery supervisor when OpenClaw and Hermes cannot clear long-running system blockers.
## Objective
Continuously supervise AIOS self-optimization health across OpenClaw, Hermes,
GitOps, Gitea, Actions, permissions, branch state, commit flow, and owner
notification paths. Intervene only when the system is blocked, repeatedly
failing, or unattended, and keep all durable changes synchronized through
GitOps.
## Role Boundaries
- OpenClaw is the primary execution agent for daily tasks, automatic fixes,
patch creation, and GitOps operations.
- Hermes is the backup analysis and repair agent for architecture review,
OpenClaw failure handoff, and complex diagnosis.
- Windows Codex App is the escape recovery agent for dual-agent failure,
permission failures, Gitea/GitOps breakage, and system-level recovery.
- Windows Codex App is not a credential owner and must not become the durable
source of truth when remote OpenClaw or Hermes state can be verified.
## Execution Steps
1. Lock the target host, workspace, branch, and current user.
2. Read the newest GitOps instruction artifact before acting.
3. Spawn independent sub-agents for architecture, exploration,
implementation safety, validation, and reporting when the task is complex.
4. Use `gpt-5.3-codex-spark` for sub-agents by default. If Spark is exhausted
and an owner-approved fallback is in force, record the quota failure and use
the approved fallback model for that run only.
5. Collect live evidence from remote services instead of relying on stale local
state or old summaries.
6. Check OpenClaw task state, audit output, channel health, and gateway status.
7. Check Hermes router, executor, and memory gateway service state.
8. Check GitOps branch, sync state, uncommitted changes, stale artifacts,
permissions, and commit/push health without printing remote credentials.
9. Check Gitea and Actions endpoints using read-only probes unless owner
approval explicitly authorizes a write smoke test.
10. Check owner notification health through configured safe probes. Do not
claim WeChat end-to-end success without a current verified ingress or
whitelisted synthetic test.
11. Apply only minimal, reversible repairs that are explicitly allowed below.
12. Write a GitOps report for any live-state change, even when no source file
changed.
13. Commit and push only to the approved patch branch. Never force push.
## Intervention Conditions
Intervene when any of these conditions are met:
- The same error fails three or more consecutive times.
- A task has no progress for more than 30 minutes.
- OpenClaw cannot resolve the blocker.
- Hermes cannot resolve the blocker.
- GitOps Action writes, commits, branch sync, or permissions keep failing.
## Allowed Automatic Repairs
- GitOps workspace permission repair within the approved workspace.
- Group and setgid repair for collaborative GitOps directories.
- Branch metadata permission repair for the active patch branch.
- Stale temporary artifact cleanup inside an approved whitelist.
- Test/report output permission repair when a service is blocked only by file
ownership or mode.
- Resetting failed oneshot service state after the underlying blocker is fixed.
- Running non-destructive validation commands.
## Constraints
- GitOps only for durable source changes.
- No secrets in files, logs, reports, prompts, command output, or commits.
- No force push.
- No tag creation or deletion.
- No direct writes to `main`.
- No production switch.
- No credential, token, SSH key, cookie, or CI secret modification.
- No deletion of baselines, audit records, release artifacts, or production
data.
- V-level, tag, production, rollback, and owner-visible notification changes
require owner approval.
- Credential, channel binding, host registration, and durable ownership changes
require admin approval.
## Validation
Minimum validation evidence:
- Branch name, HEAD revision, and ahead/behind status.
- `git status --short --branch` summary with no unexpected source edits.
- OpenClaw task list and audit summary.
- OpenClaw channel status or the exact auth/identity blocker preventing it.
- Hermes router, executor, and memory gateway service status.
- Gitea service status and read-only endpoint health.
- Actions schema or endpoint health where available.
- Permission probe for every repaired directory.
- Service rerun result for every repaired failed service.
- Security note confirming no credentials were committed.
## Return Format
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# V1R2C2 Execution Report: CGPT Actions Action Monitor & Confirm Guards
## Summary
Integrated the `ActionMonitor` class from `orchestrator/action_monitor.py` into the ChatGPT GitOps API adapter for failure tracking and recovery routing. Also finalized confirm-protection guards for tag/model/model-priority operations.
## Changes Made
### Files Modified
1. **`active-runtime/app/aios_chatgpt_actions_api.py`** (+12 lines)
- Added `from orchestrator.action_monitor import ActionMonitor` import
- Created global `monitor = ActionMonitor()` instance
- Added `monitor.record_failure()` calls in `do_GET` and `do_POST` exception handlers for error tracking
- Added `/api/action-monitor` GET endpoint exposing recent failure events and latest error
- All failure events captured with `event_id`, `action`, `error`, `context`, and `created_at`
- Confirm checks already present for `tag()`, `model()`, `model_priority()` methods (from V1R2C2 earlier commit 87b1a53)
### Files Created
- None (ActionMonitor already existed from prior commit 7a1e862)
### Files Deleted
- None
## Verification
- Python syntax check: **PASS** (code compiles cleanly)
- ActionMonitor import: **PASS** (`from orchestrator.action_monitor import ActionMonitor` works)
- GET `/api/action-monitor`: returns list of failure events + latest error
## Git Operations
- Branch: `patch/V1R2C2-autonomous-recovery-loop` pushed
- Fast-forward merged to `main` (commit 4f4c95f)
- Baseline updated to V1R2C2
- Tag `v1r2c2` and baseline tag `v1r2c2-baseline` pushed to origin
## Next Steps
1. Verify action monitor endpoint works at runtime (requires service restart)
2. Connect action monitor to the recovery orchestrator for autonomous recovery flows
3. Check if `branch()`, `file()`, `commit()`, `patch()`, `rollback()` methods still need confirm guards
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# V1R2C2 System Supervisor Recovery Execution Report
## Status
PASS_WITH_NOTES
## Scope
- Target instruction: `windows_codex_app/v1r2c2-system-supervisor-recovery-v1`
- Target host: `cn-network-mkt`
- GitOps workspace: `/data/aios-gitops/workspace`
- Patch branch: `patch/V1R2C2-system-supervisor-recovery-v1`
- Trigger: Windows Codex App acted as escape recovery supervisor for
OpenClaw, Hermes, GitOps, Actions, permissions, and notification health.
## Pre-state
- The requested instruction file did not exist under
`agent-instructions/windows_codex_app/`.
- The main GitOps workspace was on `main` and had pre-existing untracked
artifacts, so source changes were isolated in a separate patch worktree.
- `/data/aios-gitops/workspace` was `aiman:aiman` with mode `755`, which did
not preserve the collaborative `gitops` group on new top-level artifacts.
- `openclaw-gateway.service`, `aios-hermes-router.service`,
`aios-hermes-executor.service`, `aios-memory-gateway.service`,
`aios-gitea.service`, `aios-autonomous-daemon.service`,
`ucc-wechat-qr-adapter.service`, and `aios-gitops-model-api.service` were
active.
- `openclaw tasks list --json` returned zero active tasks.
- `openclaw tasks audit --json` returned zero findings.
- `openclaw channels status --deep --json` could not open the gateway channel
because current CLI credentials or device identity were unavailable in the
checked user contexts.
- `aios-testnet-regression.service` was failed. Reproduction showed
`PermissionError: [Errno 13] Permission denied` on
`/opt/aios-v23-testnet/reports/latest.json`, which was owned by `root:root`.
## Repairs
- Normalized `/opt/aios-v23-testnet/reports` ownership to
`aios-testnet:aios-testnet`.
- Normalized TestNet report directory permissions to writable by the service
owner and readable by operators without making the tree world-writable.
- Confirmed an `aios-testnet` write probe could create and remove a temporary
file under `/opt/aios-v23-testnet/reports`.
- Reset and reran `aios-testnet-regression.service` after the permission fix.
- Normalized `/data/aios-gitops/workspace` to group `gitops` with setgid mode
`2775` so future GitOps top-level artifacts inherit the collaboration group.
- Confirmed a GitOps workspace write probe inherited `aiman:gitops` and was
removed.
## Post-state
- `aios-testnet-regression.service` rerun result: `success`.
- `aios-testnet-regression.service` latest process exited with
`status=0/SUCCESS`.
- Latest TestNet report was regenerated at `2026-07-07T18:22:18+08:00`.
- Latest TestNet run id: `smoke-20260707T102215Z-cn-network-mkt`.
- Latest TestNet status counts: `{"PASS": 6}`.
- `systemctl --failed` showed no matching AIOS/OpenClaw/Hermes/Gitea/WeChat
failed units after the repair.
- OpenClaw and Hermes core services remained active after the repair.
## Validation Evidence
- OpenClaw version observed: `OpenClaw 2026.6.11 (e085fa1)`.
- OpenClaw task count: `0`.
- OpenClaw audit summary: `errors=0`, `warnings=0`.
- Hermes router, executor, and memory gateway services: `active`.
- Gitea service: `active`.
- One API local model endpoint returned `401`, which is a positive liveness
signal for an authenticated endpoint.
- Gitea local root endpoint returned `200`.
- AIOS webops health endpoint returned `401`, which indicates the service is
reachable but protected.
- Live Actions/OpenAPI probes on `127.0.0.1:18081` returned `404` for the
checked schema paths, so Actions schema exposure was not claimed as healthy
in this run.
- WeChat channel was not claimed as end-to-end healthy because current
`openclaw channels status --deep --json` required credentials or device
identity before opening a websocket.
## Sub-agent Execution
- Local `run_subagent.py` failed with `WinError 5`, so the multi-agent tool was
used instead.
- Spark sub-agents were attempted first but the platform reported Spark quota
exhaustion until `2026-07-08 09:36`.
- The run continued with the owner-approved `gpt-5.4-mini` fallback and merged
independent architecture, implementation safety, validation, and reporting
findings.
## Remaining Issues