A modern C++ library for reading and writing audio streams with idiomatic STL integration.
NI Media is a C++ library for reading from and writing to audio streams, developed by Native Instruments. It provides a modern, idiomatic C++ interface for handling audio data, integrating seamlessly with STL and Boost. The library supports multiple audio formats and offers a clean separation of concerns for audio stream processing.
C++ developers working on audio applications, such as digital audio workstations, media players, or audio processing tools, who need a modern, standards-compliant library for audio I/O.
Developers choose NI Media for its modern C++ design, which avoids fat classes in favor of modular components and integrates naturally with STL algorithms. It offers cross-platform support and optional codec integrations, making it a flexible choice for audio stream handling.
NI Media is a C++ library for reading and writing audio streams.
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Emphasizes modular architecture and separation of concerns, avoiding fat classes and integrating naturally with STL algorithms, as shown in the example using std::vector and streams for audio data.
Based on std::streams, allowing audio handling to feel like standard I/O, which simplifies code and leverages existing C++ knowledge, as evidenced by the stream operator usage in examples.
Supported on Windows, macOS/iOS, and Linux with specific compiler versions (e.g., VS2015+, Clang 7.3+, GCC 5.0+), making it reliable for multi-platform audio tools.
Reads and writes various audio formats, with optional FLAC and Ogg Vorbis codecs enabled via CMake flags like NIMEDIA_ENABLE_FLAC_DECODING, offering customization based on project needs.
Requires Boost and optional codecs like FLAC and Ogg Vorbis to be manually installed and configured via CMake, adding significant overhead to the build process, as detailed in the Dependencies section.
The README provides only basic examples and lacks comprehensive tutorials or API references, which could hinder adoption for complex audio tasks beyond simple file I/O.
Designed primarily for file-based audio I/O without explicit support for low-latency real-time processing, making it less suitable for applications like audio effects or live streaming.