79 	int	sz, nf = 0, ltlend = 0;  in do_unaligned()  local
118 		case 0: sz = 4;  in do_unaligned()
122 				sz = 4;		/* ldfsr/stfsr */  in do_unaligned()
124 				sz = 8;		/* ldxfsr/stxfsr */  in do_unaligned()
128 		case 2: sz = 16;  in do_unaligned()
130 		case 3: sz = 8;  in do_unaligned()
137 		if ((sz > 4) && (fsrflg == 0)) {  in do_unaligned()
141 			if ((sz == 16) && ((rd & 0x1) != 0))  in do_unaligned()
151 			sz = 4; break;  in do_unaligned()
156 			sz = 1; break;  in do_unaligned()
160 			sz = 2; break;  in do_unaligned()
164 			sz = 8; break;  in do_unaligned()
167 			sz = 8; break;  in do_unaligned()
216 		printf(" asi 0x%x size %d immflg %d\n", asi, sz, immflg);  in do_unaligned()
279 					if (sz == 4) {  in do_unaligned()
284 					if (sz >= 8)  in do_unaligned()
287 					if (sz == 16)  in do_unaligned()
298 					if (sz == 4) {  in do_unaligned()
304 					if (sz >= 8)  in do_unaligned()
307 					if (sz == 16)  in do_unaligned()
338 			if (sz == 16) {  in do_unaligned()
349 			if (sz == 1) {  in do_unaligned()
351 				    (size_t)sz) != 0)  in do_unaligned()
353 			} else if (sz == 2) {  in do_unaligned()
355 				    (size_t)sz) != 0)  in do_unaligned()
357 			} else if (sz == 4) {  in do_unaligned()
359 				    (size_t)sz) != 0)  in do_unaligned()
363 				    (size_t)sz) != 0)  in do_unaligned()
367 			if (sz == 1) {  in do_unaligned()
368 				if (copyout(&data.c[7], addr, (size_t)sz) == -1)  in do_unaligned()
370 			} else if (sz == 2) {  in do_unaligned()
371 				if (copyout(&data.s[3], addr, (size_t)sz) == -1)  in do_unaligned()
373 			} else if (sz == 4) {  in do_unaligned()
374 				if (copyout(&data.i[1], addr, (size_t)sz) == -1)  in do_unaligned()
377 				if (copyout(&data.l[0], addr, (size_t)sz) == -1)  in do_unaligned()
382 		if (sz == 1) {  in do_unaligned()
385 				    (size_t)sz) != 0) {  in do_unaligned()
393 				    (size_t)sz) == -1) {  in do_unaligned()
410 		} else if (sz == 2) {  in do_unaligned()
413 				    (size_t)sz) != 0) {  in do_unaligned()
421 				    (size_t)sz) == -1) {  in do_unaligned()
436 		} else if (sz == 4) {  in do_unaligned()
439 				    (size_t)sz) != 0) {  in do_unaligned()
446 				    (size_t)sz) == -1) {  in do_unaligned()
461 				    (size_t)sz) != 0) {  in do_unaligned()
468 				    (size_t)sz) == -1) {  in do_unaligned()
477 			if (sz == 16) {  in do_unaligned()
503 					if (sz == 4)  in do_unaligned()
506 					if (sz >= 8)  in do_unaligned()
509 					if (sz == 16)  in do_unaligned()
517 					if (sz == 4)  in do_unaligned()
520 					if (sz >= 8)  in do_unaligned()
523 					if (sz == 16)  in do_unaligned()
1317 	int	sz;  in calc_memaddr()  local
1336 		case 0: sz = 4; break;		/* ldf/stf */  in calc_memaddr()
1338 		case 2: sz = 16; break;		/* ldqf/stqf */  in calc_memaddr()
1339 		case 3: sz = 8; break;		/* lddf/stdf */  in calc_memaddr()
1345 		if (sz > 4) {  in calc_memaddr()
1356 			sz = 4; break;  in calc_memaddr()
1361 			sz = 1; break;  in calc_memaddr()
1365 			sz = 2; break;  in calc_memaddr()
1370 			sz = 8; break;  in calc_memaddr()
1409 	return ((uintptr_t)addr & (sz - 1) ? SIMU_UNALIGN : SIMU_SUCCESS);  in calc_memaddr()
1423 	int	sz = 0;  in instr_size()  local
1466 			sz = extended_asi_size(asi);  in instr_size()
1470 				sz = 4;			/* ldf/stf/cas */  in instr_size()
1474 					sz = 4;		/* ldfsr/stfsr */  in instr_size()
1476 					sz = 8;		/* ldxfsr/stxfsr */  in instr_size()
1480 					sz = 8;		/* casx */  in instr_size()
1482 					sz = 16;	/* ldqf/stqf */  in instr_size()
1485 				sz = 8;			/* lddf/stdf */  in instr_size()
1495 			sz = 4; break;  in instr_size()
1500 			sz = 1; break;  in instr_size()
1504 			sz = 2; break;  in instr_size()
1509 			sz = 8; break;  in instr_size()
1513 	if (sz == 0)	/* can't happen? */  in instr_size()
1557 	ASSERT(sz != 0);  in instr_size()
1558 	return (sz);  in instr_size()