litellm/tests/rust-python-harness/strategies/unit_tests_mapping/runner.py
yujonglee ee08c36fc0
refactor(tests): restructure rust python harness around strategy definitions (#39628)
* wip

* refactor(tests): move sdk function tracing into rust python harness

* dead code

* fix: handle harness keyboard interrupts

* refactor(tests): deduplicate rust python harness helpers

* fix(harness): expose validated strategy choices

* wip

* refactor(harness): let strategies own parity reports

* docs(harness): update strategy structure

* refactor(harness): localize strategy report views

* wip

* fix(harness): satisfy mapping runner type checks

* fix(harness): clarify trace parity output

* wip

* fix(harness): clarify unit mapping report

* fix(harness): finalize trace parity contracts

* refactor(harness): structure parity contracts

* feat: derive unit test mapping from traces

* feat(harness): map rstest test families

* feat(ocr): port Azure document intelligence tests

* feat(harness): enforce complete unit mappings

* feat(ocr): add reducto core transforms

* feat(harness): classify host-only unit tests

* fix(ocr): complete Rust provider plumbing

* fix(harness): reuse OCR parity workers
2026-09-03 21:15:01 -07:00

61 lines
2.7 KiB
Python

from __future__ import annotations
from collections.abc import Sequence
from pathlib import Path
from typing import Final
from ...shared.native_build import ensure_trace_bridge
from ...shared.reporting.models import ResultArtifact
from ...shared.unit_runners.python_runner import collect_python_tests
from ...shared.unit_runners.rust_runner import enumerate_rust_tests
from ...shared.unit_runners.suite_runner import SuiteExecution
from .contracts import UnitTestContract
from .mapping_report import MappingReportArtifact
from .mapping_validator import PythonInventory, RustInventory, audit_mapping
MAPPING_REPORT_ARTIFACT: Final = "mapping_report"
def _audit_problems(artifact: MappingReportArtifact) -> tuple[str, ...]:
report: Final = artifact.report
return (
*(f"mapped Python test does not exist: {nodeid}" for nodeid in report.missing_python_tests),
*(f"mapped Rust test does not exist: {nodeid}" for nodeid in report.missing_rust_tests),
*(f"Python test has multiple mappings: {nodeid}" for nodeid in report.duplicate_python_mappings),
*(f"Rust test has multiple mappings: {nodeid}" for nodeid in report.duplicate_rust_mappings),
*(f"mapping exclusion does not exist: {nodeid}" for nodeid in report.invalid_mapping_exclusions),
*(f"Python test is both mapped and excluded: {nodeid}" for nodeid in report.mapped_and_excluded_python_tests),
*(f"unit parity exclusion does not exist: {nodeid}" for nodeid in report.invalid_unit_parity_exclusions),
)
def run_suite(
contract: UnitTestContract,
repo_root: Path,
runner_args: Sequence[str] = (),
*,
python_inventory: PythonInventory = collect_python_tests,
rust_inventory: RustInventory = enumerate_rust_tests,
) -> SuiteExecution:
if contract.mapping.python_functions is not None and contract.mapping.python_functions.trace_module is not None:
bridge_error: Final = ensure_trace_bridge(repo_root)
if bridge_error is not None:
return SuiteExecution(problems=(bridge_error,))
artifact: Final = MappingReportArtifact(
report=audit_mapping(
contract,
repo_root,
python_inventory=python_inventory,
rust_inventory=rust_inventory,
),
detailed=bool(runner_args),
)
completeness_problems: Final = (
tuple(f"Python test has no Rust mapping: {nodeid}" for nodeid in artifact.report.unmapped_python_tests)
if contract.mapping.require_complete
else ()
)
return SuiteExecution(
problems=(*_audit_problems(artifact), *completeness_problems),
artifacts=(ResultArtifact(MAPPING_REPORT_ARTIFACT, artifact.model_dump_json()),),
)