SuperAPI AI Directory

elizaos-runtime-diagnostics

Deployment & operations

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Updated 10-19 03:39

About this skill

elizaOS Runtime Diagnostics

Establish version and authority

Identify the installed release/commit, launch mechanism, OS, host type, actual API origin, database backend, intended provider, and first error timestamp. Confirm ownership and permission to inspect that instance. Distinguish a core-only embedding, standalone agent, app/desktop host, Cloud container, and Cloud thin client. Do not assume a thin client has a local runtime.

Read version and command provenance before suggesting commands. This baseline is develop commit eb9a6f7d3ccc46d3ff9d173383cff900004738c9 (2026-10-15), not legacy 1.x CLI docs. Recheck corresponding source when the installed version differs. Do not install, upgrade, build, or execute upstream code just to diagnose it.

Start offline

  1. Ask for the precise failure and a small redacted existing error window. Do not request complete environment/configuration/log dumps or provider keys.

  2. Inspect manifest metadata and only explicitly requested environment-variable presence with the bundled Python-stdlib helper, if useful:

    python3 scripts/offline_report.py --manifest /approved/checkout/package.json \
      --env OPENAI_API_KEY --env POSTGRES_URL
    

    Resolve the script relative to this skill, not the target repo. With no arguments it inspects nothing. It never reads environment values, .env, configuration, logs, or databases; executes no subprocesses; and makes no network requests. Manifest reads are explicit, bounded, regular-file-only, and reject symlink components. Use trusted stable parent directories; this is not a sandbox against concurrent directory replacement. Presence means name exists, even if empty; it does not establish validity, activation, or runtime inheritance. Only known script names, never bodies, are reported. Exit 0 means the requested inventory was built, 1 means at least one manifest could not be inspected, and 2 means invalid arguments/limits. None proves runtime readiness or credential validity.

  3. Do not infer that a core runtime automatically reads arbitrary process environment. Trace host configuration, plugin configuration, and provider registration at the installed revision before changing a setting.

Classify the failure

Read lifecycle and failure triage for phase ordering and plugin/model/deferred-capability distinctions.

Symptom First distinction
Process exits before listener Launch/config/plugin import versus adapter/migration failure; use first existing error
Shell opens but cannot chat Runtime state, actual text-handler registration, local weights, Cloud model catalog
Feature route initially returns 404 Deferred boot pending versus failed/missing plugin; do not invent an endpoint
Connector configured but unavailable Configuration presence versus active service and connector health
Database error Selected backend, liveness, compatibility, migration state; never reset data as diagnosis

Inspect an already-running instance only with permission

Read health, logs, and authorization before probing. Use verified GET /api/status and GET /api/health only at the operator-confirmed origin. Apply a short client timeout and bounded retries; do not embed credentials in URLs or paste them into chat. Preserve existing Host/origin/token policy. Remote health deliberately discloses less than trusted local health. HTTP 200 is not proof that an agent can answer.

Treat log/audit reads as sensitive data access. Prefer filtered existing logs; exclude deep runtime reflection and bulk exports by default. Preserve evidence; never clear buffers. Distinguish cached readiness from an actual provider call. Do not test chat, embeddings, model generation, wallets, browser automation, or connectors merely as health checks: these may spend money or cause effects.

Propose repair, do not silently perform it

Read database recovery boundaries before storage work. Obtain explicit approval for starting/restarting, changing credentials/configuration, installing plugins, network/provider tests, or migrations. State expected effects, cost limit, data risk, and rollback plan. Stop only the owned process through its launcher/supervisor; avoid broad kills. Never enable destructive migration flags, delete storage, or run resets as a routine troubleshooting step.

Use exact-file tests only after approval in a prepared isolated checkout; read the test for provider/network/effect requirements first. Do not describe source-verified commands as execution-tested.

Return actionable evidence

Report installed version/host; observed symptom and first failing phase; sanitized evidence; remaining unknowns; least-risk next check; proposed repair and required permission; verification and rollback criteria. Separate observations from hypotheses. Keep secrets, connection strings, prompts, private paths, wallet material, and account identifiers out of shared reports.