X64指令手册

mnemonic	op1	op2	op3	tested f	modif f	description, notes
ADC	r/m8	r8		.......c	o..szapc	Add with Carry
ADC	r/m16/32/64	r16/32/64		.......c	o..szapc	Add with Carry
ADC	r8	r/m8		.......c	o..szapc	Add with Carry
ADC	r16/32/64	r/m16/32/64		.......c	o..szapc	Add with Carry
ADC	AL	imm8		.......c	o..szapc	Add with Carry
ADC	rAX	imm16/32		.......c	o..szapc	Add with Carry
ADC	r/m8	imm8		.......c	o..szapc	Add with Carry
ADC	r/m16/32/64	imm16/32		.......c	o..szapc	Add with Carry
ADC	r/m16/32/64	imm8		.......c	o..szapc	Add with Carry
ADD	r/m8	r8			o..szapc	Add
ADD	r/m16/32/64	r16/32/64			o..szapc	Add
ADD	r8	r/m8			o..szapc	Add
ADD	r16/32/64	r/m16/32/64			o..szapc	Add
ADD	AL	imm8			o..szapc	Add
ADD	rAX	imm16/32			o..szapc	Add
ADD	r/m8	imm8			o..szapc	Add
ADD	r/m16/32/64	imm16/32			o..szapc	Add
ADD	r/m16/32/64	imm8			o..szapc	Add
ADDPD	xmm	xmm/m128				Add Packed Double-FP Values
ADDPS	xmm	xmm/m128				Add Packed Single-FP Values
ADDSD	xmm	xmm/m64				Add Scalar Double-FP Values
ADDSS	xmm	xmm/m32				Add Scalar Single-FP Values
ADDSUBPD	xmm	xmm/m128				Packed Double-FP Add/Subtract
ADDSUBPS	xmm	xmm/m128				Packed Single-FP Add/Subtract
AND	r/m8	r8			o..szapc	Logical AND
AND	r/m16/32/64	r16/32/64			o..szapc	Logical AND
AND	r8	r/m8			o..szapc	Logical AND
AND	r16/32/64	r/m16/32/64			o..szapc	Logical AND
AND	AL	imm8			o..szapc	Logical AND
AND	rAX	imm16/32			o..szapc	Logical AND
AND	r/m8	imm8			o..szapc	Logical AND
AND	r/m16/32/64	imm16/32			o..szapc	Logical AND
AND	r/m16/32/64	imm8			o..szapc	Logical AND
ANDNPD	xmm	xmm/m128				Bitwise Logical AND NOT of Packed Double-FP Values
ANDNPS	xmm	xmm/m128				Bitwise Logical AND NOT of Packed Single-FP Values
ANDPD	xmm	xmm/m128				Bitwise Logical AND of Packed Double-FP Values
ANDPS	xmm	xmm/m128				Bitwise Logical AND of Packed Single-FP Values
BLENDPD	xmm	xmm/m128	imm8			Blend Packed Double-FP Values
BLENDPS	xmm	xmm/m128	imm8			Blend Packed Single-FP Values
BSF	r16/32/64	r/m16/32/64			o..szapc	Bit Scan Forward
BSR	r16/32/64	r/m16/32/64			o..szapc	Bit Scan Reverse
BSWAP	r16/32/64					Byte Swap
BT	r/m16/32/64	r16/32/64			o..szapc	Bit Test
BT	r/m16/32/64	imm8			o..szapc	Bit Test
BTC	r/m16/32/64	imm8			o..szapc	Bit Test and Complement
BTC	r/m16/32/64	r16/32/64			o..szapc	Bit Test and Complement
BTR	r/m16/32/64	r16/32/64			o..szapc	Bit Test and Reset
BTR	r/m16/32/64	imm8			o..szapc	Bit Test and Reset
BTS	r/m16/32/64	r16/32/64			o..szapc	Bit Test and Set
BTS	r/m16/32/64	imm8			o..szapc	Bit Test and Set
CALL	rel16/32					Call Procedure
CALL	r/m16/32					Call Procedure
CALL	r/m64					Call Procedure
CALLF	m16:16/32/64					Call Procedure
CBW	AX	AL				Convert
CWDE	EAX	AX
CDQE	RAX	EAX
CLC					.......c	Clear Carry Flag
CLD					.d......	Clear Direction Flag
CLFLUSH	m8					Flush Cache Line
CLI					..i.....	Clear Interrupt Flag
CLTS	CR0					Clear Task-Switched Flag in CR0
CMC				.......c	.......c	Complement Carry Flag
CMOVB	r16/32/64	r/m16/32/64		.......c		Conditional Move - below/not above or equal/carry (CF=1)
CMOVNAE	r16/32/64	r/m16/32/64
CMOVC	r16/32/64	r/m16/32/64
CMOVBE	r16/32/64	r/m16/32/64		....z..c		Conditional Move - below or equal/not above (CF=1 OR ZF=1)
CMOVNA	r16/32/64	r/m16/32/64
CMOVL	r16/32/64	r/m16/32/64		o..s....		Conditional Move - less/not greater (SF!=OF)
CMOVNGE	r16/32/64	r/m16/32/64
CMOVLE	r16/32/64	r/m16/32/64		o..sz...		Conditional Move - less or equal/not greater ((ZF=1) OR (SF!=OF))
CMOVNG	r16/32/64	r/m16/32/64
CMOVNB	r16/32/64	r/m16/32/64		.......c		Conditional Move - not below/above or equal/not carry (CF=0)
CMOVAE	r16/32/64	r/m16/32/64
CMOVNC	r16/32/64	r/m16/32/64
CMOVNBE	r16/32/64	r/m16/32/64		....z..c		Conditional Move - not below or equal/above (CF=0 AND ZF=0)
CMOVA	r16/32/64	r/m16/32/64
CMOVNL	r16/32/64	r/m16/32/64		o..s....		Conditional Move - not less/greater or equal (SF=OF)
CMOVGE	r16/32/64	r/m16/32/64
CMOVNLE	r16/32/64	r/m16/32/64		o..sz...		Conditional Move - not less nor equal/greater ((ZF=0) AND (SF=OF))
CMOVG	r16/32/64	r/m16/32/64
CMOVNO	r16/32/64	r/m16/32/64		o.......		Conditional Move - not overflow (OF=0)
CMOVNP	r16/32/64	r/m16/32/64		......p.		Conditional Move - not parity/parity odd (PF=0)
CMOVPO	r16/32/64	r/m16/32/64
CMOVNS	r16/32/64	r/m16/32/64		...s....		Conditional Move - not sign (SF=0)
CMOVNZ	r16/32/64	r/m16/32/64		....z...		Conditional Move - not zero/not equal (ZF=0)
CMOVNE	r16/32/64	r/m16/32/64
CMOVO	r16/32/64	r/m16/32/64		o.......		Conditional Move - overflow (OF=1)
CMOVP	r16/32/64	r/m16/32/64		......p.		Conditional Move - parity/parity even (PF=1)
CMOVPE	r16/32/64	r/m16/32/64
CMOVS	r16/32/64	r/m16/32/64		...s....		Conditional Move - sign (SF=1)
CMOVZ	r16/32/64	r/m16/32/64		....z...		Conditional Move - zero/equal (ZF=1)
CMOVE	r16/32/64	r/m16/32/64
CMP	r/m8	r8			o..szapc	Compare Two Operands
CMP	r/m16/32/64	r16/32/64			o..szapc	Compare Two Operands
CMP	r8	r/m8			o..szapc	Compare Two Operands
CMP	r16/32/64	r/m16/32/64			o..szapc	Compare Two Operands
CMP	AL	imm8			o..szapc	Compare Two Operands
CMP	rAX	imm16/32			o..szapc	Compare Two Operands
CMP	r/m8	imm8			o..szapc	Compare Two Operands
CMP	r/m16/32/64	imm16/32			o..szapc	Compare Two Operands
CMP	r/m16/32/64	imm8			o..szapc	Compare Two Operands
CMPPD	xmm	xmm/m128	imm8			Compare Packed Double-FP Values
CMPPS	xmm	xmm/m128	imm8			Compare Packed Single-FP Values
CMPS	m8	m8		.d......	o..szapc	Compare String Operands
CMPSB	m8	m8
CMPS	m16/32/64	m16/32/64		.d......	o..szapc	Compare String Operands
CMPSW	m16	m16
CMPSD	m32	m32
CMPSQ	m64	m64
CMPSD	xmm	xmm/m64	imm8			Compare Scalar Double-FP Values
CMPSS	xmm	xmm/m32	imm8			Compare Scalar Single-FP Values
CMPXCHG	r/m8	AL	r8		o..szapc	Compare and Exchange
CMPXCHG	r/m16/32/64	rAX	r16/32/64		o..szapc	Compare and Exchange
CMPXCHG8B	m64	EAX	EDX		....z...	Compare and Exchange Bytes
CMPXCHG8B	m64	EAX	EDX		....z...	Compare and Exchange Bytes
CMPXCHG16B	m128	RAX	RDX
COMISD	xmm	xmm/m64			....z.pc	Compare Scalar Ordered Double-FP Values and Set EFLAGS
COMISS	xmm	xmm/m32			....z.pc	Compare Scalar Ordered Single-FP Values and Set EFLAGS
CPUID	IA32_BIOS_SIG…	EAX	ECX			CPU Identification
CRC32	r32/64	r/m8				Accumulate CRC32 Value
CRC32	r32/64	r/m16/32/64				Accumulate CRC32 Value
CVTDQ2PD	xmm	xmm/m128				Convert Packed DW Integers to Double-FP Values
CVTDQ2PS	xmm	xmm/m128				Convert Packed DW Integers to Single-FP Values
CVTPD2DQ	xmm	xmm/m128				Convert Packed Double-FP Values to DW Integers
CVTPD2PI	mm	xmm/m128				Convert Packed Double-FP Values to DW Integers
CVTPD2PS	xmm	xmm/m128				Convert Packed Double-FP Values to Single-FP Values
CVTPI2PD	xmm	mm/m64				Convert Packed DW Integers to Double-FP Values
CVTPI2PS	xmm	mm/m64				Convert Packed DW Integers to Single-FP Values
CVTPS2DQ	xmm	xmm/m128				Convert Packed Single-FP Values to DW Integers
CVTPS2PD	xmm	xmm/m128				Convert Packed Single-FP Values to Double-FP Values
CVTPS2PI	mm	xmm/m64				Convert Packed Single-FP Values to DW Integers
CVTSD2SI	r32/64	xmm/m64				Convert Scalar Double-FP Value to DW Integer
CVTSD2SS	xmm	xmm/m64				Convert Scalar Double-FP Value to Scalar Single-FP Value
CVTSI2SD	xmm	r/m32/64				Convert DW Integer to Scalar Double-FP Value
CVTSI2SS	xmm	r/m32/64				Convert DW Integer to Scalar Single-FP Value
CVTSS2SD	xmm	xmm/m32				Convert Scalar Single-FP Value to Scalar Double-FP Value
CVTSS2SI	r32/64	xmm/m32				Convert Scalar Single-FP Value to DW Integer
CVTTPD2DQ	xmm	xmm/m128				Convert with Trunc. Packed Double-FP Values to DW Integers
CVTTPD2PI	mm	xmm/m128				Convert with Trunc. Packed Double-FP Values to DW Integers
CVTTPS2DQ	xmm	xmm/m128				Convert with Trunc. Packed Single-FP Values to DW Integers
CVTTPS2PI	mm	xmm/m64				Convert with Trunc. Packed Single-FP Values to DW Integers
CVTTSD2SI	r32/64	xmm/m64				Conv. with Trunc. Scalar Double-FP Value to Signed DW Int
CVTTSS2SI	r32/64	xmm/m32				Convert with Trunc. Scalar Single-FP Value to DW Integer
CWD	DX	AX				Convert
CDQ	EDX	EAX
CQO	RDX	RAX
DEC	r/m8				o..szap.	Decrement by 1
DEC	r/m16/32/64				o..szap.	Decrement by 1
DIV	AL	AH	AX		o..szapc	Unsigned Divide
DIV	rDX	rAX	r/m16/32/64		o..szapc	Unsigned Divide
DIVPD	xmm	xmm/m128				Divide Packed Double-FP Values
DIVPS	xmm	xmm/m128				Divide Packed Single-FP Values
DIVSD	xmm	xmm/m64				Divide Scalar Double-FP Values
DIVSS	xmm	xmm/m32				Divide Scalar Single-FP Values
DPPD	xmm	xmm/m128				Dot Product of Packed Double-FP Values
DPPS	xmm	xmm/m128				Dot Product of Packed Single-FP Values
EMMS						Empty MMX Technology State
ENTER	rBP	imm16	imm8			Make Stack Frame for Procedure Parameters
EXTRACTPS	r/m32	xmm	imm8			Extract Packed Single-FP Value
F2XM1	ST				123	Compute 2x-1
FABS	ST				123	Absolute Value
FADD	ST	m32real			123	Add
FADD	ST	STi
FADD	ST	m64real			123	Add
FADD	STi	ST			123	Add
FADDP	STi	ST			123	Add and Pop
FADDP	ST1	ST			123	Add and Pop
FBLD	ST	m80dec			123	Load Binary Coded Decimal
FBSTP	m80dec	ST			123	Store BCD Integer and Pop
FCHS	ST				123	Change Sign
FCLEX					123	Clear Exceptions
FCMOVB	ST	STi		.......c	123	FP Conditional Move - below (CF=1)
FCMOVBE	ST	STi		....z...	123	FP Conditional Move - below or equal (CF=1 or ZF=1)
FCMOVE	ST	STi		....z...	123	FP Conditional Move - equal (ZF=1)
FCMOVNB	ST	STi		.......c	123	FP Conditional Move - not below (CF=0)
FCMOVNBE	ST	STi		....z...	123	FP Conditional Move - below or equal (CF=0 and ZF=0)
FCMOVNE	ST	STi		....z...	123	FP Conditional Move - not equal (ZF=0)
FCMOVNU	ST	STi		......p.	123	FP Conditional Move - not unordered (PF=0)
FCMOVU	ST	STi		......p.	123	FP Conditional Move - unordered (PF=1)
FCOM	ST	STi/m32real			123	Compare Real
FCOM	ST	ST1			123	Compare Real
FCOM	ST	m64real			123	Compare Real
FCOM2	ST	STi			123	Compare Real
FCOMI	ST	STi			o...z.pc .1..	Compare Floating Point Values and Set EFLAGS
FCOMIP	ST	STi			o...z.pc .1..	Compare Floating Point Values and Set EFLAGS and Pop
FCOMP	ST	STi/m32real			123	Compare Real and Pop
FCOMP	ST	ST1			123	Compare Real and Pop
FCOMP	ST	m64real			123	Compare Real and Pop
FCOMP3	ST	STi			123	Compare Real and Pop
FCOMP5	ST	STi			123	Compare Real and Pop
FCOMPP	ST	ST1			123	Compare Real and Pop Twice
FCOS	ST				123	Cosine
FDECSTP					123	Decrement Stack-Top Pointer
FDIV	ST	m32real			123	Divide
FDIV	ST	STi
FDIV	ST	m64real			123	Divide
FDIV	STi	ST			123	Divide and Pop
FDIVP	STi	ST			123	Divide and Pop
FDIVP	ST1	ST			123	Divide and Pop
FDIVR	ST	m32real			123	Reverse Divide
FDIVR	ST	STi
FDIVR	STi	ST			123	Reverse Divide
FDIVR	ST	m64real			123	Reverse Divide
FDIVRP	STi	ST			123	Reverse Divide and Pop
FDIVRP	ST1	ST			123	Reverse Divide and Pop
FFREE	STi				123	Free Floating-Point Register
FFREEP	STi				123	Free Floating-Point Register and Pop
FIADD	ST	m32int			123	Add
FIADD	ST	m16int			123	Add
FICOM	ST	m32int			123	Compare Integer
FICOM	ST	m16int			123	Compare Integer
FICOMP	ST	m32int			123	Compare Integer and Pop
FICOMP	ST	m16int			123	Compare Integer and Pop
FIDIV	ST	m32int			123	Divide
FIDIV	ST	m16int			123	Divide
FIDIVR	ST	m32int			123	Reverse Divide
FIDIVR	ST	m16int			123	Reverse Divide
FILD	ST	m32int			123	Load Integer
FILD	ST	m16int			123	Load Integer
FILD	ST	m64int			123	Load Integer
FIMUL	ST	m32int			123	Multiply
FIMUL	ST	m16int			123	Multiply
FINCSTP					123	Increment Stack-Top Pointer
FINIT					123	Initialize Floating-Point Unit
FIST	m32int	ST			123	Store Integer
FIST	m16int	ST			123	Store Integer
FISTP	m32int	ST			123	Store Integer and Pop
FISTP	m16int	ST			123	Store Integer and Pop
FISTP	m64int	ST			123	Store Integer and Pop
FISTTP	m32int	ST			123	Store Integer with Truncation and Pop
FISTTP	m64int	ST			123	Store Integer with Truncation and Pop
FISTTP	m16int	ST			123	Store Integer with Truncation and Pop
FISUB	ST	m32int			123	Subtract
FISUB	ST	m16int			123	Subtract
FISUBR	ST	m32int			123	Reverse Subtract
FISUBR	ST	m16int			123	Reverse Subtract
FLD	ST	STi/m32real			123	Load Floating Point Value
FLD	ST	m80real			123	Load Floating Point Value
FLD	ST	m64real			123	Load Floating Point Value
FLD1	ST				123	Load Constant +1.0
FLDCW	m16				123	Load x87 FPU Control Word
FLDENV	m14/28				123	Load x87 FPU Environment
FLDL2E	ST				123	Load Constant log2e
FLDL2T	ST				123	Load Constant log210
FLDLG2	ST				123	Load Constant log102
FLDLN2	ST				123	Load Constant loge2
FLDPI	ST				123	Load Constant π
FLDZ	ST				123	Load Constant +0.0
FMUL	ST	m32real			123	Multiply
FMUL	ST	STi
FMUL	ST	m64real			123	Multiply
FMUL	STi	ST			123	Multiply
FMULP	STi	ST			123	Multiply and Pop
FMULP	ST1	ST			123	Multiply and Pop
FNCLEX					123	Clear Exceptions
FNDISI nop						Treated as Integer NOP
FNENI nop						Treated as Integer NOP
FNINIT					123	Initialize Floating-Point Unit
FNOP					123	No Operation
FNSAVE	m94/108	ST	ST1		123	Store x87 FPU State
FNSETPM nop						Treated as Integer NOP
FNSTCW	m16				123	Store x87 FPU Control Word
FNSTENV	m14/28				123	Store x87 FPU Environment
FNSTSW	m16				123	Store x87 FPU Status Word
FNSTSW	AX				123	Store x87 FPU Status Word
FPATAN	ST1	ST			123	Partial Arctangent and Pop
FPREM	ST	ST1			123	Partial Remainder (for compatibility with i8087 and i287)
FPREM1	ST	ST1			123	IEEE Partial Remainder
FPTAN	ST				123	Partial Tangent
FRNDINT	ST				123	Round to Integer
FRSTOR	ST	ST1	ST2		123	Restore x87 FPU State
FS	FS					FS segment override prefix
FSAVE	m94/108	ST	ST1		123	Store x87 FPU State
FSCALE	ST	ST1			123	Scale
FSIN	ST				123	Sine
FSINCOS	ST				123	Sine and Cosine
FSQRT	ST				123	Square Root
FST	m32real	ST			123	Store Floating Point Value
FST	m64real	ST			123	Store Floating Point Value
FST	ST	STi			123	Store Floating Point Value
FSTCW	m16				123	Store x87 FPU Control Word
FSTENV	m14/28				123	Store x87 FPU Environment
FSTP	m32real	ST			123	Store Floating Point Value and Pop
FSTP	m80real	ST			123	Store Floating Point Value and Pop
FSTP	m64real	ST			123	Store Floating Point Value and Pop
FSTP	ST	STi			123	Store Floating Point Value and Pop
FSTP1	STi	ST			123	Store Floating Point Value and Pop
FSTP8	STi	ST			123	Store Floating Point Value and Pop
FSTP9	STi	ST			123	Store Floating Point Value and Pop
FSTSW	m16				123	Store x87 FPU Status Word
FSTSW	AX				123	Store x87 FPU Status Word
FSUB	ST	m32real			123	Subtract
FSUB	ST	STi
FSUB	ST	m64real			123	Subtract
FSUB	STi	ST			123	Subtract
FSUBP	STi	ST			123	Subtract and Pop
FSUBP	ST1	ST			123	Subtract and Pop
FSUBR	ST	m32real			123	Reverse Subtract
FSUBR	ST	STi
FSUBR	STi	ST			123	Reverse Subtract
FSUBR	ST	m64real			123	Reverse Subtract
FSUBRP	STi	ST			123	Reverse Subtract and Pop
FSUBRP	ST1	ST			123	Reverse Subtract and Pop
FTST	ST				123	Test
FUCOM	ST	STi			123	Unordered Compare Floating Point Values
FUCOM	ST	ST1			123	Unordered Compare Floating Point Values
FUCOMI	ST	STi			o...z.pc .1..	Unordered Compare Floating Point Values and Set EFLAGS
FUCOMIP	ST	STi			o...z.pc .1..	Unordered Compare Floating Point Values and Set EFLAGS and Pop
FUCOMP	ST	STi			123	Unordered Compare Floating Point Values and Pop
FUCOMP	ST	ST1			123	Unordered Compare Floating Point Values and Pop
FUCOMPP	ST	ST1			123	Unordered Compare Floating Point Values and Pop Twice
FWAIT					123	Check pending unmasked floating-point exceptions
WAIT
FXAM	ST				123	Examine
FXCH	ST	STi			123	Exchange Register Contents
FXCH	ST	ST1			123	Exchange Register Contents
FXCH4	ST	STi			123	Exchange Register Contents
FXCH7	ST	STi			123	Exchange Register Contents
FXRSTOR	ST	ST1	ST2			Restore x87 FPU, MMX, XMM, and MXCSR State
FXRSTOR	ST	ST1	ST2			Restore x87 FPU, MMX, XMM, and MXCSR State
FXSAVE	m512	ST	ST1			Save x87 FPU, MMX, XMM, and MXCSR State
FXSAVE	m512	ST	ST1			Save x87 FPU, MMX, XMM, and MXCSR State
FXTRACT	ST				123	Extract Exponent and Significand
FYL2X	ST1	ST			123	Compute y × log2x and Pop
FYL2XP1	ST1	ST			123	Compute y × log2(x+1) and Pop
GETSEC	EAX					GETSEC Leaf Functions
GS	GS					GS segment override prefix
HADDPD	xmm	xmm/m128				Packed Double-FP Horizontal Add
HADDPS	xmm	xmm/m128				Packed Single-FP Horizontal Add
HINT_NOP	r/m16/32					Hintable NOP
HINT_NOP	r/m16/32					Hintable NOP
HINT_NOP	r/m16/32					Hintable NOP
HINT_NOP	r/m16/32					Hintable NOP
HINT_NOP	r/m16/32					Hintable NOP
HINT_NOP	r/m16/32					Hintable NOP
HINT_NOP	r/m16/32					Hintable NOP
HINT_NOP	r/m16/32					Hintable NOP
HINT_NOP	r/m16/32					Hintable NOP
HINT_NOP	r/m16/32					Hintable NOP
HINT_NOP	r/m16/32					Hintable NOP
HINT_NOP	r/m16/32					Hintable NOP
HINT_NOP	r/m16/32					Hintable NOP
HINT_NOP	r/m16/32					Hintable NOP
HINT_NOP	r/m16/32					Hintable NOP
HINT_NOP	r/m16/32					Hintable NOP
HINT_NOP	r/m16/32					Hintable NOP
HLT						Halt
HSUBPD	xmm	xmm/m128				Packed Double-FP Horizontal Subtract
HSUBPS	xmm	xmm/m128				Packed Single-FP Horizontal Subtract
IDIV	AL	AH	AX		o..szapc	Signed Divide
IDIV	rDX	rAX	r/m16/32/64		o..szapc	Signed Divide
IMUL	r16/32/64	r/m16/32/64	imm16/32		o..szapc	Signed Multiply
IMUL	r16/32/64	r/m16/32/64	imm8		o..szapc	Signed Multiply
IMUL	AX	AL	r/m8		o..szapc	Signed Multiply
IMUL	rDX	rAX	r/m16/32/64		o..szapc	Signed Multiply
IMUL	r16/32/64	r/m16/32/64			o..szapc	Signed Multiply
IN	AL	imm8				Input from Port
IN	eAX	imm8				Input from Port
IN	AL	DX				Input from Port
IN	eAX	DX				Input from Port
INC	r/m8				o..szap.	Increment by 1
INC	r/m16/32/64				o..szap.	Increment by 1
INS	m8	DX		.d......		Input from Port to String
INSB	m8	DX
INS	m16	DX		.d......		Input from Port to String
INSW	m16	DX
INS	m16/32	DX		.d......		Input from Port to String
INSD	m32	DX
INSERTPS	xmm	m32	imm8			Insert Packed Single-FP Value
INSERTPS	xmm	xmm	imm8
INT	3	eFlags			..i.....	Call to Interrupt Procedure
INT	imm8	eFlags			..i.....	Call to Interrupt Procedure
INT1	eFlags				..i.....	Call to Interrupt Procedure
ICEBP	eFlags
INTO	eFlags			o.......	..i.....	Call to Interrupt Procedure
INVD						Invalidate Internal Caches
INVEPT	r64	m128			o..szapc	Invalidate Translations Derived from EPT
INVLPG	m					Invalidate TLB Entry
INVVPID	r64	m128			o..szapc	Invalidate Translations Based on VPID
IRET	Flags					Interrupt Return
IRETD	EFlags
IRETQ	RFlags
JB	rel8			.......c		Jump short if below/not above or equal/carry (CF=1)
JNAE	rel8
JC	rel8
JB	rel16/32			.......c		Jump near if below/not above or equal/carry (CF=1)
JNAE	rel16/32
JC	rel16/32
JBE	rel8			....z..c		Jump short if below or equal/not above (CF=1 OR ZF=1)
JNA	rel8
JBE	rel16/32			....z..c		Jump near if below or equal/not above (CF=1 OR ZF=1)
JNA	rel16/32
JECXZ	rel8	ECX				Jump short if rCX register is 0
JRCXZ	rel8	RCX
JL	rel8			o..s....		Jump short if less/not greater (SF!=OF)
JNGE	rel8
JL	rel16/32			o..s....		Jump near if less/not greater (SF!=OF)
JNGE	rel16/32
JLE	rel8			o..sz...		Jump short if less or equal/not greater ((ZF=1) OR (SF!=OF))
JNG	rel8
JLE	rel16/32			o..sz...		Jump near if less or equal/not greater ((ZF=1) OR (SF!=OF))
JNG	rel16/32
JMP	rel16/32					Jump
JMP	rel8					Jump
JMP	r/m16/32					Jump
JMP	r/m64					Jump
JMPF	m16:16/32/64					Jump
JNB	rel8			.......c		Jump short if not below/above or equal/not carry (CF=0)
JAE	rel8
JNC	rel8
JNB	rel16/32			.......c		Jump near if not below/above or equal/not carry (CF=0)
JAE	rel16/32
JNC	rel16/32
JNBE	rel8			....z..c		Jump short if not below or equal/above (CF=0 AND ZF=0)
JA	rel8
JNBE	rel16/32			....z..c		Jump near if not below or equal/above (CF=0 AND ZF=0)
JA	rel16/32
JNL	rel8			o..s....		Jump short if not less/greater or equal (SF=OF)
JGE	rel8
JNL	rel16/32			o..s....		Jump near if not less/greater or equal (SF=OF)
JGE	rel16/32
JNLE	rel8			o..sz...		Jump short if not less nor equal/greater ((ZF=0) AND (SF=OF))
JG	rel8
JNLE	rel16/32			o..sz...		Jump near if not less nor equal/greater ((ZF=0) AND (SF=OF))
JG	rel16/32
JNO	rel8			o.......		Jump short if not overflow (OF=0)
JNO	rel16/32			o.......		Jump near if not overflow (OF=0)
JNP	rel8			......p.		Jump short if not parity/parity odd (PF=0)
JPO	rel8
JNP	rel16/32			......p.		Jump near if not parity/parity odd (PF=0)
JPO	rel16/32
JNS	rel8			...s....		Jump short if not sign (SF=0)
JNS	rel16/32			...s....		Jump near if not sign (SF=0)
JNZ	rel8			....z...		Jump short if not zero/not equal (ZF=0)
JNE	rel8
JNZ	rel16/32			....z...		Jump near if not zero/not equal (ZF=0)
JNE	rel16/32
JO	rel8			o.......		Jump short if overflow (OF=1)
JO	rel16/32			o.......		Jump near if overflow (OF=1)
JP	rel8			......p.		Jump short if parity/parity even (PF=1)
JPE	rel8
JP	rel16/32			......p.		Jump near if parity/parity even (PF=1)
JPE	rel16/32
JS	rel8			...s....		Jump short if sign (SF=1)
JS	rel16/32			...s....		Jump near if sign (SF=1)
JZ	rel8			....z...		Jump short if zero/equal (ZF=1)
JE	rel8
JZ	rel16/32			....z...		Jump near if zero/equal (ZF=1)
JE	rel16/32
LAHF	AH			...szapc		Load Status Flags into AH Register
LAR	r16/32/64	m16			....z...	Load Access Rights Byte
LAR	r16/32/64	r16/32
LDDQU	xmm	m128				Load Unaligned Integer 128 Bits
LDMXCSR	m32					Load MXCSR Register
LEA	r16/32/64	m				Load Effective Address
LEAVE	rBP					High Level Procedure Exit
LFENCE						Load Fence
LFS	FS	r16/32/64	m16:16/32/64			Load Far Pointer
LGDT	GDTR	m				Load Global Descriptor Table Register
LGS	GS	r16/32/64	m16:16/32/64			Load Far Pointer
LIDT	IDTR	m				Load Interrupt Descriptor Table Register
LLDT	LDTR	r/m16				Load Local Descriptor Table Register
LMSW	MSW	r/m16				Load Machine Status Word
LOCK						Assert LOCK# Signal Prefix
LODS	AL	m8		.d......		Load String
LODSB	AL	m8
LODS	rAX	m16/32/64		.d......		Load String
LODSW	AX	m16
LODSD	EAX	m32
LODSQ	RAX	m64
LOOP	rCX	rel8				Decrement count; Jump short if count!=0
LOOPNZ	rCX	rel8		....z...		Decrement count; Jump short if count!=0 and ZF=0
LOOPNE	rCX	rel8
LOOPZ	rCX	rel8		....z...		Decrement count; Jump short if count!=0 and ZF=1
LOOPE	rCX	rel8
LSL	r16/32/64	m16			....z...	Load Segment Limit
LSL	r16/32/64	r16/32
LSS	SS	r16/32/64	m16:16/32/64			Load Far Pointer
LTR	TR	r/m16				Load Task Register
MASKMOVDQU	m128	xmm	xmm			Store Selected Bytes of Double Quadword
MASKMOVQ	m64	mm	mm			Store Selected Bytes of Quadword
MAXPD	xmm	xmm/m128				Return Maximum Packed Double-FP Values
MAXPS	xmm	xmm/m128				Return Maximum Packed Single-FP Values
MAXSD	xmm	xmm/m64				Return Maximum Scalar Double-FP Value
MAXSS	xmm	xmm/m32				Return Maximum Scalar Single-FP Value
MFENCE						Memory Fence
MINPD	xmm	xmm/m128				Return Minimum Packed Double-FP Values
MINPS	xmm	xmm/m128				Return Minimum Packed Single-FP Values
MINSD	xmm	xmm/m64				Return Minimum Scalar Double-FP Value
MINSS	xmm	xmm/m32				Return Minimum Scalar Single-FP Value
MONITOR	m8	ECX	EDX			Set Up Monitor Address
MOV	r/m8	r8				Move
MOV	r/m16/32/64	r16/32/64				Move
MOV	r8	r/m8				Move
MOV	r16/32/64	r/m16/32/64				Move
MOV	m16	Sreg				Move
MOV	r16/32/64	Sreg
MOV	Sreg	r/m16				Move
MOV	AL	moffs8				Move
MOV	rAX	moffs16/32/64				Move
MOV	moffs8	AL				Move
MOV	moffs16/32/64	rAX				Move
MOV	r8	imm8				Move
MOV	r16/32/64	imm16/32/64				Move
MOV	r/m8	imm8				Move
MOV	r/m16/32/64	imm16/32				Move
MOV	r64	CRn			o..szapc	Move to/from Control Registers
MOV	r64	CRn			o..szapc	Move to/from Control Registers
MOV	r64	DRn			o..szapc	Move to/from Debug Registers
MOV	r64	DRn			o..szapc	Move to/from Debug Registers
MOV	CRn	r64			o..szapc	Move to/from Control Registers
MOV	CRn	r64			o..szapc	Move to/from Control Registers
MOV	DRn	r64			o..szapc	Move to/from Debug Registers
MOV	DRn	r64			o..szapc	Move to/from Debug Registers
MOVAPD	xmm	xmm/m128				Move Aligned Packed Double-FP Values
MOVAPD	xmm/m128	xmm				Move Aligned Packed Double-FP Values
MOVAPS	xmm	xmm/m128				Move Aligned Packed Single-FP Values
MOVAPS	xmm/m128	xmm				Move Aligned Packed Single-FP Values
MOVBE	r16/32/64	m16/32/64				Move Data After Swapping Bytes
MOVBE	m16/32/64	r16/32/64				Move Data After Swapping Bytes
MOVD	mm	r/m32				Move Doubleword/Quadword
MOVQ	mm	r/m64
MOVD	xmm	r/m32				Move Doubleword/Quadword
MOVQ	xmm	r/m64
MOVD	r/m32	mm				Move Doubleword/Quadword
MOVQ	r/m64	mm
MOVD	r/m32	xmm				Move Doubleword/Quadword
MOVQ	r/m64	xmm
MOVDDUP	xmm	xmm/m64				Move One Double-FP and Duplicate
MOVDQ2Q	mm	xmm				Move Quadword from XMM to MMX Technology Register
MOVDQA	xmm	xmm/m128				Move Aligned Double Quadword
MOVDQA	xmm/m128	xmm				Move Aligned Double Quadword
MOVDQU	xmm	xmm/m128				Move Unaligned Double Quadword
MOVDQU	xmm/m128	xmm				Move Unaligned Double Quadword
MOVHLPS	xmm	xmm				Move Packed Single-FP Values High to Low
MOVHPD	xmm	m64				Move High Packed Double-FP Value
MOVHPD	m64	xmm				Move High Packed Double-FP Value
MOVHPS	xmm	m64				Move High Packed Single-FP Values
MOVHPS	m64	xmm				Move High Packed Single-FP Values
MOVLHPS	xmm	xmm				Move Packed Single-FP Values Low to High
MOVLPD	xmm	m64				Move Low Packed Double-FP Value
MOVLPD	m64	xmm				Move Low Packed Double-FP Value
MOVLPS	xmm	m64				Move Low Packed Single-FP Values
MOVLPS	m64	xmm				Move Low Packed Single-FP Values
MOVMSKPD	r32/64	xmm				Extract Packed Double-FP Sign Mask
MOVMSKPS	r32/64	xmm				Extract Packed Single-FP Sign Mask
MOVNTDQ	m128	xmm				Store Double Quadword Using Non-Temporal Hint
MOVNTI	m32/64	r32/64				Store Doubleword Using Non-Temporal Hint
MOVNTPD	m128	xmm				Store Packed Double-FP Values Using Non-Temporal Hint
MOVNTPS	m128	xmm				Store Packed Single-FP Values Using Non-Temporal Hint
MOVNTQ	m64	mm				Store of Quadword Using Non-Temporal Hint
MOVQ	mm	mm/m64				Move Quadword
MOVQ	xmm	xmm/m64				Move Quadword
MOVQ	mm/m64	mm				Move Quadword
MOVQ	xmm/m64	xmm				Move Quadword
MOVQ2DQ	xmm	mm				Move Quadword from MMX Technology to XMM Register
MOVS	m8	m8		.d......		Move Data from String to String
MOVSB	m8	m8
MOVS	m16/32/64	m16/32/64		.d......		Move Data from String to String
MOVSW	m16	m16
MOVSD	m32	m32
MOVSQ	m64	m64
MOVSD	xmm	xmm/m64				Move Scalar Double-FP Value
MOVSD	xmm/m64	xmm				Move Scalar Double-FP Value
MOVSHDUP	xmm	xmm/m64				Move Packed Single-FP High and Duplicate
MOVSLDUP	xmm	xmm/m64				Move Packed Single-FP Low and Duplicate
MOVSS	xmm	xmm/m32				Move Scalar Single-FP Values
MOVSS	xmm/m32	xmm				Move Scalar Single-FP Values
MOVSX	r16/32/64	r/m8				Move with Sign-Extension
MOVSX	r16/32/64	r/m16				Move with Sign-Extension
MOVSXD	r32/64	r/m32				Move with Sign-Extension
MOVUPD	xmm	xmm/m128				Move Unaligned Packed Double-FP Value
MOVUPD	xmm/m128	xmm				Move Unaligned Packed Double-FP Values
MOVUPS	xmm	xmm/m128				Move Unaligned Packed Single-FP Values
MOVUPS	xmm/m128	xmm				Move Unaligned Packed Single-FP Values
MOVZX	r16/32/64	r/m8				Move with Zero-Extend
MOVZX	r16/32/64	r/m16				Move with Zero-Extend
MPSADBW	xmm	xmm/m128	imm8			Compute Multiple Packed Sums of Absolute Difference
MUL	AX	AL	r/m8		o..szapc	Unsigned Multiply
MUL	rDX	rAX	r/m16/32/64		o..szapc	Unsigned Multiply
MULPD	xmm	xmm/m128				Multiply Packed Double-FP Values
MULPS	xmm	xmm/m128				Multiply Packed Single-FP Values
MULSD	xmm	xmm/m64				Multiply Scalar Double-FP Values
MULSS	xmm	xmm/m32				Multiply Scalar Single-FP Value
MWAIT	EAX	ECX				Monitor Wait
NEG	r/m8				o..szapc	Two's Complement Negation
NEG	r/m16/32/64				o..szapc	Two's Complement Negation
NOP						No Operation
NOP	r/m16/32					No Operation
NOP	r/m16/32					No Operation
NOT	r/m8					One's Complement Negation
NOT	r/m16/32/64					One's Complement Negation
OR	r/m8	r8			o..szapc	Logical Inclusive OR
OR	r/m16/32/64	r16/32/64			o..szapc	Logical Inclusive OR
OR	r8	r/m8			o..szapc	Logical Inclusive OR
OR	r16/32/64	r/m16/32/64			o..szapc	Logical Inclusive OR
OR	AL	imm8			o..szapc	Logical Inclusive OR
OR	rAX	imm16/32			o..szapc	Logical Inclusive OR
OR	r/m8	imm8			o..szapc	Logical Inclusive OR
OR	r/m16/32/64	imm16/32			o..szapc	Logical Inclusive OR
OR	r/m16/32/64	imm8			o..szapc	Logical Inclusive OR
ORPD	xmm	xmm/m128				Bitwise Logical OR of Double-FP Values
ORPS	xmm	xmm/m128				Bitwise Logical OR of Single-FP Values
OUT	imm8	AL				Output to Port
OUT	imm8	eAX				Output to Port
OUT	DX	AL				Output to Port
OUT	DX	eAX				Output to Port
OUTS	DX	m8		.d......		Output String to Port
OUTSB	DX	m8
OUTS	DX	m16		.d......		Output String to Port
OUTSW	DX	m16
OUTS	DX	m16/32		.d......		Output String to Port
OUTSD	DX	m32
PACKSSDW	mm	mm/m64				Pack with Signed Saturation
PACKSSDW	xmm	xmm/m128				Pack with Signed Saturation
PACKSSWB	mm	mm/m64				Pack with Signed Saturation
PACKSSWB	xmm	xmm/m128				Pack with Signed Saturation
PACKUSWB	mm	mm/m64				Pack with Unsigned Saturation
PACKUSWB	xmm	xmm/m128				Pack with Unsigned Saturation
PADDB	mm	mm/m64				Add Packed Integers
PADDB	xmm	xmm/m128				Add Packed Integers
PADDD	mm	mm/m64				Add Packed Integers
PADDD	xmm	xmm/m128				Add Packed Integers
PADDQ	mm	mm/m64				Add Packed Quadword Integers
PADDQ	xmm	xmm/m128				Add Packed Quadword Integers
PADDSB	mm	mm/m64				Add Packed Signed Integers with Signed Saturation
PADDSB	xmm	xmm/m128				Add Packed Signed Integers with Signed Saturation
PADDSW	mm	mm/m64				Add Packed Signed Integers with Signed Saturation
PADDSW	xmm	xmm/m128				Add Packed Signed Integers with Signed Saturation
PADDUSB	mm	mm/m64				Add Packed Unsigned Integers with Unsigned Saturation
PADDUSB	xmm	xmm/m128				Add Packed Unsigned Integers with Unsigned Saturation
PADDUSW	mm	mm/m64				Add Packed Unsigned Integers with Unsigned Saturation
PADDUSW	xmm	xmm/m128				Add Packed Unsigned Integers with Unsigned Saturation
PADDW	mm	mm/m64				Add Packed Integers
PADDW	xmm	xmm/m128				Add Packed Integers
PALIGNR	mm	mm/m64				Packed Align Right
PALIGNR	xmm	xmm/m128				Packed Align Right
PAND	mm	mm/m64				Logical AND
PAND	xmm	xmm/m128				Logical AND
PANDN	mm	mm/m64				Logical AND NOT
PANDN	xmm	xmm/m128				Logical AND NOT
PAUSE						Spin Loop Hint
PAVGB	mm	mm/m64				Average Packed Integers
PAVGB	xmm	xmm/m128				Average Packed Integers
PAVGW	mm	mm/m64				Average Packed Integers
PAVGW	xmm	xmm/m128				Average Packed Integers
PBLENDW	xmm	xmm/m128	imm8			Blend Packed Words
PCMPEQB	mm	mm/m64				Compare Packed Data for Equal
PCMPEQB	xmm	xmm/m128				Compare Packed Data for Equal
PCMPEQD	mm	mm/m64				Compare Packed Data for Equal
PCMPEQD	xmm	xmm/m128				Compare Packed Data for Equal
PCMPEQW	mm	mm/m64				Compare Packed Data for Equal
PCMPEQW	xmm	xmm/m128				Compare Packed Data for Equal
PCMPESTRI	rCX	xmm	xmm/m128		o..szapc	Packed Compare Explicit Length Strings, Return Index
PCMPESTRM	XMM0	xmm	xmm/m128		o..szapc	Packed Compare Explicit Length Strings, Return Mask
PCMPGTB	mm	mm/m64				Compare Packed Signed Integers for Greater Than
PCMPGTB	xmm	xmm/m128				Compare Packed Signed Integers for Greater Than
PCMPGTD	mm	mm/m64				Compare Packed Signed Integers for Greater Than
PCMPGTD	xmm	xmm/m128				Compare Packed Signed Integers for Greater Than
PCMPGTW	mm	mm/m64				Compare Packed Signed Integers for Greater Than
PCMPGTW	xmm	xmm/m128				Compare Packed Signed Integers for Greater Than
PCMPISTRI	rCX	xmm	xmm/m128		o..szapc	Packed Compare Implicit Length Strings, Return Index
PCMPISTRM	XMM0	xmm	xmm/m128		o..szapc	Packed Compare Implicit Length Strings, Return Mask
PEXTRB	m8	xmm	imm8			Extract Byte
PEXTRB	r32/64	xmm	imm8
PEXTRD	r/m32	xmm	imm8			Extract Dword/Qword
PEXTRQ	r/m64	xmm	imm8
PEXTRW	m16	xmm	imm8			Extract Word
PEXTRW	r32/64	xmm	imm8
PEXTRW	r32/64	mm	imm8			Extract Word
PEXTRW	r32/64	xmm	imm8			Extract Word
PINSRB	xmm	m8	imm8			Insert Byte
PINSRB	xmm	r32/64	imm8
PINSRD	xmm	r/m32	imm8			Insert Dword/Qword
PINSRQ	xmm	r/m64	imm8
PINSRW	mm	r32/64	imm8			Insert Word
PINSRW	mm	m16	imm8
PINSRW	xmm	r32/64	imm8			Insert Word
PINSRW	xmm	m16	imm8
PMADDWD	mm	mm/m64				Multiply and Add Packed Integers
PMADDWD	xmm	xmm/m128				Multiply and Add Packed Integers
PMAXSW	mm	mm/m64				Maximum of Packed Signed Word Integers
PMAXSW	xmm	xmm/m128				Maximum of Packed Signed Word Integers
PMAXUB	mm	mm/m64				Maximum of Packed Unsigned Byte Integers
PMAXUB	xmm	xmm/m128				Maximum of Packed Unsigned Byte Integers
PMINSW	mm	mm/m64				Minimum of Packed Signed Word Integers
PMINSW	xmm	xmm/m128				Minimum of Packed Signed Word Integers
PMINUB	mm	mm/m64				Minimum of Packed Unsigned Byte Integers
PMINUB	xmm	xmm/m128				Minimum of Packed Unsigned Byte Integers
PMOVMSKB	r32/64	mm				Move Byte Mask
PMOVMSKB	r32/64	xmm				Move Byte Mask
PMULHUW	mm	mm/m64				Multiply Packed Unsigned Integers and Store High Result
PMULHUW	xmm	xmm/m128				Multiply Packed Unsigned Integers and Store High Result
PMULHW	mm	mm/m64				Multiply Packed Signed Integers and Store High Result
PMULHW	xmm	xmm/m128				Multiply Packed Signed Integers and Store High Result
PMULLW	mm	mm/m64				Multiply Packed Signed Integers and Store Low Result
PMULLW	xmm	xmm/m128				Multiply Packed Signed Integers and Store Low Result
PMULUDQ	mm	mm/m64				Multiply Packed Unsigned DW Integers
PMULUDQ	xmm	xmm/m128				Multiply Packed Unsigned DW Integers
POP	r64/16					Pop a Value from the Stack
POP	r/m16/32					Pop a Value from the Stack
POP	r/m64/16					Pop a Value from the Stack
POP	FS					Pop a Value from the Stack
POP	GS					Pop a Value from the Stack
POPCNT	r16/32/64	r/m16/32/64			o..szapc	Bit Population Count
POPF	Flags					Pop Stack into rFLAGS Register
POPFQ	RFlags
POR	mm	mm/m64				Bitwise Logical OR
POR	xmm	xmm/m128				Bitwise Logical OR
PREFETCHNTA	m8					Prefetch Data Into Caches
PREFETCHT0	m8					Prefetch Data Into Caches
PREFETCHT1	m8					Prefetch Data Into Caches
PREFETCHT2	m8					Prefetch Data Into Caches
PSADBW	mm	mm/m64				Compute Sum of Absolute Differences
PSADBW	xmm	xmm/m128				Compute Sum of Absolute Differences
PSHUFD	xmm	xmm/m128	imm8			Shuffle Packed Doublewords
PSHUFHW	xmm	xmm/m128	imm8			Shuffle Packed High Words
PSHUFLW	xmm	xmm/m128	imm8			Shuffle Packed Low Words
PSHUFW	mm	mm/m64	imm8			Shuffle Packed Words
PSLLD	mm	imm8				Shift Packed Data Left Logical
PSLLD	xmm	imm8				Shift Packed Data Left Logical
PSLLD	mm	mm/m64				Shift Packed Data Left Logical
PSLLD	xmm	xmm/m128				Shift Packed Data Left Logical
PSLLDQ	xmm	imm8				Shift Double Quadword Left Logical
PSLLQ	mm	imm8				Shift Packed Data Left Logical
PSLLQ	xmm	imm8				Shift Packed Data Left Logical
PSLLQ	mm	mm/m64				Shift Packed Data Left Logical
PSLLQ	xmm	xmm/m128				Shift Packed Data Left Logical
PSLLW	mm	imm8				Shift Packed Data Left Logical
PSLLW	xmm	imm8				Shift Packed Data Left Logical
PSLLW	mm	mm/m64				Shift Packed Data Left Logical
PSLLW	xmm	xmm/m128				Shift Packed Data Left Logical
PSRAD	mm	imm8				Shift Packed Data Right Arithmetic
PSRAD	xmm	imm8				Shift Packed Data Right Arithmetic
PSRAD	mm	mm/m64				Shift Packed Data Right Arithmetic
PSRAD	xmm	xmm/m128				Shift Packed Data Right Arithmetic
PSRAW	mm	imm8				Shift Packed Data Right Arithmetic
PSRAW	xmm	imm8				Shift Packed Data Right Arithmetic
PSRAW	mm	mm/m64				Shift Packed Data Right Arithmetic
PSRAW	xmm	xmm/m128				Shift Packed Data Right Arithmetic
PSRLD	mm	imm8				Shift Double Quadword Right Logical
PSRLD	xmm	imm8				Shift Double Quadword Right Logical
PSRLD	mm	mm/m64				Shift Packed Data Right Logical
PSRLD	xmm	xmm/m128				Shift Packed Data Right Logical
PSRLDQ	xmm	imm8				Shift Double Quadword Right Logical
PSRLQ	mm	imm8				Shift Packed Data Right Logical
PSRLQ	xmm	imm8				Shift Packed Data Right Logical
PSRLQ	mm	mm/m64				Shift Packed Data Right Logical
PSRLQ	xmm	xmm/m128				Shift Packed Data Right Logical
PSRLW	mm	imm8				Shift Packed Data Right Logical
PSRLW	xmm	imm8				Shift Packed Data Right Logical
PSRLW	mm	mm/m64				Shift Packed Data Right Logical
PSRLW	xmm	xmm/m128				Shift Packed Data Right Logical
PSUBB	mm	mm/m64				Subtract Packed Integers
PSUBB	xmm	xmm/m128				Subtract Packed Integers
PSUBD	mm	mm/m64				Subtract Packed Integers
PSUBD	xmm	xmm/m128				Subtract Packed Integers
PSUBQ	mm	mm/m64				Subtract Packed Quadword Integers
PSUBQ	xmm	xmm/m128				Subtract Packed Quadword Integers
PSUBSB	mm	mm/m64				Subtract Packed Signed Integers with Signed Saturation
PSUBSB	xmm	xmm/m128				Subtract Packed Signed Integers with Signed Saturation
PSUBSW	mm	mm/m64				Subtract Packed Signed Integers with Signed Saturation
PSUBSW	xmm	xmm/m128				Subtract Packed Signed Integers with Signed Saturation
PSUBUSB	mm	mm/m64				Subtract Packed Unsigned Integers with Unsigned Saturation
PSUBUSB	xmm	xmm/m128				Subtract Packed Unsigned Integers with Unsigned Saturation
PSUBUSW	mm	mm/m64				Subtract Packed Unsigned Integers with Unsigned Saturation
PSUBUSW	xmm	xmm/m128				Subtract Packed Unsigned Integers with Unsigned Saturation
PSUBW	mm	mm/m64				Subtract Packed Integers
PSUBW	xmm	xmm/m128				Subtract Packed Integers
PUNPCKHBW	mm	mm/m64				Unpack High Data
PUNPCKHBW	xmm	xmm/m128				Unpack High Data
PUNPCKHDQ	mm	mm/m64				Unpack High Data
PUNPCKHDQ	xmm	xmm/m128				Unpack High Data
PUNPCKHQDQ	xmm	xmm/m128				Unpack High Data
PUNPCKHWD	mm	mm/m64				Unpack High Data
PUNPCKHWD	xmm	xmm/m128				Unpack High Data
PUNPCKLBW	mm	mm/m64				Unpack Low Data
PUNPCKLBW	xmm	xmm/m128				Unpack Low Data
PUNPCKLDQ	mm	mm/m64				Unpack Low Data
PUNPCKLDQ	xmm	xmm/m128				Unpack Low Data
PUNPCKLQDQ	xmm	xmm/m128				Unpack Low Data
PUNPCKLWD	mm	mm/m64				Unpack Low Data
PUNPCKLWD	xmm	xmm/m128				Unpack Low Data
PUSH	r64/16					Push Word, Doubleword or Quadword Onto the Stack
PUSH	imm16/32					Push Word, Doubleword or Quadword Onto the Stack
PUSH	imm8					Push Word, Doubleword or Quadword Onto the Stack
PUSH	r/m16/32					Push Word, Doubleword or Quadword Onto the Stack
PUSH	r/m64/16					Push Word, Doubleword or Quadword Onto the Stack
PUSH	FS					Push Word, Doubleword or Quadword Onto the Stack
PUSH	GS					Push Word, Doubleword or Quadword Onto the Stack
PUSHF	Flags					Push rFLAGS Register onto the Stack
PUSHFQ	RFlags
PXOR	mm	mm/m64				Logical Exclusive OR
PXOR	xmm	xmm/m128				Logical Exclusive OR
RCL	r/m8	imm8		.......c	o..szapc	Rotate
RCL	r/m16/32/64	imm8		.......c	o..szapc	Rotate
RCL	r/m8	1		.......c	o..szapc	Rotate
RCL	r/m16/32/64	1		.......c	o..szapc	Rotate
RCL	r/m8	CL		.......c	o..szapc	Rotate
RCL	r/m16/32/64	CL		.......c	o..szapc	Rotate
RCPPS	xmm	xmm/m128				Compute Reciprocals of Packed Single-FP Values
RCPSS	xmm	xmm/m32				Compute Reciprocal of Scalar Single-FP Values
RCR	r/m8	imm8		.......c	o..szapc	Rotate
RCR	r/m16/32/64	imm8		.......c	o..szapc	Rotate
RCR	r/m8	1		.......c	o..szapc	Rotate
RCR	r/m16/32/64	1		.......c	o..szapc	Rotate
RCR	r/m8	CL		.......c	o..szapc	Rotate
RCR	r/m16/32/64	CL		.......c	o..szapc	Rotate
RDMSR	rAX	rDX	rCX			Read from Model Specific Register
RDPMC	EAX	EDX	PMC			Read Performance-Monitoring Counters
RDTSC	EAX	EDX	IA32_TIME_S…			Read Time-Stamp Counter
RDTSCP	EAX	EDX	ECX			Read Time-Stamp Counter and Processor ID
REP	rCX					Repeat String Operation Prefix
REP	rCX					Repeat String Operation Prefix
REPNZ	rCX			....z...		Repeat String Operation Prefix
REPNE	rCX
REPZ	rCX			....z...		Repeat String Operation Prefix
REPE	rCX
RETF	imm16					Return from procedure
RETF						Return from procedure
RETN	imm16					Return from procedure
RETN						Return from procedure
REX						Access to new 8-bit registers
REX.B						Extension of r/m field, base field, or opcode reg field
REX.R						Extension of ModR/M reg field
REX.RB						REX.R and REX.B combination
REX.RX						REX.R and REX.X combination
REX.RXB						REX.R, REX.X and REX.B combination
REX.W						64 Bit Operand Size
REX.WB						REX.W and REX.B combination
REX.WR						REX.W and REX.R combination
REX.WRB						REX.W, REX.R and REX.B combination
REX.WRX						REX.W, REX.R and REX.X combination
REX.WRXB						REX.W, REX.R, REX.X and REX.B combination
REX.WX						REX.W and REX.X combination
REX.WXB						REX.W, REX.X and REX.B combination
REX.X						Extension of SIB index field
REX.XB						REX.X and REX.B combination
ROL	r/m8	imm8			o..szapc	Rotate
ROL	r/m16/32/64	imm8			o..szapc	Rotate
ROL	r/m8	1			o..szapc	Rotate
ROL	r/m16/32/64	1			o..szapc	Rotate
ROL	r/m8	CL			o..szapc	Rotate
ROL	r/m16/32/64	CL			o..szapc	Rotate
ROR	r/m8	imm8			o..szapc	Rotate
ROR	r/m16/32/64	imm8			o..szapc	Rotate
ROR	r/m8	1			o..szapc	Rotate
ROR	r/m16/32/64	1			o..szapc	Rotate
ROR	r/m8	CL			o..szapc	Rotate
ROR	r/m16/32/64	CL			o..szapc	Rotate
ROUNDPD	xmm	xmm/m128	imm8			Round Packed Double-FP Values
ROUNDPS	xmm	xmm/m128	imm8			Round Packed Single-FP Values
ROUNDSD	xmm	xmm/m64	imm8			Round Scalar Double-FP Values
ROUNDSS	xmm	xmm/m32	imm8			Round Scalar Single-FP Values
RSM	Flags					Resume from System Management Mode
RSQRTPS	xmm	xmm/m128				Compute Recipr. of Square Roots of Packed Single-FP Values
RSQRTSS	xmm	xmm/m32				Compute Recipr. of Square Root of Scalar Single-FP Value
SAHF	AH				...szapc	Store AH into Flags
SAL	r/m8	imm8			o..szapc	Shift
SHL	r/m8	imm8
SAL	r/m16/32/64	imm8			o..szapc	Shift
SHL	r/m16/32/64	imm8
SAL	r/m8	1			o..szapc	Shift
SHL	r/m8	1
SAL	r/m16/32/64	1			o..szapc	Shift
SHL	r/m16/32/64	1
SAL	r/m8	CL			o..szapc	Shift
SHL	r/m8	CL
SAL	r/m16/32/64	CL			o..szapc	Shift
SHL	r/m16/32/64	CL
SAR	r/m8	imm8			o..szapc	Shift
SAR	r/m16/32/64	imm8			o..szapc	Shift
SAR	r/m8	1			o..szapc	Shift
SAR	r/m16/32/64	1			o..szapc	Shift
SAR	r/m8	CL			o..szapc	Shift
SAR	r/m16/32/64	CL			o..szapc	Shift
SBB	r/m8	r8		.......c	o..szapc	Integer Subtraction with Borrow
SBB	r/m16/32/64	r16/32/64		.......c	o..szapc	Integer Subtraction with Borrow
SBB	r8	r/m8		.......c	o..szapc	Integer Subtraction with Borrow
SBB	r16/32/64	r/m16/32/64		.......c	o..szapc	Integer Subtraction with Borrow
SBB	AL	imm8		.......c	o..szapc	Integer Subtraction with Borrow
SBB	rAX	imm16/32		.......c	o..szapc	Integer Subtraction with Borrow
SBB	r/m8	imm8		.......c	o..szapc	Integer Subtraction with Borrow
SBB	r/m16/32/64	imm16/32		.......c	o..szapc	Integer Subtraction with Borrow
SBB	r/m16/32/64	imm8		.......c	o..szapc	Integer Subtraction with Borrow
SCAS	m8	AL		.d......	o..szapc	Scan String
SCASB	m8	AL
SCAS	m16/32/64	rAX		.d......	o..szapc	Scan String
SCASW	m16	AX
SCASD	m32	EAX
SCASQ	m64	RAX
SETB	r/m8			.......c		Set Byte on Condition - below/not above or equal/carry (CF=1)
SETNAE	r/m8
SETC	r/m8
SETBE	r/m8			....z..c		Set Byte on Condition - below or equal/not above (CF=1 OR ZF=1)
SETNA	r/m8
SETL	r/m8			o..s....		Set Byte on Condition - less/not greater (SF!=OF)
SETNGE	r/m8
SETLE	r/m8			o..sz...		Set Byte on Condition - less or equal/not greater ((ZF=1) OR (SF!=OF))
SETNG	r/m8
SETNB	r/m8			.......c		Set Byte on Condition - not below/above or equal/not carry (CF=0)
SETAE	r/m8
SETNC	r/m8
SETNBE	r/m8			....z..c		Set Byte on Condition - not below or equal/above (CF=0 AND ZF=0)
SETA	r/m8
SETNL	r/m8			o..s....		Set Byte on Condition - not less/greater or equal (SF=OF)
SETGE	r/m8
SETNLE	r/m8			o..sz...		Set Byte on Condition - not less nor equal/greater ((ZF=0) AND (SF=OF))
SETG	r/m8
SETNO	r/m8			o.......		Set Byte on Condition - not overflow (OF=0)
SETNP	r/m8			......p.		Set Byte on Condition - not parity/parity odd (PF=0)
SETPO	r/m8
SETNS	r/m8			...s....		Set Byte on Condition - not sign (SF=0)
SETNZ	r/m8			....z...		Set Byte on Condition - not zero/not equal (ZF=0)
SETNE	r/m8
SETO	r/m8			o.......		Set Byte on Condition - overflow (OF=1)
SETP	r/m8			......p.		Set Byte on Condition - parity/parity even (PF=1)
SETPE	r/m8
SETS	r/m8			...s....		Set Byte on Condition - sign (SF=1)
SETZ	r/m8			....z...		Set Byte on Condition - zero/equal (ZF=1)
SETE	r/m8
SFENCE						Store Fence
SGDT	m	GDTR				Store Global Descriptor Table Register
SHL	r/m8	imm8			o..szapc	Shift
SAL	r/m8	imm8
SHL	r/m16/32/64	imm8			o..szapc	Shift
SAL	r/m16/32/64	imm8
SHL	r/m8	1			o..szapc	Shift
SAL	r/m8	1
SHL	r/m16/32/64	1			o..szapc	Shift
SAL	r/m16/32/64	1
SHL	r/m8	CL			o..szapc	Shift
SAL	r/m8	CL
SHL	r/m16/32/64	CL			o..szapc	Shift
SAL	r/m16/32/64	CL
SHLD	r/m16/32/64	r16/32/64	imm8		o..szapc	Double Precision Shift Left
SHLD	r/m16/32/64	r16/32/64	CL		o..szapc	Double Precision Shift Left
SHR	r/m8	imm8			o..szapc	Shift
SHR	r/m16/32/64	imm8			o..szapc	Shift
SHR	r/m8	1			o..szapc	Shift
SHR	r/m16/32/64	1			o..szapc	Shift
SHR	r/m8	CL			o..szapc	Shift
SHR	r/m16/32/64	CL			o..szapc	Shift
SHRD	r/m16/32/64	r16/32/64	imm8		o..szapc	Double Precision Shift Right
SHRD	r/m16/32/64	r16/32/64	CL		o..szapc	Double Precision Shift Right
SHUFPD	xmm	xmm/m128	imm8			Shuffle Packed Double-FP Values
SHUFPS	xmm	xmm/m128	imm8			Shuffle Packed Single-FP Values
SIDT	m	IDTR				Store Interrupt Descriptor Table Register
SLDT	m16	LDTR				Store Local Descriptor Table Register
SLDT	r16/32/64	LDTR
SMSW	m16	MSW				Store Machine Status Word
SMSW	r16/32/64	MSW
SQRTPD	xmm	xmm/m128				Compute Square Roots of Packed Double-FP Values
SQRTPS	xmm	xmm/m128				Compute Square Roots of Packed Single-FP Values
SQRTSD	xmm	xmm/m64				Compute Square Root of Scalar Double-FP Value
SQRTSS	xmm	xmm/m32				Compute Square Root of Scalar Single-FP Value
STC					.......c	Set Carry Flag
STD					.d......	Set Direction Flag
STI					..i.....	Set Interrupt Flag
STMXCSR	m32					Store MXCSR Register State
STOS	m8	AL		.d......		Store String
STOSB	m8	AL
STOS	m16/32/64	rAX		.d......		Store String
STOSW	m16	AX
STOSD	m32	EAX
STOSQ	m64	RAX
STR	m16	TR				Store Task Register
STR	r16/32/64	TR
SUB	r/m8	r8			o..szapc	Subtract
SUB	r/m16/32/64	r16/32/64			o..szapc	Subtract
SUB	r8	r/m8			o..szapc	Subtract
SUB	r16/32/64	r/m16/32/64			o..szapc	Subtract
SUB	AL	imm8			o..szapc	Subtract
SUB	rAX	imm16/32			o..szapc	Subtract
SUB	r/m8	imm8			o..szapc	Subtract
SUB	r/m16/32/64	imm16/32			o..szapc	Subtract
SUB	r/m16/32/64	imm8			o..szapc	Subtract
SUBPD	xmm	xmm/m128				Subtract Packed Double-FP Values
SUBPS	xmm	xmm/m128				Subtract Packed Single-FP Values
SUBSD	xmm	xmm/m64				Subtract Scalar Double-FP Values
SUBSS	xmm	xmm/m32				Subtract Scalar Single-FP Values
SWAPGS	GS	IA32_KERNEL_…				Swap GS Base Register
SYSCALL	RCX	R11	SS			Fast System Call
SYSENTER	SS	RSP	IA32_SYSENT…		..i.....	Fast System Call
SYSEXIT	SS	eSP	IA32_SYSENT…			Fast Return from Fast System Call
SYSRET	SS	EFlags	R11			Return From Fast System Call
TEST	r/m8	r8			o..szapc	Logical Compare
TEST	r/m16/32/64	r16/32/64			o..szapc	Logical Compare
TEST	AL	imm8			o..szapc	Logical Compare
TEST	rAX	imm16/32			o..szapc	Logical Compare
TEST	r/m8	imm8			o..szapc	Logical Compare
TEST	r/m8	imm8			o..szapc	Logical Compare
TEST	r/m16/32/64	imm16/32			o..szapc	Logical Compare
TEST	r/m16/32/64	imm16/32			o..szapc	Logical Compare
UCOMISD	xmm	xmm/m64			....z.pc	Unordered Compare Scalar Double-FP Values and Set EFLAGS
UCOMISS	xmm	xmm/m32			....z.pc	Unordered Compare Scalar Single-FP Values and Set EFLAGS
UD	r	r/m				Undefined Instruction
UD2						Undefined Instruction
UNPCKHPD	xmm	xmm/m128				Unpack and Interleave High Packed Double-FP Values
UNPCKHPS	xmm	xmm/m64				Unpack and Interleave High Packed Single-FP Values
UNPCKLPD	xmm	xmm/m128				Unpack and Interleave Low Packed Double-FP Values
UNPCKLPS	xmm	xmm/m64				Unpack and Interleave Low Packed Single-FP Values
VERR	r/m16				....z...	Verify a Segment for Reading
VERW	r/m16				....z...	Verify a Segment for Writing
VMCALL					o..szapc	Call to VM Monitor
VMCLEAR	m64				o..szapc	Clear Virtual-Machine Control Structure
VMLAUNCH					o..szapc	Launch Virtual Machine
VMPTRLD	m64				o..szapc	Load Pointer to Virtual-Machine Control Structure
VMPTRST	m64				o..szapc	Store Pointer to Virtual-Machine Control Structure
VMREAD	r/m64	r64			o..szapc	Read Field from Virtual-Machine Control Structure
VMRESUME					o..szapc	Resume Virtual Machine
VMWRITE	r64	r/m64			o..szapc	Write Field to Virtual-Machine Control Structure
VMXOFF					o..szapc	Leave VMX Operation
VMXON	m64				o..szapc	Enter VMX Operation
WBINVD						Write Back and Invalidate Cache
WRMSR	MSR	rCX	rAX			Write to Model Specific Register
XADD	r/m8	r8			o..szapc	Exchange and Add
XADD	r/m16/32/64	r16/32/64			o..szapc	Exchange and Add
XCHG	r8	r/m8				Exchange Register/Memory with Register
XCHG	r16/32/64	r/m16/32/64				Exchange Register/Memory with Register
XCHG	r16/32/64	rAX				Exchange Register/Memory with Register
XGETBV	EDX	EAX	ECX			Get Value of Extended Control Register
XLAT	AL	m8				Table Look-up Translation
XLATB	AL	m8
XOR	r/m8	r8			o..szapc	Logical Exclusive OR
XOR	r/m16/32/64	r16/32/64			o..szapc	Logical Exclusive OR
XOR	r8	r/m8			o..szapc	Logical Exclusive OR
XOR	r16/32/64	r/m16/32/64			o..szapc	Logical Exclusive OR
XOR	AL	imm8			o..szapc	Logical Exclusive OR
XOR	rAX	imm16/32			o..szapc	Logical Exclusive OR
XOR	r/m8	imm8			o..szapc	Logical Exclusive OR
XOR	r/m16/32/64	imm16/32			o..szapc	Logical Exclusive OR
XOR	r/m16/32/64	imm8			o..szapc	Logical Exclusive OR
XORPD	xmm	xmm/m128				Bitwise Logical XOR for Double-FP Values
XORPS	xmm	xmm/m128				Bitwise Logical XOR for Single-FP Values
XRSTOR	ST	ST1	ST2			Restore Processor Extended States
XSAVE	m	EDX	EAX			Save Processor Extended States
XSAVE	m	EDX	EAX			Save Processor Extended States
XSETBV	XCR	ECX	EDX			Set Extended Control Register

参考网址: ref.x86asm.net