21 	/* the result is bit 16 to 19 of SRR1  in program_check_handler()
106 	 * lswi is supposed to cause an alignment exception in little endian  in test_lswi()
107 	 * mode, but to be able to check this, we also have to specify the  in test_lswi()
156 		       * we should modify 32/4 = 8 regs, from r11 to r18  in test_lswi()
169 	/* check wrap around to r0 */  in test_lswi()
180 		      /* modify two registers from r31, wrap around to r0 */  in test_lswi()
184 	       "wrap around to r0");  in test_lswi()
200 		      /* loading three registers from r31 wraps around to r1,  in test_lswi()
201 		       * r1 is saved to r29, as adding it to the clobber  in test_lswi()
206 	/* doc says it is invalid, real proc stops when it comes to  in test_lswi()
228  * - The unfilled bytes are set to 0.
229  * - The sequence of registers wraps around to GPR0.
253 	 * lswx is supposed to cause an alignment exception in little endian  in test_lswx()
254 	 * mode, but to be able to check this, we also have to specify the  in test_lswx()
309 		       * we should modify 32/4 = 8 regs, from r11 to r18  in test_lswx()
322 	/* check wrap around to r0 */  in test_lswx()
335 		      /* modify two registers from r31, wrap around to r0 */  in test_lswx()
339 	       "wrap around to r0");  in test_lswx()
341 	/* check wrap around to r0 over RB doesn't break RB */  in test_lswx()
358 		      /* loading three registers from r31 wraps around to r1,  in test_lswx()
359 		       * r1 is saved to r29, as adding it to the clobber  in test_lswx()
364 	/* doc says it is invalid, real proc stops when it comes to  in test_lswx()