Not using UTS command line params, return non-success

* @brief Recursive divide-and-conquer matrix multiplication, powers of 2, only. * * a00 a01 = a00 * b00 + a01 * b10, a00 * b01 + a01 *

* @brief Add a task to the work queue. */

describe random number generator type into string */

* @brief Round size close to a multiple of the page_size. */

* @brief Round size close to a multiple of the page_size. */

* @brief Run a job inline. */

* @brief Set the return pointer. */

* @brief Set the return pointer. */

# (T1) Geometric [fixed] ------- Tree size = 4130071, tree depth = 10, num leaves = 3305118 (80.03%) export T1="-t 1 -a 3 -d 10 -b 4 -r 19"

# (T1L) Geometric [fixed] ------ Tree size = 102181082, tree depth = 13, num leaves = 81746377 (80.00%) export T1L="-t 1 -a 3 -d 13 -b 4 -r 29"

# (T1XXL) Geometric [fixed] ---- Tree size = 4230646601, tree depth = 15 export T1XXL="-t 1 -a 3 -d 15 -b 4 -r 19"

# (T3) Binomial ---------------- Tree size = 4112897, tree depth = 1572, num leaves = 3599034 (87.51%) export T3="-t 0 -b 2000 -q 0.124875 -m 8 -r 42"

# (T3L) Binomial --------------- Tree size = 111345631, tree depth = 17844, num leaves = 89076904 (80.00%) export T3L="-t 0 -b 2000 -q 0.200014 -m 5 -

# (T3XXL) Binomial ------------- Tree size = 2793220501 export T3XXL="-t 0 -b 2000 -q 0.499995 -m 2 -r 316"

* @brief Get a pointer to the top of the top of the stack-stack this frame was allocated on. */

* @brief Unused space on the current stacklet's stack. */

* @brief Unused space on the current stacklet's stack. */

construct string with all parameter settings

Procedure: wsq_test_n_thieves

Procedure: wsq_test_owner

* @brief Test if the exception flag is set. * * Safe to call concurrently. */

* @brief Construct a new ring buff object * * @param cap The capacity of the buffer, MUST be a power of 2. */

* @brief Construct a new ring buff object * * @param cap The capacity of the buffer, MUST be a power of 2. */

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

* @brief Forward to the external awaitable's await_resume(). */

* @brief Forward to the external awaitable's await_resume(). */

* @brief A no-op. */

* @brief Forward to the external awaitable's await_resume(). */

* @brief Return a handle to the memory. */

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

* @brief Returns `true` if the forked child completed synchronously. * * If `ChildThrows` is `true` then this will throw `lf::core::exception_be

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

* @brief Eagerly rethrow any exceptions from the child or its siblings. */

* @brief Propagate exceptions. */

* @brief Return the result of the asynchronous function or rethrow the exception. */

* @brief Return the result of the asynchronous function or rethrow the exception. */

* @brief Forward the result. */

* @brief Forward to the external awaitable's await_resume(). */

* @brief Return a handle to the memory. */

* @brief Returns `true` if the forked child completed synchronously. * * If `ChildThrows` is `true` then this will throw `lf::core::exception_be

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

* @brief Eagerly rethrow any exceptions from the child or its siblings. */

* @brief Propagate exceptions. */

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

* @brief Reschedule this coro onto `dest`. */

* @brief Sym-transfer to child. */

* @brief Mark at join point then yield to scheduler or resume if children are done. */

* @brief Reschedule this coro onto `dest`. */

* @brief Sym-transfer to child. */

* @brief Mark at join point then yield to scheduler or resume if children are done. */