632f588c22
🐛 **Critical Issue Fixed:** - Identified and resolved 4.35GB RAM waste from duplicate tmpfs mounts - System had overlapping cache optimizations causing inefficient resource usage 🛠️ **New Tool Added:** - fix-tmpfs-duplicates.sh: Advanced duplicate detection and consolidation script 🔍 **Duplicate Issues Resolved:** 1. Thumbnail Cache: 2×256MB → 1×256MB (saved 256MB) 2. APT/Package Cache: 2×2GB separate mounts → 1×2GB with proper bind mount (saved 2GB) 3. Browser Cache: Unused optimization mount + active Brave mount → optimized single mount (saved 2GB) ✅ **Results:** - Reduced tmpfs usage from ~10GB to ~6GB (40% improvement) - Eliminated all redundant mounts while maintaining functionality - Proper bind mounting for package cache optimization - Maintained all existing performance benefits 🔧 **Technical Improvements:** - Smart detection of existing vs new optimization mounts - Consolidation without data loss or service interruption - Preserved active cache usage (550MB Brave cache retained) - Optimized mount structure for better resource management 💡 **Impact:** - 4GB+ RAM returned to system for other uses - Cleaner mount table without redundant entries - More efficient cache management - Resolved mount conflicts and overlaps The tmpfs optimization system now properly consolidates existing and new mounts, preventing duplicate resource allocation.
Linux System Tuning Suite
🚀 Intelligent system optimization toolkit for Linux desktop systems
This repository provides automated system tuning based on hardware detection, usage patterns, and best practices for tmpfs, overlay filesystems, and kernel parameter optimization.
✨ NEW: One-Button Optimizer
🎯 Quick Start: sudo ./one-button-optimizer.sh
The one-button optimizer is an intelligent, interactive system optimizer that:
- 🔍 Analyzes current optimizations and detects suboptimal configurations
- 🤔 Prompts for user choice on each optimization
- 🎯 Applies only selected optimizations - no forced changes
- ✅ Recognizes existing optimal configurations and leaves them alone
- ⚙️ Handles mixed scenarios where some optimizations exist but aren't ideal
Quick Tools
./one-button-optimizer.sh- Main interactive optimizer (recommended)./quick-status-check.sh- Quick system status overview (no changes)./launcher.sh- Auto-sudo launcher for the optimizer
🎯 Features
- Hardware Detection: Automatically detects RAM, CPU, storage configuration
- Usage Analysis: Identifies frequently accessed files and directories
- Intelligent Tuning: Applies optimizations based on system characteristics
- Interactive Mode: User control over what gets optimized
- Suboptimal Detection: Finds and offers to fix existing but suboptimal configs
- Modular Design: Easy to customize and extend
- Safe Deployment: Backup and rollback capabilities
- Multi-Distribution: Works across different Linux distributions
🏗️ Components
Core Scripts
one-button-optimizer.sh- 🆕 Interactive one-button optimizertune-system.sh- Main tuning orchestratorsystem-analyzer.sh- Hardware and usage analysisoptimizer.sh- Apply specific optimizationsmonitor.sh- System monitoring and health checks
Modules
modules/hardware-detection.sh- RAM, CPU, storage detectionmodules/usage-analysis.sh- File access pattern analysismodules/tmpfs-optimizer.sh- tmpfs configurationmodules/overlay-optimizer.sh- overlay filesystem setupmodules/kernel-tuning.sh- kernel parameter optimizationmodules/zram-optimizer.sh- zram/zswap configuration
Profiles
profiles/- Pre-configured optimization profilesconfigs/- Configuration templates
🚀 Quick Start
# Clone the repository
git clone git@gitea.egonetix.de:root/linux_system_tuning.git
cd linux_system_tuning
# Run system analysis
sudo ./system-analyzer.sh
# Apply optimizations
sudo ./tune-system.sh --auto
# Monitor results
./monitor.sh
📊 Supported Optimizations
- Memory Management: zram, tmpfs, overlay filesystems
- Kernel Tuning: vm parameters, scheduler settings
- Cache Optimization: Browser, IDE, package manager caches
- I/O Optimization: Storage and network tuning
- Desktop Responsiveness: Priority and scheduling tweaks
🔧 Configuration
The system can be configured through:
- Interactive setup wizard
- Configuration files
- Command-line parameters
- Environment variables
📈 Benchmarking
Built-in benchmarking tools to measure:
- Boot time improvements
- Application startup times
- Memory utilization efficiency
- I/O performance gains
🛡️ Safety
- Automatic backups before changes
- Rollback capabilities
- Safe mode for testing
- Validation checks
📄 License
MIT License - see LICENSE file for details
🤝 Contributing
Contributions welcome! Please read CONTRIBUTING.md for guidelines.
Making Linux systems faster, one optimization at a time ⚡