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x86-64 Assembly Language Programming with Ubuntu

The purpose of this text is to provide a reference for University level assembly language and systems programming courses. Specifically, this text addresses the x86-64 instruction set for the popular x86-64 class of processors using the Ubuntu 64-bit Operating System (OS). The x86-64 is a Complex Instruction Set Computing (CISC) CPU design.

Computer Science Engineering

Tác giả: Ed Jorgensen
Nhà xuất bản: University of Navada, Las Vegas
Nguồn: LibreTexts
Giấy phép: CC BY-NC-SA
Ngôn ngữ: EN
Danh mục: Công nghệ thông tin

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01: Introduction
1.01: Prerequisites
1.02: What is Assembly Language
1.03: Why Learn Assembly Language
1.04: Additional References
02: Architecture Overview
2.01: Architecture Overview
2.02: Data Storage Sizes
2.03: Central Processing Unit
2.04: Main Memory
2.05: Memory Layout
2.06: Memory Hierarchy
2.07: Exercises
03: Data Representation
3.01: Integer Representation
3.02: Unsigned and Signed Addition
3.03: Floating-point Representation
3.04: Characters and Strings
3.05: Exercises
04: Program Format
4.01: Comments
4.02: Numeric Values
4.03: Defining Constants
4.04: Data Section
4.05: BSS Section
4.06: Text Section
4.07: Exercises
05: Tool Chain
5.01: Assemble Link Load Overview
5.02: Assembler
5.03: Linker
5.04: Assemble Link Script
5.05: Loader
5.06: Debugger
5.07: Exercises
06: DDD Debugger
6.01: Starting DDD
6.02: Program Execution with DDD
6.03: Exercises
07: Instruction Set Overview
7.01: Notational Conventions
7.02: Data Movement
7.03: Addresses and Values
7.04: Conversion Instructions
7.05: Integer Arithmetic Instructions
7.06: Logical Instructions
7.07: Control Instructions
7.08: Example Program Sum of Squares
7.09: Exercises
08: Addressing Modes
8.01: Addresses and Values
8.02: Example Program List Summation
8.03: Example Program Pyramid Areas and Volumes
8.04: Exercises
09: Process Stack
9.01: Stack Example
9.02: Stack Instructions
9.03: Stack Implementation
9.04: Stack Example
9.05: Exercises
10: Program Development
10.01: Understand the Problem
10.02: Create the Algorithm
10.03: Implement the Program
10.04: Test Debug the Program
10.05: Error Terminology
10.06: Exercises
11: Macros
11.01: Single-Line Macros
11.02: Multi-Line Macros
11.03: Macro Example
11.04: Debugging Macros
11.05: Exercises
12: Functions
12.01: Updated Linking Instructions
12.02: Debugger Commands
12.03: Stack Dynamic Local Variables
12.04: Function Declaration
12.05: Standard Calling Convention
12.06: Linkage
12.07: Example Statistical Function2 (non-leaf)
12.08: Stack-Based Local Variables
12.09: Summary
12.10: 12.13-Exercises
12.11: Argument Transmission
12.12: Calling Convention
12.13: Example Statistical Function 1 (leaf)
13: System Services
13.01: Calling System Services
13.02: Newline Character
13.03: Console Output
13.04: Console Input
13.05: Section 5-
13.06: Section 6-
13.7: File Write
13.8: File Operations Examples
13.9: Exercises
14: Multiple Source Files
14.01: Section 1-
14.02: Section 2-
14.03: Section 3-
14.04: Section 4-
15: Stack Buffer Overflow
15.01: Section 1-
15.02: Section 2-
15.03: Section 3-
15.04: Section 4-
15.05: Section 5-
16: Command Line Arguments
16.01: Section 1-
16.02: Section 2-
16.03: Section 3-
16.04: Section 4-
16.05: Section 5-
17: Input Output Buffering
17.01: Section 1-
17.02: Section 2-
17.03: Section 3-
18: Floating-Point Instructions
18.01: Section 1-
18.02: Section 2-
18.03: Section 3-
18.04: Section 4-
18.05: Section 5-
18.06: Section 6-
18.7: Floating-Point Calling Conventions
18.8: Example Program, Sum and Average
18.9: Example Program, Absolute Value
18.10: Exercises
19: Parallel Processing
19.01: Section 1-
19.02: Section 2-
19.03: Section 3-
20: Interrupts
20.01: Section 1-
20.02: Section 2-
20.03: Section 3-
20.04: Section 4-
20.05: Section 5-
21: Appendices
21.01: Appendix A - ASCII Table
21.02: Appendix B - Instruction Set Summary
21.03: Appendix C - System Services
21.04: Appendix D - Quiz Question Answers