Rating 4.54 out of 5 (279 ratings in Udemy)
What you'll learn- How to use Emu8086 to create assembly programs for the 8086 processor
- All about registers in a processor and how they can be useful for storing temporary information
- All about segmentation in Intel processors
- All about interrupts
- Subroutines and return addresses
- The stack
- Talking with a C program using assembly
- Talking with an assembly program using C
- Understanding disassembly
- Understanding how GCC compiler can create …
Rating 4.54 out of 5 (279 ratings in Udemy)
What you'll learn- How to use Emu8086 to create assembly programs for the 8086 processor
- All about registers in a processor and how they can be useful for storing temporary information
- All about segmentation in Intel processors
- All about interrupts
- Subroutines and return addresses
- The stack
- Talking with a C program using assembly
- Talking with an assembly program using C
- Understanding disassembly
- Understanding how GCC compiler can create machine code that can call our assembly functions
- How to use NASM Assembler
DescriptionThis course is intended to teach you x86 assembly programming. This course teaches you how processors work and how machine code is possible. We start the course using an emulator for the legacy Intel 8086 processor where we learn all about registers and the memory segmentation model.
Since we start the course with an emulator it allows me to pause the machine at any moment in time and show you exactly what is going on.
After you learn all about the legacy 8086 processor and how to program assembly for it we then move to the modern processors of today and start writing assembly for those. You are taught how to write 32 bit programs for Windows machine's and most importantly how to communicate with C programs using assembly language. You are shown how to access variables, structures and arrays through just assembly code. We also call C functions and they call our assembly routines.
This course recommends that you have some prior experience in the C programming language or at the very least some programming experience in another language. The reason for this is because part two of the course when I teach modern assembly I reference the C programming language quite a lot since we write assembly that can talk with C.
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