57 #define	IS_VIS1(op, op3)(op == 2 && op3 == 0x36)  argument
58 #define	IS_FLOAT_QUAD_OP(op, op3)(op == 2 && (op3 == 0x34 ||	\  argument
59 		op3 == 0x35))
60 #define	IS_PARTIAL_OR_SHORT_FLOAT_LD_ST(op, op3, asi)		\  argument
61 		(op == 3 && (op3 == IOP_V8_LDDFA ||		\
62 		op3 == IOP_V8_STDFA) &&	asi > ASI_SNFL)
77 	uint_t	inst, op3, asi = 0;  in do_unaligned()  local
96 	op3 = (inst >> 19) & 0x3f;  in do_unaligned()
173 	if ((op3 >> 4) & 1) {  in do_unaligned()
205 		if ((nf) && ((op3 == IOP_V8_STQFA) || (op3 == IOP_V8_STDFA)))  in do_unaligned()
218 		    rd, op3, rs1, rs2, (inst & 0x1fff));  in do_unaligned()
563 	uint_t	inst, op3, asi = 0;  in simulate_lddstd()  local
580 	op3 = (inst >> 19) & 0x3f;  in simulate_lddstd()
591 	if ((op3 >> 4) & 1) {		/* is this LDDA/STDA? */  in simulate_lddstd()
847 	uint_t	inst, optype, op3, asi;  in simulate_unimp()  local
889 	op3 = (inst >> 19) & 0x3f;  in simulate_unimp()
898 	if (IS_VIS1(optype, op3) ||  in simulate_unimp()
899 	    IS_PARTIAL_OR_SHORT_FLOAT_LD_ST(optype, op3, asi) ||  in simulate_unimp()
900 	    IS_FLOAT_QUAD_OP(optype, op3)) {  in simulate_unimp()
915 	if (optype == 2 && op3 == IOP_V8_POPC) {  in simulate_unimp()
917 	} else if (optype == 3 && op3 == IOP_V8_POPC) {  in simulate_unimp()
919 	} else if (optype == OP_V8_ARITH && op3 == IOP_V8_MULScc) {  in simulate_unimp()
924 		if (op3 == IOP_V8_LDQF || op3 == IOP_V8_LDQFA ||  in simulate_unimp()
925 		    op3 == IOP_V8_STQF || op3 == IOP_V8_STQFA)  in simulate_unimp()
963 		switch (op3) {  in simulate_unimp()
984 			if ((op3 == IOP_V8_RETT && rd) ||  in simulate_unimp()
1065 		switch (op3) {  in simulate_unimp()
1076 			if (optype == OP_V8_LDSTR && !IS_LDST_ALT(op3) &&  in simulate_unimp()
1147 	uint_t	inst, op, op3, rd, rs1, i;  in simulate_rdtick()  local
1153 	op3  = (inst >> 19) & 0x3F;  in simulate_rdtick()
1160 	if (op == 2 && op3 == 0x28 && i == 0) {  in simulate_rdtick()
1421 	uint_t	inst, op3, asi;  in instr_size()  local
1446 	op3 = (inst >> 19) & 0x3f;  in instr_size()
1465 		if ((op3 & 0x30) == 0x30 && asi > ASI_SNFL) {  in instr_size()
1468 			switch (op3 & 3) {  in instr_size()
1479 				if (op3 == 0x3e)  in instr_size()
1490 		switch (op3 & 0xf) {		/* map size bits to a number */  in instr_size()
1522 	if ((op3 & 0x3d) != 0x3c) {  in instr_size()