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A library of standard C functions from scratch. These functions cover essential operations such as string manipulation, memory allocation, and more. The primary goal is to deepen understanding of these fundamental concepts and provide a reliable library for use in subsequent projects.
Explore efficient line-by-line reading with My C project designed to handle file descriptors. This program adeptly processes input, reading each line sequentially from the specified file descriptor.
Efficiently exchange small data in C with a UNIX signal-based program. This concise project leverages UNIX signals for streamlined communication, providing a simple and effective solution for data exchange in a lightweight environment. Explore the power of signals in this compact program designed for seamless small-scale data transfer.
Create a vibrant 2D game using Minilibx in C. Minilibx's simplicity streamlines graphics programming, offering a focused platform for dynamic game development. Unleash creativity with pixels, windows, and user interactions, mastering 2D game design effortlessly.
Conquer the array sorting puzzle with our project. Navigate the task using a limited set of instructions, sparking creativity in devising efficient sorting strategies for an array of integers. This endeavor offers a unique twist on traditional sorting algorithms, emphasizing concise and effective instruction sets.
Explore shell programming with our Minishell project – a lightweight, interactive command-line shell built entirely in C. Experience a hands-on journey in creating a basic yet functional shell, delving into process handling, command execution, and user input parsing. Engage with the fundamentals of shell implementation in this educational endeavor.
Explore concurrent programming with this classic implementation of the dining philosophers problem. Philosophers navigate a dining table, juggling between thinking and eating, showcasing synchronization challenges and resource allocation in a shared environment.
This project aims to broaden your knowledge of system administration by using Docker. You will virtualize several Docker images, creating them in your new personal virtual machine.
Collection of CPP Modules that come to introduce the world of Object-Oriented Programming where it covers many topics starting with Casting, Classes, passing by Inheritance as well as polymorphism, Templates, and Containers.
This collection features a series of engaging exercises crafted to enhance your understanding of networking concepts. From configuring routers to troubleshooting connections, each exercise provides real-world scenarios for you to tackle.
This repository consists of 1337/42 Pool as well as the submodules of each 42 project that I have made, check the repository for more information about the school Network as well as the projects where each project touches a different field in the Information Technology world.
This project is inspired by the world-famous Wolfenstein 3D game, which was the first FPS ever. It will enable you to explore ray-casting. The goal be to make a dynamic view inside a maze.
Recreating the essence of the printf function, this project offers a faithful reproduction of its behavior in the C programming language. Delve into the intricacies of string formatting, variable arguments, and the core mechanisms that make printf a versatile tool.
Explore virtualization by setting up a Linux server. Learn to optimize resources and manage scalability in real-world scenarios, gaining essential skills for today's IT landscape.
On the occasion of the April Fool's Day of 2023, the 42 staff devised a fun challenge for its global student body. The project had to be completed in three days and there were 18 exercises to be done. Each exercise was worth 5 points and the last one 15 points. Project grades spanned from 0 to 100 with cumulative rewards on the intranet.
This project aims to broaden your knowledge of system administration by using Docker. You virtualize several Docker images, one for each service, inside of a virtual machine