x86 Assembly Language Programming From Ground Up™ from Udemy

What's inside

Learning objectives

Master the x86 core instruction set
Understand the coding differences between x86-32 and x86 -64
Master the x86 mmx extension instruction set
Master the x86 streaming simd extension (sse) instruction set
Master the x86 advanced vector extension (avx ) instruction set
Develop complex image processing algorithms in x86 assembly
Develop complex mahtematical algorithms in x86 assembly

Be able to understand and apply the ieee- 754 floating point standard
Be able to create lookup tables and jump tables in x86 assembly
Be able to write robust mixed c/c++ and x86 assembly code
Master the masm assembler syntax
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Master the x86 core instruction set
Understand the coding differences between x86-32 and x86 -64
Master the x86 mmx extension instruction set
Master the x86 streaming simd extension (sse) instruction set
Master the x86 advanced vector extension (avx ) instruction set
Develop complex image processing algorithms in x86 assembly
Develop complex mahtematical algorithms in x86 assembly
Be able to understand and apply the ieee- 754 floating point standard
Be able to create lookup tables and jump tables in x86 assembly
Be able to write robust mixed c/c++ and x86 assembly code
Master the masm assembler syntax
Show more
Show less

Syllabus

Introduction

Getting Started

Setting Up the Development Environment

Coding : Simple Assembly program

Installing a Syntax Highlighter

x86 Processors & Computer Architectures

Evolution of Intel Processors

Harvard Architecture vs Von Neumann Architecture

The Computing Device

Logic Gates

From Transistors to Operating Systems

Number Systems

The Programmer's Model

Overview of x86 Data Types

Basic x86 Microcomputer Design

x86 Operating Modes

Overview of the x86 Registers

Coding : One Register to Rule Them All

Overview of the x86 Flags

Overview of the Floating Point Unit

Overview of x86 Memory Models

Introduction to x86 Assembly Language

Notice

Overview of x86 Integers

Introduction to Directives and Instructions

Simple x86 Assembly Template

Coding : Declaring Variables in Assembly

Dealing with Data

Endianness

Coding : Mixing C/C++ and Assembly

Data Transfer Instructions

Operand Types

Overview of the MOV Instruction

Understanding Direct - Offset Operands

Memory Addressing Modes

Arithmetic Instructions

The Increment and Decrement Instructions

The Addition and Subtraction Instructions

Data Operators and Directives

Coding : Summing Array Elements

Coding : Scanning an Array

Coding : Using Pointers and Typedef

Conditional Branching

The Jump and Loop Instructions

Logic Instructions

Condition Jump Instructions

Instruction Operands

The Nature of Mixing C/C++ and Assembly

Coding : Computing the Sum of an Array

Coding : Computing Signed Multiplication and Division

Coding : Understanding C/C++ Calling Conventions

Coding : Experimenting with different Addressing Modes

Coding : Declaring Global Variables in C/C++ and using them in Assembly

Coding : Experimenting with Conditional Codes

Working with Arrays

Coding : Iterating through Array Elements

Coding : Array Elements Square

Coding : Working with 2-Dimensional Arrays

Coding : Computing the Sum of Rows and Columns of a 2-Dimensional Array

Working with Strings

Coding : Copying Strings from one Variable to another

Coding :Creating a Character Search Algorithm

Programming with the Floating -Point Unit (FPU) Registers

Overview of the x86 FPU

Overview of the FPU Instruction Set

Case Study - Temperature Conversion

Coding : Writing a temperature conversion program using the FPU

Coding : Developing the Sphere Computation Algorithm

Coding : Processing Floating-Point Arrays with FPU Instructions

Coding : Computing Min and Max of Single-Precision Floating Point Arrays

Coding : Developing Algorithms with x86 FPU Transcendental Instructions

Coding : Developing the Least Squares Algorithm

Programming with the x86 MMX Extensions

Introduction to MMX

Overview of the MMX Instruction Set

Coding : SIMD Arithmetic with Packed Data using MMX Registers (Part I)

Coding : SIMD Arithmetic with Packed Data using MMX Registers (Part II)

Coding : Shift Operations with Packed Data using MMX Registers

Coding : Understanding MMX Multiplication

Programming with the x86 SSE Extentsions

Introduction to SSE

Overview of the SSE Instruction Set

Coding : Understanding SSE Floating-Point Arithmetic

Coding : Developing the Sphere Algorithm using SSE Instructions

Coding : SSE Packed Integer Arithmetic

Programming with the x86 Advanced Vector (AVX) Extensions

History of AVX

The AVX Execution Environment

Coding : Understanding AVX Floating Point Arithmetic

Coding : Understanding AVX Packed Integer Arithmetic

Closing

Closing Remarks

Good to know

Know what's good

, what to watch for

, and possible dealbreakers

Teaches x86 assembly language, which is standard in industry

Taught by Israel Gbati, who is recognized for their work in x86 assembly

Multi-modal and includes a mix of videos, readings, and discussions

Offers hands-on labs and interactive materials

Develops professional skills or deep expertise in x86 assembly

Advises students to take other courses first as prerequisites

Reviews summary

Helpful assembly language primer

According to students, x86 Assembly Language Programming From Ground Up™ is a beginner-friendly course that teaches the basics of assembly programming. Learners appreciate that the course is well-structured and appreciate the coding sessions. However, some students wish the class made more use of visual aids and found that the materials were more clearly explained in the textbook.

This course is a good starting point for learners completely new to assembly programming.

"Good course for complete beginners, learned enough to get started and dig deeper now."

"coding sessions were helpful for fully understanding concepts."

"The course was well-structured and allowed me to progress at my own pace."

The course could benefit from using more visual aids such as charts to explain concepts.

"Would have preferred if the instructor used more visual aids such as charts, etc to illustrate what is going on with the stack, memory, regs, etc especially during the coding sessions."

The textbook does a better job of explaining some concepts compared to the course materials.

"If you look at the book the instructor based the course on, that author explains things in a much clearer manner."

Activities

Be better prepared before your course. Deepen your understanding during and after it. Supplement your coursework and achieve mastery of the topics covered in x86 Assembly Language Programming From Ground Up™ with these activities:

Review x86 Processor History and Architecture

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Ensure a strong foundation by reviewing the history and architecture of the x86 processor, which is essential for understanding assembly programming.

Browse courses on Computer Architecture

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Read documentation or online resources about x86 processor history and architecture.
Summarize the key concepts in your own words.

Computer Systems: A Programmer's Perspective

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Expand your understanding of the underlying principles of computer systems by reviewing a classic text that provides a comprehensive overview of the field.

View Computer Systems: A Programmer's Perspective,... on Amazon

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Read selected chapters relevant to x86 Assembly Programming.

x86 Core Instruction Set Exercises

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Build a solid understanding of the x86 Core Instruction Set by completing a series of exercises that challenge your knowledge.

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Review the x86 Core Instruction Set documentation.
Practice writing assembly code using the x86 Core Instruction Set.
Test your understanding by solving x86 Core Instruction Set exercises.

Four other activities

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x86 Assembly Programming Study Group

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Collaborate with fellow learners by forming a study group to discuss concepts, solve problems, and support each other's understanding.

Browse courses on Assembly Language

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Organize a group of peers with similar interests in x86 Assembly Programming.
Establish regular meeting times and locations.
Prepare topics for discussion and work together to understand complex concepts.

x86 Assembly Programming Workshop

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Enhance your practical skills by attending a workshop led by experienced professionals who can provide guidance and hands-on support.

Browse courses on Assembly Language

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Find and register for an x86 Assembly Programming workshop.
Actively participate in the workshop, asking questions and completing exercises.
Network with other participants to exchange knowledge and learn from their experiences.

x86 Assembly Programming Project

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Apply your knowledge and skills by developing a substantial project that demonstrates your proficiency in x86 Assembly Programming.

Browse courses on Assembly Language

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Identify a project idea that aligns with your interests and skill level.
Plan and design your project, considering its scope, requirements, and implementation details.
Implement your project using x86 Assembly Programming.
Test and evaluate your project to ensure it meets the desired outcomes.
Document your project and share it with others, showcasing your accomplishments.

x86 Assembly Programming Guide

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Solidify your understanding of x86 Assembly Programming by creating a comprehensive guide that covers the core concepts and best practices.

Browse courses on Assembly Language

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Organize your knowledge of x86 Assembly Programming.
Write clear and concise explanations of each topic.
Provide real-world examples to illustrate the application of x86 Assembly Programming.
Share your guide with others to contribute to the community's knowledge.

Career center

Learners who complete x86 Assembly Language Programming From Ground Up™ will develop knowledge and skills that may be useful to these careers:

Software Engineer

As a Software Engineer, you will design, develop, test, and deploy software applications. With a strong foundation in x86 assembly language, you will be able to create efficient and optimized code. This course will equip you with the skills necessary to excel in this role.

See salaries and explore the career path for Software Engineer

Assembly Language Programmer

Assembly Language Programmers specialize in writing code directly in assembly language, giving them complete control over the hardware. With your expertise in x86 assembly language, you will be highly sought-after in fields such as embedded systems and operating system development.

See salaries and explore the career path for Assembly Language Programmer

Computer Programmer

Computer Programmers are responsible for writing and maintaining the code that powers computers and software applications. With your mastery of x86 assembly language, you will be able to create high-performance programs that meet the demands of modern computing.

See salaries and explore the career path for Computer Programmer

Compiler Engineer

Compiler Engineers design and develop compilers, which translate high-level programming languages into machine code. With your expertise in x86 assembly language, you will have a deep understanding of the compilation process and will be able to create efficient and optimized compilers.

See salaries and explore the career path for Compiler Engineer

Firmware Engineer

Firmware Engineers design and develop the firmware that controls embedded systems. With your proficiency in x86 assembly language, you will be able to create efficient and reliable firmware that meets the strict requirements of embedded systems.

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Embedded Systems Engineer

Embedded Systems Engineers design and develop embedded systems, which are small computers that are embedded into other devices. With your proficiency in x86 assembly language, you will be able to create efficient and reliable embedded systems that meet the specific requirements of the device.

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Game Programmer

Game Programmers design and develop video games. With your expertise in x86 assembly language, you will be able to create highly optimized game code that delivers superior performance and graphics.

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Systems Programmer

Systems Programmers are responsible for developing and maintaining the operating systems and other core software that run computers. Your knowledge of x86 assembly language will give you a deep understanding of the underlying hardware and operating system, enabling you to create highly optimized and efficient systems.

See salaries and explore the career path for Systems Programmer

Data Scientist

Data Scientists analyze and interpret data to extract meaningful insights. Your knowledge of x86 assembly language will give you a strong foundation in computer architecture and optimization, enabling you to develop efficient data processing algorithms.

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Computer Architect

Computer Architects design and develop the hardware architecture of computers. Your understanding of x86 assembly language will give you a strong foundation in computer architecture and will enable you to create innovative and efficient hardware designs.

See salaries and explore the career path for Computer Architect

High-Performance Computing Engineer

High-Performance Computing Engineers design and develop high-performance computing systems. Your expertise in x86 assembly language will give you a deep understanding of the hardware and software that power high-performance computing, enabling you to create more efficient and powerful systems.

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Robotics Engineer

Robotics Engineers design and develop robots. Your knowledge of x86 assembly language will give you a deep understanding of the hardware and software that control robots, enabling you to create more efficient and intelligent robots.

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Machine Learning Engineer

Machine Learning Engineers design and develop machine learning algorithms. Your understanding of x86 assembly language will give you a deep understanding of the hardware and software that power machine learning, enabling you to create more efficient and accurate algorithms.

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Information Security Analyst

Information Security Analysts protect computer systems and networks from unauthorized access and cyberattacks. Your understanding of x86 assembly language will give you a deep understanding of the security vulnerabilities of computer systems, enabling you to develop effective security measures.

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Quantitative Analyst

Quantitative Analysts use mathematical and statistical models to analyze financial data. Your knowledge of x86 assembly language will give you a strong foundation in computer architecture and optimization, enabling you to develop efficient financial models.

See salaries and explore the career path for Quantitative Analyst