libfiber

Learn to use the C++ go_fiber API with lambda expressions in libfiber. Launch fibers using intuitive lambda syntax via operator overloading on temporary go_fiber objects. Get started now.

Effortlessly migrate your libco or libmill code to libfiber. Discover the simple steps to replace functions and run your scheduler for a seamless transition. Follow our complete porting guide.

Learn thread-safety considerations for mixing libfiber with pthreads. Discover how to avoid race conditions with independent schedulers and exclusive synchronization primitive use.

Learn to limit concurrent database connections in libfiber using fiber_sem. Implement wait and post or use fiber_sem_guard for RAII-based connection management.

Master non-blocking timeouts with fiber_delay in libfiber. Suspend fibers effectively without blocking OS threads, enabling efficient cooperative multitasking.

Implement the producer consumer pattern with libfiber channels. Learn to create bounded queues for lock-free coroutine communication. Suspend producers and consumers automatically.

Learn to use the io_uring event mechanism on Linux kernels with libfiber for high-performance asynchronous I/O. Enable io_uring at compile time and runtime for efficient operations.

Discover how the libfiber fiber scheduler utilizes a per-thread architecture for efficient multi-threaded execution. Learn how isolated schedulers prevent fiber migration.

Master fiber synchronization with libfiber's fiber_event. Learn to create, wait, and notify efficiently using acl_fiber_event functions for optimal performance in your applications.

Discover optimal libfiber stack size configurations for your workload. Learn how to match private shared or pool allocation stacks to prevent memory issues and ensure peak performance.

Master graceful fiber cancellation and shutdown in libfiber. Learn to use FIBER_F_CANCELED, acl_fiber_canceled, acl_fiber_kill, and acl_fiber_signal for robust error handling and clean termination.

Debug libfiber deadlocks and memory issues effectively. Learn to use acl_fiber_ndead, acl_fiber_memstat, instrument fiber_swap and __lock, and enable FIBER_STACK_GUARD for robust debugging.