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Cost map pins recheck / rerun-cost-map-guard (push) Waiting to run
LiteLLM Rust DB / db-queries (push) Waiting to run
LiteLLM Rust / rust-lint (push) Waiting to run
LiteLLM Rust / rust-test (push) Waiting to run
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Terraform Modules / fmt, validate, test (aws) (push) Waiting to run
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NativeDatabase.connect opens a lazy SQLx writer pool from an Endpoint that Python resolves from the final DATABASE_URL, read the way Prisma reads it: Unix socket host, sslmode / sslaccept / sslcert with Prisma's verification rules (prefer + strict asks the server once whether it offers TLS), sslidentity / sslpassword handed over as PEM, schema, options, pgbouncer mode, pool_timeout (0 waits forever) and socket_timeout. Options SQLx cannot send are logged instead of failing boot ConnectionBudget splits each worker's connection_limit between Prisma and the native pool, so the budget an operator sized never grows. The Rust share is the hard-coded RUST_RESERVED_CONNECTIONS and no setting names Rust, SQLx or Prisma. It is 0 until a ported query needs the pool, so Prisma's URL is exactly what it was, no native pool opens and nothing connects through SQLx. A connection_limit that is not a positive integer is never split and goes to Prisma as before. Once the share is above 0 Prisma keeps at least one connection, and pools are tagged litellm-prisma and litellm-native in pg_stat_activity. Python keeps minting RDS IAM and Entra tokens and hands each one to the pool statement_cache_size sets the native statement cache (Prisma's default 100) and pgbouncer=true turns it off. sqlx-postgres 0.9.0 still names every statement when the cache is off, so Statements runs queries unnamed in that case, like Prisma, until a release carries transact-rs/sqlx#4337. An application_name the operator set is used on both pools The SQL query files are pinned to LF so Windows checkouts hash them like .sqlx, and the crate lists .sqlx in its package include so the core sdist builds offline crates/db/AGENTS.md tracks parity with the Python Prisma stack The bridge now links litellm-db, so the editable install compiles its queries. The Rust DB workflow builds that install from the checked-in .sqlx metadata, since it runs before the migrations that the online check needs |
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| .. | ||
| _support | ||
| audio_tests | ||
| base_sdk_tests | ||
| basic_proxy_startup_tests | ||
| benchmarks | ||
| code_coverage_tests | ||
| documentation_tests | ||
| e2e | ||
| e2e_harness | ||
| fixtures | ||
| harness_e2e | ||
| integration | ||
| rust-python-harness | ||
| test_litellm_rust | ||
| typing | ||
| unit | ||
| windows_tests | ||
| __init__.py | ||
| _fake_openai_endpoint_server.py | ||
| _flush_vcr_cache.py | ||
| _live_test_helpers.py | ||
| _master_key.py | ||
| _openai_record_replay_proxy.py | ||
| _process_helpers.py | ||
| _vcr_conftest_common.py | ||
| _vcr_redis_persister.py | ||
| _wait_helpers.py | ||
| _ws_vcr.py | ||
| AGENTS.md | ||
| capturing_transport.py | ||
| eval_swe_bench.py | ||
| fake_openai_endpoint.py | ||
| gettysburg.wav | ||
| large_text.py | ||
| openai_batch_completions.jsonl | ||
| pyrightconfig.json | ||
| README.MD | ||
| test_logging.conf | ||
| test_rust_python_harness.py | ||
| VCR_TESTING.md | ||
| white_100x100.png | ||
In total litellm runs 1000+ tests
[02/20/2025] Update:
To make it easier to contribute and map what behavior is tested,
we've started mapping the litellm directory in tests/unit
This folder can only run mock tests.