* @brief Converts a @p `global_thread_index` to a local thread index within a @b colocation. * @retval Same value as @p `global_thread_index`,

* @brief Converts a @p `global_thread_index` to a local thread index within a @b colocation. * @retval 0 if the thread-pool is not initialized,

* @brief Returns the number of threads in the thread-pool, including the main thread. * @retval 0 if the thread-pool is not initialized, 1 if o

* @brief Returns the number of threads in the thread-pool, including the main thread. * @retval 0 if the thread-pool is not initialized, 1 if o

* @brief Attempts to reserve huge pages of a specific size on the current NUMA node. * @param[in] page_size_bytes The size of huge pages to res

* @brief Fetches all available huge page sizes for the given NUMA node. * @note Kernel support doesn't mean that pages of that size have a vali

Attempts to acquire the lock without blocking. Returns `Some(guard)` if the lock was successfully acquired, or `None` if the lock is currently held b

Creates a new named thread pool with the specified number of threads. The thread pool name can be useful for debugging, profiling, and system monitor

* @brief Creates a thread-pool addressing all cores on the given NUMA @p node. * @param[in] node Describes the NUMA node to use, with its ID, m

* @brief Creates a thread-pool addressing all cores across all NUMA nodes. * @param[in] threads The number of threads to be used. * @para

@brief Blocks the calling thread until the currently broadcasted task finishes. */

@brief Blocks the calling thread until the currently broadcasted task finishes. */

Returns the library version as a tuple of (major, minor, patch).

Returns the volume of any pages (huge or regular) available on this allocator's NUMA node.

Returns the volume of huge pages available on this allocator's NUMA node.

Creates a new `PinnedVec` with the specified capacity using the given allocator. # Arguments `allocator` - The `PinnedAllocator` to use for memory a

Creates a new `RoundRobinVec` with pre-allocated capacity on each NUMA node. # Arguments `capacity_per_node` - The capacity to allocate on each NUMA

Performs unbalanced search where threads work on any NUMA node (for comparison)