""" Comprehensive Testing Suite for Trax Application Tests the TestSuiteRunner and related infrastructure """ import asyncio import tempfile from pathlib import Path from typing import Dict, List, Any import pytest import time from src.services.protocols import ( TranscriptionServiceProtocol, MediaServiceProtocol, YouTubeServiceProtocol, BatchProcessorProtocol ) class TestComprehensiveTestingSuite: """Test the comprehensive testing suite infrastructure""" @pytest.mark.asyncio async def test_suite_runner_initialization(self): """Test that the test suite runner initializes correctly""" from tests.testing_suite import TestSuiteRunner runner = TestSuiteRunner() assert runner is not None assert hasattr(runner, 'run_all_tests') assert hasattr(runner, 'run_unit_tests') assert hasattr(runner, 'run_integration_tests') assert hasattr(runner, 'run_performance_tests') @pytest.mark.asyncio async def test_fixture_manager_initialization(self): """Test that the fixture manager creates required test data""" from tests.testing_suite import FixtureManager manager = FixtureManager() fixtures = await manager.create_test_fixtures() assert 'audio_files' in fixtures assert 'database' in fixtures assert 'mock_services' in fixtures assert len(fixtures['audio_files']) > 0 @pytest.mark.asyncio async def test_mock_service_factory(self): """Test that mock services are created correctly""" from tests.testing_suite import MockServiceFactory factory = MockServiceFactory() youtube_service = factory.create_youtube_service() transcription_service = factory.create_transcription_service() # Test YouTube service mock metadata = await youtube_service.extract_metadata("https://youtube.com/watch?v=test") assert metadata['youtube_id'] == 'test' assert 'title' in metadata assert 'duration_seconds' in metadata # Test transcription service mock result = await transcription_service.transcribe(Path("test.wav"), 1) assert 'raw_content' in result assert 'text_content' in result assert result['pipeline_version'] == 'v1' @pytest.mark.asyncio async def test_performance_benchmark_runner(self): """Test that performance benchmarks execute correctly""" from tests.testing_suite import PerformanceBenchmarkRunner runner = PerformanceBenchmarkRunner() results = await runner.run_transcription_benchmark() assert 'duration_seconds' in results assert 'real_time_factor' in results assert 'memory_usage_mb' in results assert results['real_time_factor'] < 1.0 # Should be faster than real-time @pytest.mark.asyncio async def test_integration_test_runner(self): """Test that integration tests execute the full pipeline""" from tests.testing_suite import IntegrationTestRunner runner = IntegrationTestRunner() result = await runner.test_v1_pipeline() assert result['success'] is True assert 'transcript' in result assert 'processing_time' in result assert result['transcript']['pipeline_version'] == 'v1' @pytest.mark.asyncio async def test_cli_command_testing(self): """Test that CLI commands can be tested programmatically""" from tests.testing_suite import CLITestRunner runner = CLITestRunner() # Test transcribe command result = await runner.test_transcribe_command("test_audio.wav") assert result['exit_code'] == 0 assert 'output' in result # Test batch command result = await runner.test_batch_command(["test1.wav", "test2.wav"]) assert result['exit_code'] == 0 assert 'processed_files' in result @pytest.mark.asyncio async def test_database_migration_testing(self): """Test that database migrations can be tested""" from tests.testing_suite import DatabaseMigrationTester tester = DatabaseMigrationTester() # Test migration up result = await tester.test_migration_up() assert result['success'] is True assert 'applied_migrations' in result # Test migration down result = await tester.test_migration_down() assert result['success'] is True assert 'reverted_migrations' in result @pytest.mark.asyncio async def test_coverage_reporting(self): """Test that test coverage is tracked and reported""" from tests.testing_suite import CoverageReporter reporter = CoverageReporter() report = await reporter.generate_coverage_report() assert 'total_coverage' in report assert 'module_coverage' in report assert report['total_coverage'] >= 80.0 # Minimum 80% coverage # Check specific modules have good coverage critical_modules = ['services', 'repositories', 'database'] for module in critical_modules: if module in report['module_coverage']: assert report['module_coverage'][module] >= 80.0 class TestErrorHandlingAndEdgeCases: """Test error handling and edge cases in the testing suite""" @pytest.mark.asyncio async def test_missing_audio_file_handling(self): """Test how the suite handles missing audio files""" from tests.testing_suite import TestSuiteRunner runner = TestSuiteRunner() with pytest.raises(FileNotFoundError): await runner.test_with_missing_file("nonexistent.wav") @pytest.mark.asyncio async def test_corrupted_audio_file_handling(self): """Test how the suite handles corrupted audio files""" from tests.testing_suite import TestSuiteRunner runner = TestSuiteRunner() # Create a fake corrupted file with tempfile.NamedTemporaryFile(suffix='.wav', delete=False) as f: f.write(b'corrupted data') corrupted_file = Path(f.name) try: result = await runner.test_with_corrupted_file(corrupted_file) assert result['success'] is False assert 'error' in result finally: corrupted_file.unlink() @pytest.mark.asyncio async def test_database_connection_failure(self): """Test how the suite handles database connection failures""" from tests.testing_suite import DatabaseMigrationTester tester = DatabaseMigrationTester() # Test with invalid database URL result = await tester.test_with_invalid_db("invalid://connection") assert result['success'] is False assert 'connection_error' in result @pytest.mark.asyncio async def test_memory_limit_handling(self): """Test how the suite handles memory limit scenarios""" from tests.testing_suite import PerformanceBenchmarkRunner runner = PerformanceBenchmarkRunner() # Test with simulated memory pressure result = await runner.test_memory_limits() assert 'memory_usage_mb' in result assert result['memory_usage_mb'] < 2000 # Should stay under 2GB class TestPerformanceMetrics: """Test performance metrics and benchmarking""" @pytest.mark.asyncio async def test_transcription_speed_benchmark(self): """Test transcription speed meets requirements""" from tests.testing_suite import PerformanceBenchmarkRunner runner = PerformanceBenchmarkRunner() # Test v1 requirements: 5-minute audio in <30 seconds result = await runner.benchmark_v1_transcription() assert result['audio_duration_seconds'] == 300 # 5 minutes assert result['processing_time_seconds'] < 30 assert result['real_time_factor'] < 0.1 # Much faster than real-time @pytest.mark.asyncio async def test_memory_usage_benchmark(self): """Test memory usage stays within limits""" from tests.testing_suite import PerformanceBenchmarkRunner runner = PerformanceBenchmarkRunner() result = await runner.benchmark_memory_usage() assert result['peak_memory_mb'] < 2000 # v1 requirement: <2GB assert result['average_memory_mb'] < 1500 @pytest.mark.asyncio async def test_batch_processing_performance(self): """Test batch processing performance""" from tests.testing_suite import PerformanceBenchmarkRunner runner = PerformanceBenchmarkRunner() # Test processing 10 files result = await runner.benchmark_batch_processing(10) assert result['total_files'] == 10 assert result['successful_files'] == 10 assert result['failed_files'] == 0 assert result['total_time_seconds'] < 300 # Should process 10 files in <5 minutes