Fundamentals of NASM x86 Assembly Programming

Fundamentals of NASM x86 Assembly Programming
Published 7/2023
Duration: 2h 42m | .MP4 1280×720, 30 fps(r) | AAC, 44100 Hz, 2ch | 890 MB

An introduction to assembly programming using the x86 programming language with NASM

What you’ll learn
Understand the basics of x86 architecture and program structures
The fundamentals of registers, stack memory, and memory addressing modes
The concepts of arithmetic, eflags, and logical operators
The main concept of branches, and loops
Calling C functions from x86 assembly
Running Linux system calls through x86 assembly
Requirements
A basic knowledge of programming in any language is recommened
A knowledge of binary and hexidecimal numbers is beneficial
Description
x86 is one of the foundational programming languages. Many different flavours and versions of x86 exist, including the version featured in this course, known as NASM. The Intel chipset is one of the most common chipsets, making it a great choice for learning assembly programming. By understanding an assembly language, programmers can have a better understanding of how code is compiled and run, making it possible to create more efficient programs. In addition to this, programmers can work at a lower level, allowing them to write code that interacts with hardware in an efficient manner.
In this course, you will learn:
How to setup NASM for x86 assembly on Linux
How to interact with an x86 processor through register and stack memory
How to conduct basic arithmetic and logical instructions
How to create branching logic
How to create basic loop structures
How to call standard C and user defined C functions
How to run system calls through Linux
Who this course is for:
Programmers looking to understand the fundamentals of assembly
Programmers looking to learn x86 assembly with NASM

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