51  * CPU partitions.  cpu_lock protects the CPU partition list, and prevents
62  * The cp_default partition is allocated statically, but its lgroup load average
89  * partition is a kernel dispatcher object consisting of a set of CPUs
91  * implemented via a CPU partition, and currently there is a 1-1
93  * partition, which is not visible as a processor set).  Hence, the
105  * Find a CPU partition given a processor set ID.
115 	/* default partition not visible as a processor set */  in cpupart_find_all()
132  * Find a CPU partition given a processor set ID if the processor set
266  * Initialize the default partition and kpreempt disp queue.
355 		 * the partition.  Note that threads can't enter the  in cpupart_move_cpu()
356 		 * partition while we're holding cpu_lock.  in cpupart_move_cpu()
361 		 * The last CPU is removed from a partition which has threads  in cpupart_move_cpu()
375 			 * No bound threads in this partition any more  in cpupart_move_cpu()
380 			 * There are still threads bound to the partition  in cpupart_move_cpu()
433 	 * partition.  in cpupart_move_cpu()
468 	/* save this cpu's lgroup -- it'll be the same in the new partition */  in cpupart_move_cpu()
473 	 * let the lgroup framework know cp has left the partition  in cpupart_move_cpu()
477 	/* move out of old partition */  in cpupart_move_cpu()
493 	/* move into new partition */  in cpupart_move_cpu()
513 	 * let the lgroup framework know cp has entered the partition  in cpupart_move_cpu()
527 		 * being moved out of the partition.  in cpupart_move_cpu()
553 				 * longer has any CPUs in t's partition,  in cpupart_move_cpu()
564 				 * make sure lpl points to our own partition  in cpupart_move_cpu()
604 			 * longer has any CPUs in t's partition,  in cpupart_move_cpu()
618 			/* make sure lpl points to our own partition */  in cpupart_move_cpu()
637 		 * partition is now empty.  in cpupart_move_cpu()
642 		 * Make cp switch to a thread from the new partition.  in cpupart_move_cpu()
666  * Check if thread can be moved to a new cpu partition.  Called by
695  * Move thread to new partition.  If ignore is non-zero, then CPU
697  * partition).
726 		 * Make the thread switch to the new partition.  in cpupart_move_thread()
739 			 * partition, so the thread can stay assigned to the  in cpupart_move_thread()
741 			 * lpl_t for its lgroup in its new partition.  in cpupart_move_thread()
748 			 * partition or it has specified lgroup affinities,  in cpupart_move_thread()
756 		 * make sure lpl points to our own partition  in cpupart_move_thread()
786  * This function binds a thread to a partition.  Must be called with the
790  * should be ignored (this is used when destroying a partition).
816  * Create a new partition.  On MP systems, this also allocates a
817  * kpreempt disp queue for that partition.
835 	/* find the next free partition ID */  in cpupart_create()
856 	 * Initialize and size the partition's bitset of halted CPUs.  in cpupart_create()
862 	 * Pause all CPUs while changing the partition list, to make sure  in cpupart_create()
878  * Move threads from specified partition to cp_default. If `force' is specified,
949  * Destroy a partition.
968 	 * Unbind all the threads currently bound to the partition.  in cpupart_destroy()
988 	 * Teardown the partition's group of active CMT PGs and halted  in cpupart_destroy()
996 	 * try to rejoin the destroyed partition when they're turned  in cpupart_destroy()
1009 	 * Pause all CPUs while changing the partition list, to make sure  in cpupart_destroy()
1040  * Return the ID of the partition to which the specified processor belongs.
1052  * Attach a processor to an existing partition.
1074  * Get a list of cpus belonging to the partition.  If numcpus is NULL,
1075  * this just checks for a valid partition.  If numcpus is non-NULL but
1124  * Reallocate kpreempt queues for each CPU partition.  Called from
1186 		numpart = cp_numparts - 1; /* leave out default partition */  in cpupart_list()
1206 	 * PSET_NOESCAPE attribute for default cpu partition is always set  in cpupart_setattr()