Arantes19 /
HTML-CSS-Programming-Language
This repository is made up of explanatory files, ideal for reviewing the HTML & CSS language
27/100 healthActive repository
HTMLNo license
⑂ 0 forks◯ 0 issuesUpdated Jan 20, 2024
Loading repository data…
Loading repository data…
mohitmishra786 / repository
This repository is a journey through Operating System concepts, with practical implementations in C. Each day focuses on a specific topic, providing theoretical understanding and hands-on coding experience.
A transparent discovery signal based on current public GitHub metadata.
This score does not audit code, security, maintainers, documentation quality, or suitability. Verify the repository and its current documentation before adoption.
This repository is a journey through Operating System concepts, with practical implementations in C. Each day focuses on a specific topic, providing theoretical understanding and hands-on coding experience.
| Day | Topic | Concept Category | Difficulty Level | Implementation Focus |
|---|---|---|---|---|
| 1 | Process Concept | Processes | Easy | Process Definition |
| 2 | Process States and Transitions | Processes | Medium | State Diagram Implementation |
| 3 | Process Creation Mechanisms | Processes | Medium | Fork(), Exec() Syscalls |
| 4 | Process Scheduling Basics | Scheduling | Medium | FCFS Algorithm |
| 5 | Scheduling Algorithms | Scheduling | Hard | SJF, Priority, Round Robin |
| 6 | Context Switching | Processes | Hard | Implementation Details |
| 7 | Thread Concept | Threads | Easy | Thread Basic Understanding |
| 8 | Thread Creation and Management | Threads | Medium | POSIX Threads |
| 9 | Thread vs Process Comparison | Threads | Medium | Comparative Analysis |
| 10 | Multithreading Models | Threads | Hard | User vs Kernel Threads |
| 11 | Concurrency Fundamentals | Synchronization | Medium | Race Conditions |
| 12 | Mutex and Semaphores | Synchronization | Hard | Implementation |
| 13 | Deadlock Concepts | Synchronization |
Selected from shared topics, language and repository description—not editorial ratings.
Arantes19 /
This repository is made up of explanatory files, ideal for reviewing the HTML & CSS language
27/100 health| Hard |
| Prevention Strategies |
| 14 | Deadlock Detection Algorithms | Synchronization | Hard | Banker's Algorithm |
| 15 | Memory Management Overview | Memory | Easy | Memory Hierarchy |
| 16 | Logical vs Physical Address | Memory | Medium | Address Translation |
| 17 | Contiguous Memory Allocation | Memory | Medium | Allocation Strategies |
| 18 | Paging Mechanism | Memory | Hard | Page Table Implementation |
| 19 | Page Replacement Algorithms | Memory | Hard | FIFO, LRU, Optimal |
| 20 | Segmentation | Memory | Medium | Segment Table |
| 21 | Virtual Memory Concepts | Memory | Hard | Demand Paging |
| 22 | Memory Allocation Internals (malloc, free) | Memory Management | Hard | Custom Memory Allocator |
| 23 | Dynamic Memory Management Techniques | Memory Management | Hard | Memory Pool Strategies |
| 24 | File System Basics | File Systems | Easy | File Concept |
| 25 | File System Structure | File Systems | Medium | Directory Structures |
| 26 | File Allocation Methods | File Systems | Medium | Contiguous, Linked |
| 27 | Free Space Management | File Systems | Hard | Bit Vector, Linked List |
| 28 | File Protection Mechanisms | File Systems | Medium | Access Control |
| 29 | I/O System Management | I/O Systems | Medium | I/O Devices |
| 30 | Disk Scheduling Algorithms | I/O Systems | Hard | SCAN, C-SCAN |
| 31 | Interrupt Handling | Low-Level | Hard | Interrupt Vectors |
| 32 | Advanced System Call Implementation | Low-Level Programming | Hard | Syscall Wrapper Design |
| 33 | Advanced System Call Tracing | Low-Level | Hard | Syscall Interception |
| 34 | Kernel Module Development | Low-Level | Hard | Loadable Kernel Modules |
| 35 | Inter-Process Communication | IPC | Hard | Pipes, Message Queues |
| 36 | Shared Memory Advanced | IPC | Hard | Low-Level Shared Memory |
| 37 | Socket Programming Deep Dive | Networking | Hard | Raw Socket Implementation |
| 38 | CPU Scheduling Advanced | Scheduling | Hard | Multi-Level Queues |
| 39 | Real-Time Operating Systems Internals | Specialized | Hard | RTOS Kernel Design |
| 40 | Linux Kernel Memory Management | Kernel | Hard | Slab Allocator |
| 41 | Process Synchronization Advanced | Synchronization | Hard | Peterson's Algorithm |
| 42 | Resource Allocation Graph Theory | Synchronization | Hard | Deadlock Representation |
| 43 | Memory Fragmentation Techniques | Memory | Medium | Advanced Fragmentation |
| 44 | Cache Management Internals | Memory | Hard | Cache Coherence |
| 45 | File System Journaling | File Systems | Hard | Transaction Mechanisms |
| 46 | Device Driver Development | Low-Level | Hard | Character Device Drivers |
| 47 | Security Mechanism Implementation | Security | Hard | Access Control Kernel |
| 48 | Process Scheduling Simulator | Scheduling | Hard | Comprehensive Simulator |
| 49 | Network File Systems Internals | File Systems | Hard | Distributed FS Design |
| 50 | Error Handling Kernel Mechanisms | Low-Level | Hard | Exception Management |
| 51 | Virtual Memory Hypervisor | Advanced | Hard | Virtualization Techniques |
| 52 | Distributed OS Algorithms | Advanced | Hard | Consensus Protocols |
| 53 | Embedded OS Kernel Design | Specialized | Hard | Minimal Kernel |
| 54 | Microkernel Advanced Design | Architecture | Hard | Message Passing |
| 55 | OS Performance Profiling | Advanced | Hard | Kernel Tracing |
| 56 | Parallel Processing Primitives | Advanced | Hard | Low-Level Parallelism |
| 57 | Fault Tolerance Mechanisms | Advanced | Hard | Recovery Techniques |
| 58 | Advanced Load Balancing | Advanced | Hard | Scheduling Strategies |
| 59 | Containerization Internals | Advanced | Hard | Namespace Implementation |
| 60 | Kernel Synchronization Primitives | Advanced | Hard | Spinlocks, RCU |
| 61 | Security Vulnerability Analysis | Security | Hard | Buffer Overflow |
| 62 | Cryptographic Kernel Mechanisms | Security | Hard | Encryption Primitives |
| 63 | Malware Detection Techniques | Security | Hard | Kernel-Level Detection |
| 64 | OS Forensics Deep Dive | Security | Hard | Kernel Trace Analysis |
| 65 | Memory Allocator Design | Memory | Hard | Custom Heap Implementation |
| 66 | Advanced IPC Mechanisms | IPC | Hard | Advanced Signaling |
| 67 | Kernel Debugging Techniques | Low-Level | Hard | Kernel Crash Analysis |
| 68 | Advanced Syscall Handling | Low-Level | Hard | Syscall Optimization |
| 69 | Complete OS Kernel Prototype | Project | Hard | Minimal Bootable Kernel |
Each project spans 3 days, allowing for in-depth exploration and implementation.
Build a Minimal Bootable Kernel
Implement a Custom Memory Allocator
Develop a File System Simulator
Create a Process Scheduling Simulator
Design a Virtual Memory Manager
Develop a Loadable Kernel Module
Implement a Network File System
Build a Real-Time Operating System Kernel
This is an advanced educational resource for understanding Operating Systems through in-depth implementation.