VAX MACRO and Instruction Set Reference Manual

Document revision date: 19 July 1999

VAX MACRO and Instruction Set Reference Manual

Contents

Index

C.3 Operators

This section lists the VAX MACRO unary, binary, and macro string operators.

C.3.1 Unary Operators

Table C-3 summarizes the VAX MACRO unary operators.

Table C-3 Summary of Unary Operators
Unary Operator Operator Name Example Effect

+ Plus sign +A Results in the positive value of A (default)

-- Minus sign --A Results in the negative (two's complement) value of A

^B Binary ^B11000111 Specifies that 11000111 is a binary number

^D Decimal ^D127 Specifies that 127 is a decimal number

^O Octal ^034 Specifies that 34 is an octal number

^X Hexadecimal ^XFCF9 Specifies that FCF9 is a hexadecimal number

^A ASCII ^A/ABC/ Produces an ASCII string; the characters between the matching delimiters are converted to ASCII representation

^M Register mask ^M<R3,R4,R5> Specifies the registers R3, R4, and R5 in the register mask

^F Floating point ^F3.0 Specifies that 3.0 is a floating-point number

^C Complement ^C24 Produces the one's complement value of 24 (decimal)

**Table C-3 Summary of Unary Operators**
Unary Operator	Operator Name	Example	Effect
+	Plus sign	+A	Results in the positive value of A (default)
--	Minus sign	--A	Results in the negative (two's complement) value of A
^B	Binary	^B11000111	Specifies that 11000111 is a binary number
^D	Decimal	^D127	Specifies that 127 is a decimal number
^O	Octal	^034	Specifies that 34 is an octal number
^X	Hexadecimal	^XFCF9	Specifies that FCF9 is a hexadecimal number
^A	ASCII	^A/ABC/	Produces an ASCII string; the characters between the matching delimiters are converted to ASCII representation
^M	Register mask	^M<R3,R4,R5>	Specifies the registers R3, R4, and R5 in the register mask
^F	Floating point	^F3.0	Specifies that 3.0 is a floating-point number
^C	Complement	^C24	Produces the one's complement value of 24 (decimal)

C.3.2 Binary Operators

Table C-4 summarizes the VAX MACRO binary operators.

Table C-4 Summary of Binary Operators
Binary Operator Operator Name Example Operation

+ Plus sign A+B Addition

-- Minus sign A--B Subtraction

* Asterisk A*B Multiplication

/ Slash A/B Division

@ At sign A@B Arithmetic Shift

& Ampersand A&B Logical AND

! Exclamation point A!B Logical inclusive OR

\ Backslash A\B Logical exclusive OR

**Table C-4 Summary of Binary Operators**
Binary Operator	Operator Name	Example	Operation
+	Plus sign	A+B	Addition
--	Minus sign	A--B	Subtraction
*	Asterisk	A*B	Multiplication
/	Slash	A/B	Division
@	At sign	A@B	Arithmetic Shift
&	Ampersand	A&B	Logical AND
!	Exclamation point	A!B	Logical inclusive OR
\	Backslash	A\B	Logical exclusive OR

C.3.3 Macro String Operators

Table C-5 summarizes the macro string operators. These operators can be used only in macros.

Table C-5 Macro String Operators
Format Function

%LENGTH(string) Returns the length of the string

%LOCATE(string1,string2[,symbol]) Locates the substring string1 within string2 starting the search at the character position specified by symbol

%EXTRACT(symbol1,symbol2,string) Extracts a substring from string that begins at character position specified by symbol1 and has a length specified by symbol2

**Table C-5 Macro String Operators**
Format	Function
%LENGTH(string)	Returns the length of the string
%LOCATE(string1,string2[,symbol])	Locates the substring string1 within string2 starting the search at the character position specified by symbol
%EXTRACT(symbol1,symbol2,string)	Extracts a substring from string that begins at character position specified by symbol1 and has a length specified by symbol2

C.4 Addressing Modes

Table C-6 summarizes the VAX MACRO addressing modes.

Table C-6 Summary of Addressing Modes
Type Addressing Mode Format Hex Value Description Can Be Indexed?

General register Register Rn 5 Register contains the operand. No

Register deferred (Rn) 6 Register contains the address of the operand. Yes

Autoincrement (Rn)+ 8 Register contains the address of the operand; the processor increments the register contents by the size of the operand data type. Yes

Autoincrement deferred @(Rn)+ 9 Register contains the address of the operand address; the processor increments the register contents by 4. Yes

Autodecrement -(Rn) 7 The processor decrements the register contents by the size of the operand data type; the register then contains the address of the operand. Yes

Displacement dis(Rn)
B^dis(Rn)
W^dis(Rn)
L^dis(Rn)
A
C
E The sum of the contents of the register and the displacement is the address of the operand; B^, W^, and L^, respectively, indicate byte, word, and longword displacement. Yes

Displacement deferred @dis(Rn)
@B^dis(Rn)
@W^dis(Rn)
@L^dis(Rn)
B
D
F The sum of the contents of the register and the displacement is the address of the operand address; B^, W^, and L^, respectively, indicate, byte, word, and longword displacement. Yes

Literal #literal
S^#literal
0-3 The literal specified is the operand; the literal is stored as a short literal. No

Program
Counter Relative address
B^address
W^address
L^address
A
C
E The address specified is the address of the operand; the address is stored as a displacement from the PC; B^, W^, and L^, respectively, indicate byte, word, and longword displacement. Yes

Relative
deferred @address
@B^address
@W^address
@L^address
B
D
F The address specified is the address of the operand address; the address specified is stored as a displacement from the PC; B^, W^, and L^ indicate byte, word, and longword displacement, respectively. Yes

Absolute @#address 9 The address specified is the address of the operand; the address specified is stored as an absolute virtual address, not as a displacement. Yes

Immediate #literal
I^#literal
8 The literal specified is the operand; the literal is stored as a byte, word, longword, or quadword. No

General G^address --- The address specified is the address of the operand; if the address is defined as relocatable, the linker stores the address as a displacement from the PC; if the address is defined as an absolute virtual address, the linker stores the address as an absolute value. Yes

Index Index base-mode[Rx] 4 The base-mode specifies the base address, and the register specifies the index; the sum of the base address and the product of the contents of Rx and the size of the operand data type is the address of the operand; base mode can be any addressing mode except register, immediate, literal, index, or branch. No

Branch Branch address --- The address specified is the operand; this address is stored as a displacement from the PC; branch mode can only be used with the branch instructions. No

**Table C-6 Summary of Addressing Modes**
Type	Addressing Mode	Format	Hex Value	Description	Can Be Indexed?
General register	Register	Rn	5	Register contains the operand.	No
	Register deferred	(Rn)	6	Register contains the address of the operand.	Yes
	Autoincrement	(Rn)+	8	Register contains the address of the operand; the processor increments the register contents by the size of the operand data type.	Yes
	Autoincrement deferred	@(Rn)+	9	Register contains the address of the operand address; the processor increments the register contents by 4.	Yes
	Autodecrement	-(Rn)	7	The processor decrements the register contents by the size of the operand data type; the register then contains the address of the operand.	Yes
	Displacement	dis(Rn) B^dis(Rn) W^dis(Rn) L^dis(Rn)	A C E	The sum of the contents of the register and the displacement is the address of the operand; B^, W^, and L^, respectively, indicate byte, word, and longword displacement.	Yes
	Displacement deferred	@dis(Rn) @B^dis(Rn) @W^dis(Rn) @L^dis(Rn)	B D F	The sum of the contents of the register and the displacement is the address of the operand address; B^, W^, and L^, respectively, indicate, byte, word, and longword displacement.	Yes
	Literal	#literal S^#literal	0-3	The literal specified is the operand; the literal is stored as a short literal.	No
Program Counter	Relative	address B^address W^address L^address	A C E	The address specified is the address of the operand; the address is stored as a displacement from the PC; B^, W^, and L^, respectively, indicate byte, word, and longword displacement.	Yes
	Relative deferred	@address @B^address @W^address @L^address	B D F	The address specified is the address of the operand address; the address specified is stored as a displacement from the PC; B^, W^, and L^ indicate byte, word, and longword displacement, respectively.	Yes
	Absolute	@#address	9	The address specified is the address of the operand; the address specified is stored as an absolute virtual address, not as a displacement.	Yes
	Immediate	#literal I^#literal	8	The literal specified is the operand; the literal is stored as a byte, word, longword, or quadword.	No
	General	G^address	---	The address specified is the address of the operand; if the address is defined as relocatable, the linker stores the address as a displacement from the PC; if the address is defined as an absolute virtual address, the linker stores the address as an absolute value.	Yes
Index	Index	base-mode[Rx]	4	The base-mode specifies the base address, and the register specifies the index; the sum of the base address and the product of the contents of Rx and the size of the operand data type is the address of the operand; base mode can be any addressing mode except register, immediate, literal, index, or branch.	No
Branch	Branch	address	---	The address specified is the operand; this address is stored as a displacement from the PC; branch mode can only be used with the branch instructions.	No

Key:

Rn ---Any general register R0 to R12. Note that the AP, FP, or SP register can be used in place of Rn.
Rx ---Any general register R0 to R12. Note that the AP, FP, or SP register can be used in place of Rx. Rx cannot be the same as the Rn specified in the base-mode for certain base modes (see Section 5.3 ).
dis ---An expression specifying a displacement.
address ---An expression specifying an address.
literal ---An expression, an integer constant, or a floating-point constant.

Appendix D
Permanent Symbol Table Defined for Use with VAX MACRO

The permanent symbol table (PST) contains the symbols that VAX MACRO automatically recognizes. These symbols consist of both opcodes and assembler directives. Table D-1, Table D-2, and Table D-3 present the opcodes (instruction set) in alphabetical and numerical order. Section C.1 (in Appendix C) presents the assembler directives.

See Chapter 9 and Chapter 10 for detailed descriptions of the instruction set.

Table D-1 Opcodes (Alphabetic Order) and Functions
Hex
Value Mnemonic Functional Name

9D ACBB Add compare and branch byte

6F ACBD Add compare and branch D_floating

4F ACBF Add compare and branch F_floating

4FFD ACBG Add compare and branch G_floating

6FFD ACBH Add compare and branch H_floating

F1 ACBL Add compare and branch longword

3D ACBW Add compare and branch word

58 ADAWI Add aligned word interlocked

80 ADDB2 Add byte 2 operand

81 ADDB3 Add byte 3 operand

60 ADDD2 Add D_floating 2 operand

61 ADDD3 Add D_floating 3 operand

40 ADDF2 Add F_floating 2 operand

41 ADDF3 Add F_floating 3 operand

40FD ADDG2 Add G_floating 2 operand

41FD ADDG3 Add G_floating 3 operand

60FD ADDH2 Add H_floating 2 operand

61FD ADDH3 Add H_floating 3 operand

C0 ADDL2 Add longword 2 operand

C1 ADDL3 Add longword 3 operand

20 ADDP4 Add packed 4 operand

21 ADDP6 Add packed 6 operand

A0 ADDW2 Add word 2 operand

A1 ADDW3 Add word 3 operand

D8 ADWC Add with carry

F3 AOBLEQ Add one and branch on less or equal

F2 AOBLSS Add one and branch on less

78 ASHL Arithmetic shift longword

F8 ASHP Arithmetic shift and round packed

79 ASHQ Arithmetic shift quadword

E1 BBC Branch on bit clear

E5 BBCC Branch on bit clear and clear

E7 BBCCI Branch on bit clear and clear interlocked

E3 BBCS Branch on bit clear and set

E0 BBS Branch on bit set

E4 BBSC Branch on bit set and clear

E2 BBSS Branch on bit set and set

E6 BBSSI Branch on bit set and set interlocked

1E BCC Branch on carry clear

1F BCS Branch on carry set

13 BEQL Branch on equal

13 BEQLU Branch on equal unsigned

18 BGEQ Branch on greater or equal

1E BGEQU Branch on greater or equal unsigned

14 BGTR Branch on greater

1A BGTRU Branch on greater unsigned

8A BICB2 Bit clear byte 2 operand

8B BICB3 Bit clear byte 3 operand

CA BICL2 Bit clear longword 2 operand

CB BICL3 Bit clear longword 3 operand

B9 BICPSW Bit clear program status word

AA BICW2 Bit clear word 2 operand

AB BICW3 Bit clear word 3 operand

88 BISB2 Bit set byte 2 operand

89 BISB3 Bit set byte 3 operand

C8 BISL2 Bit set longword 2 operand

C9 BISL3 Bit set longword 3 operand

B8 BISPSW Bit set program status word

A8 BISW2 Bit set word 2 operand

A9 BISW3 Bit set word 3 operand

93 BITB Bit test byte

D3 BITL Bit test longword

B3 BITW Bit test word

E9 BLBC Branch on low bit clear

E8 BLBS Branch on low bit set

15 BLEQ Branch on less or equal

1B BLEQU Branch on less or equal unsigned

19 BLSS Branch on less

1F BLSSU Branch on less unsigned

12 BNEQ Branch on not equal

12 BNEQU Branch on not equal unsigned

03 BPT Break point trap

11 BRB Branch with byte displacement

31 BRW Branch with word displacement

10 BSBB Branch to subroutine with byte displacement

30 BSBW Branch to subroutine with word displacement

1C BVC Branch on overflow clear

1D BVS Branch on overflow set

FA CALLG Call with general argument list

FB CALLS Call with stack

8F CASEB Case byte

CF CASEL Case longword

AF CASEW Case word

BD CHME Change mode to executive

BC CHMK Change mode to kernel

BE CHMS Change mode to supervisor

BF CHMU Change mode to user

94 CLRB Clear byte

7C CLRD Clear D_floating

DF CLRF Clear F_floating

7C CLRG Clear G_floating

7CFD CLRH Clear H_floating

D4 CLRL Clear longword

7CFD CLRO Clear octaword

7C CLRQ Clear quadword

B4 CLRW Clear word

91 CMPB Compare byte

29 CMPC3 Compare character 3 operand

2D CMPC5 Compare character 5 operand

71 CMPD Compare D_floating

51 CMPF Compare F_floating

51FD CMPG Compare G_floating

71FD CMPH Compare H_floating

D1 CMPL Compare longword

35 CMPP3 Compare packed 3 operand

37 CMPP4 Compare packed 4 operand

EC CMPV Compare field

B1 CMPW Compare word

ED CMPZV Compare zero-extended field

0B CRC Calculate cyclic redundancy check

6C CVTBD Convert byte to D_floating

4C CVTBF Convert byte to F_floating

4CFD CVTBG Convert byte to G_floating

6CFD CVTBH Convert byte to H_floating

98 CVTBL Convert byte to longword

99 CVTBW Convert byte to word

68 CVTDB Convert D_floating to byte

76 CVTDF Convert D_floating to F_floating

32FD CVTDH Convert D_floating to H_floating

6A CVTDL Convert D_floating to longword

69 CVTDW Convert D_floating to word

48 CVTFB Convert F_floating to byte

56 CVTFD Convert F_floating to D_floating

99FD CVTFG Convert F_floating to G_floating

98FD CVTFH Convert F_floating to H_floating

4A CVTFL Convert F_floating to longword

49 CVTFW Convert F_floating to word

48FD CVTGB Convert G_floating to byte

33FD CVTGF Convert G_floating to F_floating

56FD CVTGH Convert G_floating to H_floating

4AFD CVTGL Convert G_floating to longword

49FD CVTGW Convert G_floating to word

68FD CVTHB Convert H_floating to byte

F7FD CVTHD Convert H_floating to D_floating

F6FD CVTHF Convert H_floating to F_floating

76FD CVTHG Convert H_floating to G_floating

6AFD CVTHL Convert H_floating to longword

69FD CVTHW Convert H_floating to word

F6 CVTLB Convert longword to byte

6E CVTLD Convert longword to D_floating

4E CVTLF Convert longword to F_floating

4EFD CVTLG Convert longword to G_floating

6EFD CVTLH Convert longword to H_floating

F9 CVTLP Convert longword to packed

F7 CVTLW Convert longword to word

36 CVTPL Convert packed to longword

08 CVTPS Convert packed to leading separate

24 CVTPT Convert packed to trailing

6B CVTRDL Convert rounded D_floating to longword

4B CVTRFL Convert rounded F_floating to longword

4BFD CVTRGL Convert rounded G_floating to longword

6BFD CVTRHL Convert rounded H_floating to longword

09 CVTSP Convert leading separate to packed

26 CVTTP Convert trailing to packed

33 CVTWB Convert word to byte

6D CVTWD Convert word to D_floating

4D CVTWF Convert word to F_floating

4DFD CVTWG Convert word to G_floating

6DFD CVTWH Convert word to H_floating

32 CVTWL Convert word to longword

97 DECB Decrement byte

D7 DECL Decrement longword

B7 DECW Decrement word

86 DIVB2 Divide byte 2 operand

87 DIVB3 Divide byte 3 operand

66 DIVD2 Divide D_floating 2 operand

67 DIVD3 Divide D_floating 3 operand

46 DIVF2 Divide F_floating 2 operand

47 DIVF3 Divide F_floating 3 operand

46FD DIVG2 Divide G_floating 2 operand

47FD DIVG3 Divide G_floating 3 operand

66FD DIVH2 Divide H_floating 2 operand

67FD DIVH3 Divide H_floating 3 operand

C6 DIVL2 Divide longword 2 operand

C7 DIVL3 Divide longword 3 operand

27 DIVP Divide packed

A6 DIVW2 Divide word 2 operand

A7 DIVW3 Divide word 3 operand

38 EDITPC Edit packed to character

7B EDIV Extended divide

74 EMODD Extended modulus D_floating

54 EMODF Extended modulus F_floating

54FD EMODG Extended modulus G_floating

74FD EMODH Extended modulus H_floating

7A EMUL Extended multiply

EE EXTV Extract field

EF EXTZV Extract zero-extended field

EB FFC Find first clear bit

EA FFS Find first set bit

00 HALT Halt

96 INCB Increment byte

D6 INCL Increment longword

B6 INCW Increment word

0A INDEX Index calculation

5C INSQHI Insert into queue at head, interlocked

5D INSQTI Insert into queue at tail, interlocked

0E INSQUE Insert into queue

F0 INSV Insert field

EDFD IOTA Generate compressed iota vector

17 JMP Jump

16 JSB Jump to subroutine

06 LDPCTX Load program context

3A LOCC Locate character

39 MATCHC Match characters

92 MCOMB Move complemented byte

D2 MCOML Move complemented longword

B2 MCOMW Move complemented word

DB MFPR Move from processor register

31FD MFVP Move from vector processor

8E MNEGB Move negated byte

72 MNEGD Move negated D_floating

52 MNEGF Move negated F_floating

52FD MNEGG Move negated G_floating

72FD MNEGH Move negated H_floating

CE MNEGL Move negated longword

AE MNEGW Move negated word

9E MOVAB Move address of byte

7E MOVAD Move address of D_floating

DE MOVAF Move address of F_floating

7E MOVAG Move address of G_floating

7EFD MOVAH Move address of H_floating

DE MOVAL Move address of longword

7EFD MOVAO Move address of octaword

7E MOVAQ Move address of quadword

3E MOVAW Move address of word

90 MOVB Move byte

28 MOVC3 Move character 3 operand

2C MOVC5 Move character 5 operand

70 MOVD Move D_floating

50 MOVF Move F_floating

50FD MOVG Move G_floating

70FD MOVH Move H_floating

D0 MOVL Move longword

7DFD MOVO Move data

34 MOVP Move packed

DC MOVPSL Move program status longword

7D MOVQ Move quadword

2E MOVTC Move translated characters

2F MOVTUC Move translated until character

B0 MOVW Move word

0A MOVZBL Move zero-extended byte to longword

9B MOVZBW Move zero-extended byte to word

3C MOVZWL Move zero-extended word to longword

DA MTPR Move to processor register

A9FD MTVP Move to vector processor

84 MULB2 Multiply byte 2 operand

85 MULB3 Multiply byte 3 operand

64 MULD2 Multiply D_floating 2 operand

65 MULD3 Multiply D_floating 3 operand

44 MULF2 Multiply F_floating 2 operand

45 MULF3 Multiply F_floating 3 operand

44FD MULG2 Multiply G_floating 2 operand

45FD MULG3 Multiply G_floating 3 operand

64FD MULH2 Multiply H_floating 2 operand

65FD MULH3 Multiply H_floating 3 operand

C4 MULL2 Multiply longword 2 operand

C5 MULL3 Multiply longword 3 operand

25 MULP Multiply packed

A4 MULW2 Multiply word 2 operand

A5 MULW3 Multiply word 3 operand

01 NOP No operation

75 POLYD Evaluate polynomial D_floating

55 POLYF Evaluate polynomial F_floating

55FD POLYG Evaluate polynomial G_floating

75FD POLYH Evaluate polynomial H_floating

BA POPR Pop registers

0C PROBER Probe read access

0D PROBEW Probe write access

9F PUSHAB Push address of byte

7F PUSHAD Push address of D_floating

DF PUSHAF Push address of F_floating

7F PUSHAG Push address of G_floating

7FFD PUSHAH Push address of H_floating

DF PUSHAL Push address of longword

7FFD PUSHAO Push address of octaword

7F PUSHAQ Push address of quadword

3F PUSHAW Push address of word

DD PUSHL Push longword

BB PUSHR Push registers

02 REI Return from exception or interrupt

5E REMQHI Remove from queue at head, interlocked

5F REMQTI Remove from queue at tail, interlocked

0F REMQUE Remove from queue

04 RET Return from called procedure

9C ROTL Rotate longword

05 RSB Return from subroutine

D9 SBWC Subtract with carry

2A SCANC Scan for character

3B SKPC Skip character

F4 SOBGEQ Subtract one and branch on greater or equal

F5 SOBGTR Subtract one and branch on greater

2B SPANC Span characters

82 SUBB2 Subtract byte 2 operand

83 SUBB3 Subtract byte 3 operand

62 SUBD2 Subtract D_floating 2 operand

63 SUBD3 Subtract D_floating 3 operand

42 SUBF2 Subtract F_floating 2 operand

43 SUBF3 Subtract F_floating 3 operand

42FD SUBG2 Subtract G_floating 2 operand

43FD SUBG3 Subtract G_floating 3 operand

62FD SUBH2 Subtract H_floating 2 operand

63FD SUBH3 Subtract H_floating 3 operand

C2 SUBL2 Subtract longword 2 operand

C3 SUBL3 Subtract longword 3 operand

22 SUBP4 Subtract packed 4 operand

23 SUBP6 Subtract packed 6 operand

A2 SUBW2 Subtract word 2 operand

A3 SUBW3 Subtract word 3 operand

07 SVPCTX Save process context

95 TSTB Test byte

73 TSTD Test D_floating

53 TSTF Test F_floating

53FD TSTG Test G_floating

73FD TSTH Test H_floating

D5 TSTL Test longword

B5 TSTW Test word

35FD VGATHL Gather longword vector from memory to vector register

37FD VGATHQ Gather quadword vector from memory to vector register

34FD VLDL Load longword vector from memory to vector register

36FD VLDQ Load quadword vector from memory to vector register

87FD VSADDD Vector scalar add D_floating

85FD VSADDF Vector scalar add F_floating

83FD VSADDG Vector scalar add G_floating

81FD VSADDL Vector scalar add longword

CDFD VSBICL Vector scalar bit clear longword

C9FD VSBISL Vector scalar bit set longword

9DFD VSCATL Scatter longword vector from vector register to memory

9FFD VSCATQ Scatter quadword vector from vector register to memory

C7FD VSCMPD Vector scalar compare D_floating

C5FD VSCMPF Vector scalar compare F_floating

C3FD VSCMPG Vector scalar compare G_floating

C1FD VSCMPL Vector scalar compare longword

AFFD VSDIVD Vector scalar divide D_floating

ADFD VSDIVF Vector scalar divide F_floating

ABFD VSDIVG Vector scalar divide G_floating

EFFD VSMERGE Vector scalar merge

A7FD VSMULD Vector scalar multiply D_floating

A5FD VSMULF Vector scalar multiply F_floating

A3FD VSMULG Vector scalar multiply G_floating

A1FD VSMULL Vector scalar multiply longword

E5FD VSSLLL Vector scalar shift left logical longword

E1FD VSSRLL Vector scalar shift right logical longword

8FFD VSSUBD Vector scalar subtract D_floating

8DFD VSSUBF Vector scalar subtract F_floating

8BFD VSSUBG Vector scalar subtract G_floating

89FD VSSUBL Vector scalar subtract longword

9CFD VSTL Store longword vector from vector register to memory

9EFD VSTQ Store quadword vector from vector register to memory

E9FD VSXORL Vector scalar exclusive-OR longword

A8FD VSYNC Synchronize vector memory access

86FD VVADDD Vector vector add D_floating

84FD VVADDF Vector vector add F_floating

82FD VVADDG Vector vector add G_floating

80FD VVADDL Vector vector add longword

CCFD VVBICL Vector vector bit clear longword

C8FD VVBISL Vector vector bit set longword

C6FD VVCMPD Vector vector compare D_floating

C4FD VVCMPF Vector vector compare F_floating

C2FD VVCMPG Vector vector compare G_floating

C0FD VVCMPL Vector vector compare longword

ECFD VVCVT Vector convert

AEFD VVDIVD Vector vector divide D_floating

ACFD VVDIVF Vector vector divide F_floating

AAFD VVDIVG Vector vector divide G_floating

EEFD VVMERGE Vector vector merge

A6FD VVMULD Vector vector multiply F_floating

A4FD VVMULF Vector vector multiply F_floating

A2FD VVMULG Vector vector multiply G_floating

A0FD VVMULL Vector vector multiply longword

E4FD VVSLLL Vector vector shift left logical longword

E0FD VVSRLL Vector vector shift right logical longword

8EFD VVSUBD Vector vector subtract D_floating

8CFD VVSUBF Vector vector subtract F_floating

8AFD VVSUBG Vector vector subtract G_floating

88FD VVSUBL Vector vector subtract longword

E8FD VVXORL Vector vector exclusive-OR longword

FC XFC Extended function call

8C XORB2 Exclusive-OR byte 2 operand

8D XORB3 Exclusive-OR byte 3 operand

CC XORL2 Exclusive-OR longword 2 operand

CD XORL3 Exclusive-OR longword 3 operand

AC XORW2 Exclusive-OR word 2 operand

AD XORW3 Exclusive-OR word 3 operand

**Table D-1 Opcodes (Alphabetic Order) and Functions**
Hex Value	Mnemonic	Functional Name
9D	ACBB	Add compare and branch byte
6F	ACBD	Add compare and branch D_floating
4F	ACBF	Add compare and branch F_floating
4FFD	ACBG	Add compare and branch G_floating
6FFD	ACBH	Add compare and branch H_floating
F1	ACBL	Add compare and branch longword
3D	ACBW	Add compare and branch word
58	ADAWI	Add aligned word interlocked
80	ADDB2	Add byte 2 operand
81	ADDB3	Add byte 3 operand
60	ADDD2	Add D_floating 2 operand
61	ADDD3	Add D_floating 3 operand
40	ADDF2	Add F_floating 2 operand
41	ADDF3	Add F_floating 3 operand
40FD	ADDG2	Add G_floating 2 operand
41FD	ADDG3	Add G_floating 3 operand
60FD	ADDH2	Add H_floating 2 operand
61FD	ADDH3	Add H_floating 3 operand
C0	ADDL2	Add longword 2 operand
C1	ADDL3	Add longword 3 operand
20	ADDP4	Add packed 4 operand
21	ADDP6	Add packed 6 operand
A0	ADDW2	Add word 2 operand
A1	ADDW3	Add word 3 operand
D8	ADWC	Add with carry
F3	AOBLEQ	Add one and branch on less or equal
F2	AOBLSS	Add one and branch on less
78	ASHL	Arithmetic shift longword
F8	ASHP	Arithmetic shift and round packed
79	ASHQ	Arithmetic shift quadword
E1	BBC	Branch on bit clear
E5	BBCC	Branch on bit clear and clear
E7	BBCCI	Branch on bit clear and clear interlocked
E3	BBCS	Branch on bit clear and set
E0	BBS	Branch on bit set
E4	BBSC	Branch on bit set and clear
E2	BBSS	Branch on bit set and set
E6	BBSSI	Branch on bit set and set interlocked
1E	BCC	Branch on carry clear
1F	BCS	Branch on carry set
13	BEQL	Branch on equal
13	BEQLU	Branch on equal unsigned
18	BGEQ	Branch on greater or equal
1E	BGEQU	Branch on greater or equal unsigned
14	BGTR	Branch on greater
1A	BGTRU	Branch on greater unsigned
8A	BICB2	Bit clear byte 2 operand
8B	BICB3	Bit clear byte 3 operand
CA	BICL2	Bit clear longword 2 operand
CB	BICL3	Bit clear longword 3 operand
B9	BICPSW	Bit clear program status word
AA	BICW2	Bit clear word 2 operand
AB	BICW3	Bit clear word 3 operand
88	BISB2	Bit set byte 2 operand
89	BISB3	Bit set byte 3 operand
C8	BISL2	Bit set longword 2 operand
C9	BISL3	Bit set longword 3 operand
B8	BISPSW	Bit set program status word
A8	BISW2	Bit set word 2 operand
A9	BISW3	Bit set word 3 operand
93	BITB	Bit test byte
D3	BITL	Bit test longword
B3	BITW	Bit test word
E9	BLBC	Branch on low bit clear
E8	BLBS	Branch on low bit set
15	BLEQ	Branch on less or equal
1B	BLEQU	Branch on less or equal unsigned
19	BLSS	Branch on less
1F	BLSSU	Branch on less unsigned
12	BNEQ	Branch on not equal
12	BNEQU	Branch on not equal unsigned
03	BPT	Break point trap
11	BRB	Branch with byte displacement
31	BRW	Branch with word displacement
10	BSBB	Branch to subroutine with byte displacement
30	BSBW	Branch to subroutine with word displacement
1C	BVC	Branch on overflow clear
1D	BVS	Branch on overflow set
FA	CALLG	Call with general argument list
FB	CALLS	Call with stack
8F	CASEB	Case byte
CF	CASEL	Case longword
AF	CASEW	Case word
BD	CHME	Change mode to executive
BC	CHMK	Change mode to kernel
BE	CHMS	Change mode to supervisor
BF	CHMU	Change mode to user
94	CLRB	Clear byte
7C	CLRD	Clear D_floating
DF	CLRF	Clear F_floating
7C	CLRG	Clear G_floating
7CFD	CLRH	Clear H_floating
D4	CLRL	Clear longword
7CFD	CLRO	Clear octaword
7C	CLRQ	Clear quadword
B4	CLRW	Clear word
91	CMPB	Compare byte
29	CMPC3	Compare character 3 operand
2D	CMPC5	Compare character 5 operand
71	CMPD	Compare D_floating
51	CMPF	Compare F_floating
51FD	CMPG	Compare G_floating
71FD	CMPH	Compare H_floating
D1	CMPL	Compare longword
35	CMPP3	Compare packed 3 operand
37	CMPP4	Compare packed 4 operand
EC	CMPV	Compare field
B1	CMPW	Compare word
ED	CMPZV	Compare zero-extended field
0B	CRC	Calculate cyclic redundancy check
6C	CVTBD	Convert byte to D_floating
4C	CVTBF	Convert byte to F_floating
4CFD	CVTBG	Convert byte to G_floating
6CFD	CVTBH	Convert byte to H_floating
98	CVTBL	Convert byte to longword
99	CVTBW	Convert byte to word
68	CVTDB	Convert D_floating to byte
76	CVTDF	Convert D_floating to F_floating
32FD	CVTDH	Convert D_floating to H_floating
6A	CVTDL	Convert D_floating to longword
69	CVTDW	Convert D_floating to word
48	CVTFB	Convert F_floating to byte
56	CVTFD	Convert F_floating to D_floating
99FD	CVTFG	Convert F_floating to G_floating
98FD	CVTFH	Convert F_floating to H_floating
4A	CVTFL	Convert F_floating to longword
49	CVTFW	Convert F_floating to word
48FD	CVTGB	Convert G_floating to byte
33FD	CVTGF	Convert G_floating to F_floating
56FD	CVTGH	Convert G_floating to H_floating
4AFD	CVTGL	Convert G_floating to longword
49FD	CVTGW	Convert G_floating to word
68FD	CVTHB	Convert H_floating to byte
F7FD	CVTHD	Convert H_floating to D_floating
F6FD	CVTHF	Convert H_floating to F_floating
76FD	CVTHG	Convert H_floating to G_floating
6AFD	CVTHL	Convert H_floating to longword
69FD	CVTHW	Convert H_floating to word
F6	CVTLB	Convert longword to byte
6E	CVTLD	Convert longword to D_floating
4E	CVTLF	Convert longword to F_floating
4EFD	CVTLG	Convert longword to G_floating
6EFD	CVTLH	Convert longword to H_floating
F9	CVTLP	Convert longword to packed
F7	CVTLW	Convert longword to word
36	CVTPL	Convert packed to longword
08	CVTPS	Convert packed to leading separate
24	CVTPT	Convert packed to trailing
6B	CVTRDL	Convert rounded D_floating to longword
4B	CVTRFL	Convert rounded F_floating to longword
4BFD	CVTRGL	Convert rounded G_floating to longword
6BFD	CVTRHL	Convert rounded H_floating to longword
09	CVTSP	Convert leading separate to packed
26	CVTTP	Convert trailing to packed
33	CVTWB	Convert word to byte
6D	CVTWD	Convert word to D_floating
4D	CVTWF	Convert word to F_floating
4DFD	CVTWG	Convert word to G_floating
6DFD	CVTWH	Convert word to H_floating
32	CVTWL	Convert word to longword
97	DECB	Decrement byte
D7	DECL	Decrement longword
B7	DECW	Decrement word
86	DIVB2	Divide byte 2 operand
87	DIVB3	Divide byte 3 operand
66	DIVD2	Divide D_floating 2 operand
67	DIVD3	Divide D_floating 3 operand
46	DIVF2	Divide F_floating 2 operand
47	DIVF3	Divide F_floating 3 operand
46FD	DIVG2	Divide G_floating 2 operand
47FD	DIVG3	Divide G_floating 3 operand
66FD	DIVH2	Divide H_floating 2 operand
67FD	DIVH3	Divide H_floating 3 operand
C6	DIVL2	Divide longword 2 operand
C7	DIVL3	Divide longword 3 operand
27	DIVP	Divide packed
A6	DIVW2	Divide word 2 operand
A7	DIVW3	Divide word 3 operand
38	EDITPC	Edit packed to character
7B	EDIV	Extended divide
74	EMODD	Extended modulus D_floating
54	EMODF	Extended modulus F_floating
54FD	EMODG	Extended modulus G_floating
74FD	EMODH	Extended modulus H_floating
7A	EMUL	Extended multiply
EE	EXTV	Extract field
EF	EXTZV	Extract zero-extended field
EB	FFC	Find first clear bit
EA	FFS	Find first set bit
00	HALT	Halt
96	INCB	Increment byte
D6	INCL	Increment longword
B6	INCW	Increment word
0A	INDEX	Index calculation
5C	INSQHI	Insert into queue at head, interlocked
5D	INSQTI	Insert into queue at tail, interlocked
0E	INSQUE	Insert into queue
F0	INSV	Insert field
EDFD	IOTA	Generate compressed iota vector
17	JMP	Jump
16	JSB	Jump to subroutine
06	LDPCTX	Load program context
3A	LOCC	Locate character
39	MATCHC	Match characters
92	MCOMB	Move complemented byte
D2	MCOML	Move complemented longword
B2	MCOMW	Move complemented word
DB	MFPR	Move from processor register
31FD	MFVP	Move from vector processor
8E	MNEGB	Move negated byte
72	MNEGD	Move negated D_floating
52	MNEGF	Move negated F_floating
52FD	MNEGG	Move negated G_floating
72FD	MNEGH	Move negated H_floating
CE	MNEGL	Move negated longword
AE	MNEGW	Move negated word
9E	MOVAB	Move address of byte
7E	MOVAD	Move address of D_floating
DE	MOVAF	Move address of F_floating
7E	MOVAG	Move address of G_floating
7EFD	MOVAH	Move address of H_floating
DE	MOVAL	Move address of longword
7EFD	MOVAO	Move address of octaword
7E	MOVAQ	Move address of quadword
3E	MOVAW	Move address of word
90	MOVB	Move byte
28	MOVC3	Move character 3 operand
2C	MOVC5	Move character 5 operand
70	MOVD	Move D_floating
50	MOVF	Move F_floating
50FD	MOVG	Move G_floating
70FD	MOVH	Move H_floating
D0	MOVL	Move longword
7DFD	MOVO	Move data
34	MOVP	Move packed
DC	MOVPSL	Move program status longword
7D	MOVQ	Move quadword
2E	MOVTC	Move translated characters
2F	MOVTUC	Move translated until character
B0	MOVW	Move word
0A	MOVZBL	Move zero-extended byte to longword
9B	MOVZBW	Move zero-extended byte to word
3C	MOVZWL	Move zero-extended word to longword
DA	MTPR	Move to processor register
A9FD	MTVP	Move to vector processor
84	MULB2	Multiply byte 2 operand
85	MULB3	Multiply byte 3 operand
64	MULD2	Multiply D_floating 2 operand
65	MULD3	Multiply D_floating 3 operand
44	MULF2	Multiply F_floating 2 operand
45	MULF3	Multiply F_floating 3 operand
44FD	MULG2	Multiply G_floating 2 operand
45FD	MULG3	Multiply G_floating 3 operand
64FD	MULH2	Multiply H_floating 2 operand
65FD	MULH3	Multiply H_floating 3 operand
C4	MULL2	Multiply longword 2 operand
C5	MULL3	Multiply longword 3 operand
25	MULP	Multiply packed
A4	MULW2	Multiply word 2 operand
A5	MULW3	Multiply word 3 operand
01	NOP	No operation
75	POLYD	Evaluate polynomial D_floating
55	POLYF	Evaluate polynomial F_floating
55FD	POLYG	Evaluate polynomial G_floating
75FD	POLYH	Evaluate polynomial H_floating
BA	POPR	Pop registers
0C	PROBER	Probe read access
0D	PROBEW	Probe write access
9F	PUSHAB	Push address of byte
7F	PUSHAD	Push address of D_floating
DF	PUSHAF	Push address of F_floating
7F	PUSHAG	Push address of G_floating
7FFD	PUSHAH	Push address of H_floating
DF	PUSHAL	Push address of longword
7FFD	PUSHAO	Push address of octaword
7F	PUSHAQ	Push address of quadword
3F	PUSHAW	Push address of word
DD	PUSHL	Push longword
BB	PUSHR	Push registers
02	REI	Return from exception or interrupt
5E	REMQHI	Remove from queue at head, interlocked
5F	REMQTI	Remove from queue at tail, interlocked
0F	REMQUE	Remove from queue
04	RET	Return from called procedure
9C	ROTL	Rotate longword
05	RSB	Return from subroutine
D9	SBWC	Subtract with carry
2A	SCANC	Scan for character
3B	SKPC	Skip character
F4	SOBGEQ	Subtract one and branch on greater or equal
F5	SOBGTR	Subtract one and branch on greater
2B	SPANC	Span characters
82	SUBB2	Subtract byte 2 operand
83	SUBB3	Subtract byte 3 operand
62	SUBD2	Subtract D_floating 2 operand
63	SUBD3	Subtract D_floating 3 operand
42	SUBF2	Subtract F_floating 2 operand
43	SUBF3	Subtract F_floating 3 operand
42FD	SUBG2	Subtract G_floating 2 operand
43FD	SUBG3	Subtract G_floating 3 operand
62FD	SUBH2	Subtract H_floating 2 operand
63FD	SUBH3	Subtract H_floating 3 operand
C2	SUBL2	Subtract longword 2 operand
C3	SUBL3	Subtract longword 3 operand
22	SUBP4	Subtract packed 4 operand
23	SUBP6	Subtract packed 6 operand
A2	SUBW2	Subtract word 2 operand
A3	SUBW3	Subtract word 3 operand
07	SVPCTX	Save process context
95	TSTB	Test byte
73	TSTD	Test D_floating
53	TSTF	Test F_floating
53FD	TSTG	Test G_floating
73FD	TSTH	Test H_floating
D5	TSTL	Test longword
B5	TSTW	Test word
35FD	VGATHL	Gather longword vector from memory to vector register
37FD	VGATHQ	Gather quadword vector from memory to vector register
34FD	VLDL	Load longword vector from memory to vector register
36FD	VLDQ	Load quadword vector from memory to vector register
87FD	VSADDD	Vector scalar add D_floating
85FD	VSADDF	Vector scalar add F_floating
83FD	VSADDG	Vector scalar add G_floating
81FD	VSADDL	Vector scalar add longword
CDFD	VSBICL	Vector scalar bit clear longword
C9FD	VSBISL	Vector scalar bit set longword
9DFD	VSCATL	Scatter longword vector from vector register to memory
9FFD	VSCATQ	Scatter quadword vector from vector register to memory
C7FD	VSCMPD	Vector scalar compare D_floating
C5FD	VSCMPF	Vector scalar compare F_floating
C3FD	VSCMPG	Vector scalar compare G_floating
C1FD	VSCMPL	Vector scalar compare longword
AFFD	VSDIVD	Vector scalar divide D_floating
ADFD	VSDIVF	Vector scalar divide F_floating
ABFD	VSDIVG	Vector scalar divide G_floating
EFFD	VSMERGE	Vector scalar merge
A7FD	VSMULD	Vector scalar multiply D_floating
A5FD	VSMULF	Vector scalar multiply F_floating
A3FD	VSMULG	Vector scalar multiply G_floating
A1FD	VSMULL	Vector scalar multiply longword
E5FD	VSSLLL	Vector scalar shift left logical longword
E1FD	VSSRLL	Vector scalar shift right logical longword
8FFD	VSSUBD	Vector scalar subtract D_floating
8DFD	VSSUBF	Vector scalar subtract F_floating
8BFD	VSSUBG	Vector scalar subtract G_floating
89FD	VSSUBL	Vector scalar subtract longword
9CFD	VSTL	Store longword vector from vector register to memory
9EFD	VSTQ	Store quadword vector from vector register to memory
E9FD	VSXORL	Vector scalar exclusive-OR longword
A8FD	VSYNC	Synchronize vector memory access
86FD	VVADDD	Vector vector add D_floating
84FD	VVADDF	Vector vector add F_floating
82FD	VVADDG	Vector vector add G_floating
80FD	VVADDL	Vector vector add longword
CCFD	VVBICL	Vector vector bit clear longword
C8FD	VVBISL	Vector vector bit set longword
C6FD	VVCMPD	Vector vector compare D_floating
C4FD	VVCMPF	Vector vector compare F_floating
C2FD	VVCMPG	Vector vector compare G_floating
C0FD	VVCMPL	Vector vector compare longword
ECFD	VVCVT	Vector convert
AEFD	VVDIVD	Vector vector divide D_floating
ACFD	VVDIVF	Vector vector divide F_floating
AAFD	VVDIVG	Vector vector divide G_floating
EEFD	VVMERGE	Vector vector merge
A6FD	VVMULD	Vector vector multiply F_floating
A4FD	VVMULF	Vector vector multiply F_floating
A2FD	VVMULG	Vector vector multiply G_floating
A0FD	VVMULL	Vector vector multiply longword
E4FD	VVSLLL	Vector vector shift left logical longword
E0FD	VVSRLL	Vector vector shift right logical longword
8EFD	VVSUBD	Vector vector subtract D_floating
8CFD	VVSUBF	Vector vector subtract F_floating
8AFD	VVSUBG	Vector vector subtract G_floating
88FD	VVSUBL	Vector vector subtract longword
E8FD	VVXORL	Vector vector exclusive-OR longword
FC	XFC	Extended function call
8C	XORB2	Exclusive-OR byte 2 operand
8D	XORB3	Exclusive-OR byte 3 operand
CC	XORL2	Exclusive-OR longword 2 operand
CD	XORL3	Exclusive-OR longword 3 operand
AC	XORW2	Exclusive-OR word 2 operand
AD	XORW3	Exclusive-OR word 3 operand

Table D-2 One_Byte Opcodes (Numeric Order)
Hex
Value Mnemonic Hex
Value Mnemonic

00 HALT 30 BSBW

01 NOP 31 BRW

02 REI 32 CVTWL

03 BPT 33 CVTWB

04 RET 34 MOVP

05 RSB 35 CMPP3

06 LDPCTX 36 CVTPL

07 SVPCTX 37 CMPP4

08 CVTPS 38 EDITPC

09 CVTSP 39 MATCHC

0A INDEX 3A LOCC

0B CRC 3B SKPC

0C PROBER 3C MOVZWL

0D PROBEW 3D ACBW

0E INSQUE 3E MOVAW

0F REMQUE 3F PUSHAW

10 BSBB 40 ADDF2

11 BRB 41 ADDF3

12 BNEQ, BNEQU 42 SUBF2

13 BEQL, BEQLU 43 SUBF3

14 BGTR 44 MULF2

15 BLEQ 45 MULF3

16 JSB 46 DIVF2

17 JMP 47 DIVF3

18 BGEQ 48 CVTFB

19 BLSS 49 CVTFW

1A BGTRU 4A CVTFL

1B BLEQU 4B CVTRFL

1C BVC 4C CVTBF

1D BVS 4D CVTWF

1E BGEQU, BCC 4E CVTLF

1F BLSSU, BCS 4F ACBF

20 ADDP4 50 MOVF

21 ADDP6 51 CMPF

22 SUBP4 52 MNEGF

23 SUBP6 53 TSTF

24 CVTPT 54 EMODF

25 MULP 55 POLYF

26 CVTTP 56 CVTFD

27 DIVP 57 Reserved to Digital

28 MOVC3 58 ADAWI

29 CMPC3 59 Reserved to Digital

2A SCANC 5A Reserved to Digital

2B SPANC 5B Reserved to Digital

2C MOVC5 5C INSQHI

2D CMPC5 5D INSQTI

2E MOVTC 5E REMQHI

2F MOVTUC 5F REMQTI

60 ADDD2 90 MOVB

61 ADDD3 91 CMPB

62 SUBD2 92 MCOMB

63 SUBD3 93 BITB

64 MULD2 94 CLRB

65 MULD3 95 TSTB

66 DIVD2 96 INCB

67 DIVD3 97 DECB

68 CVTDB 98 CVTBL

69 CVTDW 99 CVTBW

6A CVTDL 9A MOVZBL

6B CVTRDL 9B MOVZBW

6C CVTBD 9C ROTL

6D CVTWD 9D ACBB

6E CVTLD 9E MOVAB

6F ACBD 9F PUSHAB

70 MOVD A0 ADDW2

71 CMPD A1 ADDW3

72 MNEGD A2 SUBW2

73 TSTD A3 SUBW3

74 EMODD A4 MULW2

75 POLYD A5 MULW3

76 CVTDF A6 DIVW2

77 Reserved to Digital A7 DIVW3

78 ASHL A8 BISW2

79 ASHQ A9 BISW3

7A EMUL AA BICW2

7B EDIV AB BICW3

7C CLRQ, CLRD, CLRG AC XORW2

7D MOVQ AD XORW3

7E MOVAQ, MOVAD, MOVAG AE MNEGW

7F PUSHAQ, PUSHAD, PUSHAG AF CASEW

80 ADDB2 B0 MOVW

81 ADDB3 B1 CMPW

82 SUBB2 B2 MCOMW

83 SUBB3 B3 BITW

84 MULB2 B4 CLRW

85 MULB3 B5 TSTW

86 DIVB2 B6 INCW

87 DIVB3 B7 DECW

88 BISB2 B8 BISPSW

89 BISB3 B9 BICPSW

8A BICB2 BA POPR

8B BICB3 BB PUSHR

8C XORB2 BC CHMK

8D XORB3 BD CHME

8E MNEGB BE CHMS

8F CASEB BF CHMU

C0 ADDL2 E0 BBS

C1 ADDL3 E1 BBC

C2 SUBL2 E2 BBSS

C3 SUBL3 E3 BBCS

C4 MULL2 E4 BBSC

C5 MULL3 E5 BBCC

C6 DIVL2 E6 BBSSI

C7 DIVL3 E7 BBCCI

C8 BISL2 E8 BLBS

C9 BISL3 E9 BLBC

CA BICL2 EA FFS

CB BICL3 EB FFC

CC XORL2 EC CMPV

CD XORL3 ED CMPZV

CE MNEGL EE EXTV

CF CASEL EF EXTZV

D0 MOVL F0 INSV

D1 CMPL F1 ACBL

D2 MCOML F2 AOBLSS

D3 BITL F3 AOBLEQ

D4 CLRL, CLRF F4 SOBGEQ

D5 TSTL F5 SOBGTR

D6 INCL F6 CVTLB

D7 DECL F7 CVTLW

D8 ADWC F8 ASHP

D9 SBWC F9 CVTLP

DA MTPR FA CALLG

DB MFPR FB CALLS

DC MOVPSL FC XFC

DD PUSHL FD ESCD to Digital

DE MOVAL, MOVA FE ESCE to Digital

DF PUSHAL, PUSHAF FF ESCF to Digital

**Table D-2 One_Byte Opcodes (Numeric Order)**
Hex Value	Mnemonic	Hex Value	Mnemonic
00	HALT	30	BSBW
01	NOP	31	BRW
02	REI	32	CVTWL
03	BPT	33	CVTWB
04	RET	34	MOVP
05	RSB	35	CMPP3
06	LDPCTX	36	CVTPL
07	SVPCTX	37	CMPP4
08	CVTPS	38	EDITPC
09	CVTSP	39	MATCHC
0A	INDEX	3A	LOCC
0B	CRC	3B	SKPC
0C	PROBER	3C	MOVZWL
0D	PROBEW	3D	ACBW
0E	INSQUE	3E	MOVAW
0F	REMQUE	3F	PUSHAW
10	BSBB	40	ADDF2
11	BRB	41	ADDF3
12	BNEQ, BNEQU	42	SUBF2
13	BEQL, BEQLU	43	SUBF3
14	BGTR	44	MULF2
15	BLEQ	45	MULF3
16	JSB	46	DIVF2
17	JMP	47	DIVF3
18	BGEQ	48	CVTFB
19	BLSS	49	CVTFW
1A	BGTRU	4A	CVTFL
1B	BLEQU	4B	CVTRFL
1C	BVC	4C	CVTBF
1D	BVS	4D	CVTWF
1E	BGEQU, BCC	4E	CVTLF
1F	BLSSU, BCS	4F	ACBF
20	ADDP4	50	MOVF
21	ADDP6	51	CMPF
22	SUBP4	52	MNEGF
23	SUBP6	53	TSTF
24	CVTPT	54	EMODF
25	MULP	55	POLYF
26	CVTTP	56	CVTFD
27	DIVP	57	Reserved to Digital
28	MOVC3	58	ADAWI
29	CMPC3	59	Reserved to Digital
2A	SCANC	5A	Reserved to Digital
2B	SPANC	5B	Reserved to Digital
2C	MOVC5	5C	INSQHI
2D	CMPC5	5D	INSQTI
2E	MOVTC	5E	REMQHI
2F	MOVTUC	5F	REMQTI
60	ADDD2	90	MOVB
61	ADDD3	91	CMPB
62	SUBD2	92	MCOMB
63	SUBD3	93	BITB
64	MULD2	94	CLRB
65	MULD3	95	TSTB
66	DIVD2	96	INCB
67	DIVD3	97	DECB
68	CVTDB	98	CVTBL
69	CVTDW	99	CVTBW
6A	CVTDL	9A	MOVZBL
6B	CVTRDL	9B	MOVZBW
6C	CVTBD	9C	ROTL
6D	CVTWD	9D	ACBB
6E	CVTLD	9E	MOVAB
6F	ACBD	9F	PUSHAB
70	MOVD	A0	ADDW2
71	CMPD	A1	ADDW3
72	MNEGD	A2	SUBW2
73	TSTD	A3	SUBW3
74	EMODD	A4	MULW2
75	POLYD	A5	MULW3
76	CVTDF	A6	DIVW2
77	Reserved to Digital	A7	DIVW3
78	ASHL	A8	BISW2
79	ASHQ	A9	BISW3
7A	EMUL	AA	BICW2
7B	EDIV	AB	BICW3
7C	CLRQ, CLRD, CLRG	AC	XORW2
7D	MOVQ	AD	XORW3
7E	MOVAQ, MOVAD, MOVAG	AE	MNEGW
7F	PUSHAQ, PUSHAD, PUSHAG	AF	CASEW
80	ADDB2	B0	MOVW
81	ADDB3	B1	CMPW
82	SUBB2	B2	MCOMW
83	SUBB3	B3	BITW
84	MULB2	B4	CLRW
85	MULB3	B5	TSTW
86	DIVB2	B6	INCW
87	DIVB3	B7	DECW
88	BISB2	B8	BISPSW
89	BISB3	B9	BICPSW
8A	BICB2	BA	POPR
8B	BICB3	BB	PUSHR
8C	XORB2	BC	CHMK
8D	XORB3	BD	CHME
8E	MNEGB	BE	CHMS
8F	CASEB	BF	CHMU
C0	ADDL2	E0	BBS
C1	ADDL3	E1	BBC
C2	SUBL2	E2	BBSS
C3	SUBL3	E3	BBCS
C4	MULL2	E4	BBSC
C5	MULL3	E5	BBCC
C6	DIVL2	E6	BBSSI
C7	DIVL3	E7	BBCCI
C8	BISL2	E8	BLBS
C9	BISL3	E9	BLBC
CA	BICL2	EA	FFS
CB	BICL3	EB	FFC
CC	XORL2	EC	CMPV
CD	XORL3	ED	CMPZV
CE	MNEGL	EE	EXTV
CF	CASEL	EF	EXTZV
D0	MOVL	F0	INSV
D1	CMPL	F1	ACBL
D2	MCOML	F2	AOBLSS
D3	BITL	F3	AOBLEQ
D4	CLRL, CLRF	F4	SOBGEQ
D5	TSTL	F5	SOBGTR
D6	INCL	F6	CVTLB
D7	DECL	F7	CVTLW
D8	ADWC	F8	ASHP
D9	SBWC	F9	CVTLP
DA	MTPR	FA	CALLG
DB	MFPR	FB	CALLS
DC	MOVPSL	FC	XFC
DD	PUSHL	FD	ESCD to Digital
DE	MOVAL, MOVA	FE	ESCE to Digital
DF	PUSHAL, PUSHAF	FF	ESCF to Digital

Table D-3 Two_Byte Opcodes (Numeric Order)
Hex
Value Mnemonic Hex
Value Mnemonic

00FD Reserved to Digital 30FD Reserved to Digital

01FD Reserved to Digital 31FD MFVP

02FD Reserved to Digital 32FD CVTDH

03FD Reserved to Digital 33FD CVTGF

04FD Reserved to Digital 34FD VLDL

05FD Reserved to Digital 35FD VGATHL

06FD Reserved to Digital 36FD VLDQ

07FD Reserved to Digital 37FD VGATHQ

08FD Reserved to Digital 38FD Reserved to Digital

09FD Reserved to Digital 39FD Reserved to Digital

0AFD Reserved to Digital 3AFD Reserved to Digital

0BFD Reserved to Digital 3BFD Reserved to Digital

0CFD Reserved to Digital 3CFD Reserved to Digital

0DFD Reserved to Digital 3DFD Reserved to Digital

0EFD Reserved to Digital 3EFD Reserved to Digital

0FFD Reserved to Digital 3FFD Reserved to Digital

10FD Reserved to Digital 40FD ADDG2

11FD Reserved to Digital 41FD ADDG3

12FD Reserved to Digital 42FD SUBG2

13FD Reserved to Digital 43FD SUBG3

14FD Reserved to Digital 44FD MULG2

15FD Reserved to Digital 45FD MULG3

16FD Reserved to Digital 46FD DIVG2

17FD Reserved to Digital 47FD DIVG3

18FD Reserved to Digital 48FD CVTGB

19FD Reserved to Digital 49FD CVTGW

1AFD Reserved to Digital 4AFD CVTGL

1BFD Reserved to Digital 4BFD CVTRGL

1CFD Reserved to Digital 4CFD CVTBG

1DFD Reserved to Digital 4DFD CVTWG

1EFD Reserved to Digital 4EFD CVTLG

1FFD Reserved to Digital 4FFD ACBG

20FD Reserved to Digital 50FD MOVG

21FD Reserved to Digital 51FD CMPG

22FD Reserved to Digital 52FD MNEGG

23FD Reserved to Digital 53FD TSTG

24FD Reserved to Digital 54FD EMODG

25FD Reserved to Digital 55FD POLYG

26FD Reserved to Digital 56FD CVTGH

27FD Reserved to Digital 57FD Reserved to Digital

28FD Reserved to Digital 58FD Reserved to Digital

29FD Reserved to Digital 59FD Reserved to Digital

2AFD Reserved to Digital 5AFD Reserved to Digital

2BFD Reserved to Digital 5BFD Reserved to Digital

2CFD Reserved to Digital 5CFD Reserved to Digital

2DFD Reserved to Digital 5DFD Reserved to Digital

2EFD Reserved to Digital 5EFD Reserved to Digital

2FFD Reserved to Digital 5FFD Reserved to Digital

60FD ADDH2 90FD Reserved to Digital

61FD ADDH3 91FD Reserved to Digital

62FD SUBH2 92FD Reserved to Digital

63FD SUBH3 93FD Reserved to Digital

64FD MULH2 94FD Reserved to Digital

65FD MULH3 95FD Reserved to Digital

66FD DIVH2 96FD Reserved to Digital

67FD DIVH3 97FD Reserved to Digital

68FD CVTHB 98FD CVTFH

69FD CVTHW 99FD CVTFG

6AFD CVTHL 9AFD Reserved to Digital

6BFD CVTRHL 9BFD Reserved to Digital

6CFD CVTBH 9CFD VSTL

6DFD CVTWH 9DFD VSCATL

6EFD CVTLH 9EFD VSTQ

6FFD ACBH 9FFD VSCATQ

70FD MOVH A0FD VVMULL

71FD CMPH A1FD VSMULL

72FD MNEGH A2FD VVMULG

73FD TSTH A3FD VSMULG

74FD EMODH A4FD VVMULF

75FD POLYH A5FD VSMULF

76FD CVTHG A6FD VVMULD

77FD Reserved to Digital A7FD VSMULD

78FD Reserved to Digital A8FD VSYNC

79FD Reserved to Digital A9FD MTVP

7AFD Reserved to Digital AAFD VVDIVG

7BFD Reserved to Digital ABFD VSDIVG

7CFD CLRH, CLRO ACFD VVDIVF

7DFD MOVO ADFD VSDIVF

7EFD MOVAH, MOVAO AEFD VVDIVD

7FFD PUSHAH, PUSHAO AFFD VSDIVD

80FD VVADDL B0FD Reserved to Digital

81FD VSADDL B1FD Reserved to Digital

82FD VVADDG B2FD Reserved to Digital

83FD VSADDG B3FD Reserved to Digital

84FD VVADDF B4FD Reserved to Digital

85FD VSADDF B5FD Reserved to Digital

86FD VVADDD B6FD Reserved to Digital

87FD VSADDD B7FD Reserved to Digital

88FD VVSUBL B8FD Reserved to Digital

89FD VSSUBL B9FD Reserved to Digital

8AFD VVSUBG BAFD Reserved to Digital

8BFD VSSUBG BBFD Reserved to Digital

8CFD VVSUBF BCFD Reserved to Digital

8DFD VSSUBF BDFD Reserved to Digital

8EFD VVSUBD BEFD Reserved to Digital

8FFD VSSUBD BFFD Reserved to Digital

C0FD VVCMPL E0FD VVSRLL

C1FD VSCMPL E1FD VSSRLL

C2FD VVCMPG E2FD Illegal Vector Opcode

C3FD VSCMPG E3FD Illegal Vector Opcode

C4FD VVCMPF E4FD VVSLLL

C5FD VSCMPF E5FD VSSLLL

C6FD VVCMPD E6FD Illegal Vector Opcode

C7FD VSCMPD E7FD Illegal Vector Opcode

C8FD VVBISL E8FD VVXORL

C9FD VSBISL E9FD VSXORL

CAFD Illegal Vector Opcode EAFD Illegal Vector Opcode

CBFD Illegal Vector Opcode EBFD Illegal Vector Opcode

CCFD VVBICL ECFD VVCVT

CDFD VSBICL EDFD IOTA

CEFD Illegal Vector Opcode EEFD VVMERGE

CFFD Illegal Vector Opcode EFFD VSMERGE

D0FD Reserved to Digital F0FD Reserved to Digital

D1FD Reserved to Digital F1FD Reserved to Digital

D2FD Reserved to Digital F2FD Reserved to Digital

D3FD Reserved to Digital F3FD Reserved to Digital

D4FD Reserved to Digital F4FD Reserved to Digital

D5FD Reserved to Digital F5FD Reserved to Digital

D6FD Reserved to Digital F6FD CVTHF

D7FD Reserved to Digital F7FD CVTHD

D8FD Reserved to Digital F8FD Reserved to Digital

D9FD Reserved to Digital F9FD Reserved to Digital

DAFD Reserved to Digital FAFD Reserved to Digital

DBFD Reserved to Digital FBFD Reserved to Digital

DCFD Reserved to Digital FCFD Reserved to Digital

DDFD Reserved to Digital FCFE Reserved to Digital

DEFD Reserved to Digital FCFF Reserved to Digital

DFFD Reserved to Digital FDFF BUGL

FEFF BUGW

FFFF Reserved for all time

**Table D-3 Two_Byte Opcodes (Numeric Order)**
Hex Value	Mnemonic	Hex Value	Mnemonic
00FD	Reserved to Digital	30FD	Reserved to Digital
01FD	Reserved to Digital	31FD	MFVP
02FD	Reserved to Digital	32FD	CVTDH
03FD	Reserved to Digital	33FD	CVTGF
04FD	Reserved to Digital	34FD	VLDL
05FD	Reserved to Digital	35FD	VGATHL
06FD	Reserved to Digital	36FD	VLDQ
07FD	Reserved to Digital	37FD	VGATHQ
08FD	Reserved to Digital	38FD	Reserved to Digital
09FD	Reserved to Digital	39FD	Reserved to Digital
0AFD	Reserved to Digital	3AFD	Reserved to Digital
0BFD	Reserved to Digital	3BFD	Reserved to Digital
0CFD	Reserved to Digital	3CFD	Reserved to Digital
0DFD	Reserved to Digital	3DFD	Reserved to Digital
0EFD	Reserved to Digital	3EFD	Reserved to Digital
0FFD	Reserved to Digital	3FFD	Reserved to Digital
10FD	Reserved to Digital	40FD	ADDG2
11FD	Reserved to Digital	41FD	ADDG3
12FD	Reserved to Digital	42FD	SUBG2
13FD	Reserved to Digital	43FD	SUBG3
14FD	Reserved to Digital	44FD	MULG2
15FD	Reserved to Digital	45FD	MULG3
16FD	Reserved to Digital	46FD	DIVG2
17FD	Reserved to Digital	47FD	DIVG3
18FD	Reserved to Digital	48FD	CVTGB
19FD	Reserved to Digital	49FD	CVTGW
1AFD	Reserved to Digital	4AFD	CVTGL
1BFD	Reserved to Digital	4BFD	CVTRGL
1CFD	Reserved to Digital	4CFD	CVTBG
1DFD	Reserved to Digital	4DFD	CVTWG
1EFD	Reserved to Digital	4EFD	CVTLG
1FFD	Reserved to Digital	4FFD	ACBG
20FD	Reserved to Digital	50FD	MOVG
21FD	Reserved to Digital	51FD	CMPG
22FD	Reserved to Digital	52FD	MNEGG
23FD	Reserved to Digital	53FD	TSTG
24FD	Reserved to Digital	54FD	EMODG
25FD	Reserved to Digital	55FD	POLYG
26FD	Reserved to Digital	56FD	CVTGH
27FD	Reserved to Digital	57FD	Reserved to Digital
28FD	Reserved to Digital	58FD	Reserved to Digital
29FD	Reserved to Digital	59FD	Reserved to Digital
2AFD	Reserved to Digital	5AFD	Reserved to Digital
2BFD	Reserved to Digital	5BFD	Reserved to Digital
2CFD	Reserved to Digital	5CFD	Reserved to Digital
2DFD	Reserved to Digital	5DFD	Reserved to Digital
2EFD	Reserved to Digital	5EFD	Reserved to Digital
2FFD	Reserved to Digital	5FFD	Reserved to Digital
60FD	ADDH2	90FD	Reserved to Digital
61FD	ADDH3	91FD	Reserved to Digital
62FD	SUBH2	92FD	Reserved to Digital
63FD	SUBH3	93FD	Reserved to Digital
64FD	MULH2	94FD	Reserved to Digital
65FD	MULH3	95FD	Reserved to Digital
66FD	DIVH2	96FD	Reserved to Digital
67FD	DIVH3	97FD	Reserved to Digital
68FD	CVTHB	98FD	CVTFH
69FD	CVTHW	99FD	CVTFG
6AFD	CVTHL	9AFD	Reserved to Digital
6BFD	CVTRHL	9BFD	Reserved to Digital
6CFD	CVTBH	9CFD	VSTL
6DFD	CVTWH	9DFD	VSCATL
6EFD	CVTLH	9EFD	VSTQ
6FFD	ACBH	9FFD	VSCATQ
70FD	MOVH	A0FD	VVMULL
71FD	CMPH	A1FD	VSMULL
72FD	MNEGH	A2FD	VVMULG
73FD	TSTH	A3FD	VSMULG
74FD	EMODH	A4FD	VVMULF
75FD	POLYH	A5FD	VSMULF
76FD	CVTHG	A6FD	VVMULD
77FD	Reserved to Digital	A7FD	VSMULD
78FD	Reserved to Digital	A8FD	VSYNC
79FD	Reserved to Digital	A9FD	MTVP
7AFD	Reserved to Digital	AAFD	VVDIVG
7BFD	Reserved to Digital	ABFD	VSDIVG
7CFD	CLRH, CLRO	ACFD	VVDIVF
7DFD	MOVO	ADFD	VSDIVF
7EFD	MOVAH, MOVAO	AEFD	VVDIVD
7FFD	PUSHAH, PUSHAO	AFFD	VSDIVD
80FD	VVADDL	B0FD	Reserved to Digital
81FD	VSADDL	B1FD	Reserved to Digital
82FD	VVADDG	B2FD	Reserved to Digital
83FD	VSADDG	B3FD	Reserved to Digital
84FD	VVADDF	B4FD	Reserved to Digital
85FD	VSADDF	B5FD	Reserved to Digital
86FD	VVADDD	B6FD	Reserved to Digital
87FD	VSADDD	B7FD	Reserved to Digital
88FD	VVSUBL	B8FD	Reserved to Digital
89FD	VSSUBL	B9FD	Reserved to Digital
8AFD	VVSUBG	BAFD	Reserved to Digital
8BFD	VSSUBG	BBFD	Reserved to Digital
8CFD	VVSUBF	BCFD	Reserved to Digital
8DFD	VSSUBF	BDFD	Reserved to Digital
8EFD	VVSUBD	BEFD	Reserved to Digital
8FFD	VSSUBD	BFFD	Reserved to Digital
C0FD	VVCMPL	E0FD	VVSRLL
C1FD	VSCMPL	E1FD	VSSRLL
C2FD	VVCMPG	E2FD	Illegal Vector Opcode
C3FD	VSCMPG	E3FD	Illegal Vector Opcode
C4FD	VVCMPF	E4FD	VVSLLL
C5FD	VSCMPF	E5FD	VSSLLL
C6FD	VVCMPD	E6FD	Illegal Vector Opcode
C7FD	VSCMPD	E7FD	Illegal Vector Opcode
C8FD	VVBISL	E8FD	VVXORL
C9FD	VSBISL	E9FD	VSXORL
CAFD	Illegal Vector Opcode	EAFD	Illegal Vector Opcode
CBFD	Illegal Vector Opcode	EBFD	Illegal Vector Opcode
CCFD	VVBICL	ECFD	VVCVT
CDFD	VSBICL	EDFD	IOTA
CEFD	Illegal Vector Opcode	EEFD	VVMERGE
CFFD	Illegal Vector Opcode	EFFD	VSMERGE
D0FD	Reserved to Digital	F0FD	Reserved to Digital
D1FD	Reserved to Digital	F1FD	Reserved to Digital
D2FD	Reserved to Digital	F2FD	Reserved to Digital
D3FD	Reserved to Digital	F3FD	Reserved to Digital
D4FD	Reserved to Digital	F4FD	Reserved to Digital
D5FD	Reserved to Digital	F5FD	Reserved to Digital
D6FD	Reserved to Digital	F6FD	CVTHF
D7FD	Reserved to Digital	F7FD	CVTHD
D8FD	Reserved to Digital	F8FD	Reserved to Digital
D9FD	Reserved to Digital	F9FD	Reserved to Digital
DAFD	Reserved to Digital	FAFD	Reserved to Digital
DBFD	Reserved to Digital	FBFD	Reserved to Digital
DCFD	Reserved to Digital	FCFD	Reserved to Digital
DDFD	Reserved to Digital	FCFE	Reserved to Digital
DEFD	Reserved to Digital	FCFF	Reserved to Digital
DFFD	Reserved to Digital	FDFF	BUGL
		FEFF	BUGW
		FFFF	Reserved for all time

Contents

Index

privacy and legal statement

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VAX MACRO and Instruction Set Reference Manual

C.3 Operators

C.3.1 Unary Operators

C.3.2 Binary Operators

C.3.3 Macro String Operators

C.4 Addressing Modes

Appendix DPermanent Symbol Table Defined for Use with VAX MACRO

Appendix D
Permanent Symbol Table Defined for Use with VAX MACRO