Write First Assembly Language Program And Run It On Emulator

[LeeAndro]

Write First Assembly Language Program And Run It On Emulator
.MP4 | Video: 1280x720, 30 fps(r) | Audio: AAC, 48000 Hz, 2ch | 872 MB
Duration: 1.5 hours | Genre: eLearning | Language: English

We will learn how to translate an assembly source file to an executable file, and run it on the emulator Bochs.

most fundamental basics of assembly language

examples of the use of GNU assembler as and GNU linker ld

We will learn how to translate an assembly source file to an executable file, and run it on the emulator Bochs.
What you'll learn
most fundamental basics of assembly language
a good understanding of the correspondence between machine code and assembly code
examples of the use of GNU assembler as and GNU linker ld
terminal and most commonly used Linux commands
concepts and installation of emulator Bochs, Linux Desktop, virtual machine and hypervisor
concepts and examples of interrupt, legacy BIOS, booting process, ASCII
fundamental use of script file
example use of classical steps of building and installing software package on Linux
concepts and example of assembly, disassembly & linking
concepts and examples of RAM, ROM, executable file or runnable, object file, instruction set architecture
use of executable file viewer and object file viewer
Requirements
No. Even friendly to high school (middle school) students.
Description
In this short course, we will firstly introduce what is assembly language and machine language, the correspondence between them. Then we write our very first program in assembly language.
In order to run this program, we need a program called assembler to translate our assembly program to an object file, and then use another program called linker to transfer this object file to the executable file. We are going to do all of these on a Linux Distribution Ubuntu Desktop.
I will show you how to do all of these step by step. From installing the Linux Desktop, the most commonly used Linux commands, to the use of GNU assembler, GNU linker and objdump. And how to make a script file.
We also cover a bunch of concepts: hexadecimal, disassembly, instruction set architecture, booting, Power on Self Test, read only memory, legacy BIOS, master booting block, random access memory, interrupt and ASCII character etc..
We will see how to do the compilation of the source code of the Bochs and the installation, using the classical steps: configure, make, and make install. Eventually we will run our first program on Bochs.
I guarantee you will learn the basic usage of lots of Linux commands and programs, understand better over the low-level computer technical concepts. From there we have the ability to explore more over the computer operating system. See you.
Who this course is for:
University students or who are interested in low level principles of computer science

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