69 	/* Update the list of reserved ASIDs and the ASID bitmap. */  in __flush_context()
88 	/* Mark ASID #0 as used because it is used at boot-time */  in __flush_context()
99 	unsigned long asid, ver = atomic_long_read(&current_version);  in __new_context()  local
123 	 * Allocate a free ASID. If we can't find one then increment  in __new_context()
126 	asid = find_next_zero_bit(context_asid_map, num_asids, cur_idx);  in __new_context()
127 	if (asid != num_asids)  in __new_context()
137 	asid = find_next_zero_bit(context_asid_map, num_asids, 1);  in __new_context()
140 	__set_bit(asid, context_asid_map);  in __new_context()
141 	cur_idx = asid;  in __new_context()
142 	return asid | ver;  in __new_context()
165 	 *   using old ASID because __flush_context() would have marked ASID  in set_mm_asid()
178 	/* Check that our ASID belongs to the current_version. */  in set_mm_asid()
213 	 * address mapping of the mm. Compared to noasid, using asid  in set_mm()
215 	 * the asid mechanism wouldn't flush TLB for every switch_mm for  in set_mm()
216 	 * performance. So when using asid, keep all CPUs footmarks in  in set_mm()
232 	/* Figure-out number of ASID bits in HW */  in asids_init()
241 	 * In the process of determining number of ASID bits (above)  in asids_init()
247 	/* Pre-compute ASID details */  in asids_init()
254 	 * Use ASID allocator only if number of HW ASIDs are  in asids_init()
269 		pr_info("ASID allocator using %lu bits (%lu entries)\n",  in asids_init()
272 		pr_info("ASID allocator disabled (%lu bits)\n", asid_bits);  in asids_init()