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Call a registered model endpoint over its native HTTP API from the endpoint's scoped inference kernel (BASE_URL preloaded). Load once a task needs predictions from a registered model endpoint.
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SOC 職業分類に基づく
| name | using-model-endpoint |
| description | Call a registered model endpoint over its native HTTP API from the endpoint's scoped inference kernel (BASE_URL preloaded). Load once a task needs predictions from a registered model endpoint. |
| license | Apache-2.0 |
You are a pure HTTP client of BASE_URL. Each registered model endpoint
gets its own inference kernel — a Python REPL whose network egress is scoped
to exactly that endpoint — reached via
compute_provider({'provider': '<slug>', 'code': '…'}) (<slug> from
list_compute, without the infer: prefix).
BASE_URL is preloaded (as a Python variable AND as
os.environ["BASE_URL"]) — build request URLs from it, never hardcode
hosts/ports. Call the model's native API with httpx (preinstalled)
or requests; request shapes live in the provider's own runbook skill
(the registration's skillName).Authorization: Bearer $INFER_API_KEY (always the
canonical env name when a credential is delivered; the credential's own
name is usually aliased too). Local endpoints need no auth header.HTTP_PROXY/HTTPS_PROXY are set) —
don't disable it (e.g. trust_env=False) or the endpoint is unreachable.Managed endpoints (entries with managed: true / a location field in
list_compute): their lifecycle — daemon-owned start/stop, registration,
free_port()/register() — lives in the
managed-model-endpoints skill. Cells against them are still just
HTTP calls to BASE_URL; the daemon brings the model up on demand (a cold
start streams its progress into your cell and can take minutes).
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