* @brief Set the next stacklet in the chain to 'new_next'. * * This requires that this is the top stacklet. If there is a cached stacklet ah

* @brief Set the next stacklet in the chain to 'new_next'. * * This requires that this is the top stacklet. If there is a cached stacklet ah

* @brief To handle tasks on a WSQ that have been "effectively stolen". * * If explicit scheduling has occurred then there may be tasks on a workers

* @brief Shortcut if children are ready. */

* @brief Forward the result. */

* @brief Sym-transfer to child, push parent to queue. */

* @brief Deallocate `count` bytes of memory from the current stack. * * This must be called in FILO order with `allocate`. */

* @brief Deallocate `count` bytes of memory from the current stack. * * This must be called in FILO order with `allocate`. */

* @brief Access the stored exception, ``has_exception()`` must be true. */

* @brief Check if there is a value stored in the eventually. */

The name of this implementation

* @brief A diagnostic message. */

* @brief Allocate `count` bytes of memory on a stacklet in the bundle. * * The memory will be aligned to a multiple of `__STDCPP_DEFAULT_NEW_ALI

* @brief Allocate `count` bytes of memory on a stacklet in the bundle. * * The memory will be aligned to a multiple of `__STDCPP_DEFAULT_NEW_ALI

* @brief Shortcut if children are ready. */

* @brief A noop in release, provides hints to the optimizer. */

* @brief Sym-transfer to child, push parent to queue. */

* @brief Access the stored exception, ``has_exception()`` must be true. */

* @brief Test is there is an exception stored in the eventually. */

* @brief Tidy up warnings. */

* @brief Initialize the underlying worker context and bind calling thread a hardware core. * * This is separate from construction as the master

* @brief Initialize the underlying worker context and bind calling thread a hardware core. * * This is separate from construction as the master

* @brief This is the long-jump function for the generator. * * It is equivalent to 2^192 calls to operator(); it can be used to generate 2^64 st

* @brief This is the long-jump function for the generator. * * It is equivalent to 2^192 calls to operator(); it can be used to generate 2^64 st

* @brief Set the stacklet object to point at a new stacklet. * * Returns the previous stacklet. */

* @brief Copies elements in range ``[bottom, top)`` into a new ring buffer. * * This function allocates a new buffer and returns a pointer to it

* @brief Copies elements in range ``[bottom, top)`` into a new ring buffer. * * This function allocates a new buffer and returns a pointer to it

* @brief Cold path in `unsafe_rethrow_if_exception` in its own non-inline function. */

Interpret 32 bit positive integer as value on [0,1)

* @brief Get the coroutine handle for this frames coroutine. */

* @brief Get a pointer to the semaphore for this root frame. * * Only valid if this is not a root frame. */

* @brief Set a root tasks parent. */

* This is a workaround for clang generating bad codegen for ``std::atomic_thread_fence``. * * See: https://github.com/llvm/llvm-project/issues/91731

* This is a workaround for clang generating bad codegen for ``std::atomic_thread_fence``. * * See: https://github.com/llvm/llvm-project/issues/91731

* @brief Try to steal a task from one of our friends, returns `nullptr` if we failed. */

* @brief Attempt a steal operation from this contexts task deque, supports concurrent stealing. */

* @brief Check if this contains an exception. * * This can __only__ be called when the caller has exclusive ownership over this object. */

fatal error */

* @brief Don't suspend if on correct context. */

* @brief A no-op. */

* @brief Reschedule this coroutine onto the requested destination. */

* @brief Detach the shared state from this future. * * Following this operation the destructor is guaranteed to not block. */

* @brief Check if the eventually is empty. */

* @brief Access the frame of the child task. */