Professional Assembly Language

Professional Assembly Language offers a comprehensive introduction to x86 assembly language programming on Linux systems. The book covers both 32-bit and 64-bit assembly language concepts and techniques. The text progresses from basic assembly language fundamentals through advanced topics like floating point operations and SIMD instructions. Code examples demonstrate key concepts while building toward complete assembly language programs that solve real computing problems. Each chapter includes practical exercises and sample applications that reinforce the material. The author emphasizes optimization techniques and low-level system interactions that are critical for assembly language programmers. The book serves as a bridge between high-level programming and hardware architecture concepts, showing how assembly language provides direct control over processor operations. Its focus on Linux-based development makes it relevant for both system programming and understanding modern computer architecture.

Readers report the book attempts to teach x86 assembly language but falls short. Multiple reviews note significant errors in code examples and concepts. Likes: - Clear explanations of basic CPU architecture - Good coverage of Linux system calls - Includes both AT&T and Intel syntax - Helpful chapter exercises Dislikes: - Many incorrect code examples that don't assemble or work - Outdated content (focuses on 32-bit, minimal 64-bit coverage) - Lacks debugging techniques - Too basic for experienced programmers - Poor editing and technical review One reader on Amazon stated "The errors make it frustrating for beginners who won't know what's wrong versus what's right." Another noted "You'll need supplementary resources to actually learn assembly programming." Ratings: Amazon: 3.9/5 (103 reviews) Goodreads: 3.7/5 (47 ratings) The second edition (2016) addressed some errors but readers still recommend other books for learning assembly language.

Assembly Language Step by Step by Jeff Duntemann The book provides practical coverage of x86 assembly using NASM syntax and Linux-based examples, with a focus on core concepts and real-world programming tasks.

Modern X86 Assembly Language Programming by Daniel Kusswurm This text covers both 32-bit and 64-bit assembly programming with detailed explanations of SIMD instructions and advanced processor features.

Assembly Language for x86 Processors by Kip Irvine The book presents x86 assembly language through a systematic approach that connects low-level programming concepts to high-level language constructs.

Low-Level Programming: C, Assembly, and Program Execution on Intel 64 Architecture by Igor Zhirkov This work combines C programming with assembly language instruction to demonstrate the connection between high-level application code and low-level machine instructions.

Programming from the Ground Up by Jonathan Bartlett The text teaches assembly language programming through the development of complete programs on Linux systems with a focus on fundamental computing concepts.

🔧 Assembly language can provide up to 400% performance improvement over high-level languages for certain operations, as demonstrated in examples throughout the book. 💻 Richard Blum worked as a network administrator at Fermilab, one of America's premier particle physics research facilities, where low-level programming was crucial for data acquisition systems. ⚡ The x86 assembly language covered in the book has evolved from the original Intel 8086 processor (1978) to modern 64-bit processors, maintaining backward compatibility throughout. 🔍 The book includes detailed coverage of the GNU Assembler (GAS), which uses AT&T syntax rather than the more common Intel syntax - making it particularly valuable for Linux developers. 🛠️ Assembly language remains vital in modern computing for device drivers, operating system kernels, and embedded systems - areas where direct hardware control is essential.