Mobile Ffmpeg

mobile-ffmpeg provides a framework for mobile multimedia processing, allowing Android, iOS, and tvOS applications to execute video and audio transcoding and filtering tasks. It enables the integration of pre-compiled binaries into mobile projects to avoid manual cross-compilation for different hardware architectures.

The project supports cross-platform compilation and the integration of third-party codecs and external libraries. It provides a mechanism to deploy universal binaries across multiple operating systems and different CPU architectures.

The toolset covers media metadata analysis, recording and capturing media from device cameras, and the management of concurrent execution lifecycles. It utilizes a Java Native Interface for Android and Objective-C wrappers for Apple platforms to bridge high-level application code with low-level media processing binaries.

Features

FFmpeg Wrappers - Provides programmatic interfaces to bundle and use pre-compiled FFmpeg binaries for media encoding and decoding on mobile.
Multimedia Processing Suites - Provides a comprehensive suite of command-line utilities for transcoding, filtering, and manipulating multimedia content on mobile devices.
JNI Bridges - Implements JNI bridges to connect the Android Java environment with underlying C media processing libraries.
tvOS Binaries - Compiles multimedia processing and analysis binaries specifically for tvOS across multiple hardware architectures.
Multi-Architecture Binary Bundling - Bundles multiple compiled binaries for various CPU architectures into a single distribution archive for mobile devices.
Cross-Compilation Toolchains - Provides build environments to generate executable binaries for diverse mobile hardware architectures from a single host.
Media Metadata Extraction - Extracts technical metadata, such as stream data, dimensions, and duration, from multimedia files.
Shell Command Execution - Triggers and controls operating system shell commands to execute embedded native binaries for media processing.
Universal Binary Packaging - Creates app bundles containing binaries for multiple CPU architectures to ensure cross-platform compatibility.
FFmpeg Library Compilers - Compiles FFmpeg native libraries from source with configurable external codecs for multiple mobile platforms.
Multimedia Processing Frameworks - Provides a framework for executing complex video and audio transcoding and filtering tasks on mobile devices.
Native Binary Packaging - Compiles C code into standalone native executable packages for deployment on Android devices.
Binary Compilation - Transforms source code into standalone executable binary units for deployment on iOS.
C and Objective-C Interface Mapping - Maps low-level C libraries into Objective-C interfaces for use in iOS and tvOS applications.
Native Binary Integration - Provides mechanisms to integrate and execute high-performance native multimedia binaries within mobile application environments.
Execution Lifecycle Controls - Offers controls for inspecting, monitoring, and stopping long-running multimedia processing operations.
Concurrent Task Execution - Allows for the simultaneous execution of multiple multimedia processing jobs to improve system throughput.
External Library Compilations - Automates the cross-compilation of third-party codec and processing libraries for mobile target systems.
Media Metadata Analysis - Extracts technical stream information and file properties from multimedia files using embedded FFmpeg binaries.
Camera and Microphone Recorders - Captures live audio and video directly from camera and microphone devices for file-based processing.
Internal Codec Integrations - Bundles internal codec libraries to enable audio and video decoding without system-wide filter installations.
Camera Feed Capture - Captures live video streams directly from device cameras for further processing.
Media Captures - Enables recording video and audio directly from the device camera for immediate processing via FFmpeg.
External Library Linking - Configures linker flags to statically integrate third-party codec libraries into the final executable.
Concurrent Execution Managers - Includes capabilities to track, list, and stop ongoing concurrent multimedia processing operations.
Process Output Monitoring - Provides real-time tracking of background native process status and output streams during multimedia processing.
FFmpeg Utilities - FFmpeg library packaged for Android, iOS, and tvOS.

Star history

tanersenermobile-ffmpegArchived

Name: tanersener/mobile-ffmpeg
Author: tanersener

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4,137 stars894 forksCGPL-3.011 viewstanersener.github.io/mobile-ffmpeg

Mobile Ffmpeg

Features

FFmpeg Wrappers - Provides programmatic interfaces to bundle and use pre-compiled FFmpeg binaries for media encoding and decoding on mobile.
Multimedia Processing Suites - Provides a comprehensive suite of command-line utilities for transcoding, filtering, and manipulating multimedia content on mobile devices.
JNI Bridges - Implements JNI bridges to connect the Android Java environment with underlying C media processing libraries.
tvOS Binaries - Compiles multimedia processing and analysis binaries specifically for tvOS across multiple hardware architectures.
Multi-Architecture Binary Bundling - Bundles multiple compiled binaries for various CPU architectures into a single distribution archive for mobile devices.
Cross-Compilation Toolchains - Provides build environments to generate executable binaries for diverse mobile hardware architectures from a single host.
Media Metadata Extraction - Extracts technical metadata, such as stream data, dimensions, and duration, from multimedia files.
Shell Command Execution - Triggers and controls operating system shell commands to execute embedded native binaries for media processing.
Universal Binary Packaging - Creates app bundles containing binaries for multiple CPU architectures to ensure cross-platform compatibility.
FFmpeg Library Compilers - Compiles FFmpeg native libraries from source with configurable external codecs for multiple mobile platforms.
Multimedia Processing Frameworks - Provides a framework for executing complex video and audio transcoding and filtering tasks on mobile devices.
Native Binary Packaging - Compiles C code into standalone native executable packages for deployment on Android devices.
Binary Compilation - Transforms source code into standalone executable binary units for deployment on iOS.
C and Objective-C Interface Mapping - Maps low-level C libraries into Objective-C interfaces for use in iOS and tvOS applications.
Native Binary Integration - Provides mechanisms to integrate and execute high-performance native multimedia binaries within mobile application environments.
Execution Lifecycle Controls - Offers controls for inspecting, monitoring, and stopping long-running multimedia processing operations.
Concurrent Task Execution - Allows for the simultaneous execution of multiple multimedia processing jobs to improve system throughput.
External Library Compilations - Automates the cross-compilation of third-party codec and processing libraries for mobile target systems.
Media Metadata Analysis - Extracts technical stream information and file properties from multimedia files using embedded FFmpeg binaries.
Camera and Microphone Recorders - Captures live audio and video directly from camera and microphone devices for file-based processing.
Internal Codec Integrations - Bundles internal codec libraries to enable audio and video decoding without system-wide filter installations.
Camera Feed Capture - Captures live video streams directly from device cameras for further processing.
Media Captures - Enables recording video and audio directly from the device camera for immediate processing via FFmpeg.
External Library Linking - Configures linker flags to statically integrate third-party codec libraries into the final executable.
Concurrent Execution Managers - Includes capabilities to track, list, and stop ongoing concurrent multimedia processing operations.
Process Output Monitoring - Provides real-time tracking of background native process status and output streams during multimedia processing.
FFmpeg Utilities - FFmpeg library packaged for Android, iOS, and tvOS.

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Frequently asked questions

What does tanersener/mobile-ffmpeg do?

What are the main features of tanersener/mobile-ffmpeg?

The main features of tanersener/mobile-ffmpeg are: FFmpeg Wrappers, Multimedia Processing Suites, JNI Bridges, tvOS Binaries, Multi-Architecture Binary Bundling, Cross-Compilation Toolchains, Media Metadata Extraction, Shell Command Execution.

What are some open-source alternatives to tanersener/mobile-ffmpeg?

Open-source alternatives to tanersener/mobile-ffmpeg include: rust-cross/cargo-zigbuild — Cargo-zigbuild is a build tool that compiles Rust projects for different operating systems and architectures using the… asterinas/asterinas — Asterinas is a memory-safe operating system kernel designed to prevent data races and memory corruption. It functions… adambard/learnxinyminutes-docs — This project is a collection of programming language references and syntax cheat sheets designed for rapid developer… fluent-ffmpeg/node-fluent-ffmpeg — node-fluent-ffmpeg is a Node.js wrapper for FFmpeg that provides a fluent interface for executing media commands and… kkroening/ffmpeg-python — ffmpeg-python is a Python wrapper that translates programmatic method calls into command-line arguments for executing… php-ffmpeg/php-ffmpeg — PHP-FFmpeg is an object-oriented wrapper for executing FFmpeg binary commands within PHP applications. It serves as a…