test_framework_setup.py 1.8 KB

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  1. """
  2. Test to verify the testing framework is properly configured.
  3. This test file validates that pytest, pytest-asyncio, pytest-cov, hypothesis,
  4. and httpx are all properly installed and configured.
  5. """
  6. import pytest
  7. from hypothesis import given, strategies as st
  8. import asyncio
  9. class TestFrameworkSetup:
  10. """Tests to verify testing framework setup"""
  11. def test_pytest_works(self):
  12. """Verify pytest is working"""
  13. assert True
  14. @pytest.mark.asyncio
  15. async def test_pytest_asyncio_works(self):
  16. """Verify pytest-asyncio is working"""
  17. await asyncio.sleep(0.001)
  18. assert True
  19. @pytest.mark.property
  20. @given(st.integers())
  21. def test_hypothesis_works(self, value: int):
  22. """Verify hypothesis property-based testing works"""
  23. assert isinstance(value, int)
  24. def test_fixtures_available(self, mock_settings):
  25. """Verify global fixtures are available"""
  26. assert mock_settings is not None
  27. assert "app_name" in mock_settings
  28. assert mock_settings["app_name"] == "RAG System Test"
  29. def test_markers_configured(self):
  30. """Verify test markers are properly configured"""
  31. # This test itself validates that markers work
  32. # by being in the tests/ directory
  33. assert True
  34. class TestCoverageConfiguration:
  35. """Tests to verify coverage configuration"""
  36. def test_coverage_can_be_measured(self):
  37. """Verify coverage measurement works"""
  38. # This is a simple function to measure coverage
  39. def sample_function(x: int) -> int:
  40. if x > 0:
  41. return x * 2
  42. return 0
  43. result = sample_function(5)
  44. assert result == 10
  45. result = sample_function(-5)
  46. assert result == 0