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* fix(e2e): route model management to the control plane and restore Gateway.create_model
The split-transport routing table listed only /model/info as a control-plane
prefix, so /model/new and /model/delete were sent to the data-plane gateway,
which does not serve management routes and 404s them. Every suite that
registers deployments at runtime (llm_translation, batches, access_control)
failed on the split stage deployment because of this. Widen the prefix to
/model/ so all model-management routes reach the control plane while /models
stays on the data plane.
Separately, batch_client.py and several llm_translation tests call
gateway.create_model, but Gateway never had that method, so all 17 batch tests
errored at fixture setup with AttributeError. Add create_model/delete_model to
Gateway (with the optional mode that batches needs) and make EndpointsClient
delegate to it instead of carrying its own copy.
Regression tests cover both: the routing predicate for management vs LLM paths
and the Gateway model-management surface via a typed fake Transport. Both fail
on the previous code
* test(e2e): make the fake transport payload depend on response_type
The recording fake always answered with {"model_id": ...} even when the
caller asked for NoBody, which only validated because pydantic ignores extra
fields by default. Return an empty payload for response types that carry no
fields so a future extra="forbid" on NoBody cannot turn the delete test into
a ValidationError inside the fake
* test(e2e): probe the full spend read surface including schema-hidden routes
The curated spend-route list missed twelve read endpoints, most of them
include_in_schema=False and therefore invisible to the schema-discovery test:
/spend/logs/v2, /spend/logs/session/ui, /global/all_end_users,
/global/activity/exceptions/deployment, and the per-entity daily activity
family (user, user aggregated, team, organization, customer, end_user, tag).
Add them all, verified responsive against the live split stage deployment.
/end_user was missing from CONTROL_PLANE_PREFIXES, so /end_user/daily/activity
would have been routed to the data plane and 404ed like /model/new used to;
add the prefix and pin it plus the daily-activity routes in the transport
routing test.
/provider/budgets stays excluded with a documented reason: it returns 500
whenever router_settings.provider_budget_config is absent, so probing it on a
proxy without provider budget routing configured can never be green
317 lines
9 KiB
Python
317 lines
9 KiB
Python
"""Transport: the typed request primitives clients use, behind a Protocol.
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`Transport` is what each client depends on (composition + DI); `HttpTransport` is
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the concrete frozen-slots dataclass that fulfils it via the e2e_http wrapper. No
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client touches requests.* or builds raw dicts; they pass pydantic models here.
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"""
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from __future__ import annotations
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from dataclasses import dataclass
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from typing import Protocol
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from pydantic import BaseModel
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import e2e_http
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from e2e_http import (
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URL,
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AuthHeaders,
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FileUploadForm,
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ProbeResult,
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Result,
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StreamingResponse,
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)
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class Transport(Protocol):
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def post[R: BaseModel](
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self, path: str, *, headers: BaseModel, json: BaseModel, response_type: type[R]
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) -> Result[R]: ...
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def stream(
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self, path: str, *, headers: BaseModel, json: BaseModel
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) -> StreamingResponse: ...
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def send(
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self,
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path: str,
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*,
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headers: BaseModel,
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json: BaseModel,
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params: BaseModel | None = None,
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stream: bool = False,
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) -> StreamingResponse: ...
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def get[R: BaseModel](
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self,
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path: str,
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*,
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headers: BaseModel,
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params: BaseModel,
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response_type: type[R],
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) -> Result[R]: ...
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def delete[R: BaseModel](
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self, path: str, *, headers: BaseModel, json: BaseModel, response_type: type[R]
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) -> Result[R]: ...
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def probe(self, path: str, *, params: BaseModel) -> ProbeResult: ...
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def upload[R: BaseModel](
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self,
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path: str,
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*,
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headers: BaseModel,
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form: FileUploadForm,
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filename: str,
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content: bytes,
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params: BaseModel | None = None,
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response_type: type[R],
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) -> Result[R]: ...
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def download(self, path: str, *, headers: BaseModel) -> StreamingResponse: ...
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def bearer(self, key: str) -> AuthHeaders: ...
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@property
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def master(self) -> AuthHeaders: ...
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@dataclass(frozen=True, slots=True)
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class HttpTransport:
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base_url: str
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master_key: str
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request_timeout: float = 60.0
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def _url(self, path: str) -> URL:
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return URL(f"{self.base_url.rstrip('/')}{path}")
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def bearer(self, key: str) -> AuthHeaders:
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return AuthHeaders(authorization=f"Bearer {key}")
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@property
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def master(self) -> AuthHeaders:
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return self.bearer(self.master_key)
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def post[R: BaseModel](
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self, path: str, *, headers: BaseModel, json: BaseModel, response_type: type[R]
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) -> Result[R]:
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return e2e_http.post(
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self._url(path),
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headers=headers,
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json=json,
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response_type=response_type,
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timeout=self.request_timeout,
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)
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def get[R: BaseModel](
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self,
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path: str,
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*,
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headers: BaseModel,
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params: BaseModel,
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response_type: type[R],
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) -> Result[R]:
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return e2e_http.get(
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self._url(path),
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headers=headers,
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params=params,
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response_type=response_type,
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timeout=self.request_timeout,
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)
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def delete[R: BaseModel](
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self, path: str, *, headers: BaseModel, json: BaseModel, response_type: type[R]
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) -> Result[R]:
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return e2e_http.delete(
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self._url(path),
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headers=headers,
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json=json,
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response_type=response_type,
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timeout=self.request_timeout,
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)
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def stream(
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self, path: str, *, headers: BaseModel, json: BaseModel
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) -> StreamingResponse:
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return e2e_http.stream(
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self._url(path), headers=headers, json=json, timeout=self.request_timeout
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)
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def send(
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self,
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path: str,
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*,
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headers: BaseModel,
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json: BaseModel,
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params: BaseModel | None = None,
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stream: bool = False,
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) -> StreamingResponse:
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return e2e_http.send(
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self._url(path),
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headers=headers,
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json=json,
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params=params,
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stream=stream,
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timeout=self.request_timeout,
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)
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def probe(self, path: str, *, params: BaseModel) -> ProbeResult:
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return e2e_http.probe(
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self._url(path),
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headers=self.master,
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params=params,
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timeout=self.request_timeout,
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)
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def upload[R: BaseModel](
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self,
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path: str,
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*,
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headers: BaseModel,
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form: FileUploadForm,
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filename: str,
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content: bytes,
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params: BaseModel | None = None,
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response_type: type[R],
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) -> Result[R]:
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return e2e_http.upload(
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self._url(path),
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headers=headers,
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form=form,
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filename=filename,
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content=content,
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params=params,
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response_type=response_type,
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timeout=self.request_timeout,
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)
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def download(self, path: str, *, headers: BaseModel) -> StreamingResponse:
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return e2e_http.download(
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self._url(path), headers=headers, timeout=self.request_timeout
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)
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# Top-level management/admin route groups. In a split deployment these are served
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# by the control plane (a different service from the LLM data plane). LLM routes
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# (/chat, /embeddings, and native passthrough like /gemini, /anthropic) are NOT
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# here and fall through to the data plane. Matched as path prefixes.
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CONTROL_PLANE_PREFIXES: tuple[str, ...] = (
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"/key",
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"/user",
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"/team",
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"/organization",
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"/customer",
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"/end_user",
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"/tag",
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"/budget",
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"/model/",
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"/spend",
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"/global",
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"/openapi.json",
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)
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def is_control_plane_path(path: str) -> bool:
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"""True if `path` is a management/admin route (served by the control plane in a
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split deployment), false for LLM data-plane routes."""
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return path.startswith(CONTROL_PLANE_PREFIXES)
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@dataclass(frozen=True, slots=True)
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class SplitTransport:
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"""A Transport that dispatches each call by path to one of two backends: the
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management/admin control plane or the LLM data plane.
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Litellm can run as a split control-plane/data-plane deployment where the two
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surfaces live on different services. Clients here stay plane-agnostic — they
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keep calling ``transport.post("/budget/new", ...)`` or
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``transport.send("/chat/completions", ...)`` — and routing happens in one place
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by path (see ``CONTROL_PLANE_PREFIXES``). When ``control`` and ``data`` share a
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base URL (the monolithic default), routing is a no-op. ``bearer``/``master``
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are plane-agnostic (same master key both planes), so they come from ``data``.
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"""
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data: HttpTransport
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control: HttpTransport
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def _route(self, path: str) -> HttpTransport:
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return self.control if is_control_plane_path(path) else self.data
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def bearer(self, key: str) -> AuthHeaders:
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return self.data.bearer(key)
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@property
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def master(self) -> AuthHeaders:
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return self.data.master
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def post[R: BaseModel](
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self, path: str, *, headers: BaseModel, json: BaseModel, response_type: type[R]
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) -> Result[R]:
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return self._route(path).post(
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path, headers=headers, json=json, response_type=response_type
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)
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def get[R: BaseModel](
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self,
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path: str,
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*,
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headers: BaseModel,
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params: BaseModel,
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response_type: type[R],
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) -> Result[R]:
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return self._route(path).get(
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path, headers=headers, params=params, response_type=response_type
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)
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def delete[R: BaseModel](
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self, path: str, *, headers: BaseModel, json: BaseModel, response_type: type[R]
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) -> Result[R]:
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return self._route(path).delete(
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path, headers=headers, json=json, response_type=response_type
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)
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def stream(
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self, path: str, *, headers: BaseModel, json: BaseModel
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) -> StreamingResponse:
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return self._route(path).stream(path, headers=headers, json=json)
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def send(
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self,
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path: str,
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*,
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headers: BaseModel,
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json: BaseModel,
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params: BaseModel | None = None,
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stream: bool = False,
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) -> StreamingResponse:
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return self._route(path).send(
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path, headers=headers, json=json, params=params, stream=stream
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)
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def probe(self, path: str, *, params: BaseModel) -> ProbeResult:
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return self._route(path).probe(path, params=params)
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def upload[R: BaseModel](
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self,
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path: str,
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*,
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headers: BaseModel,
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form: FileUploadForm,
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filename: str,
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content: bytes,
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params: BaseModel | None = None,
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response_type: type[R],
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) -> Result[R]:
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return self._route(path).upload(
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path,
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headers=headers,
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form=form,
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filename=filename,
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content=content,
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params=params,
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response_type=response_type,
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)
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def download(self, path: str, *, headers: BaseModel) -> StreamingResponse:
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return self._route(path).download(path, headers=headers)
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