Removes the suite README — its contents (local repro, layout, conventions)
were either restated by the file structure or already covered by the
workflow YAML and pyproject.toml. Trims docstrings and inline comments
across every test file to keep only non-obvious WHY (the masking
``_get_user_in_team`` reads, the LiteLLM_VerificationTokenView models-can't-
be-NULL gotcha, the org_admin/peer-visibility surprise, the rotation
contract).
Suite still 129 green locally.
The mutmut_triage/pr1.md file was a placeholder for numbers and
classifications that don't exist yet — the first mutmut run is a manual
follow-up. Empty stubs aren't evidence; deleting it.
The G5 protocol (run the workflow, triage survivors in the six Tier-1
handler functions, kill-or-accept-with-reason, zero unreviewed) moves
into the suite README's "Gate evidence" block. The real triage file
will land alongside the first mutmut follow-up.
pyproject.toml's [tool.mutmut].tests_dir entry stays — that's the
one-line wiring that makes the existing (manual-trigger) mutation-test
workflow include our suite next time someone runs it. Comment updated
to drop the dead file reference.
* fix(interactions): never drop streamed text deltas; always emit terminal completion
The interactions streaming bridge had two bugs flagged by Greptile on PR #28153:
1. The first OutputTextDeltaEvent (and the second, when no ResponseCreatedEvent
precedes the deltas) was consumed to emit a synthetic interaction.created /
step.start event, but the chunk's text payload was never forwarded as a
step.delta. The text only reappeared in the terminal step.stop, which
defeats the purpose of incremental streaming.
2. When the upstream Responses API stream ended via StopIteration without a
ResponseCompletedEvent, the iterator emitted step.stop but never the
terminal interaction.completed event carrying the full collected text.
This refactors the iterator to translate each upstream chunk into a list of
events (instead of a single event) and buffers them in a deque. A text delta
now expands into [interaction.created, step.start, step.delta] on the first
chunk so no token is dropped, and the StopIteration / StopAsyncIteration
fallback always flushes a terminal interaction.completed event when one
hasn't already been sent.
Both behaviors are covered by new unit tests:
- test_no_text_token_is_dropped_during_streaming
- test_response_created_then_text_delta_emits_step_start_and_delta
- test_stop_iteration_fallback_emits_completion_event
- test_response_completed_emits_stop_then_completion (no double-emit)
Co-authored-by: Mateo Wang <mateo-berri@users.noreply.github.com>
* fix(interactions): correlate EOF terminal events with stream's interaction id
The StopIteration fallback path previously built the terminal step.stop /
interaction.completed events with id=None (legacy content.stop) and a
memory-address fallback string (interaction.completed), neither of which
matched the item_id used by the earlier interaction.created / step.start /
step.delta events in the same stream. Downstream consumers correlating
events by id would see a mismatch.
Persist the interaction id derived from the first upstream chunk (item_id
on an OutputTextDeltaEvent, or response.id on a ResponseCreatedEvent) and
reuse it when flushing the terminal events on EOF.
Author: mateo-berri <277851410+mateo-berri@users.noreply.github.com>
* ci(windows): raise UV_HTTP_TIMEOUT to 300s for uv sync
The using_litellm_on_windows job has been hitting flaky PyPI download
timeouts during 'uv sync --frozen --group dev' — different packages on
each rerun (six, pydantic-core), all surfacing the same uv error:
Failed to download distribution due to network timeout.
Try increasing UV_HTTP_TIMEOUT (current value: 30s).
uv's default 30s per-request timeout is too tight for the Windows runner
on this project (50+ deps, several multi-MB wheels), so bump it to 300s
to let slow individual downloads complete instead of failing the build.
* fix(interactions): correlate ResponseCompletedEvent terminal events with stream's interaction id
When a stream starts directly with OutputTextDeltaEvent (no preceding
ResponseCreatedEvent), interaction.created carries item_id while
interaction.completed previously carried response.id from
ResponseCompletedEvent. The two ids can differ, leaving consumers that
correlate events by id unable to match the start and completion events.
Fall back to self._interaction_id (set on the first chunk that derives
an id) before response.id, mirroring the EOF terminal path.
---------
Co-authored-by: Cursor Agent <cursoragent@cursor.com>
Co-authored-by: Mateo Wang <mateo-berri@users.noreply.github.com>
* feat(mcp): allow native MCP OAuth redirect URIs (cursor://)
Discoverable OAuth /authorize rejected cursor:// callbacks because
validate_trusted_redirect_uri only accepted http/https. Add an
allowlisted native path with a built-in Cursor default and optional
MCP_TRUSTED_NATIVE_REDIRECT_URIS env for other clients.
Co-authored-by: Cursor <cursoragent@cursor.com>
* fix(mcp): address Greptile native redirect URI review
Lowercase paths in normalizer so env allowlist entries match case-
insensitively. Tighten wildcard prefix matching to reject sibling
paths (e.g. callback-2) unless the prefix ends with /.
Co-authored-by: Cursor <cursoragent@cursor.com>
* fix(mcp): reject query params on native OAuth redirect URIs
Greptile: normalization stripped query strings before allowlist compare,
so cursor://.../callback?injected=... could pass validation. Reject any
native redirect_uri with a query component (same as fragments).
Co-authored-by: Cursor <cursoragent@cursor.com>
* fix(model_cost_map): add mistral/ministral-8b-2512 entry
Mistral rotated the 'mistral/mistral-tiny' alias to return
'ministral-8b-2512' as the response model, which is not in the cost map.
This caused test_completion_mistral_api and
test_completion_mistral_api_modified_input to fail in
completion_cost lookup. Add the entry mirroring the existing
openrouter/mistralai/ministral-8b-2512 pricing.
* fix(mcp): lowercase default native redirect URIs
Make _parse_trusted_native_redirect_uris apply the same lowercasing
to built-in defaults as it does to env-var entries.
* fix(tests): backfill local model_cost into remote-fetched map
litellm.model_cost is loaded at import time from the URL pinned to main,
so pricing entries that exist only in this branch (e.g.
mistral/ministral-8b-2512, freshly added because Mistral now returns this
id from mistral-tiny) are absent at test time and completion_cost lookups
raise. Backfill the in-tree backup so cassette-driven cost calculations
resolve against the entries that ship with the branch under test.
Fixes the local_testing_part1 failures on test_completion_mistral_api and
test_completion_mistral_api_modified_input.
---------
Co-authored-by: Cursor <cursoragent@cursor.com>
Co-authored-by: mateo-berri <277851410+mateo-berri@users.noreply.github.com>
Co-authored-by: Claude <claude@anthropic.com>
* fix(vertex_ai): omit function_call id on Vertex Gemini 3.5+ tool turns
Vertex AI rejects `id` on function_call/function_response parts; only Google AI Studio accepts it for Gemini 3.5+ strict tool matching.
Co-authored-by: Cursor <cursoragent@cursor.com>
* Update litellm/llms/vertex_ai/gemini/vertex_and_google_ai_studio_gemini.py
Co-authored-by: greptile-apps[bot] <165735046+greptile-apps[bot]@users.noreply.github.com>
* fix(vertex_ai): forward custom_llm_provider in context caching
Pass custom_llm_provider through to _gemini_convert_messages_with_history
in the context caching path so Gemini 3.5+ tool-call `id` forwarding
behaves consistently between cached and non-cached completions on Google
AI Studio.
Co-authored-by: Claude <claude@anthropic.com>
---------
Co-authored-by: Cursor <cursoragent@cursor.com>
Co-authored-by: greptile-apps[bot] <165735046+greptile-apps[bot]@users.noreply.github.com>
Co-authored-by: Claude <noreply@anthropic.com>
Co-authored-by: Claude <claude@anthropic.com>
Followup to the CI-bring-up sequence: now that the suite is green in CI
(130 → 129 tests after this trim; 156s wall-time on ubuntu-latest), drop
the diagnostic noise left over from debugging the master_key wipe:
* Rename ``test_aaa_world_seed.py`` back to ``test_world_seed.py`` —
no longer needs to run first.
* Remove ``test_auth_resolver_returns_correct_user_id_and_role`` —
that test reached into private auth helpers to localize the bug
between the DB and ``UserAPIKeyAuth``; it has served its purpose
and isn't HTTP-boundary.
* Keep ``test_proxy_admin_actor_can_create_keys_for_others`` (without
the failure-time dump) — it's a real authz contract that pins the
PROXY_ADMIN bypass on /key/generate, and would catch a regression
of the same conftest interaction this sequence revealed.
* Drop the workflow's ``max-failures: 200`` override — that was a
debug aid for seeing the full failure surface in CI. Default of 10
is right for a stable suite.
* test(ui-e2e): add admin key creation with a specific proxy model
Adds Playwright coverage for creating a key (no team) scoped to a single
proxy model, complementing the existing All-Proxy-Models test. Uses a
DOM-dispatched click on the antd dropdown option since the popup
animation can render the option outside the viewport.
* test(ui-e2e): verify scoped key works against mock /chat/completions
Extend the "Create a key with a specific proxy model" test to extract
the new key from the success modal and POST to /chat/completions for
the scoped model, asserting 200 and the mock response body. Without
this the test could pass even if the model selection failed to register.
* feat(interactions): migrate to Google Interactions API steps schema (May 2026)
Default to Api-Revision: 2026-05-20 (new `steps` schema). Add
`litellm.use_legacy_interactions_schema` global flag that sends
Api-Revision: 2026-05-07 for operators who need the legacy `outputs`
schema until June 8, 2026.
- Inject Api-Revision header in GoogleAIStudioInteractionsConfig.validate_environment()
- Auto-coalesce response_mime_type → response_format and image_config migration on new schema
- Add steps field to InteractionsAPIResponse and InteractionsAPIStreamingResponse
- Add StepStart/StepDelta/StepStop/InteractionCreated/etc. SSE event types
- Update streaming completion detection to handle interaction.completed event
- Bridge transformer populates both outputs and steps fields
- Bridge streaming iterator emits new-schema events by default
Co-authored-by: Cursor <cursoragent@cursor.com>
* fix(interactions): address greptile review feedback
- Avoid mutating caller's generation_config dict by shallow-copying
before popping image_config, preventing silent failures on retries
- Skip schema key in response_format when response_format is None to
avoid sending schema: null to the Google Interactions API
- Remove delta field from step.stop events (new schema only); the
StepStop model has no delta field and sending it duplicates already-
streamed text and breaks spec-conformant clients
Co-authored-by: Cursor <cursoragent@cursor.com>
* fix(proxy): parse use_legacy_interactions_schema string values safely
bool("false") returns True in Python, so quoted YAML values like
"false" or "False" silently activated the legacy Interactions API
schema. Match the env-var parsing pattern in litellm/__init__.py by
treating string inputs as true only when they equal "true" (case
insensitive).
Co-authored-by: Yassin Kortam <yassin@berri.ai>
* fix(interactions): only set object/id/delta on step.stop for legacy schema
StepStop (new schema) has no object, id, or delta fields. Setting them
unconditionally caused spec-breaking extra fields on new-schema step.stop
events in all four construction sites (sync/async × main-loop/StopIteration).
Legacy content.stop still receives id, object, and delta unchanged.
Co-authored-by: Cursor <cursoragent@cursor.com>
* fix(interactions): stabilize streaming bridge schema, dict aliasing, and lost first delta
- Capture use_legacy_interactions_schema once at iterator construction so
all events emitted by a single stream use a consistent schema, even if
the global flag is mutated mid-stream.
- Check for the buffered interaction.complete/completed event before the
finished check in __next__/__anext__ so the final completion event
(which carries the full collected text in steps) is not dropped after
self.finished is set.
- Copy text content entries before appending to both outputs and the
steps content list to avoid shared mutable dict aliasing between the
two response fields.
Co-authored-by: Yassin Kortam <yassin@berri.ai>
* fix tests
* fix greptile review
* fix(interactions): address Greptile P1 review on schema coalescing and legacy deltas
Skip response_mime_type merge when response_format is already a list, avoid
in-place list mutation on image_config append, and restore delta.type on
legacy content.delta events.
Co-authored-by: Cursor <cursoragent@cursor.com>
* style(interactions): black-format gemini transformation.py
Co-authored-by: Cursor <cursoragent@cursor.com>
---------
Co-authored-by: Cursor <cursoragent@cursor.com>
Co-authored-by: Yassin Kortam <yassin@berri.ai>
Co-authored-by: Claude <noreply@anthropic.com>
* fix(mcp): JWT on tools/list, REST server_id resolution, tool_server_mismatch
Sign outbound MCP JWTs for list_mcp_tools and inject headers on the tools/list
path. Resolve server_id on /mcp-rest/tools/call and return 403 tool_server_mismatch
when the tool does not belong to the requested server. Default missing arguments to {}.
Co-authored-by: Cursor <cursoragent@cursor.com>
* fix(mcp): restrict list JWTs to mcp:tools/list and default REST arguments to {}
- List-only JWTs (call_type=list_mcp_tools) no longer carry the broad
mcp:tools/call scope. _build_scope() now emits only mcp:tools/list
when no tool name is provided, mirroring the existing least-privilege
rule that tool-call JWTs omit mcp:tools/list.
- REST /tools/call now defaults a missing 'arguments' field to {} so
execute_mcp_tool() and downstream **arguments / .keys() calls don't
receive None and crash with TypeError/AttributeError.
Co-authored-by: Yassin Kortam <yassin@berri.ai>
* fix(mcp): validate tool/server in call_tool; skip JWT signer when not configured or static auth present
Co-authored-by: Yassin Kortam <yassin@berri.ai>
* fix(mcp): align tests and mypy with user_api_key_auth on tools/list
Update mocks for the new _get_tools_from_server parameter, mock server
registry in REST access-denied test, and narrow static_headers for mypy.
Co-authored-by: Cursor <cursoragent@cursor.com>
* fix(test): accept user_api_key_auth in get_tools_from_mcp_servers mock
The side_effect for the all-servers case did not accept the new kwarg,
so tools/list returned an empty list.
Co-authored-by: Cursor <cursoragent@cursor.com>
* fix(mcp): fail fast for unknown tools when server mapping exists
Server-name fallback in call_tool must not open an upstream session when
the tool is absent from a populated mapping. Update the HTTP transport test
to register a known tool before asserting not-found behavior.
Co-authored-by: Cursor <cursoragent@cursor.com>
* fix mypy
* Fix mypy
* fix(mcp): preserve tools/call scope on missing tool name; pass user_api_key_auth in list_tools
Co-authored-by: Yassin Kortam <yassin@berri.ai>
* fix(mcp): match alias/server_name in _resolve_mcp_server_for_tool_call
The registry lookup in _resolve_mcp_server_for_tool_call previously only
compared candidate.name against the provided server_name, but tool name
prefixes can be derived from a server's alias or server_name (see
get_server_prefix). When the tool→server mapping is empty/stale (cold
start, dynamic tools), the lookup would fail for alias-configured
servers even though get_mcp_server_by_name (used by the REST path)
matches alias, server_name, and name.
Match the same priority of identifiers in both the registry pass and
the unprefixed fallback so the MCP protocol call_tool path is
consistent with the REST path.
Co-authored-by: Yassin Kortam <yassin@berri.ai>
* fix(mcp): reuse proxy_logging DualCache in inject_mcp_jwt_headers_for_upstream
Instead of allocating a fresh DualCache() on every tools/list invocation,
prefer the shared proxy_logging_obj.internal_usage_cache.dual_cache when
available. The cache argument is currently unused by MCPJWTSigner, but
sharing the proxy's cache avoids per-call allocation overhead and matches
the cache identity used elsewhere in the proxy hook plumbing — so any
future per-request state stored in cache will survive across list calls.
Co-authored-by: Claude <noreply@anthropic.com>
* fix(mcp): return 403 ip_filtering for IP-restricted servers in tools/call name lookup
Co-authored-by: Yassin Kortam <yassin@berri.ai>
* fix(test): accept user_api_key_auth kwarg in list_tools mocks
The proxy-infra job was failing on four TestMCPServerManager tests because
the mock_get_tools_from_server stubs did not accept the new
user_api_key_auth keyword argument that list_tools now forwards to
_get_tools_from_server. Add the kwarg to each stub so list_tools can call
through cleanly.
Co-authored-by: Claude <claude@anthropic.com>
* fix(mcp): skip JWT injection when per-user mcp_auth_header is set
MCPClient._get_auth_headers() applies extra_headers AFTER writing
Authorization from auth_value, so an injected JWT silently overwrites
the user's per-server OAuth token. Guard the JWT signer with
'not mcp_auth_header' so per-user OAuth (and any dict-form per-user
auth) takes precedence, mirroring the existing static_headers guard.
Adds a regression test that the signer's inject helper is not called
when mcp_auth_header is supplied.
* fix(mcp): skip JWT injection when extra_headers already has Authorization
When a server uses per-user OAuth tokens, the resolved token is passed
into _get_tools_from_server via extra_headers. The JWT injection guard
only checked mcp_auth_header and the server's static headers, so the
signer would silently overwrite the user's OAuth Authorization header.
Add a check for an existing Authorization entry in extra_headers so
caller-supplied per-user OAuth tokens take precedence over JWT signing.
Co-authored-by: Yassin Kortam <yassin@berri.ai>
* test(mcp): cover JWT signer + tool-call resolution branches
Adds unit tests for the new MCPServerManager helpers (_resolve_mcp_server_for_tool_call,
_resolve_oauth2_headers_for_tool_call) and the new MCPJWTSigner paths
(_build_scope call_type branches and inject_mcp_jwt_headers_for_upstream).
Brings patch coverage above the auto target without changing behavior.
Co-authored-by: Claude <claude@anthropic.com>
* fix(mcp): retry tool-server lookup with prefixed name in REST mismatch check
When the REST /mcp-rest/tools/call path sends a raw tool name plus
requested_server_id, _get_mcp_server_from_tool_name(name) can return
None if the mapping only stores the prefixed form. That bypassed the
tool_server_mismatch 403 guard and let the call fall through to
trusting requested_server.
Retry the lookup with every known prefix of the requested server so
the mismatch check fires whenever the tool is actually registered.
Co-authored-by: Yassin Kortam <yassin@berri.ai>
* fix(mcp): always reject unknown tools in server-name fallback
Defense-in-depth: _resolve_mcp_server_for_tool_call previously skipped
the unknown-tool check whenever the per-server mapping had no entries
yet (cold start, OAuth2 lazy listing, or upstream listing failure),
allowing arbitrary tool names to reach upstream servers.
Tighten the check so the server-name fallback always rejects tool
names not present in the mapping. Callers must call list_tools first
(standard MCP flow) before tools/call can resolve. Removes the
now-unused _mapping_has_tools_for_server helper and adds an
explicit empty-mapping rejection test alongside the existing
populated-mapping rejection test.
Co-authored-by: Sameer Kankute <sameer@berri.ai>
---------
Co-authored-by: Cursor <cursoragent@cursor.com>
Co-authored-by: Yassin Kortam <yassin@berri.ai>
Co-authored-by: Claude <claude@anthropic.com>
Co-authored-by: Claude <noreply@anthropic.com>
Co-authored-by: Claude (greptile subagent) <claude-greptile-bot@anthropic.com>
Ninth CI run cleared every ``Your ID=None`` failure (the master_key env
fix worked end-to-end) and exposed the next thin layer of failures:
``/key/regenerate`` returns 500 "Regenerating Virtual Keys is an
Enterprise feature" in CI because the proxy can't see a
``LITELLM_LICENSE``. Locally my license is set, so the matrix passes.
The behavior matrix is supposed to pin authz, not licensing — so flip
``proxy_server.premium_user = True`` directly, both before and after the
lifespan (the lifespan re-runs ``_license_check.is_premium()`` and would
otherwise reset it). With premium gating disabled, the regenerate matrix
exercises the same authz path /key/update does.
Whole-suite still green locally (130 tests, ~6.3s).
Real root cause of every CI run that returned ``Your ID=None`` for the
seeded actors:
* In ``initialize()``, ``master_key`` is set from the config YAML's
``general_settings.master_key`` (load_config code path at
proxy_server.py:4174).
* Then the FastAPI lifespan (``proxy_startup_event``) runs and at line
776 does ``master_key = get_secret_str("LITELLM_MASTER_KEY")``,
which UNCONDITIONALLY overwrites the global.
* In CI the env var is unset, so the post-lifespan ``master_key`` is
None.
Downstream every auth path degrades: master-key requests don't bypass
because ``secrets.compare_digest(api_key, None)`` raises and is caught
to ``is_master_key_valid=False``; seeded-actor requests cache a
``UserAPIKeyAuth`` whose ``user_role`` never resolves through the
PROXY_ADMIN bypass; ``_is_allowed_to_make_key_request`` then hits the
``user_id`` mismatch path with ``Your ID=None``.
Locally my shell happened to have ``LITELLM_MASTER_KEY`` set from a prior
session, which is why every local run was green and CI red — exactly the
"don't generalize from your environment to CI" memory.
Fix: ``os.environ.setdefault("LITELLM_MASTER_KEY", MASTER_KEY)`` and
``os.environ.setdefault("CONFIG_FILE_PATH", config_path)`` before
entering the lifespan, so its re-read produces the same value as
``initialize()``.
Whole-suite still green locally (130 tests, ~6.4s).
Six runs and the underlying data (token row, user row, view row) all
verified correct in CI, but auth still returns user_id=None. This
diagnostic calls the resolver primitives directly:
1. ``prisma.get_data(table_name="combined_view")`` → raw view object
2. ``get_key_object(...)`` → cached/DB UserAPIKeyAuth
3. ``get_user_object(...)`` → LiteLLM_UserTable row
4. ``_is_user_proxy_admin`` / ``_get_user_role``
and prints each intermediate via captured stdout (-s). Whichever step
returns None/False in CI is where the chain breaks. Imports come from
``litellm.proxy.auth`` (not management_endpoints), so G3 still passes.
* feat(ui): team allowed_passthrough_routes create parity + edit load fix
Add the Allowed Pass Through Routes selector to the create-team modal
(previously only on the edit form), and fix the edit form silently
dropping the field: it lives under team metadata, so initialValues must
read info.metadata.allowed_passthrough_routes — otherwise the selector
renders empty and saving wipes admin-set routes. Both selectors are
gated to premium proxy admins, mirroring the server-side gate.
Resolves LIT-3019
* fix(ui): persist team allowed_passthrough_routes edits on save
The edit form loaded the selector but the save path never wrote it back:
allowed_passthrough_routes stayed in the raw metadata JSON textarea and
parsedMetadata (from that textarea) always won, so selector edits were
silently discarded. Strip it from the textarea initialValues and overlay
values.allowed_passthrough_routes into updateData.metadata, mirroring how
guardrails is handled.
Resolves LIT-3019
* fix(ui): preserve team passthrough routes for non-proxy-admins on save
Only proxy admins may set allowed_passthrough_routes (server-side gate).
For non-proxy-admins, write the team's stored value back into metadata
instead of the form value, so saving an unrelated setting can't silently
wipe routes; omit the key entirely when the team never had any.
Resolves LIT-3019
* chore(e2e): migrate runner to uv, add All Proxy Models key test
Switches the local e2e runner (run_e2e.sh) from poetry to uv to match
the rest of the repo and CI. Adds a Playwright test for creating an
admin key with no team selected (all-proxy-models flow), a SLOWMO env
hook for headed debugging, and a MIGRATION_TRACKING.md doc that maps
the manual UI QA checklist to e2e tests so future migration work has
a single source of truth.
* chore(e2e): address greptile feedback
- Remove MIGRATION_TRACKING.md (docs belong in litellm-docs repo)
- playwright.config.ts: fall back to 0 when SLOWMO is non-numeric
(parseInt returns NaN, which Playwright accepts silently)
- run_e2e.sh: add --frozen to uv sync for CI determinism
When a new filter is applied to spend logs, React Query's keepPreviousData
left stale rows on screen for 10–15s with no indication that a fetch was
in progress. The previous custom isFilteringResults flag was removed in
the #25847 toolbar refactor and only partially restored on the Fetch
button. Use React Query's isPlaceholderData to discriminate a real
filter change (queryKey changed, data not yet arrived) from a same-key
live-tail refetch, and feed it into the existing isLoading prop on the
toolbar pagination text and the table body. Live-tail polls still keep
previous rows without flicker.
Co-authored-by: Ryan <ryan@Ryans-MBP.localdomain>
* fix(router): use forwarded model_id for native Azure container IDs in _init_containers_api_endpoints
Azure code-interpreter containers return provider-native IDs (cntr_ + hex)
that carry no LiteLLM routing payload, so _decode_container_id returns
model_id=None. The router was falling through to call the handler directly,
bypassing _ageneric_api_call_with_fallbacks and leaving api_base=None for
Azure deployments. Fall back to the model_id forwarded from the proxy
ownership check so deployment credentials are always applied.
Co-authored-by: Cursor <cursoragent@cursor.com>
* fix(azure-containers): strip /openai/responses path from api_base in AzureContainerConfig.get_complete_url
When a deployment's api_base is the responses endpoint URL
(e.g. .../openai/responses?api-version=...), AzureContainerConfig was
appending /openai/containers on top of it, producing the broken path
.../openai/responses/openai/containers. Azure returns 404 for that URL
while the correct path is .../openai/containers.
Strip any /openai/responses suffix from api_base before constructing
the containers URL so the resource root is always used as the starting point.
Co-authored-by: Cursor <cursoragent@cursor.com>
* fix(azure-containers): prefer api-version from api_base URL over deployment's api_version
The deployment's api_version (e.g. 2024-08-01-preview) targets the chat/responses
API and is too old for the containers API, which requires 2025-04-01-preview.
The responses endpoint api_base already carries the correct api-version in its
query string. Extract it and use it for the containers URL, overriding the
stale deployment-level version.
Fixes DELETE and file-upload operations returning 404 due to wrong api-version.
Co-authored-by: Cursor <cursoragent@cursor.com>
* fix(containers): pass params=None instead of params={} to httpx to preserve api-version
httpx erases a URL's query-string when params={} (empty dict) is passed,
silently stripping ?api-version=2025-04-01-preview from every container
POST/DELETE request. Azure's GET endpoints tolerate a missing api-version;
POST (upload) and DELETE are strict, so those returned 404.
Fix: use `params or None` in container_handler._async_handle and
llm_http_handler.async_container_delete_handler (and all sibling container
handlers) so that an empty params dict falls back to None, leaving httpx to
preserve the URL's existing query string intact.
Adds a regression test that directly documents the httpx behaviour.
Co-authored-by: Cursor <cursoragent@cursor.com>
* fix(router): remove elif model_id branch from _init_containers_api_endpoints
Two reviewer findings addressed:
1. Truncated comment on the model_id fallback line — now complete.
2. Security: the elif branch that fired when container_id was absent allowed
any authenticated caller to supply model_id in a POST /v1/containers body
and route the request through an arbitrary deployment UUID, bypassing the
model-level access checks that only validate `model`. Removed the elif
branch; operations without container_id (create, list) route by the
caller-supplied `model` field as before. model_id forwarding is kept only
inside the container_id block, where the proxy ownership check has already
validated the container before forwarding the deployment ID.
Adds a regression test pinning the security boundary: no-container-id path
calls original_function directly even when model_id is in kwargs.
Co-authored-by: Cursor <cursoragent@cursor.com>
* test(containers): validate proxy-to-router model_id forwarding for managed IDs
Add test_regression_get_container_forwarding_params_sets_model_id_for_managed_id
to verify that get_container_forwarding_params (the proxy-side half of the Azure
routing fix) correctly extracts and forwards model_id from a LiteLLM-managed
encoded container ID.
This closes the gap identified by Greptile P1: the previous regression test
only injected model_id as a direct kwarg, validating the router in isolation.
The new test exercises the actual proxy-to-router data flow through
ownership.get_container_forwarding_params, confirming that kwargs["model_id"]
is populated before _init_containers_api_endpoints is reached.
Co-authored-by: Cursor <cursoragent@cursor.com>
* fix(azure-containers): tighten endpoint-path strip to endswith match
Use path.endswith() instead of path.find() for _AZURE_ENDPOINT_PATHS so
the suffix strip only fires when api_base actually ends with one of the
endpoint-specific path suffixes. This is the more precise check greptile
flagged on the original find()-based implementation.
* Fix sync container handler to preserve URL query string
Mirror the async path fix: pass None instead of an empty params dict so
httpx does not strip the URL's existing query string (e.g.
?api-version=...), which is required for Azure container routing.
Co-authored-by: Yassin Kortam <yassin@berri.ai>
* fix(azure-containers): strip trailing slash before endpoint suffix match
Co-authored-by: Yassin Kortam <yassin@berri.ai>
* fix(containers): recover model_id from stored encoded id for native Azure container IDs
get_container_forwarding_params previously only set model_id when the
user-supplied container_id was a LiteLLM-managed encoded id. For native
upstream IDs (e.g. Azure 'cntr_<hex>') the decode fails and model_id was
never forwarded — making the router-side fallback in
_init_containers_api_endpoints unreachable in production.
Fall back to the stored 'unified_object_id' on the ownership row, which
is the encoded form captured at create time when the router selected a
specific deployment. Decoding that yields the deployment model_id and
restores router-based credential application (api_base, api_key) for
retrieve/delete and container-file operations on native IDs.
Co-authored-by: Cursor <cursoragent@cursor.com>
---------
Co-authored-by: Cursor <cursoragent@cursor.com>
Co-authored-by: Claude <claude@anthropic.com>
Co-authored-by: Yassin Kortam <yassin@berri.ai>
* fix(proxy): normalize batch file IDs before ManagedObjectTable write
Run post_call_success_hook before update_batch_in_database on retrieve/cancel,
and ensure_batch_response_managed_file_ids so file_object never stores raw
provider output_file_id or error_file_id.
Co-authored-by: Cursor <cursoragent@cursor.com>
* fix(proxy): address Greptile review on batch file ID normalization
Remove redundant resolve_* calls after update_batch_in_database and rename
loop variable to avoid shadowing hidden_params unified_file_id.
Co-authored-by: Cursor <cursoragent@cursor.com>
* fix(tests): add mistral/ministral-8b-2512 to cost map and backfill in conftest
Mistral rotated the 'mistral/mistral-tiny' alias to return
'ministral-8b-2512' as the response model, which was missing from the
cost map. This caused test_completion_mistral_api and
test_completion_mistral_api_modified_input to fail in
litellm.completion_cost lookup.
- Add mistral/ministral-8b-2512 entry to both the in-tree
model_prices_and_context_window.json and the bundled
litellm/model_prices_and_context_window_backup.json (mirrors the
existing openrouter/mistralai/ministral-8b-2512 pricing).
- litellm.model_cost is loaded at import time from the URL pinned to
main, so the new backup entry isn't visible at test runtime until
it also lands on main. Backfill any entries missing from the
remote-fetched map into litellm.model_cost in the local_testing
conftest so cost-calculator lookups succeed on this branch.
* fix(tests): drop unnecessary del of conftest backfill loop vars
* fix: resolve batch response file IDs even when status unchanged
The status-unchanged early return in update_batch_in_database was
skipping ensure_batch_response_managed_file_ids, leaving raw provider
input_file_id (and other raw IDs) in the user-facing response when
polling an in-progress batch. Move the in-place file ID normalization
above the early return so the response always carries unified managed
IDs while still skipping the DB write when nothing changed.
Co-authored-by: Yassin Kortam <yassin@berri.ai>
* test(batches): cover ensure_batch_response_managed_file_ids branches
Add tests for the previously-uncovered paths in
ensure_batch_response_managed_file_ids: error_file_id normalization,
swallowed conversion errors, UserAPIKeyAuth fallback from
db_batch_object, model_name resolution from unified_file_id, and early
returns when managed_files_obj, model_id, or auth context are missing.
---------
Co-authored-by: Cursor <cursoragent@cursor.com>
Co-authored-by: mateo-berri <277851410+mateo-berri@users.noreply.github.com>
Co-authored-by: Claude <claude@anthropic.com>
Co-authored-by: Yassin Kortam <yassin@berri.ai>
Co-authored-by: Claude <noreply@anthropic.com>
* fix(spend_counter): seed Redis counter via SET NX to prevent cross-pod double-seed
Symptom
-------
Customers on multi-pod deployments see team `spend` jump to ~2x (or N x
the pod count) shortly after a Redis cache miss / TTL expiry, triggering
spurious "Budget Crossed" alerts and blocked requests until the value is
manually reset.
Root cause
----------
`SpendCounterReseed.coalesced` warmed the primary spend counter by
calling `redis.async_increment(key, value=db_spend, refresh_ttl=True)`,
which lowers to Redis `INCRBYFLOAT`. That is additive, not idempotent.
The per-counter `asyncio.Lock` only coalesces seeders inside one
process. With N pods sharing one Redis, on a cold key (cold start, TTL
expiry, manual delete) every pod independently passes its lock + Redis
re-check, reads the same `db_spend`, and issues `INCRBYFLOAT db_spend`.
Final value: N x db_spend.
Fix
---
Use `redis.async_set_cache(key, value=db_spend, nx=True)` for the seed.
SET NX is atomic across pods: exactly one writer initializes the key;
losers read the winner's value via `async_get_cache`. This is the same
idiom already used by `coalesced_window` in the same file, so the two
seed paths are now consistent.
Per-request deltas continue to use `INCRBYFLOAT` (correct - additive
behaviour is what we want for increments, not for initial seed).
Verification
------------
Live two-process repro against the same Postgres + Redis (DB
spend = 506):
Unpatched: 4/4 runs -> Redis counter = ~1012 (~2 x db_spend)
Patched: 12/12 runs -> Redis counter = ~506
Unit tests (`test_proxy_server.py`):
- New `test_primary_spend_counter_redis_concurrent_seed_does_not_double_seed`
patches `_get_lock` to return a fresh lock per caller (otherwise the
per-process lock masks the race), races two `coalesced` calls, and
asserts final = 506 with exactly one of two SET NX attempts winning.
- 4 existing tests updated for the new seed contract (SET NX for the
seed, INCRBYFLOAT only for the per-request delta).
- Full `spend_counter or reseed or budget` slice: 22 passed.
Co-authored-by: Cursor <cursoragent@cursor.com>
* test(spend_counter): make SET NX mock atomic so loser branch is exercised
Greptile flagged that `redis_set_cache` in
test_primary_spend_counter_redis_concurrent_seed_does_not_double_seed
placed `await asyncio.sleep(0)` AFTER the NX membership check. Both
concurrent tasks observed an empty `redis_store`, passed the guard, and
both returned True - so the loser branch (else: read back winner's value)
was never exercised.
Fix the mock to model real atomic Redis SET NX:
- Yield BEFORE the membership check so two concurrent callers interleave
the way real SET NX does (first to resume runs check + write atomically
and wins; second resumes after the key exists and loses).
- Track set_cache return values; assert sorted([loser, winner]) so we
know exactly one task wins and one loses.
- Track async_get_cache calls that happen AFTER at least one SET NX has
completed; assert at least one such read - that is the loser-path
fallback (`current_value = float(cached)` when seeded is False).
Verified by temporarily reverting the mock to the old order: the test
now fails with `expected exactly one SET NX winner and one loser, got
[True, True]`, exactly the failure mode Greptile described.
No production code change.
Co-authored-by: Cursor <cursoragent@cursor.com>
* test(spend_counter): mock async_set_cache to populate redis_store in concurrent read+write test
`test_concurrent_read_and_write_paths_share_one_db_query` mocks
`async_increment` to populate the in-memory `redis_store`, but did not
mock `async_set_cache`. After the SET-NX seed change in `coalesced()`,
the seed step writes via `async_set_cache(nx=True)` (default AsyncMock,
no `redis_store` write), so the simulated Redis stays empty after the
first reseed. The second `get_current_spend` then sees a clean Redis
miss, re-enters the DB read path, and the test fails with
`expected 1 DB query, got 2`.
Fix: add a `redis_set_cache` side_effect that updates `redis_store` on
`nx=True` (and rejects when the key already exists), matching the
pattern used by the four sibling tests fixed in this branch's first
commit. Pre-existing assertions are unchanged.
Full `tests/test_litellm/proxy/test_proxy_server.py`: 158 passed.
Co-authored-by: Cursor <cursoragent@cursor.com>
---------
Co-authored-by: Cursor <cursoragent@cursor.com>
* feat(gemini): add gemini-3.1-flash-lite model cost map entries
Co-authored-by: Cursor <cursoragent@cursor.com>
* Update model_prices_and_context_window.json
* Update source URL for model pricing information
* Sync source URL for gemini-3.1-flash-lite in backup JSON
* fix(model_cost_map): add mistral/ministral-8b-2512 entry
Mistral rotated the 'mistral/mistral-tiny' alias to return
'ministral-8b-2512' as the response model, which is not in the cost map.
This caused test_completion_mistral_api and
test_completion_mistral_api_modified_input to fail in
completion_cost lookup. Add the entry mirroring the existing
openrouter/mistralai/ministral-8b-2512 pricing.
* test(cost_calculator): assert output_cost_per_reasoning_token for gemini-3.1-flash-lite
* fix(tests): backfill local backup entries into runtime model_cost
litellm.model_cost is loaded from LITELLM_MODEL_COST_MAP_URL (pinned to
main) at import time, so any pricing entries added to the in-tree backup
on this branch aren't visible at test runtime until they also land on
main. The Mistral cassette currently returns model=ministral-8b-2512
and the cost-calculator lookup in test_completion_mistral_api /
test_completion_mistral_api_modified_input fails despite the entry
existing in the local backup. Backfill missing backup entries into
litellm.model_cost in the local_testing conftest so these lookups
succeed against the cassette state the branch is being tested with.
* fix(tests): guard conftest backfill against empty local cost map
---------
Co-authored-by: Cursor <cursoragent@cursor.com>
Co-authored-by: mateo-berri <277851410+mateo-berri@users.noreply.github.com>
Previous diagnostic's raw SQL had an ambiguous user_id column from
joining the view with the user table, so the diagnostic itself crashed
before printing useful state. Simplified to query just the view's columns.
The fifth CI run isolated the failure to ``/key/generate`` with explicit
user_id while ``/key/info`` works for the same seeded PROXY_ADMIN actor.
The auth context's user_id is None even though the DB row has it set.
This commit widens the diagnostic test: on failure, dump the raw token
row's user_id, the user row's user_role, and what
``LiteLLM_VerificationTokenView`` actually returns for the seeded token.
If the view returns user_id=None we know the view shape is the problem;
if the view returns the right user_id we know it's a downstream code
path stripping it.
Fourth CI run still failed because the proxy's lifespan kicks off
``prisma_client.check_view_exists()`` as a fire-and-forget background
task — that task is what creates ``LiteLLM_VerificationTokenView``, the
SQL view ``user_api_key_auth`` queries to resolve a token to its
user_id / user_role / team.
On a fresh Postgres (CI), the first test races the background task. The
view doesn't exist when the first auth call runs, the resolver falls
through to a degraded path that returns ``user_id=None``, and every
matrix test that depends on the seeded actor's identity then fails
confusingly with "Got user_id=X, Your ID=None" 403s. Locally the view
persists across pytest runs so the race is invisible.
Fix: await ``prisma_client.check_view_exists()`` explicitly inside the
session ``proxy_app`` fixture, after the lifespan enters but before the
fixture yields. Deterministic regardless of whether the underlying DB is
fresh (CI) or warm (local).
Third CI run failed identically: seeded PROXY_ADMIN actor's auth resolves
to ``user_id=None`` even though the DB row has the right ``user_id``. The
suite was aborting at maxfail=10 inside test_key_delete, so test_world_seed
(which would tell us whether the seed itself is reachable) never ran in CI.
Two diagnostic moves on this push, no behavior change:
* Rename ``test_world_seed.py`` → ``test_aaa_world_seed.py`` so it's
the first collected file. If it passes in CI we know the seed is
fine and the bug lives downstream; if it fails the same way the
bug is in the auth resolution path.
* Bump ``max-failures`` to 200 for this workflow so we see the full
failure surface instead of stopping at the first cascading setup
error. Will tighten back down once the suite is green.
Adds one new test ``test_proxy_admin_actor_can_create_keys_for_others``
that explicitly exercises the PROXY_ADMIN bypass via /key/generate with
an explicit user_id — the same shape the matrix setup helper uses but
without the matrix machinery muddying the diagnostic.
Second CI run failed: ``/key/generate`` with explicit ``user_id`` returned
403 "User can only create keys for themselves. Got user_id=X, Your ID=None"
in every test that called ``_create_scratch_key`` with a per-actor user_id.
The bare master key's auth path was producing ``user_id=None`` in the
fresh CI Postgres, which doesn't trigger the PROXY_ADMIN bypass in
``_user_can_only_create_keys_for_themselves`` reliably. Locally the same
master key path worked, masking the issue.
Fix: every ``_create_scratch_key`` helper now takes a seeder cleartext
and the test bodies pass ``world.keys[Actor.PROXY_ADMIN].cleartext``.
That actor was seeded with ``user_role=PROXY_ADMIN`` AND a concrete
``user_id``, so the bypass fires deterministically in both environments.
No behavior shift in the matrices themselves — all 128 scenarios still
pass locally; only the setup helper's auth identity changed.
The bare-master smoke (test_smoke + test_scratch_teardown) is intentionally
left on the master key path: those tests don't pass ``user_id`` in the
body so they don't hit the user_id-mismatch gate.
First run on PR #28321 failed with UniqueViolation on
``behavior-pin-budget`` plus cascading missing-membership FK errors. Both
xdist workers entered ``seed_world()`` concurrently against the shared
Postgres service container; whichever lost the race left the world in a
half-seeded state and downstream tests ran against missing
team_membership rows.
Whole-suite wall-time is ~7s sequentially, so disabling xdist here costs
nothing — and the seed itself is the wrong place to add per-worker
isolation (the world is intentionally shared so set-equality assertions
in /key/list have a deterministic expected set).
Slice 16 of the management-endpoints behavior-pinning effort. The README
documents:
* The same three commands the CI workflow runs locally (BYO-DATABASE_URL,
no new tooling).
* Suite layout — what each test file covers, which slice it lands.
* The asyncio loop_scope convention required for session fixtures
(httpx AsyncClient + prisma connection) to share a loop with each
test body.
* G3 strict-import convention + the test that enforces it.
* Read-world vs scratch-world fixture conventions.
* Behavior-pinning philosophy: pin observed codes; flag, don't judge.
* Where each G1–G5 + PR1.M1–M3 gate's evidence lives.
Plan: https://www.notion.so/36643b8acdab8128a581ced0f6a4744d
Slice 15 of the management-endpoints behavior-pinning effort. Appends
``tests/proxy_behavior/management/`` to ``[tool.mutmut].tests_dir`` so
the existing mutation-test workflow runs against both the legacy mock
suite AND the new behavior suite — the latter is where the regression
signal will actually surface.
Adds a stub at ``tests/proxy_behavior/management/mutmut_triage/pr1.md``
documenting the G5 triage protocol (zero unreviewed survivors in the 6
Tier-1 handler functions) and a placeholder baseline-metrics table to
fill in after the first manually-triggered mutmut run completes — runs
take hours and run on a manual cadence, so PR1 ships with the wiring +
protocol, not the numbers. The actual baseline is recorded in a
follow-up once ``gh workflow run mutation-test.yml`` finishes.
The kill rate stays telemetry-only, never a gate. G5 (per-survivor
classification) is the binding mutation gate.
Plan: https://www.notion.so/36643b8acdab8128a581ced0f6a4744d
Slice 14 of the management-endpoints behavior-pinning effort. Documents
the regression-replay verification methodology + a 12-row table mapping
recent fix-PRs touching key_management_endpoints.py to the catching
scenarios in the PR1 matrix.
One canonical RED→GREEN cycle is captured verbatim — c7c3df2b02
"extend /key/update admin check to non-budget fields". Under the
parent-of-fix code, 6 scenarios in test_key_update.py flip from 200 to
403; under HEAD code, all 21 pass. The handler swap is the only change
between the two runs, confirming the matrix catches the behavior shift
the fix introduced.
The table also calls out 4 genuine coverage gaps deferred to PR2/PR3:
404-on-missing-key, budget-limit counter assertions, /key/regenerate
upperbound enforcement, and /key/list filter-param views.
Plan: https://www.notion.so/36643b8acdab8128a581ced0f6a4744d
Slice 13 of the management-endpoints behavior-pinning effort. New
workflow ``test-unit-proxy-mgmt-behavior.yml`` fires ``on: pull_request``
for the same branch set every other proxy unit-test workflow watches
(main, litellm_internal_staging, litellm_oss_branch, litellm_**).
It delegates to the existing reusable ``_test-unit-services-base.yml``
with ``enable-postgres: true``, which already provisions a postgres:14
service container and runs ``prisma db push`` against it before pytest
collects. ``reruns: 0`` because a behavior-pinning matrix that needs
reruns is itself a regression — flakes are signal.
``timeout-minutes: 15`` gives generous headroom over the local 5.9s
whole-suite wall-time; the binding G2 budget is 10 min.
Plan: https://www.notion.so/36643b8acdab8128a581ced0f6a4744d
Slice 12 of the management-endpoints behavior-pinning effort. Mirrors
slices 10/11. On success: cleartext can no longer authenticate
(handles both hard-delete and soft-delete to LiteLLM_DeletedVerificationToken).
On denial: row survives and cleartext still authenticates.
Notable behavior gap with /key/update: same-team peers (internal_user,
unrelated_same_org, etc.) get 403 on /key/delete for OWNER's key — i.e.
cannot delete each other's keys — whereas they CAN read each other's
keys (Slice 8). Delete is stricter than read. Pinned as-is.
Cumulative whole-suite wall-time is 5.9s for all 128 tests on the local
runner — well under the 10-min G2 budget for the CI job in Slice 13.
Plan: https://www.notion.so/36643b8acdab8128a581ced0f6a4744d
Slice 11 of the management-endpoints behavior-pinning effort. 21 matrix
scenarios (8 actors × 3 target shapes, minus the cross_org/owner combo
that exists in the seed but isn't applicable) plus one smoke for the
``/key/{key:path}/regenerate`` route registration.
On 200 outcomes the test verifies the full rotation contract:
* the regenerate response key differs from the old cleartext,
* the OLD cleartext returns 401 on a follow-up ``/key/info``,
* the NEW cleartext returns 200 on a follow-up ``/key/info``.
On denied outcomes the test verifies the OLD cleartext still works —
catching any handler that mutates the token row on a failed call.
Pinned authz divergence vs /key/update: regenerate routes most denials
through the team-member-perm 401 path rather than the role-gate 403
path. The matrices for both endpoints are now in tree side-by-side, so
any future refactor that "harmonises" the codes will turn one of the two
red.
Plan: https://www.notion.so/36643b8acdab8128a581ced0f6a4744d
Slice 10 of the management-endpoints behavior-pinning effort. 8 actors ×
3 target shapes (self-owned, OWNER-scoped in org_a/team_alpha,
CROSS_ORG_USER-scoped in org_b/team_beta) = 21 applicable scenarios.
Each test:
1. Master-key-seeds a fresh scratch key with the target's (user_id,
team_id) scope (so the read-world stays untouched).
2. Has the actor under test POST /key/update flipping ``models`` to
a known marker list.
3. Asserts the status code AND the DB row's ``models`` field — present
when 200, unchanged otherwise — so a handler that silently mutates
on a denied response surfaces red.
Observed gating (pinned, not endorsed):
* PROXY_ADMIN bypasses every check.
* ORG_ADMIN is blocked by an early role gate, always 401.
* Every other (INTERNAL_USER-rolesed) actor hits one of three failure
modes — 403 "user can only create keys for themselves", 403
"only proxy admins, team admins, or org admins", or 401
"team_member_permission_error" — depending on whether they own the
target and whether they're a team admin / member of its team.
Plan: https://www.notion.so/36643b8acdab8128a581ced0f6a4744d
Slice 9 of the management-endpoints behavior-pinning effort. For /key/list
the response IS the matrix: each of the 8 seeded actors calls the endpoint
with default filters and the test asserts set-equality between the returned
visible-token set (filtered to seeded tokens only, so unrelated rows can't
flap the assertion) and a pinned expected actor-set.
Pinned default visibility:
* PROXY_ADMIN sees all 8 actors' keys.
* Every other actor sees only their own key — including ORG_ADMIN
(which had broader expectations going in but currently behaves
same-as-internal-user for /key/list defaults) and TEAM_ADMIN (no
team-aggregation without include_team_keys=true).
Future changes that broaden or narrow any single actor's default
visibility will turn this matrix red — exactly the regression signal we
want. Parameter-driven views (include_team_keys, filters) are deferred to
Slice 13 / PR2 follow-up.
Plan: https://www.notion.so/36643b8acdab8128a581ced0f6a4744d
Slice 8 of the management-endpoints behavior-pinning effort. 8 actors ×
3 target keys (own, OWNER's key in org_a, CROSS_ORG_USER's key in org_b)
covering self-read, same-team-peer read, and cross-org read.
Notable pinned behaviors (intentionally surfaced for review, not "fixed"):
* ORG_ADMIN gets 403 on individual key info even within their own org
— visibility is scoped to "your own keys" + "your team's keys", not
"your org's keys".
* Same-team peers (INTERNAL_USER, UNRELATED_SAME_ORG, SERVICE_ACCOUNT)
DO see each other's keys. Whether that is desired is for the team
to decide; this PR only pins the existing behavior so unintentional
changes flip the matrix red.
Wall-time is unchanged (~4.3s for the slice on its own).
Plan: https://www.notion.so/36643b8acdab8128a581ced0f6a4744d
Slice 7 of the management-endpoints behavior-pinning effort. Parametrized
matrix across two axes: actor (8 seeded) × target scope (self, team_alpha
in org_a, team_beta in org_b). 18 scenarios after dropping non-applicable
combos. Whole-suite wall-time stays at ~4.7s (well under the 10-min G2
budget for the eventual CI job).
While pinning, the test surfaced one seed gap: ``_get_user_in_team`` reads
``members_with_roles`` (a JSON list of ``{user_id, role}``), not the plain
``members`` String[]. Both columns are now populated in the seed to match
what the real ``/team/new`` handler would produce.
Expected status codes are intentionally heterogeneous (200, 400, 401)
because the current handler emits different statuses depending on which
check fails first (role gate, team-member-perm gate, "not assigned"
check). Pinning the *observed* codes — not what they "should" be — is
exactly the regression signal we want.
Plan: https://www.notion.so/36643b8acdab8128a581ced0f6a4744d
Slice 6 of the management-endpoints behavior-pinning effort. Two new tests
walk every .py file under tests/proxy_behavior/ and assert:
* no ``from litellm.proxy.management_endpoints`` import — the suite is
deliberately constrained to the HTTP boundary so it survives handler
refactors;
* no ``mock``/``patch`` on ``user_api_key_auth`` — mocking auth is the
structural failure mode of the existing 11k-line mock suite, and the
point of this harness is that the real auth layer runs.
Codifying G3 as a CI test removes the "did someone forget to check the
PR-description checklist" failure mode.
Plan: https://www.notion.so/36643b8acdab8128a581ced0f6a4744d
Slice 5 of the management-endpoints behavior-pinning effort. Adds the
``scratch`` function-scoped fixture: each test gets a uuid4-derived
namespace prefix, tags writes with it (``key_alias``, ``team_alias``,
``user_id``, ``budget_id``), and the fixture teardown ``delete_many``-s
any row whose namespace column starts with that prefix.
Cleanup uses Prisma model methods only (no raw SQL, per CLAUDE.md) and
orders deletes children-before-parents to avoid FK conflicts. The Slice 3
de-risk smoke is migrated onto the same fixture so it stops accumulating
untagged tokens across repeated local runs.
Smoke proves both halves of the contract: one test writes a scratch-tagged
key and asserts it lands; a second test runs after the first's teardown
and asserts no rows in the scratch namespace survived.
Plan: https://www.notion.so/36643b8acdab8128a581ced0f6a4744d
Slice 4 of the management-endpoints behavior-pinning effort. New
``actors.py`` defines the actor enum + seeds an immutable world (2 orgs,
2 teams, 8 users, 8 verification tokens) under the ``behavior-pin-``
prefix so the rows are identifiable in psql and ``_wipe_world`` is
targeted.
Each actor key is created with its cleartext form generated locally and
its hashed form (via ``litellm.proxy.utils.hash_token``) stored in
``LiteLLM_VerificationToken`` — so the real ``user_api_key_auth`` accepts
the cleartext bearer token. Roles, ``team_id``, ``organization_id``, and
the service-account metadata flag are all set on the seeded rows so the
auth layer resolves the same scopes a real proxy would.
The session-scoped ``world`` fixture re-seeds at session start (idempotent
via wipe-then-create), and the smoke test confirms each of the 8 actor
keys can call ``/key/info`` on itself and receive its own row back.
Plan: https://www.notion.so/36643b8acdab8128a581ced0f6a4744d
Slice 3 of the management-endpoints behavior-pinning effort. The fixture now
enters the real FastAPI lifespan (proxy_startup_event) instead of just calling
initialize() — that is where prisma_client is connected, password migration is
kicked off, and the rest of the startup wiring runs.
Tests pin the loop to the session scope so the AsyncClient created in the
session fixture and the prisma connection opened in the lifespan share the
same loop as the test bodies.
New de-risk smoke: POST /key/generate with the master key returns 200, the
returned sk- token resolves to a hashed row in LiteLLM_VerificationToken, and
the cleartext token is never stored. Proves auth + handler + helper + prisma
all wire together end-to-end against a real Postgres.
Plan: https://www.notion.so/36643b8acdab8128a581ced0f6a4744d
Slice 2 of the management-endpoints behavior-pinning effort. New top-level dir
tests/proxy_behavior/management/ outside every existing pytest glob.
conftest.py initialises the proxy app once per session against the DATABASE_URL
the harness boots Postgres at, wraps it in httpx.AsyncClient via in-process
ASGITransport. The one smoke test asserts /health/liveliness returns 200, which
exercises the full FastAPI middleware stack against a real app — no mocks.
Plan: https://www.notion.so/36643b8acdab8128a581ced0f6a4744d
* Add support for environment variable in interactions api
* Add sdk support for gemini create agent
* Add agents endpoint support via proxy
* Add outputs of each api
* Add routing for model and agents param
* Remove redundant condition in get_provider_agents_api_config
LlmProviders.GEMINI.value is literally the string "gemini", so the
second clause of the or was checking the exact same thing as the first.
Co-authored-by: Sameer Kankute <Sameerlite@users.noreply.github.com>
* fix: forward query-param credentials to list/get/delete/versions Gemini agent endpoints
The list_gemini_agents, get_gemini_agent, delete_gemini_agent, and
list_gemini_agent_versions endpoints previously constructed a hardcoded
data dict with no mechanism to pass provider credentials. Unlike
create_gemini_agent (POST, reads litellm_params_template from body),
these GET/DELETE endpoints gave no way for multi-tenant callers to
supply a per-request api_key or other LiteLLM params.
Fix:
- Add _merge_query_params_into_data() helper that reads query parameters
from the request and merges them into the data dict without overwriting
already-set keys (e.g. path params like 'name').
- Support a JSON-encoded litellm_params_template query parameter
(matching the POST body pattern) as well as flat key=value pairs
(e.g. api_key=AIza...).
- Apply the helper in all four affected endpoints.
- Add 13 unit tests covering the helper and each endpoint.
Co-authored-by: Sameer Kankute <Sameerlite@users.noreply.github.com>
* fix: pass model=None for managed agent proxy endpoints to prevent agent name polluting data["model"]
Endpoints acreate_agent, aget_agent, adelete_agent, and alist_agent_versions
were passing model=<agent_name> to base_process_llm_request. This caused
common_processing_pre_call_logic to write the agent name into self.data["model"],
which then triggered spurious model-alias mapping, rate-limiting lookups, and
logging tied to a non-existent model deployment.
The agent name is already carried in data["name"] and is passed correctly to
the SDK functions (litellm.interactions.agents.*). There is no reason to also
set model=<agent_name>; the correct value is model=None for all five managed-agent
management routes.
Adds tests/test_litellm/proxy/google_endpoints/test_managed_agents_model_param.py
to verify all five managed-agent endpoints pass model=None.
Co-authored-by: Sameer Kankute <Sameerlite@users.noreply.github.com>
* fix: address greptile P1/P2 review comments
P1 (router.py): Restore fallback/retry support for acreate_interaction
and create_interaction. Both were silently moved to _init_interactions_api_endpoints
(direct call, no fallbacks). Moved them back to _ageneric_api_call_with_fallbacks
so users with configured fallback models keep retry behaviour.
P1 security (agents_endpoints.py): Remove flat query-param credential
path (e.g. ?api_key=AIza...) from _merge_query_params_into_data.
Credentials in URL query strings appear verbatim in server access logs,
CDN edge logs, and browser history. Only the JSON-encoded
litellm_params_template query param (matching the POST body pattern) is
retained.
P2 (interactions/http_handler.py): Extract _BaseHTTPHandler with shared
_handle_error, _sync_client, and _async_client helpers. InteractionsHTTPHandler
now extends _BaseHTTPHandler. The _async_client reads the provider from
litellm_params instead of hardcoding GEMINI.
P2 (interactions/agents/http_handler.py): AgentsHTTPHandler now extends
InteractionsHTTPHandler (which inherits _BaseHTTPHandler) so all shared
HTTP infrastructure is reused rather than duplicated. Removes the
hardcoded LlmProviders.GEMINI from the async client path.
Co-authored-by: Cursor <cursoragent@cursor.com>
* fix: address CI failures from greptile review fixes
- black: format interactions/agents/main.py and utils.py
- tests: update test_gemini_agents_endpoints.py to match new
_merge_query_params_into_data behaviour (flat credential params are
rejected; only JSON-encoded litellm_params_template is accepted)
- ci: add test_gemini_agents_endpoints.py to endpoints-and-responses
shard in test-unit-proxy-db.yml so assert-shard-coverage passes
- tests: add _initialize_managed_agents_endpoints and
_init_managed_agents_api_endpoints test coverage so router_code_coverage
passes; also fix TestRouterCreateInteractionRouting to reflect that
acreate_interaction now correctly routes through
_ageneric_api_call_with_fallbacks (restoring fallback support)
Co-authored-by: Cursor <cursoragent@cursor.com>
* fix: remove InteractionsHTTPHandler._handle_error override to fix type errors
AgentsHTTPHandler extends InteractionsHTTPHandler and calls
self._handle_error(provider_config=agents_api_config) where
agents_api_config is BaseAgentsAPIConfig. Python MRO resolved _handle_error
to InteractionsHTTPHandler._handle_error which expected BaseInteractionsAPIConfig,
causing 10 mypy arg-type errors in interactions/agents/http_handler.py.
Removing the redundant override lets both classes inherit _BaseHTTPHandler._handle_error
(provider_config: Any) which is structurally correct for both config types.
Co-authored-by: Cursor <cursoragent@cursor.com>
* fix: agent-only interactions and managed agents provider routing
Resolve None custom_llm_provider in agents HTTP client lookup and set
custom_llm_provider on GenericLiteLLMParams for all agent CRUD paths.
Stop mapping agent names to proxy model routing; route interactions
through _init_interactions_api_endpoints with fallbacks only when model
is set. Consolidate duplicate router elif branches for interaction APIs.
Co-authored-by: Cursor <cursoragent@cursor.com>
* Fix greptile review
* test(agents): add unit tests for managed agents SDK and HTTP handler
Adds coverage for the new `litellm.interactions.agents` surface area:
- main.py: sync/async entry points (create/list/get/delete/list_versions),
provider config lookup, logging-obj helper, async error wrapping
- http_handler.py: every CRUD method (sync + async paths), `_is_async`
dispatch branches, and provider error mapping through GeminiAgentsConfig
- utils.py: get_provider_agents_api_config for supported / unsupported
providers
Brings patch coverage on these files from <25% to ~100% so codecov/patch
is satisfied.
Co-authored-by: Mateo Wang <mateo-berri@users.noreply.github.com>
* docs(gemini-agents): fix misleading credential-passing examples in GET/DELETE docstrings (#28293)
The four GET/DELETE endpoint docstrings (list_gemini_agents,
get_gemini_agent, delete_gemini_agent, list_gemini_agent_versions)
documented passing per-request credentials as flat query parameters
(e.g. ?api_key=AIza...). However, _merge_query_params_into_data only
reads the JSON-encoded litellm_params_template query parameter and
intentionally ignores flat params (URL query strings appear verbatim
in access logs, browser history, and Referer headers).
Callers following the documented curl examples would have their
credentials silently dropped and hit auth failures against Gemini.
Update the examples to use the supported JSON-encoded
litellm_params_template query parameter, matching _merge_query_params_into_data's own docstring.
Co-authored-by: Cursor Agent <cursoragent@cursor.com>
Co-authored-by: Mateo Wang <mateo-berri@users.noreply.github.com>
* refactor(agents): rename provider-agnostic agent response types
Move GeminiAgent{ListResponse,DeleteResult,VersionsResponse} to
provider-neutral names (AgentListResponse, AgentDeleteResult,
AgentVersionsResponse) so the BaseAgentsAPIConfig interface no longer
references Gemini-specific type names.
* fix(gemini-agents): close veria-flagged credential-escalation gaps
Two high-severity findings from the veria-ai PR review are addressed:
1. **api_base override could leak the shared Gemini key**
GeminiAgentsConfig.validate_environment falls back to GOOGLE_API_KEY /
GEMINI_API_KEY when no api_key is supplied. Combined with caller-controlled
api_base on the proxy CRUD endpoints, an authenticated user could redirect
the outbound request to an attacker-controlled host and capture the
operator's shared Gemini key from the x-goog-api-key header. The config
now refuses env-fallback whenever api_base is explicitly overridden.
2. **Managed-agent CRUD exposed to ordinary LLM keys**
The new /v1beta/agents routes live in google_routes (i.e. llm_api_routes),
so any non-admin LLM key can reach them. Unlike /v1beta/models/...:
generateContent these endpoints are NOT model-routed and have no
model_list-supplied credentials, so env-fallback would let any LLM key
list / create / delete agents inside the operator's Gemini project. Each
endpoint now calls _enforce_caller_supplied_provider_key, which requires
non-admin callers to supply their own Gemini api_key via
litellm_params_template. Proxy admins keep the env-fallback convenience.
Tests cover non-admin rejection, admin allow-through, the api_base override
guard, and SDK env-fallback when api_base is not overridden.
Co-authored-by: Mateo Wang <mateo-berri@users.noreply.github.com>
* test(router): restore strict assert_called_once_with on interactions default-provider test
---------
Co-authored-by: Cursor Agent <cursoragent@cursor.com>
Co-authored-by: Sameer Kankute <Sameerlite@users.noreply.github.com>
Co-authored-by: mateo-berri <277851410+mateo-berri@users.noreply.github.com>
Co-authored-by: Mateo Wang <mateo-berri@users.noreply.github.com>
- Add `_set_team_attributes_on_span` helper to stamp team_id/team_alias
onto any span, ensuring these attributes are not limited to the root
litellm_request span
- Add `_set_team_attributes_from_kwargs` helper to extract team metadata
from the standard_logging_object in kwargs and apply them to a span
- Apply team attributes to raw request spans via `_maybe_log_raw_request`
so downstream consumers can filter traces by team without needing the
root span
- Apply team attributes to guardrail spans so guardrail activity can be
correlated to teams in tracing backends
- Apply team attributes to exception logging spans to preserve team
context during failure paths
- Add comprehensive unit tests covering all new helpers, including edge
cases where metadata or standard_logging_object is absent
Co-authored-by: Yassin Kortam <yassinkortam@g.ucla.edu>
* fix(tests): replace shut-down gpt-4o-audio-preview with gpt-audio-1.5
OpenAI shut down gpt-4o-audio-preview on 2026-05-07, so the live audio
calls in test_stream_chunk_builder_openai_audio_output_usage and
test_standard_logging_payload_audio now hard-fail with a model-not-found
error on every PR. The error was not "openai-internal", so the except
block swallowed it and execution fell through to an unbound
completion/response (UnboundLocalError).
Switch both tests to gpt-audio-1.5, OpenAI's recommended successor
(GA, not deprecated, already present in the litellm cost map so the
response_cost assertion still resolves). Also broaden the except to
skip with the real error in the reason instead of crashing, so a
transient upstream blip can't reintroduce the UnboundLocalError.
* fix(tests): narrow audio-test skip to model-not-found, re-raise the rest
Address review feedback: an unconditional skip on any exception would
silently mask a litellm-internal regression in the audio path (broken
param transformation, serialization, bad header) instead of failing CI.
Skip only on the upstream-unavailable class (model_not_found / "does not
exist" / openai-internal) and re-raise everything else, so genuine
regressions still fail loudly. The UnboundLocalError is still fixed
because the handler either skips or raises - it never falls through.
* fix(tests): add budget_exceeded to expected Interaction status enum
Staging added budget_exceeded to the Interaction OpenAPI status enum; the staging merge into this branch picked up the spec change but not the matching test update, so test_status_enum_values failed in CI. Align the test's expected list (exact-match by design) with the live spec.
* fix(tests): mock HTTP fetch in test_img_url_token_counter
The test parameterized a live third-party image URL (blog.purpureus.net) which now 404s, causing get_image_dimensions to fall through to its base64 decode path and crash with 'not enough values to unpack' on every PR run. Mock safe_get with a tiny 1x1 PNG so the URL branch is still exercised without any network dependency.
* fix(tests): swap gpt-4o-audio-preview to gpt-audio-1.5 in test_gpt4o_audio
OpenAI shut down gpt-4o-audio-preview on 2026-05-07, so both live tests in test_gpt4o_audio.py (test_audio_output_from_model and test_audio_input_to_model) hard-fail model_not_found on every PR. Swap the hardcoded model to OpenAI's successor gpt-audio-1.5 (same chat-completions audio surface; already in the litellm cost map). Mirror the narrowed-skip pattern from the prior audio fixes: skip on model_not_found / does-not-exist / openai-internal, re-raise everything else so genuine litellm regressions still fail CI loudly.
* [Refactor] UI - Spend Logs: consolidate filter state, extract components, remove dead code
- Lift filter state into index.tsx and pass to hook (removes selectedX vars + sync useEffect)
- Move main useQuery into useLogFilterLogic hook (removes isMainQueryEnabled toggle)
- Delete dead RequestViewer component (300 lines, replaced by LogDetailsDrawer)
- Extract LogsTableToolbar component (search, date range, pagination, live tail)
- Extract filter options config to filter_options.ts
- Remove dead code: handleRefresh, handleSelectLog, handleCloseDrawer, formatTimeUnit,
showFilters/showColumnDropdown state, dropdownRef/filtersRef
* Fix PR feedback: use antd Switch instead of Tremor in new file, fix typo
* Collapse dual-path filtering into single React Query
All 10 filter keys now go through the useQuery — the imperative
performSearch / debouncedSearch / backendFilteredLogs path is deleted.
Filter values are debounced via useDebouncedValue(300ms) before hitting
the query key so text inputs don't fire per-keystroke.
Removed: performSearch, debouncedSearch, backendFilteredLogs,
lastSearchTimestamp, hasBackendFilters, clientDerivedFilteredLogs,
the sort/page/time refetch useEffect, and the filteredLogs chooser memo.
* Clean up remaining smells: remove isFetchingDeferred, internalize selectedTimeInterval, fix circular import
- Remove useDeferredValue/isButtonLoading — pass logsQuery.isFetching directly
- Move selectedTimeInterval into LogsTableToolbar as internal state
- Move PaginatedResponse type from index.tsx to log_filter_logic.tsx
* Fix quick-select dropdown overlapping sidebar
* Fix stale quick-select label after Reset Filters
Move selectedTimeInterval back to parent so handleFilterReset can
reset it to the 24-hour default. The toolbar receives it as a prop.
* refactor useLogFilterLogic tests for controlled-hook + backend-query shape
The hook no longer owns filter state or does client-side filtering — it
receives filters/setFilters as props and drives filteredLogs from a
useQuery over uiSpendLogsCall. Reshape the tests around that contract:
introduce a controlled harness that owns filter state, collapse the 10
per-filter assertions into a single it.each over filterKey → API param,
and drop the client-side passthrough tests (the .min test file and the
"return all logs when no filters" / "empty when logs null" cases) that
no longer correspond to any hook behavior.
* cover new useLogFilterLogic invariants: activeTab gate, filterByCurrentUser fallback, debounce negative, partial merge
Follow-up to the test refactor. Adds coverage for invariants the
refactored hook contract introduced but that the first pass didn't
assert:
- query enablement: expand the single accessToken-null case into an
it.each over all four credential props (accessToken, token, userRole,
userID), plus a separate test for activeTab !== "request logs"
- filterByCurrentUser: when true with a blank User ID filter, the
outbound request carries user_id = userID
- debounce: also assert the negative case — no call in the first 100ms
after a filter change (first waiting out the initial mount fire)
- handleFilterChange: partial updates merge without clobbering other
filter keys (protects the spread + default-fill semantics)
- handleFilterReset: calls setCurrentPage(1) alongside restoring
filters
* fix typo dropping the live-tail banner border
Tailwind silently ignores unknown classes, so border-greem-200 was
leaving the auto-refresh banner with only its bg-green-50 fill and no
outline.
* memoize columns and derived table data in SpendLogsTable
The table's columns array, four-pass data pipeline, and sort-change
handler were all being rebuilt on every parent render. That made every
filter click re-instance all 23 TanStack-Table columns, re-run
filter/reduce/map over all rows, and recreate per-row click closures —
all before the intentional 300ms debounce timer even got a chance to
fire.
Local measurement (40 rows, dev mode):
filter click → query fires: 1957ms → 1217ms (−38%)
Wrap createColumns in useMemo keyed on sortBy/sortOrder, hoist
onSortChange into a useCallback, and move the searchedLogs /
sessionComposition / sessionRepresentativeMap / filteredData derivations
into a single useMemo keyed on filteredLogs.data + searchTerm.
These were pre-existing issues on main — not regressions from the
hook refactor — but the refactor made them user-visible because the
new query debounce put render cost on the critical path.
* apply dropdown filters instantly, debounce only text inputs
Dropdown selects now bypass the 300ms debounce so a click updates the
table immediately. Text inputs (Key Hash, Error Message, Request ID,
User ID) still debounce. handleFilterReset also clears the pending
debounced value so a half-typed text filter can't re-fire after reset.
* fix(ui/spend-logs): restore lost loading/debounce behavior + cover dropped tests
Regressions from the spend-logs-view refactor:
- debounce the 'Public model / search tool' text filter (was firing a
backend query per keystroke) via TEXT_FILTER_KEYS
- restore Fetch-button smoothing through table repaint using
useDeferredValue on the rendered data (explicit staleness)
- show AntDLoadingSpinner during the auth-resolve phase instead of a
blank screen on first load
- only live-tail-poll while the tab is visible
(refetchIntervalInBackground: false)
- extract getLiveTailRefetchInterval helper for the poll decision
Tests:
- LogDetailContent: retries display (>0 / 0 / absent), overhead-absent
- log_filter_logic: regression guard that the public-model filter
debounces; getLiveTailRefetchInterval unit tests
- logs_utils: getTimeRangeDisplay quick-select window labels
* test(ui/spend-logs): cover the cold-load auth-not-ready spinner guard
Asserts SpendLogsTable shows a loading spinner (not a blank screen)
while credentials are unresolved, and renders the table once present.
* refactor(bedrock/sagemaker): switch to lazy loading for response stream shapes
- Replace eager loading of BEDROCK_RESPONSE_STREAM_SHAPE and SAGEMAKER_RESPONSE_STREAM_SHAPE with lazy loading via get_bedrock_response_stream_shape() and get_sagemaker_response_stream_shape() respectively.
- This change optimizes performance by avoiding unnecessary imports and logging warnings unless the response stream shapes are actually needed.
- Update relevant classes and tests to utilize the new lazy loading functions, ensuring consistent behavior across the codebase.
* test(bedrock/sagemaker): add fixtures to clear response stream shape cache
- Introduced `_reset_bedrock_response_stream_shape_cache` and `_reset_sagemaker_response_stream_shape_cache` fixtures to prevent lru_cache leakage between tests in their respective modules.
- Updated tests to utilize these fixtures, ensuring that the response stream shape cache is cleared before and after each test run.
- Added `pytest.importorskip("botocore")` to ensure that tests are skipped if the botocore library is not available.
* fix(proxy): decode bytes and pass-through SSE for Google-native streamGenerateContent (#27444)
* fix(proxy): address Greptile review on Google-native SSE bytes path
Remove unreachable try/except around SSE pass-through yield and add a
unit test covering pre-formatted SSE bytes, terminator padding, and
non-SSE byte fallback wrapping.
Co-authored-by: Cursor <cursoragent@cursor.com>
---------
Co-authored-by: Tai An <antai12232931@outlook.com>
Co-authored-by: Cursor <cursoragent@cursor.com>
