ComfyUI-OpenClaw/docs/troubleshooting.md

Troubleshooting

This guide keeps the longer operational troubleshooting steps out of the README.

UI shows Backend Not Loaded / endpoints return 404

This usually means ComfyUI did not load the Python side of the pack, or route registration failed during startup.

Steps:

1. Check ComfyUI startup logs for import errors while loading the custom node pack. Search for openclaw, Route registration failed, or ModuleNotFoundError.
2. Confirm the pack folder is directly under custom_nodes/ and contains __init__.py.
3. Run the smoke import check inside the same Python environment ComfyUI uses:

python scripts/openclaw_smoke_import.py
# or
python scripts/openclaw_smoke_import.py --verbose

4. Manually verify the endpoints used by the Settings tab:
   • GET /api/openclaw/health
   • GET /api/openclaw/config
   • GET /api/openclaw/logs/tail?n=50

Notes:

• If your pack folder name is not comfyui-openclaw, the smoke script may need OPENCLAW_PACK_IMPORT_NAME=your-folder-name.
• If imports fail with a services.* module error, check for name collisions with other custom nodes and prefer package-relative imports.

Imported workflow shows missing OpenClaw nodes

Current builds expose node portability metadata so "missing custom node" can be diagnosed separately from a generic import failure.

What to check:

1. Open the Explorer / inventory diagnostics view or inspect /openclaw/preflight/inventory.
2. Confirm whether the workflow references openclaw:* nodes that are not present on the current host.
3. Look for portability/replacement guidance rather than renaming nodes blindly.
4. If Explorer shows inactive-branch suppressed findings, inspect them as context but do not treat them as active blockers unless the corresponding branch is enabled.

Notes:

• Compatibility class names such as Moltbot* still exist for older workflows, but the canonical portability contract is anchored on openclaw:* node identities.
• Current shipped nodes use the openclaw category in ComfyUI; seeing older moltbot category text usually means the installed pack is stale or ComfyUI has not been restarted after update.
• Current diagnostics may include deterministic replacement hints when an unavailable OpenClaw node can degrade to a more portable workflow pattern.
• Muted or bypassed root nodes and subgraph branches are separated into suppressed diagnostics when the workflow payload includes enough frontend metadata. Plain API prompt JSON remains deterministic, but it may not contain frontend ancestry needed to identify inactive subgraph context.
• If no portability guidance is present and the pack itself is loaded correctly, treat that as a real contract gap rather than assuming the workflow can be repaired by arbitrary JSON edits.

Operator Doctor

Run the built-in diagnostic tool to verify environment readiness (libraries, permissions, contract files):

python scripts/operator_doctor.py
# Or check JSON output:
python scripts/operator_doctor.py --json

Explorer / inventory note:

• /openclaw/preflight/inventory is snapshot-first on current builds.
• A response showing scan_state=refreshing or stale=true does not necessarily mean the inventory path is broken; it can mean the cached snapshot was returned quickly while a deeper model scan continues in the background.
• Treat last_error as the primary signal that the background scan actually failed.

Jobs preview shows an explicit asset fallback state instead of an image preview

Current OpenClaw builds keep /history + /view as the supported runtime preview contract for job results.

If a result ref only exposes an upstream asset-service identifier and cannot be represented through /view, OpenClaw keeps that ref explicit instead of silently guessing a direct /api/assets fetch.

What this means:

• asset_api_required is a bounded compatibility state, not a generic parser failure.
• Classic history refs and hash-backed refs that still map onto /view should continue to preview normally.
• If an operator workflow starts depending on direct asset-service identifiers, treat that as a contract gap and review docs/r167_asset_api_adoption_decision.md before widening the runtime dependency.

Verify audit-chain continuity after restart or rotation

Use the retained-chain verifier:

python scripts/verify_audit_chain.py

JSON output:

python scripts/verify_audit_chain.py --json

Notes:

• The verifier checks the current audit.log and any retained rotated audit segments in the state directory.
• When no audit chain key is supplied from environment/config, OpenClaw persists audit.log.key so verification still works across restart and rotation.
• Treat verification failure as an audit-integrity incident until proven otherwise.

Webhooks return 403 auth_not_configured

Set webhook auth environment variables as described in the README quick-start section, then restart ComfyUI.

LLM model list shows HTTP 403 ... Private/reserved IP blocked: 127.0.0.1

This usually means your OpenClaw build is older than the local-loopback SSRF fix. For local providers, 127.0.0.1 and localhost are valid targets and should not require insecure SSRF flags.

Checklist:

1. Update OpenClaw to the latest release.
2. For Ollama:
   • run ollama serve
   • verify http://127.0.0.1:11434/api/tags is reachable on the same machine
3. In OpenClaw Settings:
   • Provider: Ollama (Local) or LM Studio (Local)
   • Base URL: leave empty to use the provider default, or set a loopback URL explicitly
   • Provider defaults:
     • Ollama (Local) -> http://127.0.0.1:11434/v1
     • LM Studio (Local) -> http://localhost:1234/v1
   • If an older saved Ollama URL is still set to http://127.0.0.1:11434, update it to /v1 or clear the field so the built-in default can be applied
4. Keep these flags disabled:
   • OPENCLAW_ALLOW_ANY_PUBLIC_LLM_HOST=0
   • OPENCLAW_ALLOW_INSECURE_BASE_URL=0

Remote Admin can open, but custom LLM on 192.168.x.x is still blocked

This is expected under the current SSRF policy.

• OPENCLAW_ALLOW_REMOTE_ADMIN=1 only allows remote admin access; it does not relax outbound LLM egress rules.
• OPENCLAW_LLM_ALLOWED_HOSTS only extends the exact-host allowlist for custom public hosts.
• Private/reserved IP targets such as 192.168.x.x, 10.x.x.x, and 172.16.x.x remain blocked unless the scoped allow_private_network LLM setting is enabled for the configured target, or OPENCLAW_ALLOW_INSECURE_BASE_URL=1 is also set.
• OPENCLAW_ALLOW_ANY_PUBLIC_LLM_HOST=1 does not allow private/reserved IPs.
• OPENCLAW_LLM_ALLOWED_HOSTS=* is not a wildcard and will not bypass the policy.

Correct setup flow:

1. If you are using a built-in local provider (ollama, lmstudio), keep it on loopback only and use the provider default or localhost / 127.0.0.1 / ::1.
2. If you need a custom public LLM host, set:
   • OPENCLAW_ALLOW_CUSTOM_BASE_URL=1
   • OPENCLAW_LLM_ALLOWED_HOSTS=<exact-host> or OPENCLAW_ALLOW_ANY_PUBLIC_LLM_HOST=1
3. If you intentionally need a LAN/private-IP target, prefer enabling allow_private_network only for that configured LLM target. Use OPENCLAW_ALLOW_INSECURE_BASE_URL=1 only when you intentionally accept the broader SSRF risk, then fully restart ComfyUI.
4. On Windows portable, set environment variables in the same launcher that starts python_embeded\\python.exe, or restart after setx / System Properties changes.
5. Verify the effective value in the same embedded Python runtime:

python_embeded\python.exe -c "import os; print(repr(os.environ.get('OPENCLAW_LLM_ALLOWED_HOSTS')))"

Safer alternative:

• keep the LLM behind a reviewed public HTTPS reverse proxy and allowlist that public host, instead of enabling private-network or insecure overrides
• on current builds, the scoped private-network setting and insecure override are both applied consistently by Remote Admin validation and /openclaw/llm/models

Admin Token: server-side vs UI

OPENCLAW_ADMIN_TOKEN is a server-side environment variable.

• The Settings UI can use an Admin Token for authenticated requests.
• The UI cannot set or persist the server token itself.

For full setup steps, see the main README quick-start section and tests/TEST_SOP.md.