🖥️ Welcome to the Computer Organization and Architecture Repository! 📚✨ Immerse yourself in a meticulously curated knowledge reservoir on Computer Organization and Architecture. 🌐💡 Explore the intricacies of system structures, processor design, and architectural principles. 🚀💻 Master the art of efficient computing in this dynamic space! 👨💻
Explore the 'Glue Way' of organizing general-purpose data structures like linked lists, queues, and trees. This repository provides a deep dive into glued libraries, showcasing their advantages over traditional libraries. Perfect for understanding how modern industry standards, including the Linux kernel, implement data structures.
Learn Node.js beyond frameworks. Understand how it works under the hood, build low-level systems, and master performance.
A custom C++ dynamic vector implementation with manual memory management, heap simulation, and free-list based allocation.
Python-Basics is a beginner-friendly repository containing hands-on Python tutorials and projects. It covers essential Python concepts, data structures, OOP, file handling, web development (Flask & Streamlit), and advanced topics like multithreading and memory management perfect for learners aiming to build a strong foundation in Python programming
The get_next_line project challenges students to implement a function that returns the next line from a file descriptor with each call. It involves reading with read(), managing dynamic buffers, and handling static variables, reinforcing memory control, string manipulation, and efficient I/O operations in C.
Detect time leaks in IT service workflows by analyzing ticket lifecycles, identifying bottlenecks, and estimating cost impact with interactive dashboards.
MLDA is a web-based Memory Leak Detector & Code Analyzer designed for C/C++ code. It offers real-time analysis, visual statistics, and actionable recommendations for memory management issues, aiding developers in improving code quality and preventing memory leaks. Initially developed by a B.Tech team for an OS principles course.
The C++ Modules (00–09) at 42 are designed to progressively build strong foundations in modern C++ (usually C++98 standard in the project rules). The focus is object-oriented design, memory management, and STL. Below is a structured breakdown.
A comprehensive implementation of C++ Modules (C++98) covering OOP, STL, Templates, and Memory Management.
A comprehensive virtual memory simulation framework designed for educational use, featuring multi-level page tables, TLB, demand paging, and various page replacement algorithms. It supports multi-process simulation with an interactive web GUI for visualization and metrics analysis.
🧠 Explore Node.js core internals to master backend engineering, asynchronous I/O, and systems concepts for building high-performance applications.
To associate your repository with the memorymanagement topic, visit your repo's landing page and select "manage topics."