An algorithm has been developed to asynchronously load, unload, play and relocate sound files without the use of locks. The algorithm allows the programmer to arbitrarily assign different logical subsections of the underlying system to different threads, all while remaining completely lock-free.
An example implementation has been developed that asynchronously loads and unloads sound files in one thread while playing and relocating the same sound files in another thread. All of this happens in a single shared memory heap, all without locking. A complete working version of this system will be described, highlighting the simple yet elegant design principles.
