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f61b3c3f38
* refactor(types): declare litellm-owned params in one registry * refactor(types): re-export registry constants without redundant aliases * refactor(types): satisfy type-discipline rules in registry projections and tests * refactor(types): classify every registry entry and check groups against typed config models * test(types): pin load-bearing names and exact projections in registry tests * style(types): keep agentic projection comment within ruff format * refactor(types): declare litellm-owned params as typed objects and derive the lists from their fields * refactor(types): fields of the typed objects become the registry; tests use a hand-written inventory * refactor(types): split traversal into wire_names and owned_wire_names, move rust to kwarg artifacts rust is a module-level switch (litellm.rust) that nothing reads from a call's kwargs, so it joins self, use_client and model_config as a registered artifact instead of a DispatchOptions field. The field constants now import from litellm.types.litellm_params directly instead of through a re-export in litellm.types.utils. metadata and litellm_metadata are MutableMapping because their readers mutate them in place, and client accepts raw httpx clients * refactor(types): own max_agentic_loops as an option and walk only nested leaves Move max_agentic_loops from AgenticLoopState to a new AgenticLoopOptions leaf under LiteLLMOptions, since the interception handlers read it as a deployment ceiling rather than stamping it. Drop the owned_wire_names fallback that treated an unresolved annotation as a direct field, which under postponed annotations silently shrank the registry. Re-export TRUSTED_CALLBACK_VARS_FIELD and ADDRESSED_RESPONSE_ID_FIELD from types.utils so that import path keeps working. Tests use hand-written inventories for the callback and pricing names * refactor(types): move data_residency to call state and drop aliased re-exports data_residency is stamped by get_litellm_params and responses.main during the call, so it lives on CallState, not CostOptions. mock_response also accepts a float sequence, which main.py reads for mock embeddings. The types/utils.py re-exports become one plain import with an exact F401 suppression instead of two X as X aliases that pushed PLC0414 over its strict-gate ceiling. Redundant leaf docstrings and the structural artifact test are gone; the re-exported FIELD constants are checked by identity instead * refactor(types): project owned kwarg names once and keep pass-through extraction in request order * refactor(types): type caching_groups from its cache reader and hoist the pass-through ownership set caching_groups is a sequence of flat model-group sequences, which is what Cache._get_caching_group iterates. A regression test drives the public cache key path so two groups in one caching group share a key and a third does not. The pass-through endpoint builds its frozenset of owned names once at import instead of per request, reads the two metadata carriers from the extracted mapping instead of popping them, and its extraction mappings are read-only. Concatenation tests assert the whole derived list and tuple, docstrings drop reader claims that nothing in the module backs * refactor(types): read owned names live in pass-through and pin tests to literal inventories The pass-through endpoint checks body keys against the public all_litellm_params list at request time again, as the base does, instead of a frozenset taken at import, so a name registered after import is still extracted. A test drives that path with a name added after import, and another sends both metadata carriers interleaved with provider keys and asserts the whole merged result. retry_policy accepts the mapping form its router reader builds a RetryPolicy from. The pricing inventory in the typed tests is a literal tuple checked against the model's fields, the agentic compatibility test asserts type, length and set instead of declaration order, and the typed-model overlap tests assert the exact intersection. * refactor(types): move model_alias_map to CallState and read the owned registry in registry order in pass-through * refactor(types): drop restating docstrings, keep FIELD importers on types.utils, pin pass-through registry order * fix(types): satisfy strict lint for public FIELD re-exports * fix(types): restore clean parameter re-exports * fix(tests): compare pass-through extraction order to registry body keys * refactor(types): type owned request parameter leaves * refactor(types): share routing strategy literal and tighten leaf tests * fix(proxy): drop client-supplied proxy-stamped names from pass-through litellm_params * refactor(proxy): name pass-through litellm key split for what it holds * refactor(types): drop TODO markers on the kept readerless fields * fix(types): keep deployment tag_regex and max_file_size_mb out of provider requests * fix(types): include every routing strategy the router accepts --------- Co-authored-by: shrey kharbanda <shreshth@berri.ai> |
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| .. | ||
| llm_provider_handlers | ||
| test_carry_guardrail_logging_info.py | ||
| test_deepgram_ws_passthrough_routes.py | ||
| test_llm_pass_through_endpoints.py | ||
| test_managed_id_rewriter.py | ||
| test_method_specific_routing.py | ||
| test_pass_through_endpoints.py | ||
| test_passthrough_auth_default.py | ||
| test_passthrough_endpoint_router.py | ||
| test_passthrough_endpoints_common_utils.py | ||
| test_passthrough_guardrail_block_otel_span.py | ||
| test_passthrough_guardrails.py | ||
| test_passthrough_guardrails_field_targeting.py | ||
| test_passthrough_post_call_guardrails.py | ||
| test_streaming_handler.py | ||
| test_streaming_handler_interrupt.py | ||
| test_upstream_usage_headers.py | ||
| test_vertex_ai_batch_passthrough.py | ||
| test_vertex_passthrough_load_balancing.py | ||
| test_watsonx_proxy_route.py | ||