- Add comprehensive Home Manager refactoring plan document
- Create initial Home Manager directory structure with user configs
- Add modular Emacs configuration for Home Manager integration
- Update system configurations for Home Manager compatibility
- Preserve existing functionality while preparing for migration
🤖 Generated with [Claude Code](https://claude.ai/code)
Co-Authored-By: Claude <noreply@anthropic.com>
- Split complex nested functions into focused, single-responsibility helpers
- Created io/ directory with pure command builders and impure executors
- Eliminated parentheses complexity that was causing compilation errors
- SSH module now compiles and runs successfully with cleaner architecture
🤖 Generated with [Claude Code](https://claude.ai/code)
Co-Authored-By: Claude <noreply@anthropic.com>
- Add 'user' field mapping in get-ssh-config for compatibility
- Add default identity-file (~/.ssh/id_ed25519_admin) for sma user
- Fix update-flake function syntax error in deployment.scm
- All SSH operations (deploy, status, health, ssh command) now use sma user consistently
- Extract deploy-rs code into separate module (lab/deploy-rs.scm)
- Create new SSH + rsync deployment module (lab/ssh-deploy.scm)
- Make SSH + rsync the default deployment method
- Update help text and examples
- Add options: --boot, --test, --use-deploy-rs
- Supports same workflow as manual: rsync + nixos-rebuild --flake
This provides a faster, simpler deployment method that matches
the manual workflow: sudo nixos-rebuild --flake /path#machine
- Use incus-lts (6.0.4) instead of latest incus to avoid cowsql build issues
- Re-enable incus on congenital-optimist with LTS version
- Restore incus-admin group membership for users
- Fix missing parentheses in lab-tool SSH module
- This provides stable containerization without build failures
- Remove incus-admin group from geir and sma users
- Fixes deployment issue where cowsql was being built despite incus being disabled
- Addresses congenital-optimist build failure
- Emacs daemon runs as a systemd service via Nix
- Modular Emacs config with Nix-managed packages (elisp-slime-nav, aggressive-indent, highlight-defined, etc.)
- Keybinding fixes and error handling improvements
- New EMACS_README.md explains ecosystem and troubleshooting
- Nix config: GUI sudo askpass, podman, and desktop tweaks
- All errors from missing packages and keybindings resolved
- Fix claude-code.el quelpa installation with correct Git URL
- Make auto-compile and flycheck conditional for little-rascal
- Auto-skip checks for local machines in lab-tool for faster deployments
- Prevent emacs "Cannot load auto-compile" and "arrayp, nil" errors
🤖 Generated with [Claude Code](https://claude.ai/code)
Co-Authored-By: Claude <noreply@anthropic.com>
- Reorganized emacs configuration with profiles in modules/development/emacs.nix
- Updated machine configurations to use new emacs module structure
- Cleaned up lab-tool project by removing archive, research, testing, and utils directories
- Streamlined lab-tool to focus on core deployment functionality with deploy-rs
- Added DEVELOPMENT.md documentation for lab-tool
🤖 Generated with [Claude Code](https://claude.ai/code)
Co-Authored-By: Claude <noreply@anthropic.com>
Removing custom udev rules since they weren't needed in earlier
working configurations. Testing with clean 6.1 LTS kernel to see
if touchpad works naturally without interference.
The LTS kernel (6.1) is handling the ITE8353 touchpad much better.
Removing blacklisted modules to see if the proper drivers can now
work correctly with the improved kernel support.
LTS kernel 6.1.142 successfully established communication with ITE8353:
- Device properly detected and HID descriptor read
- Input events are being received from touchpad
- Debug output shows device is working at HID level
- Need to bind to proper input driver for touchpad functionality
The laptop worked fine with older NixOS and Arch installations,
suggesting a kernel regression in 6.12.x. Switching to LTS
kernel 6.1 to test if this resolves the ITE8353 touchpad issue.
The ITE8353 touchpad is still being bound to hid-sensor-hub instead
of hid-multitouch. Blacklisting hid_sensor_hub should force it to
use the proper touchpad driver.
Based on dmesg analysis, found that:
- ITE8353 touchpad is detected but bound to hid-sensor-hub
- AMD Sensor Fusion Hub (amd_sfh) is interfering with touchpad
- Error: 'pcie_mp2_amd 0000:02:00.7: amd_sfh_hid_client_init failed err -95'
Blacklisting amd_sfh module should allow touchpad to work properly.
- Document ITE8353 touchpad issue on little-rascal
- List all attempted solutions and current status
- Provide next steps for further investigation
- Include useful debugging commands and references
- Add udev rule to unbind from hid-sensor-hub and bind to hid-multitouch
- Add i2c_hid_acpi.probe_defer parameter to help with device detection
- This should fix the touchpad being misidentified as a sensor hub
- Add ITE8353 touchpad support with I2C HID modules
- Configure libinput for proper touchpad functionality
- Add udev rules for touchpad device permissions
- Simplify AMD GPU config to use open source drivers only
- Remove ROCm and 32-bit support for cleaner configuration
- Add diagnostic script for touchpad troubleshooting
- Create modules/services/seatd.nix for clean greetd/tuigreet login experience
- Add boot log suppression options to prevent systemd messages on login screen
- Configure kernel parameters and journald to minimize console noise
- Update both little-rascal and congenital-optimist to use new seatd module
- Ensure consistent login experience across all machines
- Maintain compatibility with existing lab tool (binary name: lab)
- Add sma user module to little-rascal configuration for passwordless deployment
- Replace cosmic-greeter with greetd on both congenital-optimist and little-rascal
- Implement staggered auto-update system that updates remote machines first
- Add proper SSH user configuration for secure deployments
- Fix deployment permission issues by configuring admin user access
- Ensure orchestrator machine (congenital-optimist) reboots last to prevent SSH disconnection
- Add comprehensive error handling and update reporting
- Successfully tested lab tool deployment and auto-update on all machines
Fixes the critical issue where orchestrator reboot could break SSH connections
during multi-machine updates.
- Add complete NixOS configuration for little-rascal laptop
- Include Niri window manager and CLI-focused setup
- Add hardware configuration for laptop hardware
- Include deployment script for little-rascal
- Update flake.nix to include little-rascal as build target
- Add deploy-rs configuration for little-rascal deployment
The little-rascal laptop is now fully integrated into the Home Lab
infrastructure with complete NixOS configuration management.
- Add little-rascal to lab-tool configuration with proper attributes
- Include little-rascal in machine management, SSH connectivity, and deployment targets
- Update README.md with examples including little-rascal
- Verify full integration: machines listing, status monitoring, SSH access, deployment ready
The little-rascal laptop is now fully managed through the unified lab-tool interface
alongside other Home Lab machines (congenital-optimist, sleeper-service, grey-area, reverse-proxy).
## New Machine: little-rascal
- Add Lenovo Yoga Slim 7 14ARE05 configuration (AMD Ryzen 7 4700U)
- Niri desktop with CLI login (greetd + tuigreet)
- zram swap configuration (25% of RAM with zstd)
- AMD-optimized hardware support and power management
- Based on congenital-optimist structure with laptop-specific additions
## Lab Tool Auto-Update System
- Implement Guile Scheme auto-update module (lab/auto-update.scm)
- Add health checks, logging, and safety features
- Integrate with existing deployment and machine management
- Update main CLI with auto-update and auto-update-status commands
- Create NixOS service module for automated updates
- Document complete implementation in simple-auto-update-plan.md
## MCP Integration
- Configure Task Master AI and Context7 MCP servers
- Set up local Ollama integration for AI processing
- Add proper environment configuration for existing models
## Infrastructure Updates
- Add little-rascal to flake.nix with deploy-rs support
- Fix common user configuration issues
- Create missing emacs.nix module
- Update package integrations
🤖 Generated with [Claude Code](https://claude.ai/code)
Co-Authored-By: Claude <noreply@anthropic.com>
Major updates to accurately represent the project's evolution from basic NixOS
home lab to sophisticated AI-integrated infrastructure:
- Add AI components: Task Master AI, Ollama inference, MCP protocol
- Update architecture to show 4/4 machines fully operational
- Include service stack: Forgejo Git hosting, Jellyfin media, RAG system
- Reflect 31 completed infrastructure automation tasks
- Add local AI processing with complete data privacy
- Update technology stack with Guile Scheme automation tools
- Include external services accessible via git.geokkjer.eu
The README now accurately represents this as an advanced AI-enhanced
home lab with intelligent task management and privacy-focused automation.
🤖 Generated with [Claude Code](https://claude.ai/code)
Co-Authored-By: Claude <noreply@anthropic.com>
