Index

279

MMIX pseudo op BSPEC, see Section 30.3.4 Assem 

MRI compatibility mode, see Section 3.9 Assemble in

bler Directives

MRI Compatibility Mode:  M

MMIX pseudo op BYTE, see Section 30.3.4 Assem 

mri directive, see Section 8.57 .mri

val

bler Directives

MRI mode, temporarily, see Section 8.57 .mri

val

MMIX pseudo op ESPEC, see Section 30.3.4 Assem 

MSP 430 floating point (ieee), see Section 31.3 Float 

bler Directives

ing Point

MMIX pseudo op GREG, see Section 30.3.4 Assem 

MSP 430 identifiers, see Section 31.2.2 Special Char 

bler Directives

acters

MMIX pseudo op IS, see Section 30.3.4 Assembler

MSP 430 line comment character, see Section 31.2.2

Directives

Special Characters

MMIX pseudo op LOC, see Section 30.3.4 Assembler

MSP 430 machine directives, see Section 31.4 MSP

Directives

430 Machine Directives

MMIX pseudo op LOCAL, see Section 30.3.4 Assem 

MSP 430 macros, see Section 31.2.1 Macros

bler Directives

MSP 430 opcodes, see Section 31.5 Opcodes

MMIX pseudo op OCTA, see Section 30.3.4 Assem 

MSP 430 options (none), see Section 31.1 Options

bler Directives

MSP 430 profiling capability, see Section 31.6 Profil 

MMIX pseudo op PREFIX, see Section 30.3.4 As 

ing Capability

sembler Directives

MSP 430 register names, see Section 31.2.3 Register

MMIX pseudo op TETRA, see Section 30.3.4 Assem 

Names

bler Directives

MSP 430 support, see Chapter 31 MSP 430 Depen 

MMIX pseudo op WYDE, see Section 30.3.4 Assem 

dent Features

bler Directives

MSP430 Assembler Extensions, see Section 31.2.4

MMIX pseudo ops, see Section 30.3.4 Assembler Di 

Assembler Extensions

rectives

mul instruction, i386, see Section 21.13 Notes

MMIX register names, see Section 30.3.3 Register

mul instruction, x86 64, see Section 21.13 Notes

names

MMIX support, see Chapter 30 MMIX Dependent

Features

N

mmixal differences, see Section 30.4 Differences to

mmixal

name, see Section 39.3 Assembler Directives for the

mmregs directive, TIC54X, see Section 38.9 Direc 

Z8000

tives

named section, see Section 8.78 .section

name

mmsg directive, TIC54X, see Section 38.9 Directives

named sections, see Section 5.2 Linker Sections

MMX, i386, see Section 21.9 Intel's MMX and

names, symbol, see Section 6.3 Symbol Names

AMD's 3DNow! SIMD Operations

naming object file, see Section 3.11 Name the Object

MMX, x86 64, see Section 21.9 Intel's MMX and

File:  o

AMD's 3DNow! SIMD Operations

new page, in listings, see Section 8.24 .eject

mnemonic suffixes, i386, see Section 21.2 AT&T Syn 

newblock directive, TIC54X, see Section 38.9 Direc 

tax versus Intel Syntax

tives

mnemonic suffixes, x86 64, see Section 21.2 AT&T

newline (\n), see Section 4.6.1.1 Strings

Syntax versus Intel Syntax

newline, required at file end, see Section 4.5 State 

mnemonics for opcodes, VAX, see Section 40.4 VAX

ments

Opcodes

no density directive, see Section 42.5.1 density

mnemonics, D10V, see Section 15.4 Opcodes

no generics directive, see Section 42.5.4 generics

mnemonics, D30V, see Section 16.4 Opcodes

no longcalls directive, see Section 42.5.3 long 

mnemonics, H8/300, see Section 17.5 Opcodes

calls

mnemonics, H8/500, see Section 18.5 Opcodes

no relax directive, see Section 42.5.2 relax

mnemonics, SH, see Section 35.5 Opcodes

nolist directive, see Section 8.63 .nolist

mnemonics, SH64, see Section 36.4 Opcodes

nolist directive, TIC54X, see Section 38.9 Direc 

mnemonics, Z8000, see Section 39.4 Opcodes

tives

mnolist directive, TIC54X, see Section 38.9 Direc 

NOP pseudo op, ARM, see Section 13.5 Opcodes

tives

notes for Alpha, see Section 11.1 Notes

Motorola syntax for the 680x0, see Section 26.3 Mo 

null terminated strings, see Section 8.5 .asciz

torola Syntax

"

string

". . .

MOVI instructions, relaxation, see Section 42.4.3

number constants, see Section 4.6.2 Number Con 

Other Immediate Field Relaxation

stants