We describe a model for multiple threads of control within a single UNIX process. The main goals are to provide extremely lightweight threads and to rationalize and extend the UNIX Application Programming Interface for a multi-threaded environment. The threads are intended to be sufficiently lightweight so that there can be thousands present and that synchronization and context switching can be accomplished rapidly without entering the kernel. These goals are achieved ... ⌘ Read more
We describe a model for multiple threads of control within a single UNIX process. The main goals are to provide extremely lightweight threads and to rationalize and extend the UNIX Application Programming Interface for a multi-threaded environment. The threads are intended to be sufficiently lightweight so that there can be thousands present and that synchronization and context switching can be accomplished rapidly without entering the kernel. These goals are achieved ... ⌘ Read more