x86Lib - I\'ve ported my library x86Lib to mbed. It fully …

Users » earlz » Code » x86Lib

I\'ve ported my library x86Lib to mbed. It fully emulates the 8086 processor, but a few things I\'m still working on. Notable missing things are interrupts. Previously I used exceptions for interrupts, but exceptions aren\'t supported with the mbed compiler. It is also quite slow

Dependents: x86Lib_Tester

ops/groups.cpp@0:217a7931b41f, 2012-03-04 (annotated)

Committer:: earlz
Date:: Sun Mar 04 08:15:47 2012 +0000
Revision:: 0:217a7931b41f

Who changed what in which revision?

User	Revision	Line number	New contents of line
earlz	0:217a7931b41f	1	/**
earlz	0:217a7931b41f	2	Copyright (c) 2007 - 2009 Jordan "Earlz/hckr83" Earls <http://www.Earlz.biz.tm>
earlz	0:217a7931b41f	3	All rights reserved.
earlz	0:217a7931b41f	4
earlz	0:217a7931b41f	5	Redistribution and use in source and binary forms, with or without
earlz	0:217a7931b41f	6	modification, are permitted provided that the following conditions
earlz	0:217a7931b41f	7	are met:
earlz	0:217a7931b41f	8
earlz	0:217a7931b41f	9	1. Redistributions of source code must retain the above copyright
earlz	0:217a7931b41f	10	notice, this list of conditions and the following disclaimer.
earlz	0:217a7931b41f	11	2. Redistributions in binary form must reproduce the above copyright
earlz	0:217a7931b41f	12	notice, this list of conditions and the following disclaimer in the
earlz	0:217a7931b41f	13	documentation and/or other materials provided with the distribution.
earlz	0:217a7931b41f	14	3. The name of the author may not be used to endorse or promote products
earlz	0:217a7931b41f	15	derived from this software without specific prior written permission.
earlz	0:217a7931b41f	16
earlz	0:217a7931b41f	17	THIS SOFTWARE IS PROVIDED ``AS IS'' AND ANY EXPRESS OR IMPLIED WARRANTIES,
earlz	0:217a7931b41f	18	INCLUDING, BUT NOT LIMITED TO, THE IMPLIED WARRANTIES OF MERCHANTABILITY
earlz	0:217a7931b41f	19	AND FITNESS FOR A PARTICULAR PURPOSE ARE DISCLAIMED. IN NO EVENT SHALL
earlz	0:217a7931b41f	20	THE AUTHOR BE LIABLE FOR ANY DIRECT, INDIRECT, INCIDENTAL, SPECIAL,
earlz	0:217a7931b41f	21	EXEMPLARY, OR CONSEQUENTIAL DAMAGES (INCLUDING, BUT NOT LIMITED TO,
earlz	0:217a7931b41f	22	PROCUREMENT OF SUBSTITUTE GOODS OR SERVICES; LOSS OF USE, DATA, OR PROFITS;
earlz	0:217a7931b41f	23	OR BUSINESS INTERRUPTION) HOWEVER CAUSED AND ON ANY THEORY OF LIABILITY,
earlz	0:217a7931b41f	24	WHETHER IN CONTRACT, STRICT LIABILITY, OR TORT (INCLUDING NEGLIGENCE OR
earlz	0:217a7931b41f	25	OTHERWISE) ARISING IN ANY WAY OUT OF THE USE OF THIS SOFTWARE, EVEN IF
earlz	0:217a7931b41f	26	ADVISED OF THE POSSIBILITY OF SUCH DAMAGE.
earlz	0:217a7931b41f	27
earlz	0:217a7931b41f	28	This file is part of the x86Lib project.
earlz	0:217a7931b41f	29	**/
earlz	0:217a7931b41f	30	#define X86LIB_BUILD
earlz	0:217a7931b41f	31	#include <x86Lib.h>
earlz	0:217a7931b41f	32	namespace x86Lib{
earlz	0:217a7931b41f	33	using namespace std;
earlz	0:217a7931b41f	34
earlz	0:217a7931b41f	35
earlz	0:217a7931b41f	36	void x86CPU::op16_group_80(){
earlz	0:217a7931b41f	37	eip++;
earlz	0:217a7931b41f	38	ModRM16 rm(this);
earlz	0:217a7931b41f	39	switch(rm.GetExtra()){
earlz	0:217a7931b41f	40	case 5:
earlz	0:217a7931b41f	41	op16_sub_rm8_imm8(rm);
earlz	0:217a7931b41f	42	break;
earlz	0:217a7931b41f	43	case 0:
earlz	0:217a7931b41f	44	op16_add_rm8_imm8(rm);
earlz	0:217a7931b41f	45	break;
earlz	0:217a7931b41f	46	case 2:
earlz	0:217a7931b41f	47	op16_adc_rm8_imm8(rm);
earlz	0:217a7931b41f	48	break;
earlz	0:217a7931b41f	49	case 7:
earlz	0:217a7931b41f	50	op16_cmp_rm8_imm8(rm);
earlz	0:217a7931b41f	51	break;
earlz	0:217a7931b41f	52	case 1:
earlz	0:217a7931b41f	53	op16_or_rm8_imm8(rm);
earlz	0:217a7931b41f	54	break;
earlz	0:217a7931b41f	55	case 6:
earlz	0:217a7931b41f	56	op16_xor_rm8_imm8(rm);
earlz	0:217a7931b41f	57	break;
earlz	0:217a7931b41f	58	case 3:
earlz	0:217a7931b41f	59	op16_sbb_rm8_imm8(rm);
earlz	0:217a7931b41f	60	break;
earlz	0:217a7931b41f	61	case 4:
earlz	0:217a7931b41f	62	op16_and_rm8_imm8(rm);
earlz	0:217a7931b41f	63	break;
earlz	0:217a7931b41f	64
earlz	0:217a7931b41f	65	default:
earlz	0:217a7931b41f	66	eip--; //to get actual opcode
earlz	0:217a7931b41f	67	Onx86LibError();
earlz	0:217a7931b41f	68	//throw CpuInt_excp(UNK_IEXCP);
earlz	0:217a7931b41f	69	break;
earlz	0:217a7931b41f	70	}
earlz	0:217a7931b41f	71	eip++; //for imm8
earlz	0:217a7931b41f	72
earlz	0:217a7931b41f	73	}
earlz	0:217a7931b41f	74
earlz	0:217a7931b41f	75	void x86CPU::op16_group_81(){
earlz	0:217a7931b41f	76	eip++;
earlz	0:217a7931b41f	77	ModRM16 rm(this);
earlz	0:217a7931b41f	78	switch(rm.GetExtra()){
earlz	0:217a7931b41f	79	case 5:
earlz	0:217a7931b41f	80	op16_sub_rm16_imm16(rm);
earlz	0:217a7931b41f	81	break;
earlz	0:217a7931b41f	82	case 0:
earlz	0:217a7931b41f	83	op16_add_rm16_imm16(rm);
earlz	0:217a7931b41f	84	break;
earlz	0:217a7931b41f	85	case 2:
earlz	0:217a7931b41f	86	op16_adc_rm16_imm16(rm);
earlz	0:217a7931b41f	87	break;
earlz	0:217a7931b41f	88	case 7:
earlz	0:217a7931b41f	89	op16_cmp_rm16_imm16(rm);
earlz	0:217a7931b41f	90	break;
earlz	0:217a7931b41f	91	case 1:
earlz	0:217a7931b41f	92	op16_or_rm16_imm16(rm);
earlz	0:217a7931b41f	93	break;
earlz	0:217a7931b41f	94	case 6:
earlz	0:217a7931b41f	95	op16_xor_rm16_imm16(rm);
earlz	0:217a7931b41f	96	break;
earlz	0:217a7931b41f	97	case 3:
earlz	0:217a7931b41f	98	op16_sbb_rm16_imm16(rm);
earlz	0:217a7931b41f	99	break;
earlz	0:217a7931b41f	100	case 4:
earlz	0:217a7931b41f	101	op16_and_rm16_imm16(rm);
earlz	0:217a7931b41f	102	break;
earlz	0:217a7931b41f	103
earlz	0:217a7931b41f	104	default:
earlz	0:217a7931b41f	105	eip--;
earlz	0:217a7931b41f	106	Onx86LibError();
earlz	0:217a7931b41f	107	//throw CpuInt_excp(UNK_IEXCP);
earlz	0:217a7931b41f	108	break;
earlz	0:217a7931b41f	109	}
earlz	0:217a7931b41f	110	eip+=2; //these each have imm16
earlz	0:217a7931b41f	111	}
earlz	0:217a7931b41f	112
earlz	0:217a7931b41f	113	void x86CPU::op16_group_83(){
earlz	0:217a7931b41f	114	eip++;
earlz	0:217a7931b41f	115	ModRM16 rm(this);
earlz	0:217a7931b41f	116	switch(rm.GetExtra()){
earlz	0:217a7931b41f	117	case 0:
earlz	0:217a7931b41f	118	op16_add_rm16_imm8(rm);
earlz	0:217a7931b41f	119	break;
earlz	0:217a7931b41f	120	case 2:
earlz	0:217a7931b41f	121	op16_adc_rm16_imm8(rm);
earlz	0:217a7931b41f	122	break;
earlz	0:217a7931b41f	123	case 5:
earlz	0:217a7931b41f	124	op16_sub_rm16_imm8(rm);
earlz	0:217a7931b41f	125	break;
earlz	0:217a7931b41f	126	case 7:
earlz	0:217a7931b41f	127	op16_cmp_rm16_imm8(rm);
earlz	0:217a7931b41f	128	break;
earlz	0:217a7931b41f	129	case 1:
earlz	0:217a7931b41f	130	op16_or_rm16_imm8(rm);
earlz	0:217a7931b41f	131	break;
earlz	0:217a7931b41f	132	case 6:
earlz	0:217a7931b41f	133	op16_xor_rm16_imm8(rm);
earlz	0:217a7931b41f	134	break;
earlz	0:217a7931b41f	135	case 3:
earlz	0:217a7931b41f	136	op16_sbb_rm16_imm8(rm);
earlz	0:217a7931b41f	137	break;
earlz	0:217a7931b41f	138	case 4:
earlz	0:217a7931b41f	139	op16_and_rm16_imm8(rm);
earlz	0:217a7931b41f	140	break;
earlz	0:217a7931b41f	141
earlz	0:217a7931b41f	142	default:
earlz	0:217a7931b41f	143	eip--;
earlz	0:217a7931b41f	144	Onx86LibError();
earlz	0:217a7931b41f	145	//throw CpuInt_excp(UNK_IEXCP);
earlz	0:217a7931b41f	146	break;
earlz	0:217a7931b41f	147	}
earlz	0:217a7931b41f	148	eip++;
earlz	0:217a7931b41f	149	}
earlz	0:217a7931b41f	150
earlz	0:217a7931b41f	151	void x86CPU::op16_group_8F(){
earlz	0:217a7931b41f	152	eip++;
earlz	0:217a7931b41f	153	ModRM16 rm(this);
earlz	0:217a7931b41f	154	switch(rm.GetExtra()){
earlz	0:217a7931b41f	155	case 0:
earlz	0:217a7931b41f	156	op16_pop_m16(rm);
earlz	0:217a7931b41f	157	break;
earlz	0:217a7931b41f	158
earlz	0:217a7931b41f	159	default:
earlz	0:217a7931b41f	160	eip--;
earlz	0:217a7931b41f	161	Onx86LibError();
earlz	0:217a7931b41f	162	//throw CpuInt_excp(UNK_IEXCP);
earlz	0:217a7931b41f	163	break;
earlz	0:217a7931b41f	164	}
earlz	0:217a7931b41f	165	}
earlz	0:217a7931b41f	166
earlz	0:217a7931b41f	167	void x86CPU::op16_group_F6(){
earlz	0:217a7931b41f	168	eip++;
earlz	0:217a7931b41f	169	ModRM16 rm(this);
earlz	0:217a7931b41f	170	switch(rm.GetExtra()){
earlz	0:217a7931b41f	171	case 6:
earlz	0:217a7931b41f	172	op16_div_rm8(rm);
earlz	0:217a7931b41f	173	break;
earlz	0:217a7931b41f	174	case 7:
earlz	0:217a7931b41f	175	op16_idiv_rm8(rm);
earlz	0:217a7931b41f	176	break;
earlz	0:217a7931b41f	177	case 4:
earlz	0:217a7931b41f	178	op16_mul_rm8(rm);
earlz	0:217a7931b41f	179	break;
earlz	0:217a7931b41f	180	case 5:
earlz	0:217a7931b41f	181	op16_imul_rm8(rm);
earlz	0:217a7931b41f	182	break;
earlz	0:217a7931b41f	183	case 3:
earlz	0:217a7931b41f	184	op16_neg_rm8(rm);
earlz	0:217a7931b41f	185	break;
earlz	0:217a7931b41f	186	case 0:
earlz	0:217a7931b41f	187	op16_test_rm8_imm8(rm);
earlz	0:217a7931b41f	188	eip++;
earlz	0:217a7931b41f	189	break;
earlz	0:217a7931b41f	190	case 2:
earlz	0:217a7931b41f	191	op16_not_rm8(rm);
earlz	0:217a7931b41f	192	break;
earlz	0:217a7931b41f	193
earlz	0:217a7931b41f	194	default:
earlz	0:217a7931b41f	195	eip--;
earlz	0:217a7931b41f	196	Onx86LibError();
earlz	0:217a7931b41f	197	//throw CpuInt_excp(UNK_IEXCP);
earlz	0:217a7931b41f	198	break;
earlz	0:217a7931b41f	199	}
earlz	0:217a7931b41f	200	}
earlz	0:217a7931b41f	201
earlz	0:217a7931b41f	202	void x86CPU::op16_group_F7(){
earlz	0:217a7931b41f	203	eip++;
earlz	0:217a7931b41f	204	ModRM16 rm(this);
earlz	0:217a7931b41f	205	switch(rm.GetExtra()){
earlz	0:217a7931b41f	206	case 6:
earlz	0:217a7931b41f	207	op16_div_rm16(rm);
earlz	0:217a7931b41f	208	break;
earlz	0:217a7931b41f	209	case 7:
earlz	0:217a7931b41f	210	op16_idiv_rm16(rm);
earlz	0:217a7931b41f	211	break;
earlz	0:217a7931b41f	212	case 4:
earlz	0:217a7931b41f	213	op16_mul_rm16(rm);
earlz	0:217a7931b41f	214	break;
earlz	0:217a7931b41f	215	case 5:
earlz	0:217a7931b41f	216	op16_imul_rm16(rm);
earlz	0:217a7931b41f	217	break;
earlz	0:217a7931b41f	218	case 3:
earlz	0:217a7931b41f	219	op16_neg_rm16(rm);
earlz	0:217a7931b41f	220	break;
earlz	0:217a7931b41f	221	case 0:
earlz	0:217a7931b41f	222	op16_test_rm16_imm16(rm);
earlz	0:217a7931b41f	223	eip+=2;
earlz	0:217a7931b41f	224	break;
earlz	0:217a7931b41f	225	case 2:
earlz	0:217a7931b41f	226	op16_not_rm16(rm);
earlz	0:217a7931b41f	227	break;
earlz	0:217a7931b41f	228
earlz	0:217a7931b41f	229	default:
earlz	0:217a7931b41f	230	eip--;
earlz	0:217a7931b41f	231	Onx86LibError();
earlz	0:217a7931b41f	232	//throw CpuInt_excp(UNK_IEXCP);
earlz	0:217a7931b41f	233	break;
earlz	0:217a7931b41f	234	}
earlz	0:217a7931b41f	235	}
earlz	0:217a7931b41f	236
earlz	0:217a7931b41f	237
earlz	0:217a7931b41f	238	void x86CPU::op16_group_FF(){
earlz	0:217a7931b41f	239	eip++;
earlz	0:217a7931b41f	240	ModRM16 rm(this);
earlz	0:217a7931b41f	241	switch(rm.GetExtra()){
earlz	0:217a7931b41f	242	case 4:
earlz	0:217a7931b41f	243	op16_jmp_rm16(rm);
earlz	0:217a7931b41f	244	break;
earlz	0:217a7931b41f	245	case 5:
earlz	0:217a7931b41f	246	op16_jmp_m16_m16(rm);
earlz	0:217a7931b41f	247	break;
earlz	0:217a7931b41f	248	case 6:
earlz	0:217a7931b41f	249	op16_push_m16(rm);
earlz	0:217a7931b41f	250	break;
earlz	0:217a7931b41f	251	case 0:
earlz	0:217a7931b41f	252	op16_inc_rm16(rm);
earlz	0:217a7931b41f	253	break;
earlz	0:217a7931b41f	254	case 1:
earlz	0:217a7931b41f	255	op16_dec_rm16(rm);
earlz	0:217a7931b41f	256	break;
earlz	0:217a7931b41f	257	case 2:
earlz	0:217a7931b41f	258	op16_call_rm16(rm);
earlz	0:217a7931b41f	259	break;
earlz	0:217a7931b41f	260	case 3:
earlz	0:217a7931b41f	261	op16_call_rm16_rm16(rm);
earlz	0:217a7931b41f	262	break;
earlz	0:217a7931b41f	263
earlz	0:217a7931b41f	264	default:
earlz	0:217a7931b41f	265	eip--;
earlz	0:217a7931b41f	266	Onx86LibError();
earlz	0:217a7931b41f	267	//throw CpuInt_excp(UNK_IEXCP);
earlz	0:217a7931b41f	268	break;
earlz	0:217a7931b41f	269	}
earlz	0:217a7931b41f	270	}
earlz	0:217a7931b41f	271
earlz	0:217a7931b41f	272	void x86CPU::op16_group_FE(){
earlz	0:217a7931b41f	273	eip++;
earlz	0:217a7931b41f	274	ModRM16 rm(this);
earlz	0:217a7931b41f	275	switch(rm.GetExtra()){
earlz	0:217a7931b41f	276	case 0:
earlz	0:217a7931b41f	277	op16_inc_rm8(rm);
earlz	0:217a7931b41f	278	break;
earlz	0:217a7931b41f	279	case 1:
earlz	0:217a7931b41f	280	op16_dec_rm8(rm);
earlz	0:217a7931b41f	281	break;
earlz	0:217a7931b41f	282
earlz	0:217a7931b41f	283	default:
earlz	0:217a7931b41f	284	eip--;
earlz	0:217a7931b41f	285	Onx86LibError();
earlz	0:217a7931b41f	286	//throw CpuInt_excp(UNK_IEXCP);
earlz	0:217a7931b41f	287	break;
earlz	0:217a7931b41f	288	}
earlz	0:217a7931b41f	289	}
earlz	0:217a7931b41f	290
earlz	0:217a7931b41f	291	void x86CPU::op16_group_D0(){
earlz	0:217a7931b41f	292	eip++;
earlz	0:217a7931b41f	293	ModRM16 rm(this);
earlz	0:217a7931b41f	294	switch(rm.GetExtra()){
earlz	0:217a7931b41f	295	case 7:
earlz	0:217a7931b41f	296	op16_sar_rm8_1(rm);
earlz	0:217a7931b41f	297	break;
earlz	0:217a7931b41f	298	case 4:
earlz	0:217a7931b41f	299	op16_shl_rm8_1(rm);
earlz	0:217a7931b41f	300	break;
earlz	0:217a7931b41f	301	case 5:
earlz	0:217a7931b41f	302	op16_shr_rm8_1(rm);
earlz	0:217a7931b41f	303	break;
earlz	0:217a7931b41f	304	case 0:
earlz	0:217a7931b41f	305	op16_rol_rm8_1(rm);
earlz	0:217a7931b41f	306	break;
earlz	0:217a7931b41f	307	case 1:
earlz	0:217a7931b41f	308	op16_ror_rm8_1(rm);
earlz	0:217a7931b41f	309	break;
earlz	0:217a7931b41f	310	case 3:
earlz	0:217a7931b41f	311	op16_rcr_rm8_1(rm);
earlz	0:217a7931b41f	312	break;
earlz	0:217a7931b41f	313	case 2:
earlz	0:217a7931b41f	314	op16_rcl_rm8_1(rm);
earlz	0:217a7931b41f	315	break;
earlz	0:217a7931b41f	316	default:
earlz	0:217a7931b41f	317	eip--;
earlz	0:217a7931b41f	318	Onx86LibError();
earlz	0:217a7931b41f	319	//throw CpuInt_excp(UNK_IEXCP);
earlz	0:217a7931b41f	320	break;
earlz	0:217a7931b41f	321	}
earlz	0:217a7931b41f	322	}
earlz	0:217a7931b41f	323
earlz	0:217a7931b41f	324	void x86CPU::op16_group_D1(){
earlz	0:217a7931b41f	325	eip++;
earlz	0:217a7931b41f	326	ModRM16 rm(this);
earlz	0:217a7931b41f	327	switch(rm.GetExtra()){
earlz	0:217a7931b41f	328	case 7:
earlz	0:217a7931b41f	329	op16_sar_rm16_1(rm);
earlz	0:217a7931b41f	330	break;
earlz	0:217a7931b41f	331	case 4:
earlz	0:217a7931b41f	332	op16_shl_rm16_1(rm);
earlz	0:217a7931b41f	333	break;
earlz	0:217a7931b41f	334	case 5:
earlz	0:217a7931b41f	335	op16_shr_rm16_1(rm);
earlz	0:217a7931b41f	336	break;
earlz	0:217a7931b41f	337	case 0:
earlz	0:217a7931b41f	338	op16_rol_rm16_1(rm);
earlz	0:217a7931b41f	339	break;
earlz	0:217a7931b41f	340	case 1:
earlz	0:217a7931b41f	341	op16_ror_rm16_1(rm);
earlz	0:217a7931b41f	342	break;
earlz	0:217a7931b41f	343	case 3:
earlz	0:217a7931b41f	344	op16_rcr_rm16_1(rm);
earlz	0:217a7931b41f	345	break;
earlz	0:217a7931b41f	346	case 2:
earlz	0:217a7931b41f	347	op16_rcl_rm16_1(rm);
earlz	0:217a7931b41f	348	break;
earlz	0:217a7931b41f	349
earlz	0:217a7931b41f	350
earlz	0:217a7931b41f	351	default:
earlz	0:217a7931b41f	352	eip--;
earlz	0:217a7931b41f	353	Onx86LibError();
earlz	0:217a7931b41f	354	//throw CpuInt_excp(UNK_IEXCP);
earlz	0:217a7931b41f	355	break;
earlz	0:217a7931b41f	356	}
earlz	0:217a7931b41f	357	}
earlz	0:217a7931b41f	358
earlz	0:217a7931b41f	359	void x86CPU::op16_group_D2(){
earlz	0:217a7931b41f	360	eip++;
earlz	0:217a7931b41f	361	ModRM16 rm(this);
earlz	0:217a7931b41f	362	switch(rm.GetExtra()){
earlz	0:217a7931b41f	363	case 7:
earlz	0:217a7931b41f	364	op16_sar_rm8_cl(rm);
earlz	0:217a7931b41f	365	break;
earlz	0:217a7931b41f	366	case 4:
earlz	0:217a7931b41f	367	op16_shl_rm8_cl(rm);
earlz	0:217a7931b41f	368	break;
earlz	0:217a7931b41f	369	case 5:
earlz	0:217a7931b41f	370	op16_shr_rm8_cl(rm);
earlz	0:217a7931b41f	371	break;
earlz	0:217a7931b41f	372	case 0:
earlz	0:217a7931b41f	373	op16_rol_rm8_cl(rm);
earlz	0:217a7931b41f	374	break;
earlz	0:217a7931b41f	375	case 1:
earlz	0:217a7931b41f	376	op16_ror_rm8_cl(rm);
earlz	0:217a7931b41f	377	break;
earlz	0:217a7931b41f	378	case 3:
earlz	0:217a7931b41f	379	op16_rcr_rm8_cl(rm);
earlz	0:217a7931b41f	380	break;
earlz	0:217a7931b41f	381	case 2:
earlz	0:217a7931b41f	382	op16_rcl_rm8_cl(rm);
earlz	0:217a7931b41f	383	break;
earlz	0:217a7931b41f	384
earlz	0:217a7931b41f	385
earlz	0:217a7931b41f	386	default:
earlz	0:217a7931b41f	387	eip--;
earlz	0:217a7931b41f	388	Onx86LibError();
earlz	0:217a7931b41f	389	//throw CpuInt_excp(UNK_IEXCP);
earlz	0:217a7931b41f	390	break;
earlz	0:217a7931b41f	391	}
earlz	0:217a7931b41f	392	}
earlz	0:217a7931b41f	393
earlz	0:217a7931b41f	394	void x86CPU::op16_group_D3(){
earlz	0:217a7931b41f	395	eip++;
earlz	0:217a7931b41f	396	ModRM16 rm(this);
earlz	0:217a7931b41f	397	switch(rm.GetExtra()){
earlz	0:217a7931b41f	398	case 7:
earlz	0:217a7931b41f	399	op16_sar_rm16_cl(rm);
earlz	0:217a7931b41f	400	break;
earlz	0:217a7931b41f	401	case 4:
earlz	0:217a7931b41f	402	op16_shl_rm16_cl(rm);
earlz	0:217a7931b41f	403	break;
earlz	0:217a7931b41f	404	case 5:
earlz	0:217a7931b41f	405	op16_shr_rm16_cl(rm);
earlz	0:217a7931b41f	406	break;
earlz	0:217a7931b41f	407	case 0:
earlz	0:217a7931b41f	408	op16_rol_rm16_cl(rm);
earlz	0:217a7931b41f	409	break;
earlz	0:217a7931b41f	410	case 1:
earlz	0:217a7931b41f	411	op16_ror_rm16_cl(rm);
earlz	0:217a7931b41f	412	break;
earlz	0:217a7931b41f	413	case 3:
earlz	0:217a7931b41f	414	op16_rcr_rm16_cl(rm);
earlz	0:217a7931b41f	415	break;
earlz	0:217a7931b41f	416	case 2:
earlz	0:217a7931b41f	417	op16_rcl_rm16_cl(rm);
earlz	0:217a7931b41f	418	break;
earlz	0:217a7931b41f	419
earlz	0:217a7931b41f	420
earlz	0:217a7931b41f	421	default:
earlz	0:217a7931b41f	422	eip--;
earlz	0:217a7931b41f	423	Onx86LibError();
earlz	0:217a7931b41f	424	//throw CpuInt_excp(UNK_IEXCP);
earlz	0:217a7931b41f	425	break;
earlz	0:217a7931b41f	426	}
earlz	0:217a7931b41f	427	}
earlz	0:217a7931b41f	428
earlz	0:217a7931b41f	429
earlz	0:217a7931b41f	430
earlz	0:217a7931b41f	431
earlz	0:217a7931b41f	432
earlz	0:217a7931b41f	433
earlz	0:217a7931b41f	434	};
earlz	0:217a7931b41f	435
earlz	0:217a7931b41f	436
earlz	0:217a7931b41f	437

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Type:	Library
Created:	04 Mar 2012
Imports:	8
Forks:	0
Commits:	1
Dependents:	1
Dependencies:	0
Followers:	3

ops/groups.cpp@0:217a7931b41f, 2012-03-04 (annotated)

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