Assembly Language Project

Overview

This project contains a program written in assembly language, demonstrating low-level programming concepts and direct manipulation of hardware or system resources. It showcases the use of assembly language instructions to achieve specific tasks that require precise control over CPU operations.

Features

• Direct Hardware Manipulation: The program interacts directly with the processor and memory, showcasing efficient, low-level operations.
• Instruction-Level Control: Provides precise control over program execution at the instruction level, allowing for optimizations in performance.
• Educational Example: Useful for learning or demonstrating assembly language programming and understanding computer architecture.

Project Structure

• es_int.s - Main assembly file containing the core instructions and logic for the program.

Getting Started

1. Assemble the program: Use an assembler (such as nasm or gcc) to compile the assembly code. For example:

   nasm -f elf64 es_int.s -o es_int.o

Link the object file: Link the assembled object file to create an executable:

bash

ld es_int.o -o es_int Run the program: Execute the compiled program:

bash

./es_int

Requirements

• Assembler: nasm or gcc (or another compatible assembler for the architecture in use).
• Linker: ld for linking the object file into an executable.

Technologies Used

• Assembly Language: For low-level programming and direct system control.
• Linux (or compatible OS): For compiling and running the assembly code.

License

This project is licensed under the MIT License.