Mastering X86-64 Assembly Programming From Scratch |2023Asm+

Unveil x86-64 assembly: code, debug & master logic ops. Learn Reverse Engineering and other usages of assembly language

What you'll learn
Write efficient x86-64 assembly programs.
Use NASM assembler for optimal coding.
Analyze and dissect compiled binaries.
Convert decimal to binary with ease.
Debug with GDB and set breakpoints.
Locate variables in memory addresses.
Master logical operations: OR, XOR, AND.
Create Makefiles for streamlined workflows.
Understand CPU architectures' impact.
Develop reverse engineering skills.
Optimize code for performance gains.
Handle bitwise operations confidently.
Analyze program output using GDB.
Enhance debugging proficiency.
Craft complete assembly projects.
Decode and understand disassembly.
Unleash the power of logical NOT.
Apply XOR logic for data manipulation.
Leverage AND logic for efficient coding.
Join a supportive learning community.

Requirements
Basic understanding of programming concepts.
A computer with a compatible OS (Windows, Linux, macOS).
Enthusiasm to explore low-level programming.

Description
Are you ready to unravel the mysteries of low-level programming and dive into the fascinating world of x86-64 assembly? If you're a passionate programmer seeking to elevate your skills and gain an edge in software development, then look no further. Our comprehensive and engaging course, "Mastering x86-64 Assembly Programming from Scratch," is your ultimate gateway to mastering the art of assembly programming and harnessing the true power of the machine.Course Highlights:In this meticulously crafted course, you'll embark on an exciting journey through six immersive sections designed to empower you with the skills and knowledge needed to become a proficient x86-64 assembly programmer.Section 1: Writing Your First 64-Bit Assembly Program We kick-start your learning adventure with the classic "Hello, World!" program, using a Makefile to lay the groundwork for your assembly exploration. We'll also delve into the advantages of NASM over other assemblers, helping you make informed choices for your coding journey.Section 2: Disassembly and Disassembler Unlock the secrets of disassembly as we guide you through both the theory and practical applications. Discover how to dissect compiled binaries, revealing their inner workings and expanding your reverse engineering prowess.Section 3: Understanding Data Types Master CPU architectures, a fundamental aspect of assembly programming, and comprehend the intricate relationship between hardware and software. Dive deep into binary conversion techniques, enabling you to manipulate and understand data at its core.Section 4: Debugging x86-64 Navigate the realm of debugging with confidence. From setting up GDB to advanced techniques like variable tracking in memory, you'll sharpen your debugging skills and uncover elusive bugs like a pro.Section 5: Writing Your Second 64-Bit Assembly Program Apply your knowledge as you craft a complete assembly program. Leverage GDB to analyze your output and develop a streamlined workflow with a comprehensive Makefile.Section 6: Logical Operations (OR, XOR, AND) Demystify logical operations that underpin much of computer science. From OR to AND, learn to manipulate data at the binary level, enabling you to create efficient and optimized code.Why Choose Our Course?Expert Guidance: Your instructor,[Your Name], brings a wealth of industry experience, ensuring you receive practical insights and real-world applications.Hands-On Learning: Immerse yourself in hands-on coding projects, quizzes, and assignments that reinforce your learning and boost your confidence.Community and Support: Join our dedicated community forum, where you can engage with fellow learners, share experiences, and receive expert support whenever you need it.Lifetime Access: Gain full, lifetime access to the course materials, ensuring you stay up-to-date with the latest advancements in assembly programming.Career Boost: Mastering x86-64 assembly programming opens doors to high-demand careers in software development, reverse engineering, and cybersecurity.Who Should Enroll?This course is tailor-made for aspiring programmers, software developers, and computer science enthusiasts seeking to deepen their understanding of programming at its core. While basic programming knowledge is recommended, no prior assembly experience is required. Our engaging teaching style makes complex concepts accessible to learners of all levels.Don't Miss Out!Elevate your programming journey with "Mastering x86-64 Assembly Programming from Scratch." Enroll today and embark on a transformational learning experience that will set you on the path to programming mastery. Unlock the secrets of the machine and unleash your true coding potential!

Overview
Section 1: Writing our first 64Bit Assembly Program

Lecture 1 Hello world with makefile

Lecture 2 Why NASM is best and comparing it with other assemblers

Lecture 3 Sticking to traditions - Hello world program without makefile

Section 2: Disassembly and Disassembler

Lecture 4 The Disassembly Theory

Lecture 5 Disassembly - What

Section 3: Understanding Data Types

Lecture 6 Understanding CPU architectures and Binaries

Lecture 7 Converting Decimal to Binary with Basic Math

Section 4: Debugging x86-64

Lecture 8 Starting gdb and setting flavors

Lecture 9 Debugging and Finding Variables in Memory addresses

Lecture 10 Learning more with GDB

Section 5: Writing our second 64Bit Assembly Program

Lecture 11 Coding ASM file

Lecture 12 Analyzing Output with GDB and creating makefile

Section 6: OR XOR AND

Lecture 13 OR Logic

Lecture 14 NOT Logic

Lecture 15 XOR Logic

Lecture 16 AND Logic

Aspiring programmers seeking to master x86-64 assembly.,Software developers aiming to enhance debugging skills.,Computer science enthusiasts eager to explore logical operations.

without You and Your Support We Can’t Continue
Thanks for Buying Premium From My Links for Support
Click >>here & Visit My Blog Daily for More Udemy Tutorial. If You Need Update or Links Dead Don't Wait Just Pm Me or Leave Comment at This Post