58 		 * v0 = all-zero word  in key_schedule_128()
59 		 * v1 = constant -8 / +8, copied into four words  in key_schedule_128()
62 		 * v6 = constant 8, copied into four words  in key_schedule_128()
68 		vspltisw(1, -8)  in key_schedule_128()
141 : "v0", "v1", "v2", "v3", "v4", "v5", "v6", "v7", "ctr", "memory"  in key_schedule_128()
167 		 * v0 = all-zero word  in key_schedule_192()
168 		 * v1 = constant -8 / +8, copied into four words  in key_schedule_192()
170 		 * v5 = Rcon (x4 words) (already shifted on big-endian)  in key_schedule_192()
171 		 * v6 = constant 8, copied into four words  in key_schedule_192()
178 		vspltisw(1, -8)  in key_schedule_192()
197 		 * bits of subkeys, with a 64-bit overlap.  in key_schedule_192()
234 		 * Update Rcon. Since for a 192-bit key, we use only 8  in key_schedule_192()
241 		 * Write out the two left 128-bit words  in key_schedule_192()
278 : "v0", "v1", "v2", "v3", "v4", "v5", "v6", "v7",  in key_schedule_192()
305 		 * v0 = all-zero word  in key_schedule_256()
306 		 * v1 = constant -8 / +8, copied into four words  in key_schedule_256()
308 		 * v6 = Rcon (x4 words) (already shifted on big-endian)  in key_schedule_256()
316 		vspltisw(1, -8)  in key_schedule_256()
372 		 * Update Rcon. Since for a 256-bit key, we use only 7  in key_schedule_256()
379 		 * Write out the two left 128-bit words  in key_schedule_256()
416 : "v0", "v1", "v2", "v3", "v4", "v5", "v6", "v7",  in key_schedule_256()