112  *      cyclic_remove()      <-- Removes a cyclic
511  *  the cyclic subsystem:  after cyclic_remove() returns, the cyclic handler
516  *    1.  cyclic_remove() calls cyclic_remove_xcall() on the CPU undergoing
524  *    7.  If the cy_pend count was non-zero cyclic_remove() blocks on the
531  *  (4), we know that cyclic_remove() doesn't need to block.
533  *  If the cy_pend count is non-zero, however, we must block in cyclic_remove()
580  *  cyclic_remove().
608  *  that the cyclic is not removed via cyclic_remove() during reprogramming.
1094  *    cyclic_add() nor a cyclic_remove() is pending on the specified CPU, is
1097  *    cyclic_add() or cyclic_remove() is pending, cyclic_softint() may grab
1118  *    any of cyclic_add(), cyclic_remove(), cyclic_bind() or cyclic_juggle().
2728  *    cyclic_add(), cyclic_remove() or cyclic_bind(); the implementation of
2865  *  void cyclic_remove(cyclic_id_t)
2869  *    cyclic_remove() will remove the specified cyclic from the system.
2876  *    By the time cyclic_remove() returns, the caller is guaranteed that the
2878  *    semantic that untimeout() provides).  As a result, cyclic_remove() may
2881  *    held across cyclic_remove() that also may be acquired by a cyclic
2886  *    None; cyclic_remove() always succeeds.
2895 cyclic_remove(cyclic_id_t id)

Indexes created Tue Jul 24 14:28:13 CEST 2018