pentium.txt

BIOS中断大全！ 英文文档

0F 97 /r     SETA r/m8               Set byte if above 
0F 98 /r     SETS r/m8               Set byte if sign 
0F 99 /r     SETNS r/m8              Set byte if not sign 
0F 9A /r     SETPE r/m8              Set byte if parity even 
0F 9B /r     SETPO r/m8              Set byte if parity odd 
0F 9C /r     SETL r/m8               Set byte if less 
0F 9D /r     SETGE r/m8              Set byte if greater or equal
0F 9E /r     SETLE r/m8              Set byte if less or equal 
0F 9F /r     SETG r/m8               Set byte if greater 
0F A0        PUSH FS                 Push FS
0F A1        POP FS                  Pop FS
0F A2        CPUID                   EAX := Processor id.info.
0F A3 /r     BT r/m32,r32            Bit Test
0F A4 /r ib  SHLD r/m32,r32,imm8     Double Precision Shift Left
0F A5 /r     SHLD r/m32,r32,CL       Double Precision Shift Left
0F A8        PUSH GS                 Push GS
0F A9        POP GS                  Pop GS
0F AA        RSM                     Resume from System Management
0F AB /r     BTS r/m32,r32           Bit Test and Set
0F AC /r ib  SHRD r/m32,r32,imm8     Double Precision Shift Right
0F AD /r     SHRD r/m32,r32,CL       Double Precision Shift Right
0F AF /r     IMUL r32,r/m32          Multiply
0F B0 /r     CMPXCHG r/m8,r8         Compare and Exchange
0F B1 /r     CMPXCHG r/m32,r32       Compare and Exchange
0F B2 /r     LSS r32,m16:32          Load SS:r32 with far ptr
0F B3 /r     BTR r/m32,r32           Bit Test and Clear
0F B4 /r     LFS r32,m16:32          Load FS:r32 with far ptr
0F B5 /r     LGS r32,m16:32          Load GS:r32 with far ptr
0F B6 /r     MOVZX r32,r/m8          Move byte to doubleword, zero-extension
0F B7 /r     MOVZX r32,r/m16         Move word to doubleword, zero-extension
0F BA /4 ib  BT r/m32,imm8           Bit Test
0F BA /5 ib  BTS r/m32,imm8          Bit Test and Set
0F BA /6 ib  BTR r/m32,imm8          Bit Test and Clear
0F BA /7 ib  BTC r/m32,imm8          Bit Test and Complement
0F BB /r     BTC r/m32,r32           Bit Test and Complement
0F BC /r     BSF r32,r/m32           Bit scan forward on r/m32
0F BD /r     BSR r32,r/m32           Bit scan reverse on r/m32
0F BE /r     MOVSX r32,r/m8          Move byte to doubleword, sign-extension
0F BF /r     MOVSX r32,r/m16         Move word to doubleword, sign-extension
0F C0 /r     XADD r/m8,r8            Exchange and Add
0F C1 /r     XADD r/m16,r16          Exchange and Add
0F C1 /r     XADD r/m32,r32          Exchange and Add
0F C7 /1 m64 CMPXCHG8B m64           Compare and Exchange
0F C8+rd     BSWAP r32               Reverses the byte order of a r32
0F D1 /r     PSRLW mm,mm/m64         Packed Shift Right Logical 
0F D2 /r     PSRLD mm,mm/m64         Packed Shift Right Logical 
0F D3 /r     PSRLQ mm,mm/m64         Packed Shift Right Logical 
0F D5 /r     PMULLW mm,mm/m64        Packed Multiply Low
0F D8 /r     PSUBUSB mm,mm/m64       Packed Subtract Unsigned with S.
0F D9 /r     PSUBUSW mm,mm/m64       Packed Subtract Unsigned with S.
0F DB /r     PAND mm,mm/m64          AND quadword from .. to ..
0F DC /r     PADDUSB mm,mm/m64       Add unsigned pkd bytes 
0F DD /r     PADDUSW mm,mm/m64       Add unsigned pkd words 
0F DF /r     PANDN mm,mm/m64         And qword from .. to NOT qw in mm
0F E1 /r     PSRAW mm,mm/m64         Packed Shift Right Arithmetic
0F E2 /r     PSRAD mm,mm/m64         Packed Shift Right Arithmetic
0F E5 /r     PMULHW mm,mm/m64        Packed Multiply High
0F E8 /r     PSUBSB mm,mm/m64        Packed Subtract with Saturation
0F E9 /r     PSUBSW mm,mm/m64        Packed Subtract with Saturation
0F EB /r     POR mm,mm/m64           OR qword from .. to mm
0F EC /r     PADDSB mm,mm/m64        Add signed packed bytes 
0F ED /r     PADDSW mm,mm/m64        Add signed packed words 
0F EF /r     PXOR mm,mm/m64          XOR qword
0F F1 /r     PSLLW mm,mm/m64         Packed Shift Left Logical
0F F2 /r     PSLLD mm,mm/m64         Packed Shift Left Logical
0F F3 /r     PSLLQ mm,mm/m64         Packed Shift Left Logical
0F F5 /r     PMADDWD mm,mm/m64       Packed Multiply and Add
0F F8 /r     PSUBB mm,mm/m64         Packed Subtract
0F F9 /r     PSUBW mm,mm/m64         Packed Subtract
0F FA /r     PSUBD mm,mm/m64         Packed Subtract
0F FC /r     PADDB mm,mm/m64         Add packed bytes 
0F FD /r     PADDW mm,mm/m64         Add packed words 
0F FE /r     PADDD mm,mm/m64         Add packed dwords 
10    /r     ADC r/m8,r8             Add with carry 
11    /r     ADC r/m32,r32           Add with carry
12    /r     ADC r8,r/m8             Add with carry 
13    /r     ADC r32,r/m32           Add with carry
14       ib  ADC AL,imm8             Add with carry 
15       id  ADC EAX,imm32           Add with carry 
16           PUSH SS                 Push SS
17           POP SS                  Pop SS
18    /r     SBB r/m8,r8             Subtract with borrow 
19    /r     SBB r/m32,r32           Subtract with borrow 
1A    /r     SBB r8,r/m8             Subtract with borrow 
1B    /r     SBB r32,r/m32           Subtract with borrow 
1C       ib  SBB AL,imm8             Subtract with borrow 
1D       id  SBB EAX,imm32           Subtract with borrow 
1E           PUSH DS                 Push DS
1F           POP DS                  Pop DS
20    /r     AND r/m8,r8             AND
21    /r     AND r/m32,r32           AND
22    /r     AND r8,r/m8             AND
23    /r     AND r32,r/m32           AND
24       ib  AND AL,imm8             AND 
25       id  AND EAX,imm32           AND
26           ES:                     Segment overide prefix
27           DAA                     Decimal adjust AL after addition
28    /r     SUB r/m8,r8             Subtract 
29    /r     SUB r/m32,r32           Subtract 
2A    /r     SUB r8,r/m8             Subtract 
2B    /r     SUB r32,r/m32           Subtract 
2C       ib  SUB AL,imm8             Subtract 
2D       id  SUB EAX,imm32           Subtract 
2E           CS:                     Segment overide prefix
2F           DAS                     Decimal adjust AL after subtraction
30    /r     XOR r/m8,r8             Logical Exclusive OR
31    /r     XOR r/m32,r32           Logical Exclusive OR
32    /r     XOR r8,r/m8             Logical Exclusive OR
33    /r     XOR r32,r/m32           Logical Exclusive OR
34       ib  XOR AL,imm8             Logical Exclusive OR
35       id  XOR EAX,imm32           Logical Exclusive OR
36           SS:                     Segment overide prefix
37           AAA                     ASCII adjust AL after addition
38    /r     CMP r/m8,r8             Compare 
39    /r     CMP r/m32,r32           Compare 
3A    /r     CMP r8,r/m8             Compare 
3B    /r     CMP r32,r/m32           Compare 
3C       ib  CMP AL,imm8             Compare 
3D       id  CMP EAX,imm32           Compare
3E           DS:                     Segment overide prefix
3F           AAS                     ASCII adjust AL after subtraction
40+rd        INC r32                 Increment register by 1
48+rd        DEC r32                 Decrement r32 by 1
50+rd        PUSH r32                Push r32
58+rd        POP r32                 Pop r32
60           PUSHAD                  Push All g-regs
61           POPAD                   Pop EDI,... and EAX
62    /r     BOUND r32,m32&32        Check Array Index Against Bounds
63    /r     ARPL r/m16,r16          Adjust Request Privilege Level of Sel.
64           FS:                     Segment overide prefix
65           GS:                     Segment overide prefix
66           Opsize:                 Operand size overide prefix
67           Address:                Address size overide prefix
68       id  PUSH imm32              Push imm32
69    /r id  IMUL r32,imm32          Multiply
69    /r id  IMUL r32,r/m32,imm32    Multiply
6A       ib  PUSH imm8               Push imm8
6B    /r ib  IMUL r32,imm8           Multiply
6B    /r ib  IMUL r32,r/m32,imm8     Multiply
6C           INS m8                  Input byte from I/O(DX) into  ES:(E)DI
6D           INS m32                 Input dw from I/O(DX) into ES:(E)DI
6E           OUTS DX,m8              Output byte from DS:(E)SI to I/O(DX)
6F           OUTS DX,m32             Output dword from DS:(E)SI to I/O (DX)
70       cb  JO rel8                 Jump short if overflow 
71       cb  JNO rel8                Jump short if not overflow 
72       cb  JC rel8                 Jump short if carry 
73       cb  JAE rel8                Jump short if above or equal 
74       cb  JE rel8                 Jump short if equal 
75       cb  JNE rel8                Jump short if not equal 
76       cb  JBE rel8                Jump short if below or equal 
77       cb  JA rel8                 Jump short if above 
78       cb  JS rel8                 Jump short if sign 
79       cb  JNS rel8                Jump short if not sign 
7A       cb  JPE rel8                Jump short if parity even 
7B       cb  JPO rel8                Jump short if parity odd 
7C       cb  JL rel8                 Jump short if less 
7D       cb  JGE rel8                Jump short if greater or equal 
7E       cb  JLE rel8                Jump short if less or equal 
7F       cb  JG rel8                 Jump short if greater 
80    /0 ib  ADD r/m8,imm8           Add 
80    /1 ib  OR r/m8,imm8            OR 
80    /2 ib  ADC r/m8,imm8           Add with carry 
80    /3 ib  SBB r/m8,imm8           Subtract with borrow 
80    /4 ib  AND r/m8,imm8           AND
80    /5 ib  SUB r/m8,imm8           Subtract 
80    /6 ib  XOR r/m8,imm8           Logical Exclusive OR
80    /7 ib  CMP r/m8,imm8           Compare 
81    /0 id  ADD r/m32,imm32         Add 
81    /1 id  OR r/m32,imm32          OR 
81    /2 id  ADC r/m32,imm32         Add with carry
81    /3 id  SBB r/m32,imm32         Subtract with borrow 
81    /4 id  AND r/m32,imm32         AND
81    /5 id  SUB r/m32,imm32         Subtract 
81    /6 id  XOR r/m32,imm32         Logical Exclusive OR
81    /7 id  CMP r/m32,imm32         Compare 
83    /0 ib  ADD r/m32,imm8          Add 
83    /1 ib  OR r/m32,imm8           OR 
83    /2 ib  ADC r/m32,imm8          Add with carry
83    /3 ib  SBB r/m32,imm8          Subtract with borrow 
83    /4 ib  AND r/m32,imm8          AND
83    /5 ib  SUB r/m32,imm8          Subtract 
83    /6 ib  XOR r/m32,imm8          Logical Exclusive OR
83    /7 ib  CMP r/m32,imm8          Compare 
84    /r     TEST r/m8,r8            Logical Compare
85    /r     TEST r/m16,r16          Logical Compare
85    /r     TEST r/m32,r32          Logical Compare
86    /r     XCHG r/m8,r8            Exchange byte 
86    /r     XCHG r8,r/m8            Exchange byte 
87    /r     XCHG r/m32,r32          Exchange doubleword 
87    /r     XCHG r32,r/m32          Exchange doubleword 
88    /r     MOV r/m8,r8             Move 
89    /r     MOV r/m32,r32           Move 
8A    /r     MOV r8,r/m8             Move 
8B    /r     MOV r32,r/m32           Move 
8C    /r     MOV r/m16,Sreg**        Move segment register to r/m16
8D    /r     LEA r32,m               Load effective address  
8E    /r     MOV Sreg,r/m16**        Move r/m16 to segment register
8F    /0     POP m32                 Pop m32
90           NOP                     No operation
90+rd        XCHG EAX,r32            Exchange r32 with EAX
90+rd        XCHG r32,EAX            Exchange EAX with r32
98           CBW                     Convert Byte to Word
99           CDQ                     Convert Doubleword to Quadword 
99           CWD                     Convert Word to Doubleword
9A       cp  CALL ptr16:32           Call far, abs.add. given in operand
9B           FWAIT                   Wait
9B           WAIT                    Wait
9B D9 /6     FSTENV m14/28byte       Store FPU environment
9B D9 /7     FSTCW m2byte            Store FPU control word
9B DB E2     FCLEX                   Clear f.e.f. after checking for ..
9B DB E3     FINIT                   Initialize FPU after ...
9B DD /6     FSAVE m94/108byte       Store FPU status to m94 or m108
9B DD /7     FSTSW m2byte            Store FPU status word at m2by