arm64/iOS compatible video player
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Decode Video and Audio: Implement video and audio decoding algorithms for the specific codecs I want to support (e.g., H.264, AAC). Parse video and audio streams from a multimedia container format (e.g., MP4). Decode video frames and audio samples frame by frame.
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Synchronize Video and Audio: Implement synchronization mechanisms to ensure that video and audio are played together seamlessly. This includes handling different frame rates and timecodes.
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Render Video Frames: Create a custom rendering engine to display video frames on the screen pixel by pixel. Implement pixel format conversion and rendering routines.
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Play Audio: Implement audio playback using low-level audio libraries like AudioToolbox. Decode audio samples and play them in synchronization with video frames.
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User Interface: Create a custom user interface for video player, including play, pause, seek, and volume controls.
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File Parsing: Implement a parser for multimedia container formats (e.g., MP4) to extract video and audio streams.
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Error Handling: Develop error-handling mechanisms to handle various scenarios, including file access issues, decoding errors, and synchronization problems.
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Optimization: Optimize player for performance, especially for high-resolution videos and audio.
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Testing and Debugging: Thoroughly test player with various video and audio formats to ensure smooth playback. Use debugging tools and logs to identify and fix issues.
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Documentation: Document custom video player's architecture, algorithms, and usage instructions. Provide clear instructions on how to use video player. Distribution (Optional):
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Packaging and distribution