Linux Systems

System Administration: Start with basic package management and system configuration
Programming: Learn C programming and build systems for Linux development
Kernel Development: Dive into kernel internals and driver development
Educational Resources: Use xv6 and tutorials to understand OS concepts

📚 Additional Resources

Code Examples: Practical code samples in the code/ directory
Images & Diagrams: Visual aids in the images/ directory
Cross-References: Links between related topics across categories

This reorganized structure provides a clear learning path from basic system administration to advanced kernel development, making it easier to find and understand Linux-related content.

here are the updates to merge:

title: Linux Systems description: Comprehensive Linux documentation covering system administration, programming, kernel development, and more

Linux Systems

This section contains comprehensive documentation about Linux systems, organized into clear categories for better navigation and understanding.

📁 Directory Structure

🔧 System Administration

System management, package management, and administrative tasks:

Package Management: APT and other package managers
System Configuration: Service management, system settings
User Management: User accounts, permissions, security

💻 System Programming

System-level programming and development on Linux:

C Programming: Pointers, data types, memory management
Build Systems: CMake, Makefiles, compilation processes
System Programming: Linkers, loaders, low-level programming

⌨️ Commands & Tools

Essential Linux commands and utilities:

Command Line: Basic and advanced shell commands
System Tools: Process management, file operations
Utilities: Text processing, system monitoring

🔬 Kernel

Linux kernel internals and development:

Memory Management

THP (Transparent Huge Pages): Memory optimization techniques
Memory Allocation: Kernel memory management strategies

Process Scheduling

Idle Management: CPU idle states and power management
RCU (Read-Copy-Update): Synchronization mechanisms
Scheduler: Process and thread scheduling algorithms

Device Drivers

I2C: Inter-Integrated Circuit communication
Hardware Interfaces: Device driver development

Thermal Management

Thermal Framework: Temperature monitoring and control
Power Management: Thermal throttling and cooling

Architecture

ARM Trusted Firmware: BL31 and secure boot
Platform Support: Architecture-specific implementations

Core Concepts

Notification Mechanisms: Kernel event handling
Threading: Pthread and kernel threading
Synchronization: Locking and coordination mechanisms

🎓 Educational

Learning resources and educational content:

xv6: Educational operating system for learning kernel concepts
Tutorials: Step-by-step guides and examples

🚀 Getting Started

System Administration: Start with basic package management and system configuration
System Programming: Learn C programming and build systems for Linux development
Kernel Development: Dive into kernel internals and driver development
Educational Resources: Use xv6 and tutorials to understand OS concepts

📚 Additional Resources

Code Examples: Practical code samples in the code/ directory
Images & Diagrams: Visual aids in the images/ directory
Cross-References: Links between related topics across categories

This reorganized structure provides a clear learning path from basic system administration to advanced kernel development, making it easier to find and understand Linux-related content.