Dive into the world of modern x64 assembly programming through this comprehensive 4-hour 30-minute course. Learn essential concepts from beginning assembly programming to advanced topics like SIMD (Single Instruction, Multiple Data) operations. Explore 16-bit, 32-bit, and 64-bit registers, various data types, and fundamental instructions such as MOV, LEA, ADD, and SUB. Master boolean logical instructions, bit manipulation techniques, and understand the rFlags register. Delve into conditional jumps, division operations, and the C calling convention. Gain proficiency in implementing control structures, working with structures in ASM and C++, and utilizing basic SIMD floating-point arithmetic for optimized performance.
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
