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nsync is a C library that exports various synchronization primitives: locks condition variables run-once initialization waitable counter (useful for barriers) waitable bit (useful for cancellation, or other conditions) It is not an offical Google product. nsync may be desirable in place of pthread primitives in some cases: - nsync locks are reader-writer locks (but are as efficient as mutexes). -
The qthreads API is designed to make using large numbers of lightweight threads convenient and easy, and to allow portable access to threading constructs used in massively parallel shared memory environments. The API maps well to both MTA-style threading and PIM-style threading, and is still quite useful in a standard SMP context. The qthreads API provides access to full/empty-bit (FEB) semantics,
Introduction The structure of this tutorial assumes an intermediate level knowledge of Python but not much else. No knowledge of concurrency is expected. The goal is to give you the tools you need to get going with gevent, help you tame your existing concurrency problems and start writing asynchronous applications today. Contributors In chronological order of contribution: Stephen Diehl Jérémy Bet
About CBBs What is CBBs? News Quick Links Wiki Blog Issue Tracker Tutorial Quick Start Java Components C++ Components STM Get CBBs Download Release Notes Licence Get Involved Contributor Licenses Developer Docs Java API Docs C++ API Docs Project Documentation Project Information About Issue Tracking Mailing Lists Project License Project Team Overview Project provides a set of concurrent building b
liburcu is a LGPLv2.1 userspace RCU (read-copy-update) library. This data synchronization library provides read-side access which scales linearly with the number of cores. liburcu-cds provides efficient data structures based on RCU and lock-free algorithms. Those structures include hash tables, queues, stacks, and doubly-linked lists. Documents User-Level Implementations of Read-Copy Update What i
Introduction Through careful design and implementation it's possible to build data structures that are safe for concurrent use without needing to manage locks or block threads. These non-blocking data structures can increase performance by allowing extra concurrency and can improve robustness by avoiding some of the problems caused by priority inversion in local settings, or machine and link failu
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