Assembly Language Adventures (1): Counting with two digits

Learn x86 Assembly Language: A Beginner's Guide to Computer Programming

Unlock the inner workings of your computer with the x86 Assembly Adventures series. This comprehensive course teaches you x86 Assembly Language from the ground up – no prior programming experience required! Discover the fundamental language your computer understands.

Part 1: Counting with Two Digits – Mastering Binary Fundamentals

This initial chapter lays the groundwork for understanding binary systems, the foundation of how computers represent information using only 0s and 1s. Don't worry if you haven't studied math recently; the concepts are explained in an accessible way. You'll learn:

• Binary Arithmetic: Adding and subtracting numbers in binary.
• Decimal to Binary Conversion: Converting between decimal (the numbers we use daily) and binary representations.
• Negative Binary Numbers: Understanding how negative values are represented in binary.

This section focuses on theoretical understanding. You'll be encouraged to practice with pen and paper to solidify your grasp of the concepts. Completing the exercises is crucial for success!

Why Learn x86 Assembly Language?

• Deepen Your Programming Knowledge: Gain a solid understanding of how computer programs function from the inside out. Become a more effective programmer, regardless of your preferred language.
• Understand Core Concepts: Demystify concepts like the stack and pointers – essential for advanced programming.
• Optimize Code Performance: Achieve maximum performance by writing in raw assembly (though this course focuses on foundational understanding, not optimization techniques).
• Explore Reverse Engineering & Security: Become equipped to analyze and understand code, a critical skill for reverse engineering, security research, and vulnerability analysis. Understanding x86 Assembly is often essential when source code is unavailable.

Course Structure

This course utilizes engaging video lectures – a mix of presentations and real-world demonstrations. Each lecture is accompanied by practical exercises designed to reinforce learning.

• Open Source Exercises: Downloadable exercises (available as a RAR file and on GitHub – details in the "About this course" video). Completing the exercises is highly recommended!
• Hands-on Learning: The course emphasizes active learning through practice.

Technical Requirements

• Operating System: Windows (Windows 7 is used in the videos; Windows XP is recommended).
• Processor: Intel x86 processor (most modern computers).
• Assembly Flavor: x86 32-bit protected mode.
• Assembler: Flat Assembler (FASM).
• Debugger: WinDbg.

Linux Users: While the videos demonstrate Windows 7, many exercises have been adapted for Linux. Contact the instructor if you have any questions.