Linux Assembly Language Programming 1st Edition by Bob Neveln ISBN 0130879401 9780130879400

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Product details:

ISBN 10: 0130879401 
ISBN 13: 9780130879400
Author: Bob Neveln

*Master x86 assembly language from a Linux perspective! *Essential information for creating Linux device drivers *How Linux works under the hood! *CD-ROM includes edlinas, the no.1 Linux x86 hands-on assembler development simulator The first Linux-centered guide to x86 assembly language! In Linux Assembly Language Programming, Bob Neveln explains all the key features of x86 assembly language in the context of the Linux operating system and the C language. The books step-by-step, one-concept-at-a-time coverage will help any hardware programmer move to Linux, and master essential skills for Linux device driver development. You wont just learn new x86 assembly language skills: youll also gain powerful under the hood insight into how Linux works. Bonus CD-ROM includes edlinas, the no.1 Linux-based x86 interactive assembler development simulator! Linux x86 assembly language programming, from start to finish! *Place-holding numeration *Logic circuits *Computation *The four-field format *Machine language *Memory *The stack *Linux user programs *NASM *DOS programs *Interrupts *Bit manipulations *Device drivers *And more…

Linux Assembly Language Programming 1st Table of contents:

• Basic Concepts of Assembly Language

  • Registers and Their Functions
  • The Stack and Memory
  • Instructions and Opcodes
  • Addressing Modes
  • The Assembler and Linker

• Introduction to the x86 Architecture

  • Overview of the x86 Architecture
  • x86 Registers and Their Functions
  • Instruction Set Overview
  • Understanding the System’s Calling Conventions
  • Writing Simple Programs in Assembly

• System Calls in Linux Assembly

  • What Are System Calls?
  • Making a System Call in Assembly
  • Commonly Used System Calls (e.g., read, write, exit)
  • File I/O and Handling
  • Process Management

• Control Flow and Looping in Assembly

  • Jump Instructions: jmp, je, jne, call, ret
  • Conditional Branching
  • Loops: loop, for, while in Assembly
  • Nested Loops and Control Flow

• Data Handling and Manipulation

  • Working with Variables in Assembly
  • Data Types and Conversion
  • String Manipulation
  • Arithmetic Operations and Flags

• Debugging Assembly Programs

  • Using gdb for Assembly Debugging
  • Understanding Debugging Output
  • Analyzing Registers and Stack
  • Common Debugging Techniques

• Advanced Topics in Linux Assembly

  • Writing Interrupt Handlers
  • Memory Management and Pointers
  • Using Libraries and Linking External Code
  • Writing Efficient Assembly Code
  • Optimizations in Assembly Language

• Assembly Language in System Programming

  • Kernel Programming Basics
  • Writing Kernel Modules
  • Using Assembly in System Security

• Linux Assembly and Other Programming Languages

  • Combining C with Assembly
  • Calling Assembly Code from C
  • Inline Assembly in C Programs
  • Interfacing with Other Languages

• Practical Projects and Examples

  • Writing a Simple Shell in Assembly
  • Creating a Basic Text Editor
  • System-Level Tools and Utilities
  • Reverse Engineering with Assembly

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