f565f09f9d
Now, an instruction cannot refer to the GP operand size and the vector operand size at the same time. This isn't necessary, all necessary distinguishing could also be achieved manually using W0/W1/66 selectors.
1684 lines
114 KiB
Plaintext
1684 lines
114 KiB
Plaintext
# Opcode ENC OP1 OP2 OP3 OP4 MNEM COND SZ? MISC FLAGS
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# LOCK SZ8 = op size 1
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# I64 D64 = default 64
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# O64 F64 = force 64 (Intel)
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# VSIB U66 = respect 66 prefix
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# I66 = ignore 66 prefix
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# ------------------- ---- --- --- --- --- ------- ---- --- ----------
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00 MR Eb Gb - - ADD LOCK SZ8 EFL=m--mmmmm
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01 MR Ev Gv - - ADD LOCK EFL=m--mmmmm
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02 RM Gb Eb - - ADD SZ8 EFL=m--mmmmm
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03 RM Gv Ev - - ADD EFL=m--mmmmm
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04 IA Rb Ib - - ADD SZ8 EFL=m--mmmmm
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05 IA Rv Iz - - ADD EFL=m--mmmmm
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06 S Sv - - - PUSH_SEG I64
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07 S Sv - - - POP_SEG I64
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08 MR Eb Gb - - OR LOCK SZ8 EFL=0--mmum0
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09 MR Ev Gv - - OR LOCK EFL=0--mmum0
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0a RM Gb Eb - - OR SZ8 EFL=0--mmum0
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0b RM Gv Ev - - OR EFL=0--mmum0
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0c IA Rb Ib - - OR SZ8 EFL=0--mmum0
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0d IA Rv Iz - - OR EFL=0--mmum0
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0e S Sv - - - PUSH_SEG I64
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#0f escape opcode
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10 MR Eb Gb - - ADC LOCK SZ8 EFL=m--mmmmM
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11 MR Ev Gv - - ADC LOCK EFL=m--mmmmM
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12 RM Gb Eb - - ADC SZ8 EFL=m--mmmmM
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13 RM Gv Ev - - ADC EFL=m--mmmmM
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14 IA Rb Ib - - ADC SZ8 EFL=m--mmmmM
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15 IA Rv Iz - - ADC EFL=m--mmmmM
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16 S Sv - - - PUSH_SEG I64
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17 S Sv - - - POP_SEG I64
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18 MR Eb Gb - - SBB LOCK SZ8 EFL=m--mmmmM
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19 MR Ev Gv - - SBB LOCK EFL=m--mmmmM
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1a RM Gb Eb - - SBB SZ8 EFL=m--mmmmM
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1b RM Gv Ev - - SBB EFL=m--mmmmM
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1c IA Rb Ib - - SBB SZ8 EFL=m--mmmmM
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1d IA Rv Iz - - SBB EFL=m--mmmmM
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1e S Sv - - - PUSH_SEG I64
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1f S Sv - - - POP_SEG I64
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20 MR Eb Gb - - AND LOCK SZ8 EFL=0--mmum0
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21 MR Ev Gv - - AND LOCK EFL=0--mmum0
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22 RM Gb Eb - - AND SZ8 EFL=0--mmum0
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23 RM Gv Ev - - AND EFL=0--mmum0
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24 IA Rb Ib - - AND SZ8 EFL=0--mmum0
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25 IA Rv Iz - - AND EFL=0--mmum0
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#26 SEG=ES prefix
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27 NP - - - - DAA I64 EFL=u--mmMmM
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28 MR Eb Gb - - SUB LOCK SZ8 EFL=m--mmmmm
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29 MR Ev Gv - - SUB LOCK EFL=m--mmmmm
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2a RM Gb Eb - - SUB SZ8 EFL=m--mmmmm
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2b RM Gv Ev - - SUB EFL=m--mmmmm
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2c IA Rb Ib - - SUB SZ8 EFL=m--mmmmm
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2d IA Rv Iz - - SUB EFL=m--mmmmm
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#2e SEG=CS prefix
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2f NP - - - - DAS I64 EFL=u--mmMmM
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30 MR Eb Gb - - XOR LOCK SZ8 EFL=0--mmum0
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31 MR Ev Gv - - XOR LOCK EFL=0--mmum0
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32 RM Gb Eb - - XOR SZ8 EFL=0--mmum0
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33 RM Gv Ev - - XOR EFL=0--mmum0
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34 IA Rb Ib - - XOR SZ8 EFL=0--mmum0
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35 IA Rv Iz - - XOR EFL=0--mmum0
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#36 SEG=SS prefix
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37 NP - - - - AAA I64 EFL=u--uuMum
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38 MR Eb Gb - - CMP SZ8 EFL=m--mmmmm
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39 MR Ev Gv - - CMP EFL=m--mmmmm
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3a RM Gb Eb - - CMP SZ8 EFL=m--mmmmm
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3b RM Gv Ev - - CMP EFL=m--mmmmm
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3c IA Rb Ib - - CMP SZ8 EFL=m--mmmmm
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3d IA Rv Iz - - CMP EFL=m--mmmmm
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#3e SEG=DS prefix
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3f NP - - - - AAS I64 EFL=u--uuMum
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40+ O Rv - - - INC I64 EFL=m--mmmm-
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48+ O Rv - - - DEC I64 EFL=m--mmmm-
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50+ O Rv - - - PUSH D64
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58+ O Rv - - - POP D64
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60 NP - - - - PUSHA+w I64
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61 NP - - - - POPA+w I64
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62/m RM Gv Ma - - BOUND I64
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63 MR Ew Gw - - ARPL I64 EFL=----m---
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63 RM Gv Ed - - MOVSX O64 F=LM ENC_SEPSZ
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#64 SEG=FS prefix
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#65 SEG=GS prefix
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#66 operand size prefix
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#67 address size prefix
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68 I Iz - - - PUSH D64
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69 RMI Gv Ev Iz - IMUL EFL=m--uuuum
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6a I Ibs - - - PUSH D64
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6b RMI Gv Ev Ibs - IMUL EFL=m--uuuum
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6c NP - - - - INS+ws SZ8 ENC_REP EFL=-t------
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6d NP - - - - INS+ws ENC_REP EFL=-t------
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6e NP - - - - OUTS+was SZ8 ENC_REP EFL=-t------
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6f NP - - - - OUTS+was ENC_REP EFL=-t------
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70 D Jbs - - - JO F64 EFL=t-------
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71 D Jbs - - - JNO F64 EFL=t-------
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72 D Jbs - - - JC F64 EFL=-------t
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73 D Jbs - - - JNC F64 EFL=-------t
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74 D Jbs - - - JZ F64 EFL=----t---
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75 D Jbs - - - JNZ F64 EFL=----t---
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76 D Jbs - - - JBE F64 EFL=----t--t
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77 D Jbs - - - JA F64 EFL=----t--t
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78 D Jbs - - - JS F64 EFL=---t----
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79 D Jbs - - - JNS F64 EFL=---t----
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7a D Jbs - - - JP F64 EFL=------t-
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7b D Jbs - - - JNP F64 EFL=------t-
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7c D Jbs - - - JL F64 EFL=t--t----
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7d D Jbs - - - JGE F64 EFL=t--t----
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7e D Jbs - - - JLE F64 EFL=t--tt---
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7f D Jbs - - - JG F64 EFL=t--tt---
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80/0 MI Eb Ib - - ADD LOCK SZ8 EFL=m--mmmmm
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80/1 MI Eb Ib - - OR LOCK SZ8 EFL=0--mmum0
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80/2 MI Eb Ib - - ADC LOCK SZ8 EFL=m--mmmmM
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80/3 MI Eb Ib - - SBB LOCK SZ8 EFL=m--mmmmM
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80/4 MI Eb Ib - - AND LOCK SZ8 EFL=0--mmum0
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80/5 MI Eb Ib - - SUB LOCK SZ8 EFL=m--mmmmm
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80/6 MI Eb Ib - - XOR LOCK SZ8 EFL=0--mmum0
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80/7 MI Eb Ib - - CMP SZ8 EFL=m--mmmmm
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81/0 MI Ev Iz - - ADD LOCK EFL=m--mmmmm
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81/1 MI Ev Iz - - OR LOCK EFL=0--mmum0
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81/2 MI Ev Iz - - ADC LOCK EFL=m--mmmmM
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81/3 MI Ev Iz - - SBB LOCK EFL=m--mmmmM
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81/4 MI Ev Iz - - AND LOCK EFL=0--mmum0
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81/5 MI Ev Iz - - SUB LOCK EFL=m--mmmmm
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81/6 MI Ev Iz - - XOR LOCK EFL=0--mmum0
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81/7 MI Ev Iz - - CMP EFL=m--mmmmm
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82/0 MI Eb Ib - - ADD LOCK I64 SZ8 EFL=m--mmmmm
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82/1 MI Eb Ib - - OR LOCK I64 SZ8 EFL=0--mmum0
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82/2 MI Eb Ib - - ADC LOCK I64 SZ8 EFL=m--mmmmM
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82/3 MI Eb Ib - - SBB LOCK I64 SZ8 EFL=m--mmmmM
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82/4 MI Eb Ib - - AND LOCK I64 SZ8 EFL=0--mmum0
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82/5 MI Eb Ib - - SUB LOCK I64 SZ8 EFL=m--mmmmm
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82/6 MI Eb Ib - - XOR LOCK I64 SZ8 EFL=0--mmum0
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82/7 MI Eb Ib - - CMP I64 SZ8 EFL=m--mmmmm
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83/0 MI Ev Ibs - - ADD LOCK EFL=m--mmmmm
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83/1 MI Ev Ibs - - OR LOCK EFL=0--mmum0
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83/2 MI Ev Ibs - - ADC LOCK EFL=m--mmmmM
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83/3 MI Ev Ibs - - SBB LOCK EFL=m--mmmmM
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83/4 MI Ev Ibs - - AND LOCK EFL=0--mmum0
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83/5 MI Ev Ibs - - SUB LOCK EFL=m--mmmmm
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83/6 MI Ev Ibs - - XOR LOCK EFL=0--mmum0
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83/7 MI Ev Ibs - - CMP EFL=m--mmmmm
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84 MR Eb Gb - - TEST SZ8 EFL=0--mmum0
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85 MR Ev Gv - - TEST EFL=0--mmum0
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86 MR Eb Gb - - XCHG LOCK SZ8
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87 MR Ev Gv - - XCHG LOCK
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88 MR Eb Gb - - MOV SZ8
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89 MR Ev Gv - - MOV
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8a RM Gb Eb - - MOV SZ8
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8b RM Gv Ev - - MOV
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# TODO: 8c is actually Ev,Sw; exact semantics are TBD
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8c/0 MR Ew Sw - - MOV_S2G
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8c/1 MR Ew Sw - - MOV_S2G
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8c/2 MR Ew Sw - - MOV_S2G
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8c/3 MR Ew Sw - - MOV_S2G
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8c/4 MR Ew Sw - - MOV_S2G
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8c/5 MR Ew Sw - - MOV_S2G
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8d/m RM Gv M - - LEA
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8e/0 RM Sw Ew - - MOV_G2S
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8e/2 RM Sw Ew - - MOV_G2S
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8e/3 RM Sw Ew - - MOV_G2S
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8e/4 RM Sw Ew - - MOV_G2S
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8e/5 RM Sw Ew - - MOV_G2S
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8f/0 M Ev - - - POP D64
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# Against frequent belief, only, XCHG (r/e)AX, (r)AX with 90 is NOP.
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# As a lacking REX.B cannot be specified here, this is hardcoded.
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90+ OA Rv Rv - - XCHG_NOP
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98 NP - - - - C_EX+w
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99 NP - - - - C_SEP+w
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# Far jmp/call immediate size adjusted in code
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9a I Ap - - - CALLF I64
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9b NP - - - - FWAIT
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9c NP - - - - PUSHF+w D64 EFL=tttttttt
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9d NP - - - - POPF+w D64 EFL=mmmmmmmm
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9e NP - - - - SAHF EFL=---mmmmm
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9f NP - - - - LAHF EFL=---ttttt
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a0 FD Rb Ob - - MOV+as SZ8
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a1 FD Rv Ov - - MOV+as
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a2 TD Ob Rb - - MOV+as SZ8
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a3 TD Ov Rv - - MOV+as
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a4 NP - - - - MOVS+was SZ8 ENC_REP EFL=-t------
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a5 NP - - - - MOVS+was ENC_REP EFL=-t------
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a6 NP - - - - CMPS+was SZ8 ENC_REPCC EFL=mt-mmmmm
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a7 NP - - - - CMPS+was ENC_REPCC EFL=mt-mmmmm
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a8 IA Rb Ib - - TEST SZ8 EFL=0--mmum0
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a9 IA Rv Iz - - TEST EFL=0--mmum0
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aa NP - - - - STOS+wa SZ8 ENC_REP EFL=-t------
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ab NP - - - - STOS+wa ENC_REP EFL=-t------
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ac NP - - - - LODS+was SZ8 ENC_REP EFL=-t------
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ad NP - - - - LODS+was ENC_REP EFL=-t------
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ae NP - - - - SCAS+wa SZ8 ENC_REPCC EFL=mt-mmmmm
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af NP - - - - SCAS+wa ENC_REPCC EFL=mt-mmmmm
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b0+ OI Rb Ib - - MOVABS SZ8
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b8+ OI Rv Iv - - MOVABS
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c0/0 MI Eb Ib - - ROL SZ8 EFL=m------m
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c0/1 MI Eb Ib - - ROR SZ8 EFL=m------m
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c0/2 MI Eb Ib - - RCL SZ8 EFL=m------M
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c0/3 MI Eb Ib - - RCR SZ8 EFL=m------M
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c0/4 MI Eb Ib - - SHL SZ8 EFL=m--mmumm
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c0/5 MI Eb Ib - - SHR SZ8 EFL=m--mmumm
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c0/6 MI Eb Ib - - SHL SZ8 EFL=m--mmumm
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c0/7 MI Eb Ib - - SAR SZ8 EFL=m--mmumm
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c1/0 MI Ev Ib - - ROL EFL=m------m
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c1/1 MI Ev Ib - - ROR EFL=m------m
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c1/2 MI Ev Ib - - RCL EFL=m------M
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c1/3 MI Ev Ib - - RCR EFL=m------M
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c1/4 MI Ev Ib - - SHL EFL=m--mmumm
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c1/5 MI Ev Ib - - SHR EFL=m--mmumm
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c1/6 MI Ev Ib - - SHL EFL=m--mmumm
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c1/7 MI Ev Ib - - SAR EFL=m--mmumm
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# RET immediate size handled in code
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c2 I Iw - - - RET+w F64
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c3 NP - - - - RET+w F64
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c4/m RM Gz Mp - - LES I64
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c5/m RM Gz Mp - - LDS I64
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c6/0 MI Eb Ib - - MOV SZ8
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c6f8 I Ib - - - XABORT F=HLERTM
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c7/0 MI Ev Iz - - MOV
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c7f8 D Jzd - - - XBEGIN I64 F=HLERTM
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c7f8 D Jzq - - - XBEGIN O64 F=HLERTM
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# ENTER immediate handled in code, actually it is Iw,Ib
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c8 I Id - - - ENTER+w D64
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c9 NP - - - - LEAVE+w D64
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# RETF immediate size handled in code
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ca I Iw - - - RETF+w
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cb NP - - - - RETF+w
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cc NP - - - - INT3 EFL=--M-----
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cd I Ib - - - INT EFL=--M-----
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ce NP - - - - INTO I64 EFL=t-M-----
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cf NP - - - - IRET+w EFL=mmmmmmmm
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d0/0 M1 Eb Ib - - ROL SZ8 EFL=m------m
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d0/1 M1 Eb Ib - - ROR SZ8 EFL=m------m
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d0/2 M1 Eb Ib - - RCL SZ8 EFL=m------M
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d0/3 M1 Eb Ib - - RCR SZ8 EFL=m------M
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d0/4 M1 Eb Ib - - SHL SZ8 EFL=m--mmumm
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d0/5 M1 Eb Ib - - SHR SZ8 EFL=m--mmumm
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d0/6 M1 Eb Ib - - SHL SZ8 EFL=m--mmumm
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d0/7 M1 Eb Ib - - SAR SZ8 EFL=m--mmumm
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d1/0 M1 Ev Ib - - ROL EFL=m------m
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d1/1 M1 Ev Ib - - ROR EFL=m------m
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d1/2 M1 Ev Ib - - RCL EFL=m------M
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d1/3 M1 Ev Ib - - RCR EFL=m------M
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d1/4 M1 Ev Ib - - SHL EFL=m--mmumm
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d1/5 M1 Ev Ib - - SHR EFL=m--mmumm
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d1/6 M1 Ev Ib - - SHL EFL=m--mmumm
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d1/7 M1 Ev Ib - - SAR EFL=m--mmumm
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d2/0 MC Eb Rb - - ROL SZ8 EFL=m------m
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d2/1 MC Eb Rb - - ROR SZ8 EFL=m------m
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d2/2 MC Eb Rb - - RCL SZ8 EFL=m------M
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d2/3 MC Eb Rb - - RCR SZ8 EFL=m------M
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d2/4 MC Eb Rb - - SHL SZ8 EFL=m--mmumm
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d2/5 MC Eb Rb - - SHR SZ8 EFL=m--mmumm
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d2/6 MC Eb Rb - - SHL SZ8 EFL=m--mmumm
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d2/7 MC Eb Rb - - SAR SZ8 EFL=m--mmumm
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d3/0 MC Ev Rb - - ROL EFL=m------m
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d3/1 MC Ev Rb - - ROR EFL=m------m
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d3/2 MC Ev Rb - - RCL EFL=m------M
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d3/3 MC Ev Rb - - RCR EFL=m------M
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d3/4 MC Ev Rb - - SHL EFL=m--mmumm
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d3/5 MC Ev Rb - - SHR EFL=m--mmumm
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d3/6 MC Ev Rb - - SHL EFL=m--mmumm
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d3/7 MC Ev Rb - - SAR EFL=m--mmumm
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d4 I Ib - - - AAM I64 SZ8 EFL=u--mmumu
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d5 I Ib - - - AAD I64 SZ8 EFL=u--mmumu
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d6 NP - - - - SALC I64 UNDOC
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d7 NP - - - - XLATB+as
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#d8-df FPU Escape
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e0 D Jbs - - - LOOPNZ+a F64 EFL=----t---
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e1 D Jbs - - - LOOPZ+a F64 EFL=----t---
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e2 D Jbs - - - LOOP+a F64
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e3 D Jbs - - - JCXZ+a F64
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e4 IA Rb Ib - - IN SZ8
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e5 IA Rz Ib - - IN
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e6 IA Rb Ib - - OUT SZ8
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e7 IA Rz Ib - - OUT
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e8 D Jz - - - CALL F64
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e9 D Jz - - - JMP F64
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# Far jmp/call immediate size adjusted in code
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ea I Ap - - - JMPF I64
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eb D Jbs - - - JMP F64
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ec NP - - - - IN+w SZ8
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ed NP - - - - IN+w
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ee NP - - - - OUT+w SZ8
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ef NP - - - - OUT+w
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#f0 prefix
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f1 NP - - - - INT1 EFL=--M-----
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#f2 REPNZ prefix
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#f3 REP/REPZ prefix
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f4 NP - - - - HLT CPL0
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f5 NP - - - - CMC EFL=-------M
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f6/0 MI Eb Ib - - TEST SZ8 EFL=0--mmum0
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f6/1 MI Eb Ib - - TEST SZ8 EFL=0--mmum0
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f6/2 M Eb - - - NOT LOCK SZ8
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f6/3 M Eb - - - NEG LOCK SZ8 EFL=m--mmmmm
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f6/4 M Eb - - - MUL SZ8 EFL=m--uuuum
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f6/5 M Eb - - - IMUL SZ8 EFL=m--uuuum
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f6/6 M Eb - - - DIV SZ8 EFL=u--uuuuu
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f6/7 M Eb - - - IDIV SZ8 EFL=u--uuuuu
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f7/0 MI Ev Iz - - TEST EFL=0--mmum0
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f7/1 MI Ev Iz - - TEST EFL=0--mmum0
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f7/2 M Ev - - - NOT LOCK
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f7/3 M Ev - - - NEG LOCK EFL=m--mmmmm
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f7/4 M Ev - - - MUL EFL=m--uuuum
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f7/5 M Ev - - - IMUL EFL=m--uuuum
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f7/6 M Ev - - - DIV EFL=u--uuuuu
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f7/7 M Ev - - - IDIV EFL=u--uuuuu
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f8 NP - - - - CLC EFL=-------0
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f9 NP - - - - STC EFL=-------1
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fa NP - - - - CLI EFL=--0-----
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fb NP - - - - STI EFL=--1-----
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fc NP - - - - CLD EFL=-0------
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fd NP - - - - STD EFL=-1------
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fe/0 M Eb - - - INC LOCK SZ8 EFL=m--mmmm-
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fe/1 M Eb - - - DEC LOCK SZ8 EFL=m--mmmm-
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ff/0 M Ev - - - INC LOCK EFL=m--mmmm-
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ff/1 M Ev - - - DEC LOCK EFL=m--mmmm-
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ff/2 M Ev - - - CALL F64
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ff/3m M Mp - - - CALLF
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ff/4 M Ev - - - JMP F64
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ff/5m M Mp - - - JMPF
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ff/6 M Ev - - - PUSH D64
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# TODO: SDM states taht SLDT/STR are Rv/Mw (like SMSW), but semantics not verified
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0f00/0 M Ew - - - SLDT
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0f00/1 M Ew - - - STR
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0f00/2 M Ew - - - LLDT CPL0
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0f00/3 M Ew - - - LTR CPL0
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|
0f00/4 M Ew - - - VERR EFL=----m---
|
|
0f00/5 M Ew - - - VERW EFL=----m---
|
|
0f01/0m M M - - - SGDT
|
|
0f01/1m M M - - - SIDT
|
|
0f01/2m M M - - - LGDT CPL0
|
|
0f01/3m M M - - - LIDT CPL0
|
|
0f01/4m M Mw - - - SMSW
|
|
0f01/4r M Rv - - - SMSW
|
|
0f01/6 M Ew - - - LMSW CPL0
|
|
0f01/7m M Mb - - - INVLPG SZ8 F=486 CPL0
|
|
NP.0f01c0 NP - - - - ENCLV F=SGX
|
|
NP.0f01c8 NP - - - - MONITOR F=MONITOR
|
|
NP.0f01c9 NP - - - - MWAIT F=MONITOR
|
|
NP.0f01ca NP - - - - CLAC F=SMAP CPL0
|
|
NP.0f01cb NP - - - - STAC F=SMAP CPL0
|
|
NP.0f01cf NP - - - - ENCLS F=SGX
|
|
NP.0f01d0 NP - - - - XGETBV F=XSAVE
|
|
NP.0f01d1 NP - - - - XSETBV F=XSAVE
|
|
NP.0f01d5 NP - - - - XEND F=HLERTM
|
|
NP.0f01d6 NP - - - - XTEST F=HLERTM EFL=0--0m000
|
|
NP.0f01d7 NP - - - - ENCLU F=SGX
|
|
0f01f8 NP - - - - SWAPGS O64 F=LM
|
|
0f01f9 NP - - - - RDTSCP F=RDTSCP
|
|
0f02 RM Gv Ew - - LAR EFL=----m---
|
|
0f03 RM Gv Ew - - LSL EFL=----m---
|
|
0f05 NP - - - - SYSCALL O64 F=LM EFL=MMMMMMMM
|
|
0f06 NP - - - - CLTS CPL0
|
|
0f07 NP - - - - SYSRET O64 F=LM CPL0 EFL=mmmmmmmm
|
|
0f08 NP - - - - INVD F=486 CPL0
|
|
*0f09 NP - - - - WBINVD F=486 CPL0
|
|
0f0b NP - - - - UD2
|
|
0f0d/0m M Mb - - - PREFETCH F=PREFETCH
|
|
0f0d/1m M Mb - - - PREFETCHW F=PREFETCHW
|
|
0f0d/2m M Mb - - - PREFETCHWT1 F=PREFETCHWT1
|
|
# All other slots are reserved, AMD maps them to /0
|
|
*0f0d/m M Mb - - - RESERVED_PREFETCH ONLYAMD F=PREFETCH
|
|
*0f0d/r MR Ev Gv - - RESERVED_NOP
|
|
0f0e NP - - - - FEMMS ONLYAMD F=3DNOW
|
|
# TODO: actually decode 3DNow! instructions. Given that 3DNow! no longer exists,
|
|
# this is unlikely to happen, though.
|
|
0f0f RMI Pq Qq Ib - 3DNOW ONLYAMD F=3DNOW
|
|
0f18/0m M Mb - - - PREFETCHNTA F=SSE
|
|
0f18/1m M Mb - - - PREFETCHT0 F=SSE
|
|
0f18/2m M Mb - - - PREFETCHT1 F=SSE
|
|
0f18/3m M Mb - - - PREFETCHT2 F=SSE
|
|
# Reserved NOPs are weak, they can be overridden by other instructions.
|
|
*0f18 MR Ev Gv - - RESERVED_NOP
|
|
*0f19 MR Ev Gv - - RESERVED_NOP
|
|
*0f1a MR Ev Gv - - RESERVED_NOP
|
|
*0f1b MR Ev Gv - - RESERVED_NOP
|
|
*0f1c MR Ev Gv - - RESERVED_NOP
|
|
*0f1d MR Ev Gv - - RESERVED_NOP
|
|
*0f1e MR Ev Gv - - RESERVED_NOP
|
|
*0f1f MR Ev Gv - - RESERVED_NOP
|
|
0f1f/0 M Ev - - - NOP
|
|
0f20 MR Ry Cy - - MOV_CR2G I66 D64 CPL0 EFL=u--uuuuu
|
|
0f21 MR Ry Dy - - MOV_DR2G I66 D64 CPL0 EFL=u--uuuuu
|
|
0f22 RM Cy Ry - - MOV_G2CR I66 D64 CPL0 EFL=u--uuuuu
|
|
0f23 RM Dy Ry - - MOV_G2DR I66 D64 CPL0 EFL=u--uuuuu
|
|
0f30 NP - - - - WRMSR F=586 CPL0
|
|
0f31 NP - - - - RDTSC F=586
|
|
0f32 NP - - - - RDMSR F=586 CPL0
|
|
0f33 NP - - - - RDPMC F=686
|
|
0f34 NP - - - - SYSENTER F=686 EFL=--m-----
|
|
0f35 NP - - - - SYSEXIT F=686 CPL0
|
|
NP.0f37 NP - - - - GETSEC F=SMX EFL=MMMMMMMM
|
|
# 0f38, 0f3a are escape opcodes
|
|
0f40 RM Gv Ev - - CMOVO F=CMOV EFL=t-------
|
|
0f41 RM Gv Ev - - CMOVNO F=CMOV EFL=t-------
|
|
0f42 RM Gv Ev - - CMOVC F=CMOV EFL=-------t
|
|
0f43 RM Gv Ev - - CMOVNC F=CMOV EFL=-------t
|
|
0f44 RM Gv Ev - - CMOVZ F=CMOV EFL=----t---
|
|
0f45 RM Gv Ev - - CMOVNZ F=CMOV EFL=----t---
|
|
0f46 RM Gv Ev - - CMOVBE F=CMOV EFL=----t--t
|
|
0f47 RM Gv Ev - - CMOVA F=CMOV EFL=----t--t
|
|
0f48 RM Gv Ev - - CMOVS F=CMOV EFL=---t----
|
|
0f49 RM Gv Ev - - CMOVNS F=CMOV EFL=---t----
|
|
0f4a RM Gv Ev - - CMOVP F=CMOV EFL=------t-
|
|
0f4b RM Gv Ev - - CMOVNP F=CMOV EFL=------t-
|
|
0f4c RM Gv Ev - - CMOVL F=CMOV EFL=t--t----
|
|
0f4d RM Gv Ev - - CMOVGE F=CMOV EFL=t--t----
|
|
0f4e RM Gv Ev - - CMOVLE F=CMOV EFL=t--tt---
|
|
0f4f RM Gv Ev - - CMOVG F=CMOV EFL=t--tt---
|
|
0f80 D Jz - - - JO F64 EFL=t-------
|
|
0f81 D Jz - - - JNO F64 EFL=t-------
|
|
0f82 D Jz - - - JC F64 EFL=-------t
|
|
0f83 D Jz - - - JNC F64 EFL=-------t
|
|
0f84 D Jz - - - JZ F64 EFL=----t---
|
|
0f85 D Jz - - - JNZ F64 EFL=----t---
|
|
0f86 D Jz - - - JBE F64 EFL=----t--t
|
|
0f87 D Jz - - - JA F64 EFL=----t--t
|
|
0f88 D Jz - - - JS F64 EFL=---t----
|
|
0f89 D Jz - - - JNS F64 EFL=---t----
|
|
0f8a D Jz - - - JP F64 EFL=------t-
|
|
0f8b D Jz - - - JNP F64 EFL=------t-
|
|
0f8c D Jz - - - JL F64 EFL=t--t----
|
|
0f8d D Jz - - - JGE F64 EFL=t--t----
|
|
0f8e D Jz - - - JLE F64 EFL=t--tt---
|
|
0f8f D Jz - - - JG F64 EFL=t--tt---
|
|
0f90 M Eb - - - SETO SZ8 EFL=t-------
|
|
0f91 M Eb - - - SETNO SZ8 EFL=t-------
|
|
0f92 M Eb - - - SETC SZ8 EFL=-------t
|
|
0f93 M Eb - - - SETNC SZ8 EFL=-------t
|
|
0f94 M Eb - - - SETZ SZ8 EFL=----t---
|
|
0f95 M Eb - - - SETNZ SZ8 EFL=----t---
|
|
0f96 M Eb - - - SETBE SZ8 EFL=----t--t
|
|
0f97 M Eb - - - SETA SZ8 EFL=----t--t
|
|
0f98 M Eb - - - SETS SZ8 EFL=---t----
|
|
0f99 M Eb - - - SETNS SZ8 EFL=---t----
|
|
0f9a M Eb - - - SETP SZ8 EFL=------t-
|
|
0f9b M Eb - - - SETNP SZ8 EFL=------t-
|
|
0f9c M Eb - - - SETL SZ8 EFL=t--t----
|
|
0f9d M Eb - - - SETGE SZ8 EFL=t--t----
|
|
0f9e M Eb - - - SETLE SZ8 EFL=t--tt---
|
|
0f9f M Eb - - - SETG SZ8 EFL=t--tt---
|
|
0fa0 S Sv - - - PUSH_SEG D64
|
|
0fa1 S Sv - - - POP_SEG D64
|
|
0fa2 NP - - - - CPUID F=586
|
|
0fa3 MR Ev Gv - - BT EFL=u--u-uum
|
|
0fa4 MRI Ev Gv Ib - SHLD EFL=u--mmumm
|
|
0fa5 MRC Ev Gv Rb - SHLD EFL=u--mmumm
|
|
0fa8 S Sv - - - PUSH_SEG D64
|
|
0fa9 S Sv - - - POP_SEG D64
|
|
0faa NP - - - - RSM F=586
|
|
0fab MR Ev Gv - - BTS LOCK EFL=u--u-uum
|
|
0fac MRI Ev Gv Ib - SHRD EFL=u--mmumm
|
|
0fad MRC Ev Gv Rb - SHRD EFL=u--mmumm
|
|
0faf RM Gv Ev - - IMUL EFL=m--uuuum
|
|
0fb0 MR Eb Gb - - CMPXCHG LOCK SZ8 F=486 EFL=m--mmmmm
|
|
0fb1 MR Ev Gv - - CMPXCHG LOCK F=486 EFL=m--mmmmm
|
|
0fb2/m RM Gv Mp - - LSS
|
|
0fb3 MR Ev Gv - - BTR LOCK EFL=u--u-uum
|
|
0fb4/m RM Gv Mp - - LFS
|
|
0fb5/m RM Gv Mp - - LGS
|
|
0fb6 RM Gv Eb - - MOVZX ENC_SEPSZ
|
|
0fb7 RM Gv Ew - - MOVZX ENC_SEPSZ
|
|
F3.0fb8 RM Gv Ev - - POPCNT U66 F=POPCNT EFL=0--0m000
|
|
0fb9 RM Gv Ev - - UD1
|
|
0fba/4 MI Ev Ib - - BT EFL=u--u-uum
|
|
0fba/5 MI Ev Ib - - BTS LOCK EFL=u--u-uum
|
|
0fba/6 MI Ev Ib - - BTR LOCK EFL=u--u-uum
|
|
0fba/7 MI Ev Ib - - BTC LOCK EFL=u--u-uum
|
|
0fbb MR Ev Gv - - BTC LOCK EFL=u--u-uum
|
|
*0fbc RM Gv Ev - - BSF EFL=u--umuuu
|
|
F3.0fbc RM Gv Ev - - TZCNT U66 F=BMI1 EFL=u--umuum
|
|
*0fbd RM Gv Ev - - BSR EFL=u--umuuu
|
|
F3.0fbd RM Gv Ev - - LZCNT U66 F=LZCNT EFL=u--umuum
|
|
0fbe RM Gv Eb - - MOVSX ENC_SEPSZ
|
|
0fbf RM Gv Ew - - MOVSX ENC_SEPSZ
|
|
0fc0 MR Eb Gb - - XADD LOCK SZ8 F=486 EFL=m--mmmmm
|
|
0fc1 MR Ev Gv - - XADD LOCK F=486 EFL=m--mmmmm
|
|
NP.0fc3/m MR My Gy - - MOVNTI F=SSE2
|
|
0fc7/1m M M - - - CMPXCHGD+w LOCK I66 F=586 EFL=----m---
|
|
0fc8+ O Rv - - - BSWAP F=486
|
|
0fff RM Gv Ev - - UD0
|
|
#
|
|
NFx.0f38f0/m RM Gv Mv - - MOVBE F=MOVBE
|
|
F2.0f38f0 RM Gd Eb - - CRC32 SZ8 F=SSE42
|
|
NFx.0f38f1/m MR Mv Gv - - MOVBE F=MOVBE
|
|
F2.0f38f1 RM Gd Ev - - CRC32 U66 F=SSE42
|
|
#
|
|
# MMX
|
|
NP.0f2a RM Vps Qq - - MMX_CVTPI2PS F=SSE2
|
|
66.0f2a RM Vpd Qq - - MMX_CVTPI2PD F=SSE2
|
|
NP.0f2c RM Pq Wps - - MMX_CVTTPS2PI F=SSE2
|
|
66.0f2c RM Pq Wpd - - MMX_CVTTPD2PI F=SSE2
|
|
NP.0f2d RM Pq Wps - - MMX_CVTPS2PI F=SSE2
|
|
66.0f2d RM Pq Wpd - - MMX_CVTPD2PI F=SSE2
|
|
NP.0f60 RM Pq Qd - - MMX_PUNPCKLBW F=MMX
|
|
NP.0f61 RM Pq Qd - - MMX_PUNPCKLWD F=MMX
|
|
NP.0f62 RM Pq Qd - - MMX_PUNPCKLDQ F=MMX
|
|
NP.0f63 RM Pq Qq - - MMX_PACKSSWB F=MMX
|
|
NP.0f64 RM Pq Qq - - MMX_PCMPGTB F=MMX
|
|
NP.0f65 RM Pq Qq - - MMX_PCMPGTW F=MMX
|
|
NP.0f66 RM Pq Qq - - MMX_PCMPGTD F=MMX
|
|
NP.0f67 RM Pq Qq - - MMX_PACKUSWB F=MMX
|
|
NP.0f68 RM Pq Qd - - MMX_PUNPCKHBW F=MMX
|
|
NP.0f69 RM Pq Qd - - MMX_PUNPCKHWD F=MMX
|
|
NP.0f6a RM Pq Qd - - MMX_PUNPCKHDQ F=MMX
|
|
NP.0f6b RM Pq Qd - - MMX_PACKSSDW F=MMX
|
|
NP.W0.0f6e RM Pq Ey - - MMX_MOVD_G2M F=MMX ENC_NOSZ
|
|
NP.W1.0f6e RM Pq Ey - - MMX_MOVQ_G2M F=MMX ENC_NOSZ
|
|
NP.0f6f RM Pq Qq - - MMX_MOVQ F=MMX
|
|
NP.0f70 RMI Qq Pq Ib - MMX_PSHUFW F=SSE
|
|
NP.0f71/2r MI Nq Ib - - MMX_PSRLW F=MMX
|
|
NP.0f71/4r MI Nq Ib - - MMX_PSRAW F=MMX
|
|
NP.0f71/6r MI Nq Ib - - MMX_PSLLW F=MMX
|
|
NP.0f72/2r MI Nq Ib - - MMX_PSRLD F=MMX
|
|
NP.0f72/4r MI Nq Ib - - MMX_PSRAD F=MMX
|
|
NP.0f72/6r MI Nq Ib - - MMX_PSLLD F=MMX
|
|
NP.0f73/2r MI Nq Ib - - MMX_PSRLQ F=MMX
|
|
NP.0f73/6r MI Nq Ib - - MMX_PSLLQ F=MMX
|
|
NP.0f74 RM Pq Qq - - MMX_PCMPEQB F=MMX
|
|
NP.0f75 RM Pq Qq - - MMX_PCMPEQW F=MMX
|
|
NP.0f76 RM Pq Qq - - MMX_PCMPEQD F=MMX
|
|
NP.0f77 NP - - - - MMX_EMMS F=MMX
|
|
NP.W0.0f7e MR Ey Py - - MMX_MOVD_M2G F=MMX ENC_NOSZ
|
|
NP.W1.0f7e MR Ey Py - - MMX_MOVQ_M2G F=MMX ENC_NOSZ
|
|
NP.0f7f MR Qq Pq - - MMX_MOVQ F=MMX
|
|
# TODO: Ey operand is actually Ry/Mw
|
|
NP.0fc4 RMI Pq Ey Ib - MMX_PINSRW F=SSE ENC_NOSZ
|
|
NP.0fc5/r RMI Gy Nq Ib - MMX_PEXTRW D64 F=SSE
|
|
NP.0fd1 RM Pq Qq - - MMX_PSRLW F=MMX
|
|
NP.0fd2 RM Pq Qq - - MMX_PSRLD F=MMX
|
|
NP.0fd3 RM Pq Qq - - MMX_PSRLQ F=MMX
|
|
NP.0fd4 RM Pq Qq - - MMX_PADDQ F=MMX
|
|
NP.0fd5 RM Pq Qq - - MMX_PMULLW F=MMX
|
|
F2.0fd6/r RM Pq Uq - - MMX_MOVDQ2Q F=SSE
|
|
F3.0fd6/r RM Vdq Nq - - MMX_MOVQ2DQ F=SSE
|
|
NP.0fd7/r RM Gv Nq - - MMX_PMOVMSKB D64 F=SSE
|
|
NP.0fd8 RM Pq Qq - - MMX_PSUBUSB F=MMX
|
|
NP.0fd9 RM Pq Qq - - MMX_PSUBUSW F=MMX
|
|
NP.0fda RM Pq Qq - - MMX_PMINUB F=SSE
|
|
NP.0fdb RM Pq Qq - - MMX_PAND F=MMX
|
|
NP.0fdc RM Pq Qq - - MMX_PADDUSB F=MMX
|
|
NP.0fdd RM Pq Qq - - MMX_PADDUSW F=MMX
|
|
NP.0fde RM Pq Qq - - MMX_PMAXUB F=SSE
|
|
NP.0fdf RM Pq Qq - - MMX_PANDN F=MMX
|
|
NP.0fe0 RM Pq Qq - - MMX_PAVGB F=SSE
|
|
NP.0fe1 RM Pq Qq - - MMX_PSRAW F=MMX
|
|
NP.0fe2 RM Pq Qq - - MMX_PSRAD F=MMX
|
|
NP.0fe3 RM Pq Qq - - MMX_PAVGW F=SSE
|
|
NP.0fe4 RM Pq Qq - - MMX_PMULHUW F=SSE
|
|
NP.0fe5 RM Pq Qq - - MMX_PMULHW F=MMX
|
|
NP.0fe7/m MR Mq Pq - - MMX_MOVNTQ F=SSE
|
|
NP.0fe8 RM Pq Qq - - MMX_PSUBSB F=MMX
|
|
NP.0fe9 RM Pq Qq - - MMX_PSUBSW F=MMX
|
|
NP.0feb RM Pq Qq - - MMX_POR F=MMX
|
|
NP.0fec RM Pq Qq - - MMX_PADDSB F=MMX
|
|
NP.0fea RM Pq Qq - - MMX_PMINSW F=SSE
|
|
NP.0fee RM Pq Qq - - MMX_PMAXSW F=SSE
|
|
NP.0fed RM Pq Qq - - MMX_PADDSW F=MMX
|
|
NP.0fef RM Pq Qq - - MMX_PXOR F=MMX
|
|
NP.0ff1 RM Pq Qq - - MMX_PSLLW F=MMX
|
|
NP.0ff2 RM Pq Qq - - MMX_PSLLD F=MMX
|
|
NP.0ff3 RM Pq Qq - - MMX_PSLLQ F=MMX
|
|
NP.0ff4 RM Pq Qq - - MMX_PMULUDQ F=MMX
|
|
NP.0ff5 RM Pq Qq - - MMX_PMADDWD F=MMX
|
|
NP.0ff6 RM Pq Qq - - MMX_PSADBW F=SSE
|
|
NP.0ff7/r RM Pq Nq - - MMX_MASKMOVQ+as F=SSE
|
|
NP.0ff8 RM Pq Qq - - MMX_PSUBB F=MMX
|
|
NP.0ff9 RM Pq Qq - - MMX_PSUBW F=MMX
|
|
NP.0ffa RM Pq Qq - - MMX_PSUBD F=MMX
|
|
NP.0ffb RM Pq Qq - - MMX_PSUBQ F=MMX
|
|
NP.0ffc RM Pq Qq - - MMX_PADDB F=MMX
|
|
NP.0ffd RM Pq Qq - - MMX_PADDW F=MMX
|
|
NP.0ffe RM Pq Qq - - MMX_PADDD F=MMX
|
|
NP.0f3800 RM Pq Qq - - MMX_PSHUFB F=SSSE3
|
|
NP.0f3801 RM Pq Qq - - MMX_PHADDW F=SSSE3
|
|
NP.0f3802 RM Pq Qq - - MMX_PHADDD F=SSSE3
|
|
NP.0f3803 RM Pq Qq - - MMX_PHADDSW F=SSSE3
|
|
NP.0f3804 RM Pq Qq - - MMX_PMADDUBSW F=SSSE3
|
|
NP.0f3805 RM Pq Qq - - MMX_PHSUBW F=SSSE3
|
|
NP.0f3806 RM Pq Qq - - MMX_PHSUBD F=SSSE3
|
|
NP.0f3807 RM Pq Qq - - MMX_PHSUBSW F=SSSE3
|
|
NP.0f3808 RM Pq Qq - - MMX_PSIGNB F=SSSE3
|
|
NP.0f3809 RM Pq Qq - - MMX_PSIGNW F=SSSE3
|
|
NP.0f380a RM Pq Qq - - MMX_PSIGND F=SSSE3
|
|
NP.0f380b RM Pq Qq - - MMX_PMULHRSW F=SSSE3
|
|
NP.0f381c RM Pq Qq - - MMX_PABSB F=SSSE3
|
|
NP.0f381d RM Pq Qq - - MMX_PABSW F=SSSE3
|
|
NP.0f381e RM Pq Qq - - MMX_PABSD F=SSSE3
|
|
NP.0f3a0f RMI Pq Qq Ib - MMX_PALIGNR F=SSSE3
|
|
#
|
|
# SSE
|
|
NP.0f10 RM Vps Wps - - SSE_MOVUPS F=SSE
|
|
66.0f10 RM Vpd Wpd - - SSE_MOVUPD F=SSE2
|
|
# MOVSS/MOVSD reg,mem set the full XMM register
|
|
F3.0f10 RM Vx Wss - - SSE_MOVSS F=SSE
|
|
F2.0f10 RM Vx Wsd - - SSE_MOVSD F=SSE2
|
|
NP.0f11 MR Wps Vps - - SSE_MOVUPS F=SSE
|
|
66.0f11 MR Wpd Vpd - - SSE_MOVUPD F=SSE2
|
|
F3.0f11 MR Wss Vss - - SSE_MOVSS F=SSE
|
|
F2.0f11 MR Wsd Vsd - - SSE_MOVSD F=SSE2
|
|
NP.0f12/m RM Vx Mq - - SSE_MOVLPS F=SSE
|
|
NP.0f12/r RM Vx Ux - - SSE_MOVHLPS F=SSE
|
|
66.0f12/m RM Vx Mq - - SSE_MOVLPD F=SSE2
|
|
F3.0f12 RM Vx Wx - - SSE_MOVSLDUP F=SSE3
|
|
F2.0f12 RM Vx Wq - - SSE_MOVDDUP F=SSE3
|
|
NP.0f13/m MR Mq Vq - - SSE_MOVLPS F=SSE
|
|
66.0f13/m MR Mq Vq - - SSE_MOVLPD F=SSE2
|
|
NP.0f14 RM Vps Wps - - SSE_UNPCKLPS F=SSE
|
|
66.0f14 RM Vpd Wpd - - SSE_UNPCKLPD F=SSE2
|
|
NP.0f15 RM Vps Wps - - SSE_UNPCKHPS F=SSE
|
|
66.0f15 RM Vpd Wpd - - SSE_UNPCKHPD F=SSE2
|
|
NP.0f16/m RM Vx Wq - - SSE_MOVHPS F=SSE
|
|
NP.0f16/r RM Vx Wq - - SSE_MOVLHPS F=SSE
|
|
66.0f16/m RM Vdq Mq - - SSE_MOVHPD F=SSE2
|
|
F3.0f16 RM Vx Wx - - SSE_MOVSHDUP F=SSE3
|
|
NP.0f17/m MR Mq Vx - - SSE_MOVHPS F=SSE
|
|
66.0f17/m MR Mq Vx - - SSE_MOVHPD F=SSE2
|
|
NP.0f28 RM Vps Wps - - SSE_MOVAPS F=SSE
|
|
66.0f28 RM Vpd Wpd - - SSE_MOVAPD F=SSE2
|
|
NP.0f29 MR Vps Wps - - SSE_MOVAPS F=SSE
|
|
66.0f29 MR Vpd Wpd - - SSE_MOVAPD F=SSE2
|
|
F3.0f2a RM Vss Ey - - SSE_CVTSI2SS F=SSE
|
|
F2.0f2a RM Vsd Ey - - SSE_CVTSI2SD F=SSE2
|
|
NP.0f2b/m MR Mps Vps - - SSE_MOVNTPS F=SSE
|
|
66.0f2b/m MR Mpd Vpd - - SSE_MOVNTPD F=SSE2
|
|
F3.0f2b/m MR Mss Vss - - SSE_MOVNTSS F=SSE ONLYAMD
|
|
F2.0f2b/m MR Msd Vsd - - SSE_MOVNTSD F=SSE2 ONLYAMD
|
|
F3.0f2c RM Gy Wss - - SSE_CVTTSS2SI F=SSE
|
|
F2.0f2c RM Gy Wsd - - SSE_CVTTSD2SI F=SSE2
|
|
F3.0f2d RM Gy Wss - - SSE_CVTSS2SI F=SSE
|
|
F2.0f2d RM Gy Wsd - - SSE_CVTSD2SI F=SSE2
|
|
NP.0f2e RM Vss Wss - - SSE_UCOMISS F=SSE EFL=0--0m0mm
|
|
66.0f2e RM Vsd Wsd - - SSE_UCOMISD F=SSE2 EFL=0--0m0mm
|
|
NP.0f2f RM Vss Wss - - SSE_COMISS F=SSE EFL=0--0m0mm
|
|
66.0f2f RM Vsd Wsd - - SSE_COMISD F=SSE2 EFL=0--0m0mm
|
|
NP.0f50/r RM Gy Udq - - SSE_MOVMSKPS D64 F=SSE
|
|
66.0f50/r RM Gy Udq - - SSE_MOVMSKPD D64 F=SSE2
|
|
NP.0f51 RM Vps Wps - - SSE_SQRTPS F=SSE
|
|
66.0f51 RM Vpd Wpd - - SSE_SQRTPD F=SSE2
|
|
F3.0f51 RM Vss Wss - - SSE_SQRTSS F=SSE
|
|
F2.0f51 RM Vsd Wsd - - SSE_SQRTSD F=SSE2
|
|
NP.0f52 RM Vps Wps - - SSE_RSQRTPS F=SSE
|
|
F3.0f52 RM Vss Wss - - SSE_RSQRTSS F=SSE
|
|
NP.0f53 RM Vps Wps - - SSE_RCPPS F=SSE
|
|
F3.0f53 RM Vss Wss - - SSE_RCPSS F=SSE
|
|
NP.0f54 RM Vps Wps - - SSE_ANDPS F=SSE
|
|
66.0f54 RM Vpd Wpd - - SSE_ANDPD F=SSE2
|
|
NP.0f55 RM Vps Wps - - SSE_ANDNPS F=SSE
|
|
66.0f55 RM Vpd Wpd - - SSE_ANDNPD F=SSE2
|
|
NP.0f56 RM Vps Wps - - SSE_ORPS F=SSE
|
|
66.0f56 RM Vpd Wpd - - SSE_ORPD F=SSE2
|
|
NP.0f57 RM Vps Wps - - SSE_XORPS F=SSE
|
|
66.0f57 RM Vpd Wpd - - SSE_XORPD F=SSE2
|
|
NP.0f58 RM Vps Wps - - SSE_ADDPS F=SSE
|
|
66.0f58 RM Vpd Wpd - - SSE_ADDPD F=SSE2
|
|
F3.0f58 RM Vss Wss - - SSE_ADDSS F=SSE
|
|
F2.0f58 RM Vsd Wsd - - SSE_ADDSD F=SSE2
|
|
NP.0f59 RM Vps Wps - - SSE_MULPS F=SSE
|
|
66.0f59 RM Vpd Wpd - - SSE_MULPD F=SSE2
|
|
F3.0f59 RM Vss Wss - - SSE_MULSS F=SSE
|
|
F2.0f59 RM Vsd Wsd - - SSE_MULSD F=SSE2
|
|
NP.0f5a RM Vpd Wq - - SSE_CVTPS2PD F=SSE2
|
|
66.0f5a RM Vps Wpd - - SSE_CVTPD2PS F=SSE2
|
|
F3.0f5a RM Vsd Vss - - SSE_CVTSS2SD F=SSE2
|
|
F2.0f5a RM Vss Vsd - - SSE_CVTSD2SS F=SSE2
|
|
NP.0f5b RM Vps Wdq - - SSE_CVTDQ2PS F=SSE2
|
|
66.0f5b RM Vdq Wps - - SSE_CVTPS2DQ F=SSE2
|
|
F3.0f5b RM Vdq Wps - - SSE_CVTTPS2DQ F=SSE2
|
|
NP.0f5c RM Vps Wps - - SSE_SUBPS F=SSE
|
|
66.0f5c RM Vpd Wpd - - SSE_SUBPD F=SSE2
|
|
F3.0f5c RM Vss Wss - - SSE_SUBSS F=SSE
|
|
F2.0f5c RM Vsd Wsd - - SSE_SUBSD F=SSE2
|
|
NP.0f5d RM Vps Wps - - SSE_MINPS F=SSE
|
|
66.0f5d RM Vpd Wpd - - SSE_MINPD F=SSE2
|
|
F3.0f5d RM Vss Wss - - SSE_MINSS F=SSE
|
|
F2.0f5d RM Vsd Wsd - - SSE_MINSD F=SSE2
|
|
NP.0f5e RM Vps Wps - - SSE_DIVPS F=SSE
|
|
66.0f5e RM Vpd Wpd - - SSE_DIVPD F=SSE2
|
|
F3.0f5e RM Vss Wss - - SSE_DIVSS F=SSE
|
|
F2.0f5e RM Vsd Wsd - - SSE_DIVSD F=SSE2
|
|
NP.0f5f RM Vps Wps - - SSE_MAXPS F=SSE
|
|
66.0f5f RM Vpd Wpd - - SSE_MAXPD F=SSE2
|
|
F3.0f5f RM Vss Wss - - SSE_MAXSS F=SSE
|
|
F2.0f5f RM Vsd Wsd - - SSE_MAXSD F=SSE2
|
|
66.0f60 RM Vx Wx - - SSE_PUNPCKLBW F=SSE2
|
|
66.0f61 RM Vx Wx - - SSE_PUNPCKLWD F=SSE2
|
|
66.0f62 RM Vx Wx - - SSE_PUNPCKLDQ F=SSE2
|
|
66.0f63 RM Vx Wx - - SSE_PACKSSWB F=SSE2
|
|
66.0f64 RM Vx Wx - - SSE_PCMPGTB F=SSE2
|
|
66.0f65 RM Vx Wx - - SSE_PCMPGTW F=SSE2
|
|
66.0f66 RM Vx Wx - - SSE_PCMPGTD F=SSE2
|
|
66.0f67 RM Vx Wx - - SSE_PACKUSWB F=SSE2
|
|
66.0f68 RM Vx Wx - - SSE_PUNPCKHBW F=SSE2
|
|
66.0f69 RM Vx Wx - - SSE_PUNPCKHWD F=SSE2
|
|
66.0f6a RM Vx Wx - - SSE_PUNPCKHDQ F=SSE2
|
|
66.0f6b RM Vx Wx - - SSE_PACKSSDW F=SSE2
|
|
66.0f6c RM Vx Wx - - SSE_PUNPCKLQDQ F=SSE2
|
|
66.0f6d RM Vx Wx - - SSE_PUNPCKHQDQ F=SSE2
|
|
66.W0.0f6e RM Vx Ed - - SSE_MOVD_G2X F=SSE2 ENC_NOSZ
|
|
66.W1.0f6e RM Vx Eq - - SSE_MOVQ_G2X F=SSE2 ENC_NOSZ
|
|
66.0f6f RM Vx Wx - - SSE_MOVDQA F=SSE2
|
|
F3.0f6f RM Vx Wx - - SSE_MOVDQU F=SSE2
|
|
66.0f70 RMI Vx Wx Ib - SSE_PSHUFD F=SSE2
|
|
F3.0f70 RMI Vx Wx Ib - SSE_PSHUFHW F=SSE2
|
|
F2.0f70 RMI Vx Wx Ib - SSE_PSHUFLW F=SSE2
|
|
66.0f71/2r MI Ux Ib - - SSE_PSRLW F=SSE2
|
|
66.0f71/4r MI Ux Ib - - SSE_PSRAW F=SSE2
|
|
66.0f71/6r MI Ux Ib - - SSE_PSLLW F=SSE2
|
|
66.0f72/2r MI Ux Ib - - SSE_PSRLD F=SSE2
|
|
66.0f72/4r MI Ux Ib - - SSE_PSRAD F=SSE2
|
|
66.0f72/6r MI Ux Ib - - SSE_PSLLD F=SSE2
|
|
66.0f73/2r MI Ux Ib - - SSE_PSRLQ F=SSE2
|
|
66.0f73/3r MI Ux Ib - - SSE_PSRLDQ F=SSE2
|
|
66.0f73/6r MI Ux Ib - - SSE_PSLLQ F=SSE2
|
|
66.0f73/7r MI Ux Ib - - SSE_PSLLDQ F=SSE2
|
|
66.0f74 RM Vx Wx - - SSE_PCMPEQB F=SSE2
|
|
66.0f75 RM Vx Wx - - SSE_PCMPEQW F=SSE2
|
|
66.0f76 RM Vx Wx - - SSE_PCMPEQD F=SSE2
|
|
# EXTRQ/INSERTQ immediate size handled in code.
|
|
66.0f78/0r MI Ux Iw - - SSE_EXTRQ F=SSE4A ONLYAMD
|
|
F2.0f78/r RMI Vx Wx Iw - SSE_INSERTQ F=SSE4A ONLYAMD
|
|
66.0f79/r RM Vx Wx - - SSE_EXTRQ F=SSE4A ONLYAMD
|
|
F2.0f79/r RM Vx Wx - - SSE_INSERTQ F=SSE4A ONLYAMD
|
|
66.0f7c RM Vx Wx - - SSE_HADDPD F=SSE3
|
|
F2.0f7c RM Vx Wx - - SSE_HADDPS F=SSE3
|
|
66.0f7d RM Vx Wx - - SSE_HSUBPD F=SSE3
|
|
F2.0f7d RM Vx Wx - - SSE_HSUBPS F=SSE3
|
|
66.W0.0f7e MR Ey Vy - - SSE_MOVD_X2G F=SSE2 ENC_NOSZ
|
|
66.W1.0f7e MR Ey Vy - - SSE_MOVQ_X2G F=SSE2 ENC_NOSZ
|
|
F3.0f7e RM Vx Wq - - SSE_MOVQ F=SSE2
|
|
66.0f7f MR Wx Vx - - SSE_MOVDQA F=SSE2
|
|
F3.0f7f MR Wx Vx - - SSE_MOVDQU F=SSE2
|
|
NP.0fae/0m M M - - - FXSAVE+w F=FXSR
|
|
NP.0fae/1m M M - - - FXRSTOR+w F=FXSR
|
|
NP.0fae/2m M Md - - - LDMXCSR F=SSE
|
|
NP.0fae/3m M Md - - - STMXCSR F=SSE
|
|
NP.0fae/5r NP - - - - LFENCE F=SSE2
|
|
NP.0fae/6r NP - - - - MFENCE F=SSE2
|
|
NP.0fae/7r NP - - - - SFENCE F=SSE
|
|
NP.0fc2 RMI Vps Wps Ib - SSE_CMPPS F=SSE
|
|
66.0fc2 RMI Vpd Wpd Ib - SSE_CMPPD F=SSE2
|
|
F3.0fc2 RMI Vss Wss Ib - SSE_CMPSS F=SSE
|
|
F2.0fc2 RMI Vsd Wsd Ib - SSE_CMPSD F=SSE2
|
|
66.0fc4 RMI Vdq Ey Ib - SSE_PINSRW F=SSE2 ENC_NOSZ
|
|
66.0fc5/r RMI Gy Udq Ib - SSE_PEXTRW D64 F=SSE2 ENC_NOSZ
|
|
NP.0fc6 RMI Vps Wps Ib - SSE_SHUFPS F=SSE
|
|
66.0fc6 RMI Vpd Wpd Ib - SSE_SHUFPD F=SSE2
|
|
66.0fd0 RM Vps Wps - - SSE_ADDSUBPD F=SSE3
|
|
F2.0fd0 RM Vpd Wpd - - SSE_ADDSUBPS F=SSE3
|
|
66.0fd1 RM Vx Wx - - SSE_PSRLW F=SSE2
|
|
66.0fd2 RM Vx Wx - - SSE_PSRLD F=SSE2
|
|
66.0fd3 RM Vx Wx - - SSE_PSRLQ F=SSE2
|
|
66.0fd4 RM Vx Wx - - SSE_PADDQ F=SSE2
|
|
66.0fd5 RM Vx Wx - - SSE_PMULLW F=SSE2
|
|
# This is tricky, MOVQ to mem writes 64 bits, MOVQ to reg writes 128 bits
|
|
66.0fd6 MR Wq Vq - - SSE_MOVQ F=SSE2
|
|
66.0fd7/r RM Gy Udq - - SSE_PMOVMSKB D64 F=SSE2
|
|
66.0fd8 RM Vx Wx - - SSE_PSUBUSB F=SSE2
|
|
66.0fd9 RM Vx Wx - - SSE_PSUBUSW F=SSE2
|
|
66.0fda RM Vx Wx - - SSE_PMINUB F=SSE2
|
|
66.0fdb RM Vx Wx - - SSE_PAND F=SSE2
|
|
66.0fdc RM Vx Wx - - SSE_PADDUSB F=SSE2
|
|
66.0fdd RM Vx Wx - - SSE_PADDUSW F=SSE2
|
|
66.0fde RM Vx Wx - - SSE_PMAXUB F=SSE2
|
|
66.0fdf RM Vx Wx - - SSE_PANDN F=SSE2
|
|
66.0fe0 RM Vx Wx - - SSE_PAVGB F=SSE2
|
|
66.0fe1 RM Vx Wx - - SSE_PSRAW F=SSE2
|
|
66.0fe2 RM Vx Wx - - SSE_PSRAD F=SSE2
|
|
66.0fe3 RM Vx Wx - - SSE_PAVGW F=SSE2
|
|
66.0fe4 RM Vx Wx - - SSE_PMULHUW F=SSE2
|
|
66.0fe5 RM Vx Wx - - SSE_PMULHW F=SSE2
|
|
66.0fe6 RM Vx Wpd - - SSE_CVTTPD2DQ F=SSE2
|
|
F3.0fe6 RM Vpd Wq - - SSE_CVTDQ2PD F=SSE2
|
|
F2.0fe6 RM Vx Wpd - - SSE_CVTPD2DQ F=SSE2
|
|
66.0fe7/m MR Mx Vx - - SSE_MOVNTDQ F=SSE2
|
|
66.0fe8 RM Vx Wx - - SSE_PSUBSB F=SSE2
|
|
66.0fe9 RM Vx Wx - - SSE_PSUBSW F=SSE2
|
|
66.0feb RM Vx Wx - - SSE_POR F=SSE2
|
|
66.0fec RM Vx Wx - - SSE_PADDSB F=SSE2
|
|
66.0fea RM Vx Wx - - SSE_PMINSW F=SSE2
|
|
66.0fee RM Vx Wx - - SSE_PMAXSW F=SSE2
|
|
66.0fed RM Vx Wx - - SSE_PADDSW F=SSE2
|
|
66.0fef RM Vx Wx - - SSE_PXOR F=SSE2
|
|
F2.0ff0/m RM Vx Mx - - SSE_LDDQU F=SSE3
|
|
66.0ff1 RM Vx Wx - - SSE_PSLLW F=SSE2
|
|
66.0ff2 RM Vx Wx - - SSE_PSLLD F=SSE2
|
|
66.0ff3 RM Vx Wx - - SSE_PSLLQ F=SSE2
|
|
66.0ff4 RM Vx Wx - - SSE_PMULUDQ F=SSE2
|
|
66.0ff5 RM Vx Wx - - SSE_PMADDWD F=SSE2
|
|
66.0ff6 RM Vx Wx - - SSE_PSADBW F=SSE2
|
|
66.0ff7/r RM Vx Wx - - SSE_MASKMOVDQU+as F=SSE2
|
|
66.0ff8 RM Vx Wx - - SSE_PSUBB F=SSE2
|
|
66.0ff9 RM Vx Wx - - SSE_PSUBW F=SSE2
|
|
66.0ffa RM Vx Wx - - SSE_PSUBD F=SSE2
|
|
66.0ffb RM Vx Wx - - SSE_PSUBQ F=SSE2
|
|
66.0ffc RM Vx Wx - - SSE_PADDB F=SSE2
|
|
66.0ffd RM Vx Wx - - SSE_PADDW F=SSE2
|
|
66.0ffe RM Vx Wx - - SSE_PADDD F=SSE2
|
|
#
|
|
66.0f3800 RM Vx Wx - - SSE_PSHUFB F=SSSE3
|
|
66.0f3801 RM Vx Wx - - SSE_PHADDW F=SSSE3
|
|
66.0f3802 RM Vx Wx - - SSE_PHADDD F=SSSE3
|
|
66.0f3803 RM Vx Wx - - SSE_PHADDSW F=SSSE3
|
|
66.0f3804 RM Vx Wx - - SSE_PMADDUBSW F=SSSE3
|
|
66.0f3805 RM Vx Wx - - SSE_PHSUBW F=SSSE3
|
|
66.0f3806 RM Vx Wx - - SSE_PHSUBD F=SSSE3
|
|
66.0f3807 RM Vx Wx - - SSE_PHSUBSW F=SSSE3
|
|
66.0f3808 RM Vx Wx - - SSE_PSIGNB F=SSSE3
|
|
66.0f3809 RM Vx Wx - - SSE_PSIGNW F=SSSE3
|
|
66.0f380a RM Vx Wx - - SSE_PSIGND F=SSSE3
|
|
66.0f380b RM Vx Wx - - SSE_PMULHRSW F=SSSE3
|
|
66.0f3810 RM Vdq Wdq - - SSE_PBLENDVB F=SSE41
|
|
66.0f3814 RMA Vdq Wdq Udq - SSE_BLENDVPS F=SSE41
|
|
66.0f3815 RMA Vdq Wdq Udq - SSE_BLENDVPD F=SSE41
|
|
66.0f3817 RM Vx Wx - - SSE_PTEST F=SSE41 EFL=0--0m00m
|
|
66.0f381c RM Vx Wx - - SSE_PABSB F=SSSE3
|
|
66.0f381d RM Vx Wx - - SSE_PABSW F=SSSE3
|
|
66.0f381e RM Vx Wx - - SSE_PABSD F=SSSE3
|
|
66.0f3820 RM Vx Wx - - SSE_PMOVSXBW F=SSE41
|
|
66.0f3821 RM Vx Wx - - SSE_PMOVSXBD F=SSE41
|
|
66.0f3822 RM Vx Wx - - SSE_PMOVSXBQ F=SSE41
|
|
66.0f3823 RM Vx Wx - - SSE_PMOVSXWD F=SSE41
|
|
66.0f3824 RM Vx Wx - - SSE_PMOVSXWQ F=SSE41
|
|
66.0f3825 RM Vx Wx - - SSE_PMOVSXDQ F=SSE41
|
|
66.0f3828 RM Vx Wx - - SSE_PMULDQ F=SSE41
|
|
66.0f3829 RM Vx Wx - - SSE_PCMPEQQ F=SSE41
|
|
66.0f382a/m RM Vx Mx - - SSE_MOVNTDQA F=SSE41
|
|
66.0f382b RM Vx Wx - - SSE_PACKUSDW F=SSE41
|
|
66.0f3830 RM Vx Wx - - SSE_PMOVZXBW F=SSE41
|
|
66.0f3831 RM Vx Wx - - SSE_PMOVZXBD F=SSE41
|
|
66.0f3832 RM Vx Wx - - SSE_PMOVZXBQ F=SSE41
|
|
66.0f3833 RM Vx Wx - - SSE_PMOVZXWD F=SSE41
|
|
66.0f3834 RM Vx Wx - - SSE_PMOVZXWQ F=SSE41
|
|
66.0f3835 RM Vx Wx - - SSE_PMOVZXDQ F=SSE41
|
|
66.0f3837 RM Vx Wx - - SSE_PCMPGTQ F=SSE41
|
|
66.0f3838 RM Vx Wx - - SSE_PMINSB F=SSE41
|
|
66.0f3839 RM Vx Wx - - SSE_PMINSD F=SSE41
|
|
66.0f383a RM Vx Wx - - SSE_PMINUW F=SSE41
|
|
66.0f383b RM Vx Wx - - SSE_PMINUD F=SSE41
|
|
66.0f383c RM Vx Wx - - SSE_PMAXSB F=SSE41
|
|
66.0f383d RM Vx Wx - - SSE_PMAXSD F=SSE41
|
|
66.0f383e RM Vx Wx - - SSE_PMAXUW F=SSE41
|
|
66.0f383f RM Vx Wx - - SSE_PMAXUD F=SSE41
|
|
66.0f3840 RM Vx Wx - - SSE_PMULLD F=SSE41
|
|
66.0f3841 RM Vx Wx - - SSE_PHMINPOSUW F=SSE41
|
|
# TODO: GP operand has address size
|
|
66.0f38f8/m RM Gy Moq - - MOVDIR64B D64 F=MOVDIR64B
|
|
NP.0f38f9/m MR My Gy - - MOVDIRI F=MOVDIRI
|
|
#
|
|
66.0f3a08 RMI Vps Wps Ib - SSE_ROUNDPS F=SSE41
|
|
66.0f3a09 RMI Vpd Wpd Ib - SSE_ROUNDPD F=SSE41
|
|
66.0f3a0a RMI Vss Wss Ib - SSE_ROUNDSS F=SSE41
|
|
66.0f3a0b RMI Vsd Wsd Ib - SSE_ROUNDSD F=SSE41
|
|
66.0f3a0c RMI Vps Wps Ib - SSE_BLENDPS F=SSE41
|
|
66.0f3a0d RMI Vpd Wpd Ib - SSE_BLENDPD F=SSE41
|
|
66.0f3a0e RMI Vx Wx Ib - SSE_PBLENDW F=SSE41
|
|
66.0f3a0f RMI Vx Wx Ib - SSE_PALIGNR F=SSSE3
|
|
66.0f3a14/m MRI Mb Vx Ib - SSE_PEXTRB F=SSE41
|
|
66.0f3a14/r MRI Rd Vx Ib - SSE_PEXTRB F=SSE41 ENC_NOSZ
|
|
66.0f3a15/m MRI Mw Vx Ib - SSE_PEXTRW F=SSE41
|
|
66.0f3a15/r MRI Rd Vx Ib - SSE_PEXTRW F=SSE41 ENC_NOSZ
|
|
66.W0.0f3a16 MRI Ed Vx Ib - SSE_PEXTRD F=SSE41 ENC_NOSZ
|
|
66.W1.0f3a16 MRI Eq Vx Ib - SSE_PEXTRQ F=SSE41 ENC_NOSZ
|
|
66.0f3a17 MRI Ed Vx Ib - SSE_EXTRACTPS F=SSE41
|
|
66.0f3a20 RMI Vx Eb Ib - SSE_PINSRB F=SSE41
|
|
66.0f3a21 RMI Vps Wss Ib - SSE_INSERTPS F=SSE41
|
|
66.W0.0f3a22 RMI Vx Ed Ib - SSE_PINSRD F=SSE41 ENC_NOSZ
|
|
66.W1.0f3a22 RMI Vx Eq Ib - SSE_PINSRQ F=SSE41 ENC_NOSZ
|
|
66.0f3a40 RMI Vps Wps Ib - SSE_DPPS F=SSE41
|
|
66.0f3a41 RMI Vpd Wpd Ib - SSE_DPPD F=SSE41
|
|
66.0f3a42 RMI Vx Wx Ib - SSE_MPSADBW F=SSE41
|
|
66.0f3a44 RMI Vdq Wdq Ib - SSE_PCLMULQDQ F=PCLMULQDQ
|
|
66.0f3a60 RMI Vdq Wdq Ib - SSE_PCMPESTRM F=SSE42 EFL=m--mm00m
|
|
66.0f3a61 RMI Vdq Wdq Ib - SSE_PCMPESTRI F=SSE42 EFL=m--mm00m
|
|
66.0f3a62 RMI Vdq Wdq Ib - SSE_PCMPISTRM F=SSE42 EFL=m--mm00m
|
|
66.0f3a63 RMI Vdq Wdq Ib - SSE_PCMPISTRI F=SSE42 EFL=m--mm00m
|
|
#
|
|
66.0f38db RM Vdq Wdq - - AESIMC F=AESNI
|
|
66.0f38dc RM Vdq Wdq - - AESENC F=AESNI
|
|
66.0f38dd RM Vdq Wdq - - AESENCLAST F=AESNI
|
|
66.0f38de RM Vdq Wdq - - AESDEC F=AESNI
|
|
66.0f38df RM Vdq Wdq - - AESDECLAST F=AESNI
|
|
66.0f3adf RMI Vdq Wdq Ib - AESKEYGENASSIST F=AESNI
|
|
VEX.66.L0.0f38db RM Vdq Wdq - - VAESIMC F=AESNI,AVX
|
|
# 256-bit encodings require VAES.
|
|
VEX.66.L0.0f38dc RVM Vx Hx Wx - VAESENC F=AESNI,AVX
|
|
VEX.66.L1.0f38dc RVM Vx Hx Wx - VAESENC F=AESNI,VAES,AVX
|
|
VEX.66.L0.0f38dd RVM Vx Hx Wx - VAESENCLAST F=AESNI,AVX
|
|
VEX.66.L1.0f38dd RVM Vx Hx Wx - VAESENCLAST F=AESNI,VAES,AVX
|
|
VEX.66.L0.0f38de RVM Vx Hx Wx - VAESDEC F=AESNI,AVX
|
|
VEX.66.L1.0f38de RVM Vx Hx Wx - VAESDEC F=AESNI,VAES,AVX
|
|
VEX.66.L0.0f38df RVM Vx Hx Wx - VAESDECLAST F=AESNI,AVX
|
|
VEX.66.L1.0f38df RVM Vx Hx Wx - VAESDECLAST F=AESNI,VAES,AVX
|
|
VEX.66.L0.0f3adf RMI Vdq Wdq Ib - VAESKEYGENASSIST F=AESNI,AVX
|
|
#
|
|
# AVX
|
|
VEX.NP.0f10 RM Vps Wps - - VMOVUPS F=AVX
|
|
VEX.66.0f10 RM Vpd Wpd - - VMOVUPD F=AVX
|
|
VEX.F3.LIG.0f10/m RM Vdq Mss - - VMOVSS F=AVX
|
|
VEX.F3.LIG.0f10/r RVM Vdq Hdq Uss - VMOVSS F=AVX
|
|
VEX.F2.LIG.0f10/m RM Vdq Msd - - VMOVSD F=AVX
|
|
VEX.F2.LIG.0f10/r RVM Vdq Hdq Usd - VMOVSD F=AVX
|
|
VEX.NP.0f11 MR Wps Vps - - VMOVUPS F=AVX
|
|
VEX.66.0f11 MR Wpd Vpd - - VMOVUPD F=AVX
|
|
VEX.F3.LIG.0f11/m MR Mss Vss - - VMOVSS F=AVX
|
|
VEX.F3.LIG.0f11/r MVR Udq Hdq Vss - VMOVSS F=AVX
|
|
VEX.F2.LIG.0f11/m MR Msd Vsd - - VMOVSD F=AVX
|
|
VEX.F2.LIG.0f11/r MVR Udq Hdq Vsd - VMOVSD F=AVX
|
|
VEX.NP.L0.0f12/m RVM Vdq Hdq Mq - VMOVLPS F=AVX
|
|
VEX.NP.L0.0f12/r RVM Vdq Hdq Udq - VMOVHLPS F=AVX
|
|
VEX.66.L0.0f12/m RVM Vdq Hdq Mq - VMOVLPD F=AVX
|
|
VEX.F2.L0.0f12 RM Vx Wq - - VMOVDDUP F=AVX
|
|
VEX.F2.L1.0f12 RM Vx Wx - - VMOVDDUP F=AVX
|
|
VEX.F3.0f12 RM Vx Wx - - VMOVSLDUP F=AVX
|
|
VEX.NP.L0.0f13/m MR Mq Vq - - VMOVLPS F=AVX
|
|
VEX.66.L0.0f13/m MR Mq Vq - - VMOVLPD F=AVX
|
|
VEX.NP.0f14 RVM Vx Hx Wx - VUNPCKLPS F=AVX
|
|
VEX.66.0f14 RVM Vx Hx Wx - VUNPCKLPD F=AVX
|
|
VEX.NP.0f15 RVM Vx Hx Wx - VUNPCKHPS F=AVX
|
|
VEX.66.0f15 RVM Vx Hx Wx - VUNPCKHPD F=AVX
|
|
VEX.NP.L0.0f16/m RVM Vdq Hq Mq - VMOVHPS F=AVX
|
|
VEX.NP.L0.0f16/r RVM Vdq Hq Uq - VMOVLHPS F=AVX
|
|
VEX.66.L0.0f16/m RVM Vdq Hq Mq - VMOVHPD F=AVX
|
|
VEX.F3.0f16 RM Vx Wx - - VMOVSHDUP F=AVX
|
|
VEX.NP.L0.0f17/m MR Mq Vq - - VMOVHPS F=AVX
|
|
VEX.66.L0.0f17/m MR Mq Vq - - VMOVHPD F=AVX
|
|
VEX.NP.0f28 RM Vps Wps - - VMOVAPS F=AVX
|
|
VEX.66.0f28 RM Vpd Wpd - - VMOVAPD F=AVX
|
|
VEX.NP.0f29 MR Wps Vps - - VMOVAPS F=AVX
|
|
VEX.66.0f29 MR Wpd Vpd - - VMOVAPD F=AVX
|
|
VEX.F3.LIG.0f2a RVM Vdq Hdq Ey - VCVTSI2SS F=AVX
|
|
VEX.F2.LIG.0f2a RVM Vdq Hdq Ey - VCVTSI2SD F=AVX
|
|
VEX.NP.0f2b/m MR Mps Vps - - VMOVNTPS F=AVX
|
|
VEX.66.0f2b/m MR Mpd Vpd - - VMOVNTPD F=AVX
|
|
VEX.F3.LIG.0f2c RM Gy Wss - - VCVTTSS2SI F=AVX
|
|
VEX.F2.LIG.0f2c RM Gy Wsd - - VCVTTSD2SI F=AVX
|
|
VEX.F3.LIG.0f2d RM Gy Wss - - VCVTSS2SI F=AVX
|
|
VEX.F2.LIG.0f2d RM Gy Wsd - - VCVTSD2SI F=AVX
|
|
VEX.NP.LIG.0f2e RM Vss Wss - - VUCOMISS F=AVX EFL=0--0m0mm
|
|
VEX.66.LIG.0f2e RM Vsd Wsd - - VUCOMISD F=AVX EFL=0--0m0mm
|
|
VEX.NP.LIG.0f2f RM Vss Wss - - VCOMISS F=AVX EFL=0--0m0mm
|
|
VEX.66.LIG.0f2f RM Vsd Wsd - - VCOMISD F=AVX EFL=0--0m0mm
|
|
VEX.NP.0f50/r RM Gd Ups - - VMOVMSKPS F=AVX
|
|
VEX.66.0f50/r RM Gd Upd - - VMOVMSKPD F=AVX
|
|
VEX.NP.0f51 RM Vps Wps - - VSQRTPS F=AVX
|
|
VEX.66.0f51 RM Vpd Wpd - - VSQRTPD F=AVX
|
|
VEX.F3.LIG.0f51 RVM Vdq Hdq Wss - VSQRTSS F=AVX
|
|
VEX.F2.LIG.0f51 RVM Vdq Hdq Wsd - VSQRTSD F=AVX
|
|
VEX.NP.0f52 RM Vps Wps - - VRSQRTPS F=AVX
|
|
VEX.F3.LIG.0f52 RVM Vdq Hdq Wss - VRSQRTSS F=AVX
|
|
VEX.NP.0f53 RM Vps Wps - - VRCPPS F=AVX
|
|
VEX.F3.LIG.0f53 RVM Vdq Hdq Wss - VRCPSS F=AVX
|
|
VEX.NP.0f54 RVM Vps Hps Wps - VANDPS F=AVX
|
|
VEX.66.0f54 RVM Vpd Hpd Wpd - VANDPD F=AVX
|
|
VEX.NP.0f55 RVM Vps Hps Wps - VANDNPS F=AVX
|
|
VEX.66.0f55 RVM Vpd Hpd Wpd - VANDNPD F=AVX
|
|
VEX.NP.0f56 RVM Vps Hps Wps - VORPS F=AVX
|
|
VEX.66.0f56 RVM Vpd Hpd Wpd - VORPD F=AVX
|
|
VEX.NP.0f57 RVM Vps Hps Wps - VXORPS F=AVX
|
|
VEX.66.0f57 RVM Vpd Hpd Wpd - VXORPD F=AVX
|
|
VEX.NP.0f58 RVM Vps Hps Wps - VADDPS F=AVX
|
|
VEX.66.0f58 RVM Vpd Hpd Wpd - VADDPD F=AVX
|
|
VEX.F3.LIG.0f58 RVM Vdq Hdq Wss - VADDSS F=AVX
|
|
VEX.F2.LIG.0f58 RVM Vdq Hdq Wsd - VADDSD F=AVX
|
|
VEX.NP.0f59 RVM Vps Hps Wps - VMULPS F=AVX
|
|
VEX.66.0f59 RVM Vpd Hpd Wpd - VMULPD F=AVX
|
|
VEX.F3.LIG.0f59 RVM Vdq Hdq Wss - VMULSS F=AVX
|
|
VEX.F2.LIG.0f59 RVM Vdq Hdq Wsd - VMULSD F=AVX
|
|
VEX.NP.L0.0f5a RM Vpd Wq - - VCVTPS2PD F=AVX
|
|
VEX.NP.L1.0f5a RM Vpd Wdq - - VCVTPS2PD F=AVX
|
|
VEX.66.0f5a RM Vdq Wpd - - VCVTPD2PS F=AVX
|
|
VEX.F3.LIG.0f5a RVM Vdq Hdq Wss - VCVTSS2SD F=AVX
|
|
VEX.F2.LIG.0f5a RVM Vdq Hdq Wsd - VCVTSD2SS F=AVX
|
|
VEX.NP.0f5b RM Vps Vx - - VCVTDQ2PS F=AVX
|
|
VEX.66.0f5b RM Vx Vps - - VCVTPS2DQ F=AVX
|
|
VEX.F3.0f5b RM Vx Vps - - VCVTTPS2DQ F=AVX
|
|
VEX.NP.0f5c RVM Vps Hps Wps - VSUBPS F=AVX
|
|
VEX.66.0f5c RVM Vpd Hpd Wpd - VSUBPD F=AVX
|
|
VEX.F3.LIG.0f5c RVM Vdq Hdq Wss - VSUBSS F=AVX
|
|
VEX.F2.LIG.0f5c RVM Vdq Hdq Wsd - VSUBSD F=AVX
|
|
VEX.NP.0f5d RVM Vps Hps Wps - VMINPS F=AVX
|
|
VEX.66.0f5d RVM Vpd Hpd Wpd - VMINPD F=AVX
|
|
VEX.F3.LIG.0f5d RVM Vdq Hdq Wss - VMINSS F=AVX
|
|
VEX.F2.LIG.0f5d RVM Vdq Hdq Wsd - VMINSD F=AVX
|
|
VEX.NP.0f5e RVM Vps Hps Wps - VDIVPS F=AVX
|
|
VEX.66.0f5e RVM Vpd Hpd Wpd - VDIVPD F=AVX
|
|
VEX.F3.LIG.0f5e RVM Vdq Hdq Wss - VDIVSS F=AVX
|
|
VEX.F2.LIG.0f5e RVM Vdq Hdq Wsd - VDIVSD F=AVX
|
|
VEX.NP.0f5f RVM Vps Hps Wps - VMAXPS F=AVX
|
|
VEX.66.0f5f RVM Vpd Hpd Wpd - VMAXPD F=AVX
|
|
VEX.F3.LIG.0f5f RVM Vdq Hdq Wss - VMAXSS F=AVX
|
|
VEX.F2.LIG.0f5f RVM Vdq Hdq Wsd - VMAXSD F=AVX
|
|
VEX.66.0f60 RVM Vx Hx Wx - VPUNPCKLBW F=AVX
|
|
VEX.66.0f61 RVM Vx Hx Wx - VPUNPCKLWD F=AVX
|
|
VEX.66.0f62 RVM Vx Hx Wx - VPUNPCKLDQ F=AVX
|
|
VEX.66.0f63 RVM Vx Hx Wx - VPACKSSWB F=AVX
|
|
VEX.66.0f64 RVM Vx Hx Wx - VPCMPGTB F=AVX
|
|
VEX.66.0f65 RVM Vx Hx Wx - VPCMPGTW F=AVX
|
|
VEX.66.0f66 RVM Vx Hx Wx - VPCMPGTD F=AVX
|
|
VEX.66.0f67 RVM Vx Hx Wx - VPACKUSWB F=AVX
|
|
VEX.66.0f68 RVM Vx Hx Wx - VPUNPCKHBW F=AVX
|
|
VEX.66.0f69 RVM Vx Hx Wx - VPUNPCKHWD F=AVX
|
|
VEX.66.0f6a RVM Vx Hx Wx - VPUNPCKHDQ F=AVX
|
|
VEX.66.0f6b RVM Vx Hx Wx - VPACKSSDW F=AVX
|
|
VEX.66.0f6c RVM Vx Hx Wx - VPUNPCKLQDQ F=AVX
|
|
VEX.66.0f6d RVM Vx Hx Wx - VPUNPCKHQDQ F=AVX
|
|
VEX.66.W0.L0.0f6e RM Vy Ey - - VMOVD_G2X F=AVX ENC_NOSZ
|
|
VEX.66.W1.L0.0f6e RM Vy Ey - - VMOVD_G2X I64 F=AVX ENC_NOSZ
|
|
VEX.66.W1.L0.0f6e RM Vy Ey - - VMOVQ_G2X O64 F=AVX ENC_NOSZ
|
|
VEX.66.0f6f RM Vx Wx - - VMOVDQA F=AVX
|
|
VEX.F3.0f6f RM Vx Wx - - VMOVDQU F=AVX
|
|
VEX.66.0f70 RMI Vx Wx Ib - VPSHUFD F=AVX
|
|
VEX.F3.0f70 RMI Vx Wx Ib - VPSHUFHW F=AVX
|
|
VEX.F2.0f70 RMI Vx Wx Ib - VPSHUFLW F=AVX
|
|
VEX.66.0f71/2r VMI Hx Ux Ib - VPSRLW F=AVX
|
|
VEX.66.0f71/4r VMI Hx Ux Ib - VPSRAW F=AVX
|
|
VEX.66.0f71/6r VMI Hx Ux Ib - VPSLLW F=AVX
|
|
VEX.66.0f72/2r VMI Hx Ux Ib - VPSRLD F=AVX
|
|
VEX.66.0f72/4r VMI Hx Ux Ib - VPSRAD F=AVX
|
|
VEX.66.0f72/6r VMI Hx Ux Ib - VPSLLD F=AVX
|
|
VEX.66.0f73/2r VMI Hx Ux Ib - VPSRLQ F=AVX
|
|
VEX.66.0f73/3r VMI Hx Ux Ib - VPSRLDQ F=AVX
|
|
VEX.66.0f73/6r VMI Hx Ux Ib - VPSLLQ F=AVX
|
|
VEX.66.0f73/7r VMI Hx Ux Ib - VPSLLDQ F=AVX
|
|
VEX.66.0f74 RVM Vx Hx Wx - VPCMPEQB F=AVX
|
|
VEX.66.0f75 RVM Vx Hx Wx - VPCMPEQW F=AVX
|
|
VEX.66.0f76 RVM Vx Hx Wx - VPCMPEQD F=AVX
|
|
VEX.NP.L0.0f77 NP - - - - VZEROUPPER F=AVX
|
|
VEX.NP.L1.0f77 NP - - - - VZEROALL F=AVX
|
|
VEX.66.0f7c RVM Vx Hx Wx - VHADDPD F=AVX
|
|
VEX.F2.0f7c RVM Vx Hx Wx - VHADDPS F=AVX
|
|
VEX.66.0f7d RVM Vx Hx Wx - VHSUBPD F=AVX
|
|
VEX.F2.0f7d RVM Vx Hx Wx - VHSUBPS F=AVX
|
|
VEX.66.W0.L0.0f7e MR Ey Vy - - VMOVD_X2G F=AVX ENC_NOSZ
|
|
VEX.66.W1.L0.0f7e MR Ey Vy - - VMOVQ_X2G I64 F=AVX ENC_NOSZ
|
|
VEX.66.W1.L0.0f7e MR Ey Vy - - VMOVQ_X2G O64 F=AVX ENC_NOSZ
|
|
VEX.F3.L0.0f7e RM Vq Wq - - VMOVQ F=AVX ENC_NOSZ
|
|
VEX.66.0f7f MR Wx Vx - - VMOVDQA F=AVX
|
|
VEX.F3.0f7f MR Wx Vx - - VMOVDQU F=AVX
|
|
VEX.NP.L0.0fae/2m M Md - - - VLDMXCSR F=AVX
|
|
VEX.NP.L0.0fae/3m M Md - - - VSTMXCSR F=AVX
|
|
VEX.NP.0fc2 RVMI Vx Hx Wx Ib VCMPPS F=AVX
|
|
VEX.66.0fc2 RVMI Vx Hx Wx Ib VCMPPD F=AVX
|
|
# TODO: Vx/Hx is actually Vdq/Hdq
|
|
VEX.F3.LIG.0fc2 RVMI Vx Hx Wss Ib VCMPSS F=AVX
|
|
VEX.F2.LIG.0fc2 RVMI Vx Hx Wsd Ib VCMPSD F=AVX
|
|
VEX.66.WIG.L0.0fc4 RVMI Vx Hx Ew Ib VPINSRW F=AVX ENC_NOSZ
|
|
VEX.66.WIG.L0.0fc5/r RMI Gd Ux Ib - VPEXTRW F=AVX ENC_NOSZ
|
|
VEX.NP.0fc6 RVMI Vx Hx Wx Ib VSHUFPS F=AVX
|
|
VEX.66.0fc6 RVMI Vx Hx Wx Ib VSHUFPD F=AVX
|
|
VEX.NP.0fd0 RVM Vx Hx Wx - VADDSUBPS F=AVX
|
|
VEX.66.0fd0 RVM Vx Hx Wx - VADDSUBPD F=AVX
|
|
VEX.66.0fd1 RVM Vx Hx Wx - VPSRLW F=AVX
|
|
VEX.66.0fd2 RVM Vx Hx Wx - VPSRLD F=AVX
|
|
VEX.66.0fd3 RVM Vx Hx Wx - VPSRLQ F=AVX
|
|
VEX.66.0fd4 RVM Vx Hx Wx - VPADDQ F=AVX
|
|
VEX.66.0fd5 RVM Vx Hx Wx - VPMULLW F=AVX
|
|
VEX.66.L0.0fd6 MR Wq Vq - - VMOVQ F=AVX
|
|
VEX.66.0fd7/r RM Gd Ux - - VPMOVMSKB F=AVX
|
|
VEX.66.0fd8 RVM Vx Hx Wx - VPSUBUSB F=AVX
|
|
VEX.66.0fd9 RVM Vx Hx Wx - VPSUBUSW F=AVX
|
|
VEX.66.0fda RVM Vx Hx Wx - VPMINUB F=AVX
|
|
VEX.66.0fdb RVM Vx Hx Wx - VPAND F=AVX
|
|
VEX.66.0fdc RVM Vx Hx Wx - VPADDUSB F=AVX
|
|
VEX.66.0fdd RVM Vx Hx Wx - VPADDUSW F=AVX
|
|
VEX.66.0fde RVM Vx Hx Wx - VPMAXUB F=AVX
|
|
VEX.66.0fdf RVM Vx Hx Wx - VPANDN F=AVX
|
|
VEX.66.0fe0 RVM Vx Hx Wx - VPAVGB F=AVX
|
|
VEX.66.0fe1 RVM Vx Hx Wx - VPSRAW F=AVX
|
|
VEX.66.0fe2 RVM Vx Hx Wx - VPSRAD F=AVX
|
|
VEX.66.0fe3 RVM Vx Hx Wx - VPAVGW F=AVX
|
|
VEX.66.0fe4 RVM Vx Hx Wx - VPMULHUW F=AVX
|
|
VEX.66.0fe5 RVM Vx Hx Wx - VPMULHW F=AVX
|
|
VEX.66.0fe6 RM Vdq Wx - - VCVTTPD2DQ F=AVX
|
|
VEX.F3.L0.0fe6 RM Vx Wq - - VCVTDQ2PD F=AVX
|
|
VEX.F3.L1.0fe6 RM Vx Wdq - - VCVTDQ2PD F=AVX
|
|
VEX.F2.0fe6 RM Vdq Wx - - VCVTPD2DQ F=AVX
|
|
VEX.66.0fe7/m MR Mx Vx - - VMOVNTDQ F=AVX
|
|
VEX.66.0fe8 RVM Vx Hx Wx - VPSUBSB F=AVX
|
|
VEX.66.0fe9 RVM Vx Hx Wx - VPSUBSW F=AVX
|
|
VEX.66.0feb RVM Vx Hx Wx - VPOR F=AVX
|
|
VEX.66.0fec RVM Vx Hx Wx - VPADDSB F=AVX
|
|
VEX.66.0fea RVM Vx Hx Wx - VPMINSW F=AVX
|
|
VEX.66.0fed RVM Vx Hx Wx - VPADDSW F=AVX
|
|
VEX.66.0fee RVM Vx Hx Wx - VPMAXSW F=AVX
|
|
VEX.66.0fef RVM Vx Hx Wx - VPXOR F=AVX
|
|
VEX.F2.0ff0 RM Vx Wx - - VLDDQU F=AVX
|
|
VEX.66.0ff1 RVM Vx Hx Wx - VPSLLW F=AVX
|
|
VEX.66.0ff2 RVM Vx Hx Wx - VPSLLD F=AVX
|
|
VEX.66.0ff3 RVM Vx Hx Wx - VPSLLQ F=AVX
|
|
VEX.66.0ff4 RVM Vx Hx Wx - VPMULUDQ F=AVX
|
|
VEX.66.0ff5 RVM Vx Hx Wx - VPMADDWD F=AVX
|
|
VEX.66.0ff6 RVM Vx Hx Wx - VPSADBW F=AVX
|
|
VEX.NP.L0.0ff7 RM Vx Wx - - VMASKMOVDQU+as F=AVX
|
|
VEX.66.0ff8 RVM Vx Hx Wx - VPSUBB F=AVX
|
|
VEX.66.0ff9 RVM Vx Hx Wx - VPSUBW F=AVX
|
|
VEX.66.0ffa RVM Vx Hx Wx - VPSUBD F=AVX
|
|
VEX.66.0ffb RVM Vx Hx Wx - VPSUBQ F=AVX
|
|
VEX.66.0ffc RVM Vx Hx Wx - VPADDB F=AVX
|
|
VEX.66.0ffd RVM Vx Hx Wx - VPADDW F=AVX
|
|
VEX.66.0ffe RVM Vx Hx Wx - VPADDD F=AVX
|
|
VEX.66.0f3800 RVM Vx Hx Wx - VPSHUFB F=AVX
|
|
VEX.66.0f3801 RVM Vx Hx Wx - VPHADDW F=AVX
|
|
VEX.66.0f3802 RVM Vx Hx Wx - VPHADDD F=AVX
|
|
VEX.66.0f3803 RVM Vx Hx Wx - VPHADDSW F=AVX
|
|
VEX.66.0f3804 RVM Vx Hx Wx - VPMADDUBSW F=AVX
|
|
VEX.66.0f3805 RVM Vx Hx Wx - VPHSUBW F=AVX
|
|
VEX.66.0f3806 RVM Vx Hx Wx - VPHSUBD F=AVX
|
|
VEX.66.0f3807 RVM Vx Hx Wx - VPHSUBSW F=AVX
|
|
VEX.66.0f3808 RVM Vx Hx Wx - VPSIGNB F=AVX
|
|
VEX.66.0f3809 RVM Vx Hx Wx - VPSIGNW F=AVX
|
|
VEX.66.0f380a RVM Vx Hx Wx - VPSIGND F=AVX
|
|
VEX.66.0f380b RVM Vx Hx Wx - VPMULHRSW F=AVX
|
|
VEX.66.W0.0f380c RVM Vx Hx Wx - VPERMILPS F=AVX
|
|
VEX.66.W0.0f380d RVM Vx Hx Wx - VPERMILPD F=AVX
|
|
VEX.66.W0.0f380e RM Vx Wx - - VTESTPS F=AVX
|
|
VEX.66.W0.0f380f RM Vx Wx - - VTESTPD F=AVX
|
|
# TODO: Wx is actually half the size
|
|
VEX.66.W0.0f3813 RM Vx Wx - - VCVTPH2PS F=F16C
|
|
VEX.66.W0.L1.0f3816 RVM Vx Hx Wx - VPERMPS F=AVX2
|
|
VEX.66.0f3817 RM Vx Wx - - VPTEST F=AVX EFL=0--0m00m
|
|
VEX.66.W0.0f3818 RM Vx Wd - - VBROADCASTSS F=AVX
|
|
VEX.66.W0.L1.0f3819 RM Vx Wq - - VBROADCASTSD F=AVX
|
|
VEX.66.W0.L1.0f381a RM Vx Wdq - - VBROADCASTF128 F=AVX
|
|
VEX.66.0f381c RM Vx Wx - - VPABSB F=AVX
|
|
VEX.66.0f381d RM Vx Wx - - VPABSW F=AVX
|
|
VEX.66.0f381e RM Vx Wx - - VPABSD F=AVX
|
|
VEX.66.0f3820 RM Vx Wx - - VPMOVSXBW F=AVX
|
|
VEX.66.0f3821 RM Vx Wx - - VPMOVSXBD F=AVX
|
|
VEX.66.0f3822 RM Vx Wx - - VPMOVSXBQ F=AVX
|
|
VEX.66.0f3823 RM Vx Wx - - VPMOVSXWD F=AVX
|
|
VEX.66.0f3824 RM Vx Wx - - VPMOVSXWQ F=AVX
|
|
VEX.66.0f3825 RM Vx Wx - - VPMOVSXDQ F=AVX
|
|
VEX.66.0f3828 RVM Vx Hx Wx - VPMULDQ F=AVX
|
|
VEX.66.0f3829 RVM Vx Hx Wx - VPCMPEQQ F=AVX
|
|
VEX.66.0f382a/m RM Vx Mx - - VMOVNTDQA F=AVX
|
|
VEX.66.0f382b RVM Vx Hx Wx - VPACKUSDW F=AVX
|
|
VEX.66.W0.0f382c RVM Vx Hx Wx - VMASKMOVPS F=AVX
|
|
VEX.66.W0.0f382d RVM Vx Hx Wx - VMASKMOVPD F=AVX
|
|
VEX.66.W0.0f382e MVR Wx Hx Vx - VMASKMOVPS F=AVX
|
|
VEX.66.W0.0f382f MVR Wx Hx Vx - VMASKMOVPD F=AVX
|
|
VEX.66.0f3830 RM Vx Wx - - VPMOVZXBW F=AVX
|
|
VEX.66.0f3831 RM Vx Wx - - VPMOVZXBD F=AVX
|
|
VEX.66.0f3832 RM Vx Wx - - VPMOVZXBQ F=AVX
|
|
VEX.66.0f3833 RM Vx Wx - - VPMOVZXWD F=AVX
|
|
VEX.66.0f3834 RM Vx Wx - - VPMOVZXWQ F=AVX
|
|
VEX.66.0f3835 RM Vx Wx - - VPMOVZXDQ F=AVX
|
|
VEX.66.W0.L1.0f3836 RVM Vx Hx Wx - VPERMD F=AVX2
|
|
VEX.66.0f3837 RVM Vx Hx Wx - VPCMPGTQ F=AVX
|
|
VEX.66.0f3838 RVM Vx Hx Wx - VPMINSB F=AVX
|
|
VEX.66.0f3839 RVM Vx Hx Wx - VPMINSD F=AVX
|
|
VEX.66.0f383a RVM Vx Hx Wx - VPMINUW F=AVX
|
|
VEX.66.0f383b RVM Vx Hx Wx - VPMINUD F=AVX
|
|
VEX.66.0f383c RVM Vx Hx Wx - VPMAXSB F=AVX
|
|
VEX.66.0f383d RVM Vx Hx Wx - VPMAXSD F=AVX
|
|
VEX.66.0f383e RVM Vx Hx Wx - VPMAXUW F=AVX
|
|
VEX.66.0f383f RVM Vx Hx Wx - VPMAXUD F=AVX
|
|
VEX.66.0f3840 RVM Vx Hx Wx - VPMULLD F=AVX
|
|
VEX.66.L0.0f3841 RM Vx Wx - - VPHMINPOSUW F=AVX
|
|
VEX.66.W0.0f3845 RVM Vx Hx Wx - VPSRLVD F=AVX2
|
|
VEX.66.W1.0f3845 RVM Vx Hx Wx - VPSRLVQ F=AVX2
|
|
VEX.66.W0.0f3846 RVM Vx Hx Wx - VPSRAVD F=AVX2
|
|
VEX.66.W1.0f3846 RVM Vx Hx Wx - VPSRAVQ F=AVX2
|
|
VEX.66.W0.0f3847 RVM Vx Hx Wx - VPSLLVD F=AVX2
|
|
VEX.66.W1.0f3847 RVM Vx Hx Wx - VPSLLVQ F=AVX2
|
|
VEX.66.W0.0f3858 RM Vx Wd - - VPBROADCASTD F=AVX2
|
|
VEX.66.W0.0f3859 RM Vx Wq - - VPBROADCASTQ F=AVX2
|
|
VEX.66.W0.L1.0f385a/m RM Vx Mdq - - VBROADCASTI128 F=AVX2 ENC_NOSZ
|
|
VEX.66.W0.0f3878 RM Vx Wb - - VPBROADCASTB F=AVX2
|
|
VEX.66.W0.0f3879 RM Vx Ww - - VPBROADCASTW F=AVX2
|
|
VEX.66.W0.0f388c RVM Vx Hx Wx - VPMASKMOVD F=AVX2
|
|
VEX.66.W1.0f388c RVM Vx Hx Wx - VPMASKMOVQ F=AVX2
|
|
VEX.66.W0.0f388e MVR Wx Hx Vx - VPMASKMOVD F=AVX2
|
|
VEX.66.W1.0f388e MVR Wx Hx Vx - VPMASKMOVQ F=AVX2
|
|
VEX.66.W0.0f3890/m RMV Vx Md Hx - VPGATHERDD VSIB F=AVX2
|
|
VEX.66.W1.0f3890/m RMV Vx Mq Hx - VPGATHERDQ VSIB F=AVX2
|
|
VEX.66.W0.L0.0f3891/m RMV Vq Md Hq - VPGATHERQD VSIB F=AVX2
|
|
VEX.66.W0.L1.0f3891/m RMV Vdq Md Hdq - VPGATHERQD VSIB F=AVX2
|
|
VEX.66.W1.0f3891/m RMV Vx Mq Hx - VPGATHERQQ VSIB F=AVX2
|
|
VEX.66.W0.0f3892/m RMV Vx Md Hx - VGATHERDPS VSIB F=AVX2
|
|
VEX.66.W1.0f3892/m RMV Vx Mq Hx - VGATHERDPD VSIB F=AVX2
|
|
VEX.66.W0.L0.0f3893/m RMV Vq Md Hq - VGATHERQPS VSIB F=AVX2
|
|
VEX.66.W0.L1.0f3893/m RMV Vdq Md Hdq - VGATHERQPS VSIB F=AVX2
|
|
VEX.66.W1.0f3893/m RMV Vx Mq Hx - VGATHERQPD VSIB F=AVX2
|
|
VEX.66.W0.0f3896 RVM Vx Hx Wx - VFMADDSUB132PS F=FMA
|
|
VEX.66.W1.0f3896 RVM Vx Hx Wx - VFMADDSUB132PD F=FMA
|
|
VEX.66.W0.0f3897 RVM Vx Hx Wx - VFMSUBADD132PS F=FMA
|
|
VEX.66.W1.0f3897 RVM Vx Hx Wx - VFMSUBADD132PD F=FMA
|
|
VEX.66.W0.0f3898 RVM Vx Hx Wx - VFMADD132PS F=FMA
|
|
VEX.66.W1.0f3898 RVM Vx Hx Wx - VFMADD132PD F=FMA
|
|
VEX.66.W0.LIG.0f3899 RVM Vdq Hdq Wss - VFMADD132SS F=FMA
|
|
VEX.66.W1.LIG.0f3899 RVM Vdq Hdq Wsd - VFMADD132SD F=FMA
|
|
VEX.66.W0.0f389a RVM Vx Hx Wx - VFMSUB132PS F=FMA
|
|
VEX.66.W1.0f389a RVM Vx Hx Wx - VFMSUB132PD F=FMA
|
|
VEX.66.W0.LIG.0f389b RVM Vdq Hdq Wss - VFMSUB132SS F=FMA
|
|
VEX.66.W1.LIG.0f389b RVM Vdq Hdq Wsd - VFMSUB132SD F=FMA
|
|
VEX.66.W0.0f389c RVM Vx Hx Wx - VFNMADD132PS F=FMA
|
|
VEX.66.W1.0f389c RVM Vx Hx Wx - VFNMADD132PD F=FMA
|
|
VEX.66.W0.LIG.0f389d RVM Vdq Hdq Wss - VFNMADD132SS F=FMA
|
|
VEX.66.W1.LIG.0f389d RVM Vdq Hdq Wsd - VFNMADD132SD F=FMA
|
|
VEX.66.W0.0f389e RVM Vx Hx Wx - VFNMSUB132PS F=FMA
|
|
VEX.66.W1.0f389e RVM Vx Hx Wx - VFNMSUB132PD F=FMA
|
|
VEX.66.W0.LIG.0f389f RVM Vdq Hdq Wss - VFNMSUB132SS F=FMA
|
|
VEX.66.W1.LIG.0f389f RVM Vdq Hdq Wsd - VFNMSUB132SD F=FMA
|
|
VEX.66.W0.0f38a6 RVM Vx Hx Wx - VFMADDSUB213PS F=FMA
|
|
VEX.66.W1.0f38a6 RVM Vx Hx Wx - VFMADDSUB213PD F=FMA
|
|
VEX.66.W0.0f38a7 RVM Vx Hx Wx - VFMSUBADD213PS F=FMA
|
|
VEX.66.W1.0f38a7 RVM Vx Hx Wx - VFMSUBADD213PD F=FMA
|
|
VEX.66.W0.0f38a8 RVM Vx Hx Wx - VFMADD213PS F=FMA
|
|
VEX.66.W1.0f38a8 RVM Vx Hx Wx - VFMADD213PD F=FMA
|
|
VEX.66.W0.LIG.0f38a9 RVM Vdq Hdq Wss - VFMADD213SS F=FMA
|
|
VEX.66.W1.LIG.0f38a9 RVM Vdq Hdq Wsd - VFMADD213SD F=FMA
|
|
VEX.66.W0.0f38aa RVM Vx Hx Wx - VFMSUB213PS F=FMA
|
|
VEX.66.W1.0f38aa RVM Vx Hx Wx - VFMSUB213PD F=FMA
|
|
VEX.66.W0.LIG.0f38ab RVM Vdq Hdq Wss - VFMSUB213SS F=FMA
|
|
VEX.66.W1.LIG.0f38ab RVM Vdq Hdq Wsd - VFMSUB213SD F=FMA
|
|
VEX.66.W0.0f38ac RVM Vx Hx Wx - VFNMADD213PS F=FMA
|
|
VEX.66.W1.0f38ac RVM Vx Hx Wx - VFNMADD213PD F=FMA
|
|
VEX.66.W0.LIG.0f38ad RVM Vdq Hdq Wss - VFNMADD213SS F=FMA
|
|
VEX.66.W1.LIG.0f38ad RVM Vdq Hdq Wsd - VFNMADD213SD F=FMA
|
|
VEX.66.W0.0f38ae RVM Vx Hx Wx - VFNMSUB213PS F=FMA
|
|
VEX.66.W1.0f38ae RVM Vx Hx Wx - VFNMSUB213PD F=FMA
|
|
VEX.66.W0.LIG.0f38af RVM Vdq Hdq Wss - VFNMSUB213SS F=FMA
|
|
VEX.66.W1.LIG.0f38af RVM Vdq Hdq Wsd - VFNMSUB213SD F=FMA
|
|
VEX.66.W0.0f38b6 RVM Vx Hx Wx - VFMADDSUB231PS F=FMA
|
|
VEX.66.W1.0f38b6 RVM Vx Hx Wx - VFMADDSUB231PD F=FMA
|
|
VEX.66.W0.0f38b7 RVM Vx Hx Wx - VFMSUBADD231PS F=FMA
|
|
VEX.66.W1.0f38b7 RVM Vx Hx Wx - VFMSUBADD231PD F=FMA
|
|
VEX.66.W0.0f38b8 RVM Vx Hx Wx - VFMADD231PS F=FMA
|
|
VEX.66.W1.0f38b8 RVM Vx Hx Wx - VFMADD231PD F=FMA
|
|
VEX.66.W0.LIG.0f38b9 RVM Vdq Hdq Wss - VFMADD231SS F=FMA
|
|
VEX.66.W1.LIG.0f38b9 RVM Vdq Hdq Wsd - VFMADD231SD F=FMA
|
|
VEX.66.W0.0f38ba RVM Vx Hx Wx - VFMSUB231PS F=FMA
|
|
VEX.66.W1.0f38ba RVM Vx Hx Wx - VFMSUB231PD F=FMA
|
|
VEX.66.W0.LIG.0f38bb RVM Vdq Hdq Wss - VFMSUB231SS F=FMA
|
|
VEX.66.W1.LIG.0f38bb RVM Vdq Hdq Wsd - VFMSUB231SD F=FMA
|
|
VEX.66.W0.0f38bc RVM Vx Hx Wx - VFNMADD231PS F=FMA
|
|
VEX.66.W1.0f38bc RVM Vx Hx Wx - VFNMADD231PD F=FMA
|
|
VEX.66.W0.LIG.0f38bd RVM Vdq Hdq Wss - VFNMADD231SS F=FMA
|
|
VEX.66.W1.LIG.0f38bd RVM Vdq Hdq Wsd - VFNMADD231SD F=FMA
|
|
VEX.66.W0.0f38be RVM Vx Hx Wx - VFNMSUB231PS F=FMA
|
|
VEX.66.W1.0f38be RVM Vx Hx Wx - VFNMSUB231PD F=FMA
|
|
VEX.66.W0.LIG.0f38bf RVM Vdq Hdq Wss - VFNMSUB231SS F=FMA
|
|
VEX.66.W1.LIG.0f38bf RVM Vdq Hdq Wsd - VFNMSUB231SD F=FMA
|
|
VEX.66.W1.L1.0f3a00 RMI Vx Wx Ib - VPERMQ F=AVX2
|
|
VEX.66.W1.L1.0f3a01 RMI Vx Wx Ib - VPERMPD F=AVX2
|
|
VEX.66.W0.0f3a02 RVMI Vx Hx Wx Ib VPBLENDD F=AVX2
|
|
VEX.66.W0.0f3a04 RMI Vx Wx Ib - VPERMILPS F=AVX
|
|
VEX.66.W0.0f3a05 RMI Vx Wx Ib - VPERMILPD F=AVX
|
|
VEX.66.W0.L1.0f3a06 RVMI Vx Hx Wx Ib VPERM2F128 F=AVX
|
|
VEX.66.0f3a08 RVMI Vps Hps Wps Ib VROUNDPS F=AVX
|
|
VEX.66.0f3a09 RVMI Vpd Hpd Wpd Ib VROUNDPD F=AVX
|
|
# TODO: Vx/Hx is actually Vdq/Hdq
|
|
VEX.66.LIG.0f3a0a RVMI Vx Hx Wss Ib VROUNDSS F=AVX
|
|
VEX.66.LIG.0f3a0b RVMI Vx Hx Wsd Ib VROUNDSD F=AVX
|
|
VEX.66.0f3a0c RVMI Vx Hx Wx Ib VBLENDPS F=AVX
|
|
VEX.66.0f3a0d RVMI Vx Hx Wx Ib VBLENDPD F=AVX
|
|
VEX.66.0f3a0e RVMI Vx Hx Wx Ib VPBLENDW F=AVX
|
|
VEX.66.0f3a0f RVMI Vx Hx Wx Ib VPALIGNR F=AVX
|
|
VEX.66.WIG.L0.0f3a14/m MRI Mb Vx Ib - VPEXTRB F=AVX ENC_NOSZ
|
|
VEX.66.WIG.L0.0f3a14/r MRI Rd Vx Ib - VPEXTRB F=AVX ENC_NOSZ
|
|
VEX.66.WIG.L0.0f3a15/m MRI Mw Vx Ib - VPEXTRW F=AVX ENC_NOSZ
|
|
VEX.66.WIG.L0.0f3a15/r MRI Rd Vx Ib - VPEXTRW F=AVX ENC_NOSZ
|
|
VEX.66.W0.L0.0f3a16 MRI Ed Vx Ib - VPEXTRD F=AVX ENC_NOSZ
|
|
VEX.66.W1.L0.0f3a16 MRI Ed Vx Ib - VPEXTRD I64 F=AVX ENC_NOSZ
|
|
VEX.66.W1.L0.0f3a16 MRI Eq Vx Ib - VPEXTRQ O64 F=AVX ENC_NOSZ
|
|
VEX.66.L0.0f3a17 MRI Ed Vx Ib - VEXTRACTPS F=AVX ENC_NOSZ
|
|
VEX.66.W0.L1.0f3a18 RVMI Vx Hx Wdq Ib VINSERTF128 F=AVX ENC_NOSZ
|
|
VEX.66.W0.L1.0f3a19 MRI Wdq Vx Ib - VEXTRACTF128 F=AVX ENC_NOSZ
|
|
# TODO: Wx is actually half the size
|
|
VEX.66.W0.0f3a1d MRI Wx Hx Ib - VCVTPS2PH F=F16C
|
|
VEX.66.WIG.L0.0f3a20 RVMI Vx Hx Eb Ib VPINSRB F=AVX ENC_NOSZ
|
|
VEX.66.L0.0f3a21 RVMI Vx Hx Wd Ib VINSERTPS F=AVX ENC_NOSZ
|
|
VEX.66.W0.L0.0f3a22 RVMI Vdq Hdq Ey Ib VPINSRD F=AVX ENC_NOSZ
|
|
VEX.66.W1.L0.0f3a22 RVMI Vdq Hdq Ey Ib VPINSRD I64 F=AVX ENC_NOSZ
|
|
VEX.66.W1.L0.0f3a22 RVMI Vdq Hdq Ey Ib VPINSRQ O64 F=AVX ENC_NOSZ
|
|
VEX.66.W0.L1.0f3a38 RVMI Vx Hx Wdq Ib VINSERTI128 F=AVX2 ENC_NOSZ
|
|
VEX.66.W0.L1.0f3a39 MRI Wdq Vx Ib - VEXTRACTI128 F=AVX2 ENC_NOSZ
|
|
VEX.66.0f3a40 RVMI Vx Hx Wx Ib VDPPS F=AVX
|
|
VEX.66.0f3a41 RVMI Vx Hx Wx Ib VDPPD F=AVX
|
|
VEX.66.0f3a42 RVMI Vx Hx Wx Ib VMPSADBW F=AVX
|
|
VEX.66.0f3a44 RVMI Vx Hx Wx Ib VPCLMULQDQ F=PCLMULQDQ,AVX
|
|
VEX.66.W0.L1.0f3a46 RVMI Vx Hx Wx Ib VPERM2I128 F=AVX2
|
|
VEX.66.W0.0f3a4a RVMR Vx Hx Wx Lx VBLENDVPS F=AVX
|
|
VEX.66.W0.0f3a4b RVMR Vx Hx Wx Lx VBLENDVPD F=AVX
|
|
VEX.66.W0.0f3a4c RVMR Vx Hx Wx Lx VPBLENDVB F=AVX
|
|
VEX.66.L0.0f3a60 RMI Vx Wx Ib - VPCMPESTRM F=AVX ENC_NOSZ
|
|
VEX.66.L0.0f3a61 RMI Vx Wx Ib - VPCMPESTRI F=AVX ENC_NOSZ
|
|
VEX.66.L0.0f3a62 RMI Vx Wx Ib - VPCMPISTRM F=AVX ENC_NOSZ
|
|
VEX.66.L0.0f3a63 RMI Vx Wx Ib - VPCMPISTRI F=AVX ENC_NOSZ
|
|
#
|
|
# BMI1
|
|
VEX.NP.L0.0f38f2 RVM Gy By Ey - ANDN F=BMI1 EFL=0--mmuu0
|
|
VEX.NP.L0.0f38f3/1 VM By Ey - - BLSR F=BMI1 EFL=0--mmuum
|
|
VEX.NP.L0.0f38f3/2 VM By Ey - - BLSMSK F=BMI1 EFL=0--m0uum
|
|
VEX.NP.L0.0f38f3/3 VM By Ey - - BLSI F=BMI1 EFL=0--mmuum
|
|
VEX.NP.L0.0f38f7 RMV Gy Ey By - BEXTR F=BMI1 EFL=0--umuu0
|
|
# BMI2
|
|
VEX.F2.L0.0f3af0 RMI Gy Ey Ib - RORX F=BMI2
|
|
VEX.NP.L0.0f38f5 RMV Gy Ey By - BZHI F=BMI2 EFL=0--mmuum
|
|
VEX.F2.L0.0f38f5 RVM Gy By Ey - PDEP F=BMI2
|
|
VEX.F3.L0.0f38f5 RVM Gy By Ey - PEXT F=BMI2
|
|
VEX.F2.L0.0f38f6 RVM Gy By Ey - MULX F=BMI2
|
|
VEX.66.L0.0f38f7 RMV Gy Ey By - SHLX F=BMI2
|
|
VEX.F2.L0.0f38f7 RMV Gy Ey By - SHRX F=BMI2
|
|
VEX.F3.L0.0f38f7 RMV Gy Ey By - SARX F=BMI2
|
|
# ADX
|
|
66.0f38f6 RM Gy Ey - - ADCX F=ADX EFL=-------M
|
|
F3.0f38f6 RM Gy Ey - - ADOX F=ADX EFL=M-------
|
|
#
|
|
# FPU
|
|
# Source for UNDOC opcodes: https://www.sandpile.org/x86/opc_fpu.htm
|
|
d8/0m M Md - - - FADD F=387 ENC_SEPSZ
|
|
d8/1m M Md - - - FMUL F=387 ENC_SEPSZ
|
|
d8/2m M Md - - - FCOM F=387 ENC_SEPSZ
|
|
d8/3m M Md - - - FCOMP F=387 ENC_SEPSZ
|
|
d8/4m M Md - - - FSUB F=387 ENC_SEPSZ
|
|
d8/5m M Md - - - FSUBR F=387 ENC_SEPSZ
|
|
d8/6m M Md - - - FDIV F=387 ENC_SEPSZ
|
|
d8/7m M Md - - - FDIVR F=387 ENC_SEPSZ
|
|
d8/0r AM Ft Ft - - FADD F=387
|
|
d8/1r AM Ft Ft - - FMUL F=387
|
|
d8/2r AM Ft Ft - - FCOM F=387
|
|
d8/3r AM Ft Ft - - FCOMP F=387
|
|
d8/4r AM Ft Ft - - FSUB F=387
|
|
d8/5r AM Ft Ft - - FSUBR F=387
|
|
d8/6r AM Ft Ft - - FDIV F=387
|
|
d8/7r AM Ft Ft - - FDIVR F=387
|
|
d9/0m M Md - - - FLD F=387 ENC_SEPSZ
|
|
d9/2m M Md - - - FST F=387 ENC_SEPSZ
|
|
d9/3m M Md - - - FSTP F=387 ENC_SEPSZ
|
|
d9/4m M M - - - FLDENV F=387
|
|
d9/5m M Mw - - - FLDCW F=387
|
|
d9/6m M M - - - FSTENV F=387
|
|
d9/7m M Mw - - - FSTCW F=387
|
|
d9/0r M Ft - - - FLD F=387
|
|
d9/1r M Ft - - - FXCH F=387
|
|
d9d0 NP - - - - FNOP F=387
|
|
d9/3r MA Ft Ft - - FSTPNCE F=387 UNDOC
|
|
d9e0 NP - - - - FCHS F=387
|
|
d9e1 NP - - - - FABS F=387
|
|
d9e4 NP - - - - FTST F=387
|
|
d9e5 NP - - - - FXAM F=387
|
|
d9e8 NP - - - - FLD1 F=387
|
|
d9e9 NP - - - - FLDL2T F=387
|
|
d9ea NP - - - - FLDL2E F=387
|
|
d9eb NP - - - - FLDPI F=387
|
|
d9ec NP - - - - FLDLG2 F=387
|
|
d9ed NP - - - - FLDLN2 F=387
|
|
d9ee NP - - - - FLDZ F=387
|
|
d9f0 NP - - - - F2XM1 F=387
|
|
d9f1 NP - - - - FYL2X F=387
|
|
d9f2 NP - - - - FPTAN F=387
|
|
d9f3 NP - - - - FPATAN F=387
|
|
d9f4 NP - - - - FXTRACT F=387
|
|
d9f5 NP - - - - FPREM1 F=387
|
|
d9f6 NP - - - - FDECSTP F=387
|
|
d9f7 NP - - - - FINCSTP F=387
|
|
d9f8 NP - - - - FPREM F=387
|
|
d9f9 NP - - - - FYL2XP1 F=387
|
|
d9fa NP - - - - FSQRT F=387
|
|
d9fb NP - - - - FSINCOS F=387
|
|
d9fc NP - - - - FRNDINT F=387
|
|
d9fd NP - - - - FSCALE F=387
|
|
d9fe NP - - - - FSIN F=387
|
|
d9ff NP - - - - FCOS F=387
|
|
da/0m M Md - - - FIADD F=387 ENC_SEPSZ
|
|
da/1m M Md - - - FIMUL F=387 ENC_SEPSZ
|
|
da/2m M Md - - - FICOM F=387 ENC_SEPSZ
|
|
da/3m M Md - - - FICOMP F=387 ENC_SEPSZ
|
|
da/4m M Md - - - FISUB F=387 ENC_SEPSZ
|
|
da/5m M Md - - - FISUBR F=387 ENC_SEPSZ
|
|
da/6m M Md - - - FIDIV F=387 ENC_SEPSZ
|
|
da/7m M Md - - - FIDIVR F=387 ENC_SEPSZ
|
|
da/0r M Ft - - - FCMOVB F=686 EFL=-------t
|
|
da/1r M Ft - - - FCMOVE F=686 EFL=----t---
|
|
da/2r M Ft - - - FCMOVBE F=686 EFL=----t--t
|
|
da/3r M Ft - - - FCMOVU F=686 EFL=------t-
|
|
dae9 NP - - - - FUCOMPP F=387
|
|
db/0m M Md - - - FILD F=387 ENC_SEPSZ
|
|
db/1m M Md - - - FISTTP F=SSE3 ENC_SEPSZ
|
|
db/2m M Md - - - FIST F=387 ENC_SEPSZ
|
|
db/3m M Md - - - FISTP F=387 ENC_SEPSZ
|
|
db/5m M Ft - - - FLD F=387 ENC_SEPSZ
|
|
db/7m M Ft - - - FSTP F=387 ENC_SEPSZ
|
|
db/0r M Ft - - - FCMOVNB F=686 EFL=-------t
|
|
db/1r M Ft - - - FCMOVNE F=686 EFL=----t---
|
|
db/2r M Ft - - - FCMOVNBE F=686 EFL=----t--t
|
|
db/3r M Ft - - - FCMOVNU F=686 EFL=------t-
|
|
dbe0 NP - - - - FENI8087_NOP F=387 UNDOC
|
|
dbe1 NP - - - - FDISI8087_NOP F=387 UNDOC
|
|
dbe2 NP - - - - FCLEX F=387
|
|
dbe3 NP - - - - FINIT F=387
|
|
dbe4 NP - - - - FSETPM287_NOP F=387 UNDOC
|
|
dbe5 NP - - - - FSETPM287_NOP F=387 UNDOC
|
|
db/5r M Ft - - - FUCOMI F=686 EFL=0--0m0mm
|
|
db/6r M Ft - - - FCOMI F=686 EFL=0--0m0mm
|
|
dc/0m M Mq - - - FADD F=387 ENC_SEPSZ
|
|
dc/1m M Mq - - - FMUL F=387 ENC_SEPSZ
|
|
dc/2m M Mq - - - FCOM F=387 ENC_SEPSZ
|
|
dc/3m M Mq - - - FCOMP F=387 ENC_SEPSZ
|
|
dc/4m M Mq - - - FSUB F=387 ENC_SEPSZ
|
|
dc/5m M Mq - - - FSUBR F=387 ENC_SEPSZ
|
|
dc/6m M Mq - - - FDIV F=387 ENC_SEPSZ
|
|
dc/7m M Mq - - - FDIVR F=387 ENC_SEPSZ
|
|
dc/0r MA Ft Ft - - FADD F=387
|
|
dc/1r MA Ft Ft - - FMUL F=387
|
|
dc/2r MA Ft Ft - - FCOM F=387 UNDOC
|
|
dc/3r MA Ft Ft - - FCOMP F=387 UNDOC
|
|
dc/4r MA Ft Ft - - FSUBR F=387
|
|
dc/5r MA Ft Ft - - FSUB F=387
|
|
dc/6r MA Ft Ft - - FDIVR F=387
|
|
dc/7r MA Ft Ft - - FDIV F=387
|
|
dd/0m M Mq - - - FLD F=387 ENC_SEPSZ
|
|
dd/1m M Mq - - - FISTTP F=387 ENC_SEPSZ
|
|
dd/2m M Mq - - - FST F=387 ENC_SEPSZ
|
|
dd/3m M Mq - - - FSTP F=387 ENC_SEPSZ
|
|
dd/4m M M - - - FRSTOR F=387
|
|
dd/6m M M - - - FSAVE F=387
|
|
dd/7m M Mw - - - FSTSW F=387
|
|
dd/0r M Ft - - - FFREE F=387
|
|
dd/1r AM Ft Ft - - FXCH F=387 UNDOC
|
|
dd/2r M Ft - - - FST F=387
|
|
dd/3r M Ft - - - FSTP F=387
|
|
dd/4r M Ft - - - FUCOM F=387
|
|
dd/5r M Ft - - - FUCOMP F=387
|
|
de/0m M Mw - - - FIADD F=387 ENC_SEPSZ
|
|
de/1m M Mw - - - FIMUL F=387 ENC_SEPSZ
|
|
de/2m M Mw - - - FICOM F=387 ENC_SEPSZ
|
|
de/3m M Mw - - - FICOMP F=387 ENC_SEPSZ
|
|
de/4m M Mw - - - FISUB F=387 ENC_SEPSZ
|
|
de/5m M Mw - - - FISUBR F=387 ENC_SEPSZ
|
|
de/6m M Mw - - - FIDIV F=387 ENC_SEPSZ
|
|
de/7m M Mw - - - FIDIVR F=387 ENC_SEPSZ
|
|
de/0r MA Ft Ft - - FADDP F=387
|
|
de/1r MA Ft Ft - - FMULP F=387
|
|
de/2r AM Ft Ft - - FCOMP F=387 UNDOC
|
|
ded9 NP - - - - FCOMPP F=387
|
|
de/4r MA Ft Ft - - FSUBRP F=387
|
|
de/5r MA Ft Ft - - FSUBP F=387
|
|
de/6r MA Ft Ft - - FDIVRP F=387
|
|
de/7r MA Ft Ft - - FDIVP F=387
|
|
df/0m M Mw - - - FILD F=387 ENC_SEPSZ
|
|
df/1m M Mw - - - FISTTP F=387 ENC_SEPSZ
|
|
df/2m M Mw - - - FIST F=387 ENC_SEPSZ
|
|
df/3m M Mw - - - FISTP F=387 ENC_SEPSZ
|
|
df/4m M Ft - - - FBLD F=387
|
|
df/5m M Mq - - - FILD F=387 ENC_SEPSZ
|
|
df/6m M Ft - - - FBSTP F=387
|
|
df/7m M Mq - - - FISTP F=387 ENC_SEPSZ
|
|
df/0r M Ft - - - FFREEP F=387 UNDOC
|
|
df/1r AM Ft Ft - - FXCH F=387 UNDOC
|
|
df/2r MA Ft Ft - - FSTP F=387 UNDOC
|
|
df/3r MA Ft Ft - - FSTP F=387 UNDOC
|
|
# FSTSW AX
|
|
dfe0 A Rw - - - FSTSW F=387
|
|
df/5r AM Ft Ft - - FUCOMIP F=686 EFL=0--0m0mm
|
|
df/6r AM Ft Ft - - FCOMIP F=686 EFL=0--0m0mm
|
|
#
|
|
# Control Flow Enforcement
|
|
F3.0f01/5m M Mq - - - RSTORSSP F=CET
|
|
F3.0f01e8 NP - - - - SETSSBSY F=CET CPL0
|
|
F3.0f01ea NP - - - - SAVEPREVSSP F=CET
|
|
F3.0f1e/1r M Ry - - - RDSSP F=CET
|
|
F3.0f1efa NP - - - - ENDBR64 F=CET
|
|
F3.0f1efb NP - - - - ENDBR32 F=CET
|
|
66.0f38f5/m MR My Gy - - WRUSS F=CET
|
|
NP.0f38f6/m MR My Gy - - WRSS F=CET
|
|
F3.0fae/6m M My - - - CLRSSBSY F=CET CPL0
|
|
F3.0fae/5r M Ry - - - INCSSP F=CET
|
|
#
|
|
# CLDEMOTE
|
|
NP.0f1c/0m M Mb - - - CLDEMOTE F=CLDEMOTE
|
|
|
|
# VIA PadLock
|
|
F3.0fa6c0 NP - - - - REP_MONTMUL F=PADLOCK ONLYVIA
|
|
F3.0fa6c8 NP - - - - REP_XSHA1 F=PADLOCK ONLYVIA
|
|
F3.0fa6d0 NP - - - - REP_XSHA256 F=PADLOCK ONLYVIA
|
|
NFx.0fa7c0 NP - - - - XSTORE F=PADLOCK ONLYVIA
|
|
F3.0fa7c0 NP - - - - REP_XSTORE F=PADLOCK ONLYVIA
|
|
F3.0fa7c8 NP - - - - REP_XCRYPTECB F=PADLOCK ONLYVIA
|
|
F3.0fa7d0 NP - - - - REP_XCRYPTCBC F=PADLOCK ONLYVIA
|
|
F3.0fa7d8 NP - - - - REP_XCRYPTCTR F=PADLOCK ONLYVIA
|
|
F3.0fa7e0 NP - - - - REP_XCRYPTCFB F=PADLOCK ONLYVIA
|
|
F3.0fa7e8 NP - - - - REP_XCRYPTOFB F=PADLOCK ONLYVIA
|
|
|
|
# VMX
|
|
66.0f3880/m RM Gy Mdq - - INVEPT D64 F=VMX
|
|
66.0f3881/m RM Gy Mdq - - INVVPID D64 F=VMX
|
|
NP.0f01c1 NP - - - - VMCALL F=VMX
|
|
66.0fc7/6m M Mq - - - VMCLEAR F=VMX
|
|
NP.0f01d4 NP - - - - VMFUNC F=VMX
|
|
NP.0f01c2 NP - - - - VMLAUNCH F=VMX
|
|
NP.0f01c3 NP - - - - VMRESUME F=VMX
|
|
NP.0fc7/6m M Mq - - - VMPTRLD F=VMX
|
|
NP.0fc7/7m M Mq - - - VMPTRST F=VMX
|
|
NP.0f78 MR Ey Gy - - VMREAD D64 F=VMX
|
|
NP.0f79 MR Ey Gy - - VMWRITE D64 F=VMX
|
|
NP.0f01c4 NP - - - - VMXOFF F=VMX
|
|
F3.0fc7/6m M Mq - - - VMXON F=VMX
|
|
# SEAM/TDX
|
|
66.0f01cc NP - - - - TDCALL F=SEAM
|
|
66.0f01cd NP - - - - SEAMRET F=SEAM
|
|
66.0f01ce NP - - - - SEAMOPS F=SEAM
|
|
66.0f01cf NP - - - - SEAMCALL F=SEAM
|
|
|
|
# AMD CLZERO
|
|
0f01fc A Rv - - - CLZERO F=CLZERO ONLYAMD
|
|
|
|
# AMD RDPRU
|
|
0f01fd NP - - - - RDPRU F=RDPRU ONLYAMD
|
|
|
|
# AMD SVM
|
|
0f01d8 NP - - - - VMRUN F=SVM ONLYAMD CPL0
|
|
NFx.0f01d9 NP - - - - VMMCALL F=SVM ONLYAMD
|
|
F3.0f01d9 NP - - - - VMGEXIT F=SEVES ONLYAMD
|
|
F2.0f01d9 NP - - - - VMGEXIT F=SEVES ONLYAMD
|
|
0f01da NP - - - - VMLOAD F=SVM ONLYAMD CPL0
|
|
0f01db NP - - - - VMSAVE F=SVM ONLYAMD CPL0
|
|
0f01dc NP - - - - STGI F=SKINIT ONLYAMD CPL0
|
|
0f01dd NP - - - - CLGI F=SKINIT ONLYAMD CPL0
|
|
0f01de NP - - - - SKINIT F=SKINIT ONLYAMD CPL0
|
|
0f01df NP - - - - INVLPGA F=SVM ONLYAMD CPL0
|
|
NP.0f01fa NP - - - - MONITORX F=MONITORX ONLYAMD
|
|
F3.0f01fa NP - - - - MCOMMIT F=MCOMMIT ONLYAMD
|
|
NP.0f01fb NP - - - - MWAITX F=MONITORX ONLYAMD
|
|
NP.0f01fe NP - - - - INVLPGB F=INVLPGB ONLYAMD CPL0
|
|
NP.0f01ff NP - - - - TLBSYNC F=INVLPGB ONLYAMD CPL0
|
|
|
|
# AMD SNP
|
|
F3.0f01fe NP - - - - RMPADJUST O64 F=SNP ONLYAMD CPL0
|
|
F2.0f01fe NP - - - - RMPUPDATE O64 F=SNP ONLYAMD CPL0
|
|
F3.0f01ff NP - - - - PSMASH O64 F=SNP ONLYAMD
|
|
F2.0f01ff NP - - - - PVALIDATE O64 F=SNP ONLYAMD
|
|
|
|
# WAITPKG
|
|
66.0fae/6r M Rd - - - TPAUSE F=WAITPKG EFL=0--0000m
|
|
F3.0fae/6r M Ry - - - UMONITOR F=WAITPKG
|
|
F2.0fae/6r M Rd - - - UMWAIT F=WAITPKG EFL=0--0000m
|
|
|
|
# PRWRITE
|
|
F3.0fae/4 M Ey - - - PTWRITE F=PTWRITE
|
|
|
|
# GFNI
|
|
66.0f38cf RM Vx Wx - - GF2P8MULB F=GFNI
|
|
66.0f3ace RMI Vx Wx Ib - GF2P8AFFINEQB F=GFNI
|
|
66.0f3acf RMI Vx Wx Ib - GF2P8AFFINEINVQB F=GFNI
|
|
|
|
# ENQCMD
|
|
F2.0f38f8/m RM Gy Moq - - ENQCMD F=ENQCMD
|
|
F3.0f38f8/m RM Gy Moq - - ENQCMDS F=ENQCMD
|
|
|
|
# PCONFIG
|
|
NP.0f01c5 NP - - - - PCONFIG F=PCONFIG
|
|
|
|
# WBNOINVD
|
|
F3.0f09 NP - - - - WBNOINVD F=WBNOINVD CPL0
|
|
|
|
NP.0f01ee NP - - - - RDPKRU F=OSPKE
|
|
NP.0f01ef NP - - - - WRPKRU F=OSPKE
|
|
F3.0fae/0r M Ry - - - RDFSBASE O64 F=FSGSBASE
|
|
F3.0fae/1r M Ry - - - RDGSBASE O64 F=FSGSBASE
|
|
F3.0fae/2r M Ry - - - WRFSBASE O64 F=FSGSBASE
|
|
F3.0fae/3r M Ry - - - WRGSBASE O64 F=FSGSBASE
|
|
NP.0fae/4m M M - - - XSAVE+w F=XSAVE
|
|
NP.0fae/5m M M - - - XRSTOR+w F=XSAVE
|
|
NP.0fae/6m M M - - - XSAVEOPT+w F=XSAVEOPT
|
|
66.0fae/6m M Mb - - - CLWB F=CLWB
|
|
NP.0fae/7m M Mb - - - CLFLUSH F=CLFLSH
|
|
66.0fae/7m M Mb - - - CLFLUSHOPT F=CLFLUSHOPT
|
|
NP.0fc7/3m M M - - - XRSTORS+w F=XSS
|
|
NP.0fc7/4m M M - - - XSAVEC+w F=XSAVEC
|
|
NP.0fc7/5m M M - - - XSAVES+w F=XSS
|
|
NFx.0fc7/6r M Rv - - - RDRAND F=RDRAND EFL=0--0000m
|
|
NFx.0fc7/7r M Rv - - - RDSEED F=RDSEED EFL=0--0000m
|
|
F3.0fc7/7r M Ry - - - RDPID D64 F=RDPID
|
|
66.0f3882/m RM Gy Mdq - - INVPCID D64 F=INVPCID CPL0
|
|
NP.0f38c8 RM Vdq Wdq - - SHA1NEXTE F=SHA
|
|
NP.0f38c9 RM Vdq Wdq - - SHA1MSG1 F=SHA
|
|
NP.0f38ca RM Vdq Wdq - - SHA1MSG2 F=SHA
|
|
NP.0f38cb RMA Vdq Wdq Udq - SHA256RNDS2 F=SHA
|
|
NP.0f38cc RM Vdq Wdq - - SHA256MSG1 F=SHA
|
|
NP.0f38cd RM Vdq Wdq - - SHA256MSG2 F=SHA
|
|
NP.0f3acc RMI Vdq Wdq Ib - SHA1RNDS4 F=SHA
|
|
|
|
#NP.0f1a/m RM Z M - - BNDLDX F=MPX
|
|
#66.0f1a RM Z Z - - BNDMOV D64 F=MPX
|
|
#F2.0f1a RM Z Ey - - BNDCU D64 F=MPX
|
|
#F3.0f1a RM Z Ey - - BNDCL D64 F=MPX
|
|
#NP.0f1b/m MR M Z - - BNDSTX F=MPX
|
|
#66.0f1b MR Z Z - - BNDMOV D64 F=MPX
|
|
#F2.0f1b RM Z Ey - - BNDCN D64 F=MPX
|
|
#F3.0f1b/m RM Z M - - BNDMK F=MPX
|
|
|
|
# TSXLDTRK
|
|
F2.0f01e8 NP - - - - XSUSLDTRK F=TSXLDTRK
|
|
F2.0f01e9 NP - - - - XRESLDTRK F=TSXLDTRK
|
|
|
|
# AVX_VNNI
|
|
VEX.NP.W0.0f3850 RVM Vx Hx Wx - VPDPBUUD F=VNNI-INT8
|
|
VEX.66.W0.0f3850 RVM Vx Hx Wx - VPDPBUSD F=VNNI
|
|
VEX.F3.W0.0f3850 RVM Vx Hx Wx - VPDPBSUD F=VNNI-INT8
|
|
VEX.F2.W0.0f3850 RVM Vx Hx Wx - VPDPBSSD F=VNNI-INT8
|
|
VEX.NP.W0.0f3851 RVM Vx Hx Wx - VPDPBUUDS F=VNNI-INT8
|
|
VEX.66.W0.0f3851 RVM Vx Hx Wx - VPDPBUSDS F=VNNI
|
|
VEX.F3.W0.0f3851 RVM Vx Hx Wx - VPDPBSUDS F=VNNI-INT8
|
|
VEX.F2.W0.0f3851 RVM Vx Hx Wx - VPDPBSSDS F=VNNI-INT8
|
|
VEX.66.W0.0f3852 RVM Vx Hx Wx - VPDPWSSD F=VNNI
|
|
VEX.66.W0.0f3853 RVM Vx Hx Wx - VPDPWSSDS F=VNNI
|
|
|
|
# AVX-NE-CONVERT
|
|
VEX.NP.W0.0f38b0/m RM Vx Mx - - VCVTNEOPH2PS F=AVX-NE-CONVERT
|
|
VEX.66.W0.0f38b0/m RM Vx Mx - - VCVTNEEPH2PS F=AVX-NE-CONVERT
|
|
VEX.F3.W0.0f38b0/m RM Vx Mx - - VCVTNEEBF162PS F=AVX-NE-CONVERT
|
|
VEX.F2.W0.0f38b0/m RM Vx Mx - - VCVTNEOBF162PS F=AVX-NE-CONVERT
|
|
VEX.66.W0.0f38b1/m RM Vx Mw - - VBCSTNESH2PS F=AVX-NE-CONVERT
|
|
VEX.F3.W0.0f38b1/m RM Vx Mw - - VBCSTNEBF162PS F=AVX-NE-CONVERT
|
|
# TODO: Vdq is actually half the vector size
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VEX.F3.W0.0f3872 RM Vdq Wps - - VCVTNEPS2BF16 F=AVX-NE-CONVERT
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# AVX-IFMA
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VEX.66.W1.0f38b4 RVM Vx Hx Wx - VPMADD52LUQ F=AVX-IFMA
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VEX.66.W1.0f38b5 RVM Vx Hx Wx - VPMADD52HUQ F=AVX-IFMA
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# HRESET
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#F3.0f3af0c0 IA Ib Rd - - HRESET F=HRESET
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# SERIALIZE
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NP.0f01e8 NP - - - - SERIALIZE F=SERIALIZE
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# UINTR
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F3.0f01ec NP - - - - UIRET O64 F=UINTR
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F3.0f01ed NP - - - - TESTUI O64 F=UINTR
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F3.0f01ee NP - - - - CLUI O64 F=UINTR
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F3.0f01ef NP - - - - STUI O64 F=UINTR
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F3.0fc7/6r M Ry - - - SENDUIPI O64 D64 F=UINTR
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# WRMSRNS
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NP.0f01c6 NP - - - - WRMSRNS F=WRMSRNS
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# MSRLIST
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F2.0f01c6 NP - - - - RDMSRLIST O64 F=MSRLIST
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F3.0f01c6 NP - - - - WRMSRLIST O64 F=MSRLIST
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# RAO-INT
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NP.0f38fc/m MR My Gy - - AADD F=RAO-INT
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66.0f38fc/m MR My Gy - - AAND F=RAO-INT
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F3.0f38fc/m MR My Gy - - AXOR F=RAO-INT
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F2.0f38fc/m MR My Gy - - AOR F=RAO-INT
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# CMPCCXADD
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VEX.66.L0.0f38e0/m MRV My Gy By - CMPOXADD O64 F=CMPCCXADD EFL=m--mmmmm
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VEX.66.L0.0f38e1/m MRV My Gy By - CMPNOXADD O64 F=CMPCCXADD EFL=m--mmmmm
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VEX.66.L0.0f38e2/m MRV My Gy By - CMPBXADD O64 F=CMPCCXADD EFL=m--mmmmm
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VEX.66.L0.0f38e3/m MRV My Gy By - CMPNBXADD O64 F=CMPCCXADD EFL=m--mmmmm
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VEX.66.L0.0f38e4/m MRV My Gy By - CMPZXADD O64 F=CMPCCXADD EFL=m--mmmmm
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VEX.66.L0.0f38e5/m MRV My Gy By - CMPNZXADD O64 F=CMPCCXADD EFL=m--mmmmm
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VEX.66.L0.0f38e6/m MRV My Gy By - CMPBEXADD O64 F=CMPCCXADD EFL=m--mmmmm
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VEX.66.L0.0f38e7/m MRV My Gy By - CMPNBEXADD O64 F=CMPCCXADD EFL=m--mmmmm
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VEX.66.L0.0f38e8/m MRV My Gy By - CMPSXADD O64 F=CMPCCXADD EFL=m--mmmmm
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VEX.66.L0.0f38e9/m MRV My Gy By - CMPNSXADD O64 F=CMPCCXADD EFL=m--mmmmm
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VEX.66.L0.0f38ea/m MRV My Gy By - CMPPXADD O64 F=CMPCCXADD EFL=m--mmmmm
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VEX.66.L0.0f38eb/m MRV My Gy By - CMPNPXADD O64 F=CMPCCXADD EFL=m--mmmmm
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VEX.66.L0.0f38ec/m MRV My Gy By - CMPLXADD O64 F=CMPCCXADD EFL=m--mmmmm
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VEX.66.L0.0f38ed/m MRV My Gy By - CMPNLXADD O64 F=CMPCCXADD EFL=m--mmmmm
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VEX.66.L0.0f38ee/m MRV My Gy By - CMPLEXADD O64 F=CMPCCXADD EFL=m--mmmmm
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VEX.66.L0.0f38ef/m MRV My Gy By - CMPNLEXADD O64 F=CMPCCXADD EFL=m--mmmmm
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# AESKLE/KL (Key Locker)
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F3.0f38d8/0m M M - - - AESENCWIDE128KL F=AESKLE
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F3.0f38d8/1m M M - - - AESDECWIDE128KL F=AESKLE
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F3.0f38d8/2m M M - - - AESENCWIDE256KL F=AESKLE
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F3.0f38d8/3m M M - - - AESDECWIDE256KL F=AESKLE
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F3.0f38dc/m RM Vx M - - AESENC128KL F=AESKLE
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F3.0f38dc/r RM Vx Ux - - LOADIWKEY F=AESKLE
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F3.0f38dd/m RM Vx M - - AESDEC128KL F=AESKLE
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F3.0f38de/m RM Vx M - - AESENC256KL F=AESKLE
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F3.0f38df/m RM Vx M - - AESDEC256KL F=AESKLE
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F3.0f38fa/r RM Gd Rd - - ENCODEKEY128 F=AESKLE
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F3.0f38fb/r RM Gd Rd - - ENCODEKEY256 F=AESKLE
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# FRED
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F2.0f00/6 M Ew - - - LKGS F=FRED
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F3.0f01ca NP - - - - ERETU F=FRED
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F2.0f01ca NP - - - - ERETS F=FRED
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