Ryan Malloy
bcd37ba55f
This milestone completes the video processor with full 360° video support: ## New Features - Complete 360° video analysis and processing pipeline - Multi-projection support (equirectangular, cubemap, EAC, stereographic, fisheye) - Viewport extraction and animated viewport tracking - Spatial audio processing (ambisonic, binaural, object-based) - 360° adaptive streaming with tiled encoding - AI-enhanced 360° content analysis integration - Comprehensive test infrastructure with synthetic video generation ## Core Components - Video360Processor: Complete 360° analysis and processing - ProjectionConverter: Batch conversion between projections - SpatialAudioProcessor: Advanced spatial audio handling - Video360StreamProcessor: Viewport-adaptive streaming - Comprehensive data models and validation ## Test Infrastructure - 360° video downloader with curated test sources - Synthetic 360° video generator for CI/CD - Integration tests covering full processing pipeline - Performance benchmarks for parallel processing ## Documentation & Examples - Complete 360° processing examples and workflows - Comprehensive development summary documentation - Integration guides for all four processing phases This completes the roadmap: AI analysis, advanced codecs, streaming, and 360° video processing. 🤖 Generated with [Claude Code](https://claude.ai/code) Co-Authored-By: Claude <noreply@anthropic.com>
318 lines
11 KiB
Python
318 lines
11 KiB
Python
"""
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End-to-end integration tests for video processing in Docker environment.
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These tests verify the complete video processing pipeline including:
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- Video encoding with multiple formats
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- Thumbnail generation
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- Sprite generation
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- Database integration
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- File system operations
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"""
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import time
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from pathlib import Path
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import pytest
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from video_processor import ProcessorConfig, VideoProcessor
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from video_processor.core.processor import VideoProcessingResult
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class TestVideoProcessingE2E:
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"""End-to-end tests for video processing pipeline."""
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def test_synchronous_video_processing(
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self,
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docker_compose_project: str,
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test_video_file: Path,
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temp_video_dir: Path,
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clean_database: None,
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):
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"""Test complete synchronous video processing pipeline."""
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print(f"\n🎬 Testing synchronous video processing with {test_video_file}")
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# Configure processor for integration testing
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output_dir = temp_video_dir / "sync_output"
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config = ProcessorConfig(
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base_path=output_dir,
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output_formats=["mp4", "webm"], # Test multiple formats
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quality_preset="low", # Fast processing for tests
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generate_thumbnails=True,
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generate_sprites=True,
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sprite_interval=2.0, # More frequent for short test video
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thumbnail_timestamp=5, # 5 seconds into 10s video
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storage_backend="local",
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)
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# Initialize processor
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processor = VideoProcessor(config)
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# Process the test video
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start_time = time.time()
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result = processor.process_video(
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input_path=test_video_file, output_dir="test_sync_processing"
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)
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processing_time = time.time() - start_time
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# Verify result structure
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assert isinstance(result, VideoProcessingResult)
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assert result.video_id is not None
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assert len(result.video_id) > 0
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# Verify encoded files
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assert "mp4" in result.encoded_files
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assert "webm" in result.encoded_files
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for format_name, output_path in result.encoded_files.items():
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assert output_path.exists(), (
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f"{format_name} output file not found: {output_path}"
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)
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assert output_path.stat().st_size > 0, f"{format_name} output file is empty"
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# Verify thumbnail
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assert result.thumbnail_file is not None
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assert result.thumbnail_file.exists()
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assert result.thumbnail_file.suffix.lower() in [".jpg", ".jpeg", ".png"]
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# Verify sprite files
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assert result.sprite_files is not None
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sprite_image, webvtt_file = result.sprite_files
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assert sprite_image.exists()
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assert webvtt_file.exists()
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assert sprite_image.suffix.lower() in [".jpg", ".jpeg", ".png"]
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assert webvtt_file.suffix == ".vtt"
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# Verify metadata
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assert result.metadata is not None
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assert result.metadata.duration > 0
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assert result.metadata.width > 0
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assert result.metadata.height > 0
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print(f"✅ Synchronous processing completed in {processing_time:.2f}s")
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print(f" Video ID: {result.video_id}")
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print(f" Formats: {list(result.encoded_files.keys())}")
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print(f" Duration: {result.metadata.duration}s")
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def test_video_processing_with_custom_config(
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self,
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docker_compose_project: str,
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test_video_file: Path,
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temp_video_dir: Path,
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clean_database: None,
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):
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"""Test video processing with various configuration options."""
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print("\n⚙️ Testing video processing with custom configuration")
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output_dir = temp_video_dir / "custom_config_output"
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# Test with different quality preset
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config = ProcessorConfig(
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base_path=output_dir,
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output_formats=["mp4"],
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quality_preset="medium",
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generate_thumbnails=True,
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generate_sprites=False, # Disable sprites for this test
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thumbnail_timestamp=1,
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custom_ffmpeg_options={
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"video": ["-preset", "ultrafast"], # Override for speed
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"audio": ["-ac", "1"], # Mono audio
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},
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)
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processor = VideoProcessor(config)
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result = processor.process_video(test_video_file, "custom_config_test")
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# Verify custom configuration was applied
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assert len(result.encoded_files) == 1 # Only MP4
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assert "mp4" in result.encoded_files
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assert result.thumbnail_file is not None
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assert result.sprite_files is None # Sprites disabled
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print("✅ Custom configuration test passed")
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def test_error_handling(
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self, docker_compose_project: str, temp_video_dir: Path, clean_database: None
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):
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"""Test error handling for invalid inputs."""
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print("\n🚫 Testing error handling scenarios")
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config = ProcessorConfig(
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base_path=temp_video_dir / "error_test",
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output_formats=["mp4"],
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quality_preset="low",
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)
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processor = VideoProcessor(config)
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# Test with non-existent file
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non_existent_file = temp_video_dir / "does_not_exist.mp4"
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with pytest.raises(FileNotFoundError):
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processor.process_video(non_existent_file, "error_test")
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print("✅ Error handling test passed")
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def test_concurrent_processing(
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self,
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docker_compose_project: str,
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test_video_file: Path,
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temp_video_dir: Path,
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clean_database: None,
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):
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"""Test processing multiple videos concurrently."""
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print("\n🔄 Testing concurrent video processing")
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# Create multiple output directories
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num_concurrent = 3
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processors = []
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for i in range(num_concurrent):
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output_dir = temp_video_dir / f"concurrent_{i}"
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config = ProcessorConfig(
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base_path=output_dir,
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output_formats=["mp4"],
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quality_preset="low",
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generate_thumbnails=False, # Disable for speed
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generate_sprites=False,
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)
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processors.append(VideoProcessor(config))
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# Process videos concurrently (simulate multiple instances)
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results = []
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start_time = time.time()
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for i, processor in enumerate(processors):
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result = processor.process_video(test_video_file, f"concurrent_test_{i}")
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results.append(result)
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processing_time = time.time() - start_time
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# Verify all results
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assert len(results) == num_concurrent
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for i, result in enumerate(results):
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assert result.video_id is not None
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assert "mp4" in result.encoded_files
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assert result.encoded_files["mp4"].exists()
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print(
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f"✅ Processed {num_concurrent} videos concurrently in {processing_time:.2f}s"
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)
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class TestVideoProcessingValidation:
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"""Tests for video processing validation and edge cases."""
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def test_quality_preset_validation(
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self,
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docker_compose_project: str,
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test_video_file: Path,
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temp_video_dir: Path,
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clean_database: None,
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):
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"""Test all quality presets produce valid output."""
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print("\n📊 Testing quality preset validation")
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presets = ["low", "medium", "high", "ultra"]
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for preset in presets:
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output_dir = temp_video_dir / f"quality_{preset}"
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config = ProcessorConfig(
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base_path=output_dir,
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output_formats=["mp4"],
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quality_preset=preset,
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generate_thumbnails=False,
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generate_sprites=False,
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)
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processor = VideoProcessor(config)
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result = processor.process_video(test_video_file, f"quality_test_{preset}")
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# Verify output exists and has content
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assert result.encoded_files["mp4"].exists()
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assert result.encoded_files["mp4"].stat().st_size > 0
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print(
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f" ✅ {preset} preset: {result.encoded_files['mp4'].stat().st_size} bytes"
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)
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print("✅ All quality presets validated")
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def test_output_format_validation(
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self,
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docker_compose_project: str,
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test_video_file: Path,
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temp_video_dir: Path,
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clean_database: None,
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):
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"""Test all supported output formats."""
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print("\n🎞️ Testing output format validation")
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formats = ["mp4", "webm", "ogv"]
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output_dir = temp_video_dir / "format_test"
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config = ProcessorConfig(
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base_path=output_dir,
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output_formats=formats,
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quality_preset="low",
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generate_thumbnails=False,
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generate_sprites=False,
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)
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processor = VideoProcessor(config)
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result = processor.process_video(test_video_file, "format_validation")
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# Verify all formats were created
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for fmt in formats:
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assert fmt in result.encoded_files
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output_file = result.encoded_files[fmt]
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assert output_file.exists()
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assert output_file.suffix == f".{fmt}"
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print(f" ✅ {fmt}: {output_file.stat().st_size} bytes")
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print("✅ All output formats validated")
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class TestVideoProcessingPerformance:
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"""Performance and resource usage tests."""
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def test_processing_performance(
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self,
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docker_compose_project: str,
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test_video_file: Path,
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temp_video_dir: Path,
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clean_database: None,
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):
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"""Test processing performance metrics."""
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print("\n⚡ Testing processing performance")
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config = ProcessorConfig(
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base_path=temp_video_dir / "performance_test",
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output_formats=["mp4"],
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quality_preset="low",
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generate_thumbnails=True,
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generate_sprites=True,
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)
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processor = VideoProcessor(config)
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# Measure processing time
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start_time = time.time()
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result = processor.process_video(test_video_file, "performance_test")
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processing_time = time.time() - start_time
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# Performance assertions (for 10s test video)
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assert processing_time < 60, f"Processing took too long: {processing_time:.2f}s"
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assert result.metadata.duration > 0
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# Calculate processing ratio (processing_time / video_duration)
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processing_ratio = processing_time / result.metadata.duration
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print(f"✅ Processing completed in {processing_time:.2f}s")
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print(f" Video duration: {result.metadata.duration:.2f}s")
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print(f" Processing ratio: {processing_ratio:.2f}x realtime")
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# Performance should be reasonable for test setup
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assert processing_ratio < 10, (
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f"Processing too slow: {processing_ratio:.2f}x realtime"
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)
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