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Assembly Language StepbyStep Programming with DOS and Linux 2nd Ed [Electronic resources] - نسخه متنی

Jeff Duntemann

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Table of Contents

Assembly Language Step-by-Step-Programming with DOS and Linux, Second Edition

Introduction: "Why Would You Want to Do That?

Chapter 1: Another Pleasant Valley Saturday Understanding What Computers Really Do

Had This Been the Real Thing

Chapter 2: Alien Bases Getting Your Arms around Binary and Hexadecimal

Counting in Martian

Octal: How the Grinch Stole Eight and Nine

Hexadecimal: Solving the Digit Shortage

From Hex to Decimal and from Decimal to Hex

Arithmetic in Hex

Hexadecimal as Shorthand for Binary

Chapter 3: Lifting the Hood Discovering What Computers Actually Are

Switches, Transistors, and Memory

The Shop Foreman and the Assembly Line

The Box That Follows a Plan

Chapter 4: The Right to Assemble The Process of Making Assembly Language Programs

DOS and DOS files

Compilers and Assemblers

The Assembly Language Development Process

DEBUG and How to Use It

Chapter 5: NASM-IDE: A Place to Stand Give me a lever long enough, and a place to stand, and I will move the Earth.

NASM-IDE''''s Place to Stand

Using NASM-IDE''''s Tools

NASM-IDE''''s Editor in Detail

Other NASM-IDE Features

Chapter 6: An Uneasy Alliance The x86 CPU and Its Segmented Memory System

The Nature of Segments

16-Bit and 32-Bit Registers

The Three Major Assembly Programming Models

Reading and Changing Registers with DEBUG

Chapter 7: Following Your Instructions Meeting Machine Instructions up Close and Personal

Assembling and Executing Machine Instructions with DEBUG

Machine Instructions and Their Operands

Reading and Using an Assembly Language Reference

Rally Round the Flags, Boys!

Using Type Specifiers

Chapter 8: Our Object All Sublime Creating Programs that Work

The Bones of an Assembly Language Program

Assembling and Running EAT.ASM

One Program, Three Segments

Last In, First Out via the Stack

Using DOS Services through INT

Chapter 9: Dividing and Conquering Using Procedures and Macros to Battle Complexity

Boxes within Boxes

Using BIOS Services

Building External Libraries of Procedures

Creating and Using Macros

Chapter 10: Bits, Flags, Branches, and Tables Easing into Mainstream Assembly Programming

Bits Is Bits (and Bytes Is Bits)

Flags, Tests, and Branches

Assembly Odds ''''n Ends

Chapter 11: Stringing Them Up Those Amazing String Instructions

The Notion of an Assembly Language String

REP STOSW, the Software Machine Gun

The Semiautomatic Weapon: STOSW without REP

Storing Data to Discontinuous Strings

Chapter 12: The Programmer''''s View of Linux Tools and Skills to Help You Write Assembly Code under a True 32-Bit OS

Prerequisites-Yukkh!

The make Utility and Dependencies

Understanding AT&T Instruction Mnemonics

Using the GNU Debugger

Your Work Strategy

Chapter 13: Coding for Linux Applying What You''''ve Learned to a True Protected Mode Operating System

Genuflecting to the C Culture

A Framework to Build On

The Perks of Protected Mode

Generating Random Numbers

Accessing Command-Line Arguments

Simple File I/O

Conclusion: Not the End, But Only the Beginning

Stepping off Square One

Appendix A: Partial 8086/8088 Instruction Set Reference

Notes on the Instruction Set Reference

AAA Adjust AL after BCD Addition

ADC Arithmetic Addition with Carry

ADD Arithmetic Addition

AND Logical AND

BT Bit Test (386+)

CALL Call Procedure

CLC Clear Carry Flag (CF)

CLD Clear Direction Flag (DF)

CMP Arithmetic Comparison

DEC Decrement Operand

IMUL Signed Integer Multiplication

INC Increment Operand

INT Software Interrupt

IRET Return from Interrupt

J? Jump on Condition

JCXZ Jump If CX=0

JECXZ Jump If ECX=0

JMP Unconditional Jump

LEA Load Effective Address

LOOP Loop until CX/ECX=0

LOOPNZ/LOOPNE Loop While CX/ECX > 0 and ZF=0

LOOPZ/LOOPE Loop While CX/ECX > 0 and ZF=1

MOV Move (Copy) Right Operand into Left Operand

NEG Negate (Two''''s Complement; i.e., Multiply by −1)

NOP No Operation

NOT Logical NOT (One''''s Complement)

POP Pop Top of Stack into Operand

POPA Pop All 16-Bit Registers (286+)

POPF Pop Top of Stack into Flags

POPFD Pop Top of Stack into EFlags (386+)

PUSH Push Operand onto Top of Stack

PUSHA Push All 16-Bit GP Registers (286+)

PUSHAD Push All 32-Bit GP Registers (386+)

PUSHF Push 16-Bit Flags onto Stack

PUSHFD Push 32-Bit EFlags onto Stack (386+)

RET Return from Procedure

ROL Rotate Left

ROR Rotate Right

SBB Arithmetic Subtraction with Borrow

SHR Shift Right

STC Set Carry Flag (CF)

STD Set Direction Flag (DF)

STOS Store String

SUB Arithmetic Subtraction

XCHG Exchange Operands

XOR Exclusive Or

Appendix B: Segment Register Assumptions for Real Mode Segmented Model

Appendix C: Web URLs for Assembly Programmers

Appendix D: Segment Register Assumptions

Appendix E: What''''s on the CD-ROM?

List of Figures

توضیحات

افزودن یادداشت جدید

Index

X

XCHG instruction, 202, 214, 330, 592

x86 CPUs, 152, 158, 191

bitwise logical instructions in, 316

books on, 528

compromises in, 204, 207-208

instruction pairs for, 219

instruction set for, 193, 202, 207, 211, 369, 384, 420-421, 461

and interrupts, 256

Linux for, 399

memory models for, 152-161

and nested lookup tables, 350

registers in, 165, 168, 169, 172

and SHR DI,4 instruction, 329

stack in, 247-248, 252

XOR instruction, 320-322, 508, 593