274
Index
HPPA floating point (ieee), see Section 19.4 Floating
i860 machine directives, see Section 22.3 i860 Ma 
Point
chine Directives
HPPA Syntax, see Section 19.2 Options
i860 opcodes, see Section 22.4 i860 Opcodes
HPPA only directives, see Section 19.5 HPPA Assem 
i860 support, see Chapter 22 Intel i860 Dependent
bler Directives
Features
hword
directive,
see
Section
8.43
.hword
i960 architecture options, see Section 23.1 i960
expressions
Command line Options
i960 branch recording, see Section 23.1 i960
Command line Options
I
i960 callj pseudo opcode, see Section 23.4.1 callj
i960 compare and jump expansions, see Section
i370 support, see Chapter 20 ESA/390 Dependent Fea 
23.4.2 Compare and Branch
tures
i960 compare/branch instructions, see Section 23.4.2
i386 16 bit code, see Section 21.10 Writing 16 bit
Compare and Branch
Code
i960 floating point (ieee), see Section 23.2 Floating
i386 arch directive, see Section 21.12 Specifying CPU
Point
Architecture
i960 machine directives, see Section 23.3 i960 Ma 
i386 att_syntax pseudo op, see Section 21.2 AT&T
chine Directives
Syntax versus Intel Syntax
i960 opcodes, see Section 23.4 i960 Opcodes
i386 conversion instructions, see Section 21.3 Instruc 
i960 options, see Section 23.1 i960 Command line
tion Naming
Options
i386 floating point, see Section 21.8 Floating Point
i960 support, see Chapter 23 Intel 80960 Dependent
i386 immediate operands, see Section 21.2 AT&T
Features
Syntax versus Intel Syntax
ident directive, see Section 8.44 .ident
i386 instruction naming, see Section 21.3 Instruction
identifiers, AMD 29K, see Section 10.2.2 Special
Naming
Characters
i386 instruction prefixes, see Section 21.5 Instruction
identifiers, ARM, see Section 13.2.1 Special Charac 
Prefixes
ters
i386 intel_syntax pseudo op, see Section 21.2 AT&T
identifiers, MSP 430, see Section 31.2.2 Special Char 
Syntax versus Intel Syntax
acters
i386 jump optimization, see Section 21.7 Handling of
if directive, see Section 8.45 .if
absolute
Jump Instructions
expression
i386 jump, call, return, see Section 21.2 AT&T Syntax
ifc directive, see Section 8.45 .if
absolute
versus Intel Syntax
expression
ifdef directive, see Section 8.45 .if
absolute
i386 jump/call operands, see Section 21.2 AT&T Syn 
expression
tax versus Intel Syntax
ifeq directive, see Section 8.45 .if
absolute
i386 memory references, see Section 21.6 Memory
expression
References
ifeqs directive, see Section 8.45 .if
absolute
i386 mul, imul instructions, see Section 21.13 Notes
expression
i386 options, see Section 21.1 Options
ifge directive, see Section 8.45 .if
absolute
i386 register operands, see Section 21.2 AT&T Syntax
expression
versus Intel Syntax
ifgt directive, see Section 8.45 .if
absolute
i386 registers, see Section 21.4 Register Naming
expression
i386 sections, see Section 21.2 AT&T Syntax versus
ifle directive, see Section 8.45 .if
absolute
Intel Syntax
expression
i386 size suffixes, see Section 21.2 AT&T Syntax ver 
iflt directive, see Section 8.45 .if
absolute
sus Intel Syntax
expression
i386 source, destination operands, see Section 21.2
ifnc directive, see Section 8.45 .if
absolute
AT&T Syntax versus Intel Syntax
expression
i386 support, see Chapter 21 80386 Dependent Fea 
ifndef directive, see Section 8.45 .if
absolute
tures
expression
i386 syntax compatibility, see Section 21.2 AT&T
ifne directive, see Section 8.45 .if
absolute
Syntax versus Intel Syntax
expression
i80306 support, see Chapter 21 80386 Dependent Fea 
ifnes directive, see Section 8.45 .if
absolute
tures
expression






footer




 

 

 

 

 Home | About Us | Network | Services | Support | FAQ | Control Panel | Order Online | Sitemap | Contact

canadian web hosting

 

Our partners: PHP: Hypertext Preprocessor Best Web Hosting Java Web Hosting Inexpensive Web Hosting  Jsp Web Hosting

Cheapest Web Hosting Jsp Hosting Cheap Hosting

Visionwebhosting.net Business web hosting division of Web Design Plus. All rights reserved