This course aims to teach students modern x64 assembly programming. By the end of the course, learners will be able to understand 16-bit, 32-bit, and 64-bit registers, data types, logical and arithmetic instructions, conditional jumps, SIMD, and more. The course employs a hands-on teaching method with practical examples and exercises. It is designed for individuals interested in delving into low-level programming and understanding the intricacies of x64 assembly language.
Overview
Syllabus
Modern x64 Assembly 1: Beginning Assembly Programming
Modern x64 Assembly 2: 16 Bit Registers
Modern x64 Assembly 3: 32 and 64 bit Registers
Modern x64 Assembly 4: Data Types
Modern x64 Assembly 5: MOV and LEA
Modern x64 Assembly 6: ADD, SUB INC and DEC
Modern x64 Assembly 7: Boolean (Bool) Logical Instructions in x86 x64 8086 ASM
Modern x64 Assembly 8: Shift, Rotate and Bit Manipulation Instructions
Modern x64 Assembly 9: The rFlags Register (Flags, pushfq, popfq, pushf, popf)
Modern x64 Assembly 10: Conditional Jumps, Moves and Set Byte
Modern x64 Assembly 11: Division with the DIV and IDIV Instructions
Modern x64 Assembly 12: C Calling Convention (Passing Parameters)
Modern x64 Assembly 13: Control Structures (If statements, do while, while and for loops)
Modern x64 Assembly 14: Structures in ASM and C++
Modern x64 Assembly 15: Introduction to SIMD
Modern x64 Assembly 16: Basic SIMD Floating Point Arithmetic
Taught by
Creel
