A pure Go implementation of the Open Sound Control (OSC) protocol for building networked music and media applications.
GoOSC is an Open Sound Control (OSC) library implemented in pure Go. It enables developers to build applications that communicate using the OSC protocol, which is commonly used for real-time messaging in music, multimedia, and interactive art installations. The library provides both client and server components along with support for OSC bundles, messages, and various data types.
Go developers working on music software, interactive media applications, or any project requiring real-time networked communication using the OSC protocol.
Developers choose GoOSC because it's a native Go implementation that is lightweight, easy to integrate, and fully compliant with the OSC specification, making it ideal for building performant networked applications in Go.
Open Sound Control (OSC) library for Golang. Implemented in pure Go.
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Implements all core OSC features including bundles with timetags and a wide range of argument types like ints, floats, strings, blobs, and booleans, as listed in the README.
Built as a minimal, pure Go library that leverages Go's networking and concurrency strengths, making it easy to integrate into Go projects without external dependencies.
Provides both OSC client for sending messages and server for receiving, with clear examples in the README for basic setup and usage.
Supports OSC address patterns with wildcards like '*', '?', '{,}', and '[]' for flexible message routing, enabling complex handler setups.
The README offers only basic examples and links to Godoc, lacking in-depth tutorials, best practices, or guidance for complex use cases like error handling or scalability.
Focuses on standard OSC communication without built-in support for alternative transports like WebSockets or serial protocols, requiring manual implementation for non-standard setups.
Missing higher-level abstractions such as subscription management, automatic reconnection, or integrated debugging tools, which might be needed for production-grade applications.