I'm a passionate software developer who loves building things for the web.
- 🔭 I'm currently working on exciting web projects
- 🌱 I'm currently learning cloud technologies
- 👯 I'm looking to collaborate on open source projects
- 💬 Ask me about web development and software architecture
School projects
| Project | Description | Knowledge acquired |
|---|---|---|
| Transcendence | Developing a real-time multiplayer chat platform | • Mastered full-stack development with React, TypeScript, and Django • Implemented real-time WebSocket communication for multiplayer functionality • Designed secure authentication flows using OAuth for user management • Managed complex state for multiplayer game scenarios using React and TypeScript • Deployed containerized applications with Docker for streamlined deployment • Implemented CI/CD pipelines for automated deployment of the React and Django application |
| IRC | Building a webserver from scratch Nginx style | • Implemented low-level networking protocols for IRC communication • Mastered TCP/IP socket programming to establish reliable server-client connections • Developed event-driven architecture to efficiently manage multiple IRC events • Handled concurrent client connections, ensuring real-time message delivery • Implemented RFC protocol specifications for IRC compliance and functionality |
| Inception | Creating a fully functional development environment using Docker including Nginx, MaraDB and WordPress | • Architected multi-container applications • Mastered Docker networking concepts • Implemented secure container communication • Created custom Docker images • Managed persistent data volumes • Orchestrated services with docker-compose • Configured and optimized Nginx as a reverse proxy • Wrote Bash scripts for container entrypoints and automation • Executed and optimized basic SQL queries for database operations |
| cub3d | Creating a basic 3D game engine inspired by the classic game Wolfenstein 3D | • Implemented a raycasting rendering engine to render 3D environments • Mastered 3D graphics mathematics to simulate depth and perspective in a 2D grid • Developed efficient collision detection for accurate player movement and interaction • Created a texture mapping system to apply textures onto surfaces in the 3D world • Optimized rendering performance to achieve smooth frame rates and low resource usage |
| NetPractice | General practical exercise to discover networking | • Applied concepts of IP addressing, subnetting, and routing to real-world networking scenarios • Simulated real network environments to understand packet flow and error handling |
| mini-shell | Building a basic shell capable of parsing and executing commands, handling input/output redirections, pipes, environment variables, and signal handling | • Developed complex command parsing system • Implemented process management • Created custom command interpreter • Handled signal interrupts and job control • Managed environment variables • Built pipe and redirection system |
| philosophers | Implementing a simulation of the Dining Philosophers Problem | • Mastered thread synchronization techniques • Implemented mutex and semaphore usage • Solved complex deadlock scenarios • Optimized concurrent resource access • Developed thread-safe algorithms • Monitored process performance |
| fractol | Creating a program that generates and displays various fractals, such as the Mandelbrot set and Julia set | • Implemented fractal rendering algorithms to visualize complex mathematical shapes • Mastered mathematical concepts related to fractals and recursive functions • Developed an interactive interface to explore fractals through zooming and color manipulation • Optimized rendering performance to handle large-scale fractal computations • Applied mathematical transformations to create dynamic and visually appealing fractal patterns • Integrated real-time user inputs for customization and exploration of fractal visuals |
| minitalk | Creating a simple client-server communication program using Unix signals (SIGUSR1 and SIGUSR2) | • Mastered Unix signal handling • Implemented binary data transmission • Created reliable communication protocol • Managed process synchronization • Developed error handling system • Built efficient message queuing |
| push swap | Creating an algorithm that sorts a stack of integers using a limited set of operations on two stacks | • Developed efficient sorting algorithms • Optimized space complexity • Implemented stack operations • Created performance benchmarking • Mastered algorithm analysis • Built visualization tools |
| born2BeRoot | System administration and virtualization | • Mastered Linux system administration • Implemented secure system policies • Configured network services • Created automated monitoring • Managed user permissions • Built backup solutions |
| printf | C printf function recode | • Implemented variable argument handling • Created format string parser • Developed type conversion system • Built memory management system • Mastered string manipulation • Created extensive test suite |
| GNL | Creating a function that reads a line from a file descriptor (or multiple file descriptors) and returns it, similar to the behavior of the getline function in C | • Mastered file descriptor management • Implemented efficient buffer reading • Created memory leak prevention system • Developed error handling mechanisms • Built multi-file handling system • Optimized I/O operations |
| libft | Coding a C library | • Created comprehensive string manipulation functions • Implemented memory management utilities • Developed linked list operations • Built array manipulation functions • Created extensive unit tests • Mastered Makefile automation |
⭐️ From 0x00-A