* Gets the amount of backing threads. * * @return Backing thread count */

* Returns a copy of all the elements within the thread_local value. Operation is _not_ thread safe, * it does not take any locks or copy any object

* @brief Unlock the Fibtex * * We use lower-case naming so users can use std::lock_guard and friends */ ReSharper disable once CppInconsistentNa

* @brief Decrement the counter by 1 */

Growing the array returns a new circular_array object and keeps a linked list of all previous arrays. This is done because other threads could still b

* @brief Lock the Fibtex * * We use lower-case naming so users can use std::lock_guard and friends * * @param pinToCurrentThread If true, t

* @brief Attempt to lock the Fibtex * * We use lower-case naming so users can use std::lock_guard and friends * * @return True if succesful

* Default constructor * Nothing is allocated. This can be used as a thread fiber. */

* Returns a reference to all of the elements within the thread_local value. Operation is thread safe within the * the thread_local object itself, bu

* Gets the amount of fibers in the fiber pool. * * @return Fiber pool size */

* Get a handle to your thread's T. You must be careful that you don't jump to another thread in the mean time, but this will allow * you to prevent

* @param mutex Fibtex to wrap around. * @param pinToCurrentThread If true, this fiber won't be resumed on another thread (if lock

This Task is never used directly However, a function pointer to it is the signal that the task is a Ready fiber, not a "real" task See @FiberStartFunc

* Set the behavior for how worker threads handle an empty queue * * @param behavior * @return */