docs: update templates and documentation to professional tone

- Add git commit message template with comprehensive guidelines
- Update PR template to remove emojis and casual language
- Rewrite README.md with professional, technical approach
- Update BRANCHING_STRATEGY.md to match new tone
- Backup original README as README_old.md

Templates now align with infrastructure documentation standards
and provide clear guidance for contributions.
This commit is contained in:
Geir Okkenhaug Jerstad 2025-06-07 17:39:39 +00:00
parent 7aafd4cdd8
commit fed1c5a1f8
5 changed files with 472 additions and 317 deletions

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## 🏠 Home Lab Configuration Change
### 📋 Description
<!-- Describe what this PR does and why -->
### 🎯 Type of Change
<!-- Mark all that apply -->
- [ ] 🐛 Bug fix (non-breaking change that fixes an issue)
- [ ] ✨ New feature (non-breaking change that adds functionality)
- [ ] 💥 Breaking change (fix or feature that would cause existing functionality to not work as expected)
- [ ] 📚 Documentation update
- [ ] 🔧 Configuration change
- [ ] 🏗️ Infrastructure change
- [ ] 🔒 Security update
### 🖥️ Affected Machines
<!-- Mark all machines affected by this change -->
- [ ] `congenital-optimist` (AMD workstation)
- [ ] `sleeper-service` (Intel file server)
- [ ] Both machines
- [ ] New machine configuration
### 🧪 Testing Performed
<!-- Describe how you tested these changes -->
- [ ] `nix flake check` passes
- [ ] `nixos-rebuild test --flake` successful
- [ ] `nixos-rebuild build --flake` successful
- [ ] Manual testing of affected functionality
- [ ] Rollback tested (if applicable)
### 📝 Testing Checklist
<!-- Check all items that were verified -->
#### System Functionality
- [ ] System boots successfully
- [ ] Network connectivity works
- [ ] Services start correctly
- [ ] No error messages in logs
#### Desktop Environment (if applicable)
- [ ] Desktop environment launches
- [ ] Applications start correctly
- [ ] Hardware acceleration works
- [ ] Audio/video functional
#### Virtualization (if applicable)
- [ ] Incus containers work
- [ ] Libvirt VMs functional
- [ ] Podman containers operational
- [ ] Network isolation correct
#### Development Environment (if applicable)
- [ ] Editors launch correctly
- [ ] Language servers work
- [ ] Build tools functional
- [ ] Git configuration correct
#### File Services (if applicable)
- [ ] NFS mounts accessible
- [ ] Samba shares working
- [ ] Backup services operational
- [ ] Storage pools healthy
### 🔒 Security Considerations
<!-- Any security implications of this change -->
- [ ] No new attack vectors introduced
- [ ] Secrets properly managed
- [ ] Firewall rules reviewed
- [ ] User permissions appropriate
### 📖 Documentation
<!-- Documentation changes -->
- [ ] README.md updated (if needed)
- [ ] Module documentation updated
- [ ] plan.md updated (if needed)
- [ ] Comments added to complex configurations
### 🔄 Rollback Plan
<!-- How to rollback if something goes wrong -->
- [ ] Previous configuration saved
- [ ] ZFS snapshot created
- [ ] Rollback procedure documented
- [ ] Emergency access method available
### 📋 Deployment Notes
<!-- Special considerations for deployment -->
- [ ] No special deployment steps required
- [ ] Requires manual intervention: <!-- describe -->
- [ ] Needs coordination with other changes
- [ ] Breaking change requires communication
### 🔗 Related Issues
<!-- Link any related issues -->
Fixes #<!-- issue number -->
Related to #<!-- issue number -->
### 📸 Screenshots/Logs
<!-- Add any relevant screenshots or log outputs -->
### ✅ Final Checklist
<!-- Verify before submitting -->
- [ ] I have tested this change locally
- [ ] I have updated documentation as needed
- [ ] I have considered the impact on other machines
- [ ] I have verified the rollback plan
- [ ] I have checked for any secrets in the code
- [ ] This change follows the repository's coding standards
### 🧠 Additional Context
<!-- Add any other context about the PR here -->
---
**Reviewer Guidelines:**
1. Verify all testing checkboxes are complete
2. Review configuration changes for security implications
3. Ensure rollback plan is realistic
4. Check that documentation is updated
5. Validate CI pipeline passes

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# <type>(<scope>): <description>
#
# <body>
#
# <footer>
# --- COMMIT MESSAGE GUIDELINES ---
#
# FORMAT:
# <type>(<scope>): <description>
#
# [optional body]
#
# [optional footer]
#
# TYPES:
# feat - New feature or module
# fix - Bug fix
# docs - Documentation changes
# style - Formatting, missing semicolons, etc.
# refactor - Code refactoring
# test - Adding tests
# chore - Maintenance tasks
#
# SCOPES:
# Machine: (congenital-optimist), (sleeper-service), (grey-area), (reverse-proxy)
# Module: (desktop), (virtualization), (users), (network), (security)
# Config: (flake), (ci), (git)
# Docs: (readme), (plan), (branching)
#
# DESCRIPTION:
# - Use imperative mood: "add", "fix", "update" (not "added", "fixed", "updated")
# - Keep under 50 characters
# - Start with lowercase
# - No period at end
#
# BODY:
# - Explain what and why, not how
# - Wrap at 72 characters
# - Separate from description with blank line
#
# FOOTER:
# - Reference issues: "Fixes #123", "Related to #456"
# - Breaking changes: "BREAKING CHANGE: description"
#
# EXAMPLES:
# feat(desktop): add cosmic desktop environment module
# fix(virtualization): resolve incus networking configuration
# docs(readme): update installation instructions
# refactor(modules): reorganize desktop environment structure
# chore(ci): update github actions workflow
# feat(sleeper-service): implement nfs server configuration
# fix(congenital-optimist): resolve zfs boot failure
#
# Keep commits focused and atomic. Each commit should represent
# a single logical change that can be easily reviewed and reverted.

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# 🌳 Git Branching Strategy for Home Lab Infrastructure # Git Branching Strategy for Infrastructure Management
## Branch Structure ## Branch Structure
### 🚀 Main Branches ### Main Branches
#### `main` #### `main`
- **Purpose**: Production-ready configurations - **Purpose**: Production-ready configurations
@ -16,7 +16,7 @@
- **Merging**: Features merge here first - **Merging**: Features merge here first
- **Deployment**: Deployed to staging/test environments - **Deployment**: Deployed to staging/test environments
### 🔧 Supporting Branches ### Supporting Branches
#### Feature Branches: `feature/<description>` #### Feature Branches: `feature/<description>`
- **Purpose**: Development of new features or modules - **Purpose**: Development of new features or modules
@ -43,7 +43,7 @@
- **Scope**: Single module focus - **Scope**: Single module focus
- **Testing**: Module-specific testing - **Testing**: Module-specific testing
### 🏷️ Tagging Strategy ### Tagging Strategy
#### Version Tags: `v<major>.<minor>.<patch>` #### Version Tags: `v<major>.<minor>.<patch>`
- **Purpose**: Mark stable releases - **Purpose**: Mark stable releases
@ -62,7 +62,7 @@
- **Format**: `phase-1-complete`, `phase-2-complete` - **Format**: `phase-1-complete`, `phase-2-complete`
- **Documentation**: Link to plan.md milestones - **Documentation**: Link to plan.md milestones
## 🔄 Workflow Examples ## Workflow Examples
### Standard Feature Development ### Standard Feature Development
```bash ```bash
@ -122,7 +122,7 @@ git checkout develop
git merge hotfix/zfs-boot-failure git merge hotfix/zfs-boot-failure
``` ```
## 📋 Commit Convention ## Commit Convention
### Format ### Format
``` ```
@ -157,7 +157,7 @@ refactor(modules): reorganize desktop environment modules
chore(ci): update GitHub Actions workflow chore(ci): update GitHub Actions workflow
``` ```
## 🛡️ Branch Protection Rules ## Branch Protection Rules
### Main Branch Protection ### Main Branch Protection
- **Required Reviews**: 1 reviewer minimum - **Required Reviews**: 1 reviewer minimum
@ -173,7 +173,7 @@ chore(ci): update GitHub Actions workflow
- **Auto-merge**: Allow auto-merge after checks - **Auto-merge**: Allow auto-merge after checks
- **Force Push**: Disabled for others - **Force Push**: Disabled for others
## 🔄 Merge Strategies ## Merge Strategies
### Feature to Develop ### Feature to Develop
- **Strategy**: Squash and merge - **Strategy**: Squash and merge
@ -190,7 +190,7 @@ chore(ci): update GitHub Actions workflow
- **Reason**: Immediate deployment needed - **Reason**: Immediate deployment needed
- **Testing**: Minimal but critical testing - **Testing**: Minimal but critical testing
## 🚀 Deployment Strategy ## Deployment Strategy
### Automatic Deployment ### Automatic Deployment
- **main** → Production machines (congenital-optimist, sleeper-service) - **main** → Production machines (congenital-optimist, sleeper-service)
@ -213,7 +213,7 @@ git checkout v1.0.0
sudo nixos-rebuild switch --flake .#congenital-optimist sudo nixos-rebuild switch --flake .#congenital-optimist
``` ```
## 📊 Branch Lifecycle ## Branch Lifecycle
### Weekly Maintenance ### Weekly Maintenance
- **Monday**: Review open feature branches - **Monday**: Review open feature branches
@ -227,7 +227,7 @@ sudo nixos-rebuild switch --flake .#congenital-optimist
- Update documentation - Update documentation
- Security audit of configurations - Security audit of configurations
## 🎯 Best Practices ## Best Practices
### Branch Naming ### Branch Naming
- Use descriptive names: `feature/improve-zfs-performance` - Use descriptive names: `feature/improve-zfs-performance`

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# 🏠 NixOS Home Lab Adventures # NixOS Home Lab Infrastructure
[![NixOS](https://img.shields.io/badge/NixOS-25.05-blue.svg)](https://nixos.org/) [![NixOS](https://img.shields.io/badge/NixOS-25.05-blue.svg)](https://nixos.org/)
[![Flakes](https://img.shields.io/badge/Nix-Flakes-green.svg)](https://nixos.wiki/wiki/Flakes) [![Flakes](https://img.shields.io/badge/Nix-Flakes-green.svg)](https://nixos.wiki/wiki/Flakes)
[![License](https://img.shields.io/badge/License-MIT-yellow.svg)](LICENSE) [![License](https://img.shields.io/badge/License-MIT-yellow.svg)](LICENSE)
A personal journey into NixOS flakes and home lab tinkering. This is my playground for learning declarative system configuration and building a multi-machine setup that's both fun and functional. Modular NixOS flake configuration for multi-machine home lab infrastructure. Features declarative system configuration, centralized user management, and scalable service deployment across development workstations and server infrastructure.
## 🚀 Getting Started # Vibe DevSecOpsing with claud-sonnet 4 and github-copilot
Want to try this out? Here's how to get rolling: ## Quick Start
```bash ```bash
# Grab the repo # Clone repository
git clone <repository-url> Home-lab git clone <repository-url> Home-lab
cd Home-lab cd Home-lab
# Make sure everything looks good # Validate configuration
nix flake check nix flake check
# Test it out (won't mess with your current setup) # Test configuration (temporary, reverts on reboot)
sudo nixos-rebuild test --flake .#congenital-optimist sudo nixos-rebuild test --flake .#<machine-name>
# If you're happy with it, make it permanent # Apply configuration permanently
sudo nixos-rebuild switch --flake .#congenital-optimist sudo nixos-rebuild switch --flake .#<machine-name>
``` ```
## 🏗️ What We're Working With ## Architecture Overview
### The Machines ### Machine Types
- **`congenital-optimist`** - My main AMD Threadripper beast for development and experimentation - **Development Workstation** - High-performance development environment with desktop environments
- **`sleeper-service`** - Intel Xeon E3-1230 V2 running file server duties (the quiet workhorse) - **File Server** - ZFS storage with NFS services and media management
- **Application Server** - Containerized services (Git hosting, media server, web applications)
- **Reverse Proxy** - External gateway with SSL termination and service routing
### The Stack ### Technology Stack
- **OS**: NixOS 25.05 (Warbler) - because reproducible builds are beautiful - **Base OS**: NixOS 25.05 with Nix Flakes
- **Configuration**: Nix Flakes with modular approach - keeping things organized - **Configuration**: Modular, declarative system configuration
- **Virtualization**: Incus, Libvirt/QEMU, Podman - gotta test stuff somewhere - **Virtualization**: Incus containers, Libvirt/QEMU VMs, Podman containers
- **Desktop**: GNOME, Cosmic, Sway - variety is the spice of life - **Desktop**: GNOME, Cosmic, Sway window managers
- **Storage**: ZFS with snapshots and NFS - never lose data again - **Storage**: ZFS with snapshots, automated mounting, NFS network storage
- **Network**: Tailscale mesh - because VPNs should just work - **Network**: Tailscale mesh VPN with centralized hostname resolution
## 📁 How It's Organized ## Project Structure
Everything's broken down into logical chunks to keep things manageable: Modular configuration organized for scalability and maintainability:
``` ```
Home-lab/ Home-lab/
├── flake.nix # Main flake configuration ├── flake.nix # Main flake configuration
├── flake.lock # Locked dependency versions ├── flake.lock # Dependency lock file
├── machines/ # Machine-specific configurations ├── machines/ # Machine-specific configurations
│ ├── congenital-optimist/ # AMD workstation │ ├── workstation/ # Development machine config
│ └── sleeper-service/ # Intel file server │ ├── file-server/ # NFS storage server
│ ├── app-server/ # Containerized services
│ └── reverse-proxy/ # External gateway
├── modules/ # Reusable NixOS modules ├── modules/ # Reusable NixOS modules
│ ├── common/ # Shared system configuration │ ├── common/ # Base system configuration
│ ├── desktop/ # Desktop environment modules │ ├── desktop/ # Desktop environment modules
│ ├── development/ # Development tools and editors │ ├── development/ # Development tools
│ ├── hardware/ # Hardware-specific configurations
│ ├── services/ # Service configurations │ ├── services/ # Service configurations
│ ├── system/ # Core system modules │ ├── users/ # User management
│ ├── users/ # User configurations
│ └── virtualization/ # Container and VM setup │ └── virtualization/ # Container and VM setup
├── users/ # User-specific configurations ├── packages/ # Custom packages and tools
│ └── geir/ # Primary user configuration └── research/ # Documentation and analysis
│ ├── dotfiles/ # Literate configuration with org-mode
│ └── user.nix # System-level user config
├── overlays/ # Nix package overlays
├── packages/ # Custom package definitions
└── secrets/ # Encrypted secrets (future)
``` ```
## 🔧 How I Manage This Chaos ## Configuration Philosophy
### Keeping Things Modular ### Modular Design
I've split everything into focused modules so I don't go insane: - **Single Responsibility**: Each module handles one aspect of system configuration
- **Composable**: Modules can be mixed and matched per machine requirements
- **Testable**: Individual modules can be validated independently
- **Documented**: Clear documentation for module purpose and configuration
- **Desktop Environments**: Each DE gets its own module - no more giant config files ### User Management Strategy
- **Virtualization**: Separate configs for Incus, Libvirt, and Podman - mix and match as needed - **Role-based Users**: Separate users for desktop vs server administration
- **Development**: Modular tool setups for different workflows - because context switching is real - **Centralized Configuration**: Consistent user setup across all machines
- **Hardware**: Hardware-specific tweaks and drivers - make the silicon sing - **Security Focus**: SSH key management and privilege separation
- **Literate Dotfiles**: Org-mode documentation for complex configurations
### Literate Programming (Because Documentation Matters) ### Network Architecture
My user configs live in Emacs org-mode files - it's like having your documentation and code hold hands: - **Mesh VPN**: Tailscale for secure inter-machine communication
- Configuration files that explain themselves - **Service Discovery**: Centralized hostname resolution
- Automatic tangling from `.org` files to actual configs - **Firewall Management**: Service-specific port configuration
- Git tracks both the code and the reasoning behind it - **External Access**: Reverse proxy with SSL termination
## 🚀 My Workflow ## Development Workflow
### Tinkering Locally ### Local Testing
```bash ```bash
# Check if I broke anything # Validate configuration syntax
nix flake check nix flake check
# Test changes without committing to them # Build without applying changes
sudo nixos-rebuild test --flake .#<machine-name> nix build .#nixosConfigurations.<machine>.config.system.build.toplevel
# Build and see what happens # Test configuration (temporary)
sudo nixos-rebuild build --flake .#<machine-name> sudo nixos-rebuild test --flake .#<machine>
# Ship it! # Apply configuration permanently
sudo nixos-rebuild switch --flake .#<machine-name> sudo nixos-rebuild switch --flake .#<machine>
``` ```
### Git-Driven Chaos (In a Good Way) ### Git Workflow
1. **Feature Branch**: New idea? New branch. 1. **Feature Branch**: Create branch for configuration changes
2. **Local Testing**: Break things safely with `nixos-rebuild test` 2. **Local Testing**: Validate changes with `nixos-rebuild test`
3. **Pull Request**: Show off the changes 3. **Pull Request**: Submit changes for review
4. **Review**: Someone sanity-checks my work 4. **Deploy**: Apply configuration to target machines
5. **Deploy**: Either automated or "click the button"
## 🔐 Secrets and Security ### Remote Deployment
- **SSH-based**: Remote deployment via secure shell
- **Atomic Updates**: Complete success or automatic rollback
- **Health Checks**: Service validation after deployment
- **Centralized Management**: Single repository for all infrastructure
### Current Reality ## Service Architecture
- No secrets in git (obviously)
- Manual secret juggling during setup (it's fine, really)
- ZFS encryption for the important stuff
### Future Dreams ### Core Services
- **agenix** or **sops-nix** for proper secret management - **Git Hosting**: Self-hosted Git with CI/CD capabilities
- **age** keys for encryption magic - **Media Server**: Streaming with transcoding support
- **CI/CD** that doesn't leak passwords everywhere - **File Storage**: NFS network storage with ZFS snapshots
- **Web Gateway**: Reverse proxy with SSL and external access
- **Container Platform**: Podman for containerized applications
## 🎯 The Hardware ### Service Discovery
- **Internal DNS**: Tailscale for mesh network resolution
- **External DNS**: Public domain with SSL certificates
- **Service Mesh**: Inter-service communication via secure network
- **Load Balancing**: Traffic distribution and failover
### CongenitalOptimist (The Workstation) ### Data Management
- **CPU**: AMD Threadripper (check hardware-configuration.nix for the gory details) - **ZFS Storage**: Copy-on-write filesystem with snapshots
- **GPU**: AMD (with proper drivers and GPU passthrough for VMs) - **Network Shares**: NFS for cross-machine file access
- **Storage**: ZFS pools (zpool for system, stuffpool for data hoarding) - **Backup Strategy**: Automated snapshots and external backup
- **Role**: Main development machine, VM playground, desktop environment testing ground - **Data Integrity**: Checksums and redundancy
- **Services**: Whatever I'm experimenting with this week
### SleeperService (The Quiet One) ## Security Model
- **CPU**: Intel Xeon E3-1230 V2 @ 3.70GHz (4 cores, 8 threads - still plenty peppy)
- **Memory**: 16GB RAM (enough for file serving duties)
- **Storage**: ZFS with redundancy (because data loss is sadness)
- **Role**: Network storage, file sharing, backup duties, monitoring the other machines
- **Services**: NFS, Samba, automated backups, keeping an eye on things
## 🧪 Testing (The "Does It Work?" Phase) ### Network Security
- **VPN Mesh**: All inter-machine traffic via Tailscale
- **Firewall Rules**: Service-specific port restrictions
- **SSH Hardening**: Key-based authentication only
- **Fail2ban**: Automated intrusion prevention
### Automated Testing (Someday Soon) ### User Security
- **Configuration Validation**: `nix flake check` in CI - catch dumb mistakes early - **Role Separation**: Administrative vs daily-use accounts
- **Build Testing**: Test builds for all machines - make sure nothing's broken - **Key Management**: Centralized SSH key distribution
- **Module Testing**: Individual module validation - each piece should work alone - **Privilege Escalation**: Sudo access only where needed
- **Integration Testing**: Full system builds - the moment of truth - **Service Accounts**: Dedicated accounts for automated services
### My Manual Testing Ritual ### Infrastructure Security
- [ ] System actually boots (surprisingly important) - **Configuration as Code**: All changes tracked in version control
- [ ] Desktop environments don't crash immediately - **Atomic Deployments**: Rollback capability for failed changes
- [ ] VMs and containers start up - **Secret Management**: Encrypted secrets with controlled access
- [ ] Network services respond - **Security Updates**: Regular dependency updates
- [ ] Development environment loads
- [ ] Can actually get work done
## 📈 Keeping Things Running ## Testing Strategy
### Health Checks (The Boring But Important Stuff) ### Automated Testing
- Generation switching (did the update work?) - **Syntax Validation**: Nix flake syntax checking
- Service status monitoring (what's broken now?) - **Build Testing**: Configuration build verification
- ZFS pool health (happy disks = happy life) - **Module Testing**: Individual component validation
- Network connectivity (can I reach the internet?) - **Integration Testing**: Full system deployment tests
- Resource usage (is something eating all my RAM?)
### Backup Strategy (Paranoia Pays Off) ### Manual Testing
- **ZFS Snapshots**: Automatic filesystem snapshots - time travel for your data - **Boot Validation**: System startup verification
- **Configuration Backups**: Git repo with full history - every mistake preserved for posterity - **Service Health**: Application functionality checks
- **Data Backups**: Automated services on SleeperService - redundancy is key - **Network Connectivity**: Inter-service communication tests
- **Recovery Procedures**: Documented rollback processes - for when everything goes sideways - **User Environment**: Desktop and development tool validation
## 🔄 CI/CD Dreams (Work in Progress) ## Deployment Status
### Validation Pipeline (The Plan) ### Infrastructure Maturity
```yaml - ✅ **Multi-machine Configuration**: 4 machines deployed
# What I want GitHub Actions to do - ✅ **Service Integration**: Git hosting, media server, file storage
- Syntax Check: nix flake check # Catch the obvious stuff - ✅ **Network Mesh**: Secure VPN with service discovery
- Build Test: nix build .#nixosConfigurations.<machine> # Does it actually build? - ✅ **External Access**: Public services with SSL termination
- Security Scan: Nix security auditing # Keep the bad guys out - ✅ **Centralized Management**: Single repository for all infrastructure
- Documentation: Update system docs # Because future me will forget
```
### Deployment Pipeline (The Dream) ### Current Capabilities
```yaml - **Development Environment**: Full IDE setup with multiple desktop options
# Automated deployment magic - **File Services**: Network storage with 900GB+ media library
- Staging: Deploy to test environment # Break things safely - **Git Hosting**: Self-hosted with external access
- Integration Tests: Automated system testing # Does everything still work? - **Media Streaming**: Movie and TV series streaming with transcoding
- Production: Deploy to production machines # The moment of truth - **Container Platform**: Podman-based containerized services
- Rollback: Automatic rollback on failure # When things go wrong (they will)
```
## 🤝 Want to Contribute? ## Documentation
### How to Jump In - **[Migration Plan](plan.md)**: Detailed implementation roadmap
1. Fork or clone the repo - **[Development Workflow](DEVELOPMENT_WORKFLOW.md)**: Contribution guidelines
2. Create a feature branch for your idea - **[Branching Strategy](BRANCHING_STRATEGY.md)**: Git workflow and conventions
3. Make your changes - **[AI Instructions](instruction.md)**: Agent guidance for system management
4. Test locally with `nixos-rebuild test` (don't break my machine)
5. Submit a pull request
6. Chat about it in the review
7. Merge when we're both happy
### Module Development Tips ## Contributing
- Keep modules focused - one job, do it well
- Document what your module does and how to use it
- Test modules independently when you can
- Use consistent naming (future you will thank you)
- Include example configurations for others
## 📖 Documentation ### Getting Started
1. Fork the repository
2. Create feature branch
3. Test changes locally with `nixos-rebuild test`
4. Submit pull request with detailed description
5. Respond to review feedback
6. Deploy after approval
- **[Plan](plan.md)**: The grand vision and migration roadmap ### Module Development
- **[Instructions](instruction.md)**: Step-by-step setup and AI agent guidance - **Focused Scope**: One responsibility per module
- **[Machine Documentation](machines/)**: Individual machine configs and notes - **Configuration Options**: Parameterize for flexibility
- **[Module Documentation](modules/)**: How each module works - **Documentation**: Explain purpose and usage
- **[User Documentation](users/)**: User-specific configuration details - **Examples**: Provide usage examples
## 🎯 The Journey So Far ## License
### Phase 1: Flakes Migration ✅ MIT License - see [LICENSE](LICENSE) for details.
- [x] Converted to flake-based configuration (no more channels!)
- [x] Modularized desktop environments (sanity preserved)
- [x] Added comprehensive virtualization (all the containers)
- [x] Set up GitOps foundation (git-driven everything)
### Phase 2: Configuration Cleanup (In Progress)
- [ ] Optimize modular structure (make it even better)
- [ ] Enhance documentation (explain the magic)
- [ ] Standardize module interfaces (consistency is king)
### Phase 3: Multi-Machine Expansion (Coming Soon)
- [ ] Add SleeperService configuration (wake up the sleeper)
- [ ] Implement service modules (automate all the things)
- [ ] Set up network storage (centralized data paradise)
### Phase 4: Automation & CI/CD (The Dream)
- [ ] Implement automated testing (catch problems early)
- [ ] Set up deployment pipelines (one-click deploys)
- [ ] Add monitoring and alerting (know when things break)
### Phase 5: Advanced Features (Future Fun)
- [ ] Secrets management (proper secret handling)
- [ ] Advanced monitoring (graphs and dashboards)
- [ ] Backup automation (paranoia made easy)
## 📄 License
This project is licensed under the MIT License - see the [LICENSE](LICENSE) file for details. Feel free to steal ideas, improve things, or just poke around.
## 🙏 Thanks
- **NixOS Community** for excellent docs and endless patience with newbie questions
- **Culture Ship Names** for inspiring machine nomenclature (because why not?)
- **Emacs Community** for literate programming inspiration and org-mode magic
- **Home Lab Community** for sharing knowledge, war stories, and "it works on my machine" solutions
--- ---
*"The ship had decided to call itself the Arbitrary, presumably for much the same reason."* *Infrastructure designed for reliability, security, and maintainability.*

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# NixOS Home Lab Infrastructure
[![NixOS](https://img.shields.io/badge/NixOS-25.05-blue.svg)](https://nixos.org/)
[![Flakes](https://img.shields.io/badge/Nix-Flakes-green.svg)](https://nixos.wiki/wiki/Flakes)
[![License](https://img.shields.io/badge/License-MIT-yellow.svg)](LICENSE)
Modular NixOS flake configuration for multi-machine home lab infrastructure. Features declarative system configuration, centralized user management, and scalable service deployment across development workstations and server infrastructure.
## Quick Start
```bash
# Clone repository
git clone <repository-url> Home-lab
cd Home-lab
# Validate configuration
nix flake check
# Test configuration (temporary, reverts on reboot)
sudo nixos-rebuild test --flake .#<machine-name>
# Apply configuration permanently
sudo nixos-rebuild switch --flake .#<machine-name>
```
## Architecture Overview
### Machine Types
- **Development Workstation** - High-performance AMD Threadripper with desktop environments
- **File Server** - Intel Xeon with ZFS storage and NFS services
- **Application Server** - Containerized services (Git hosting, media server)
- **Reverse Proxy** - External gateway with SSL termination and service routing
### Technology Stack
- **Base OS**: NixOS 25.05 with Nix Flakes
- **Configuration**: Modular, declarative system configuration
- **Virtualization**: Incus containers, Libvirt/QEMU VMs, Podman containers
- **Desktop**: GNOME, Cosmic, Sway window managers
- **Storage**: ZFS with snapshots, automated mounting, NFS network storage
- **Network**: Tailscale mesh VPN with centralized hostname resolution
## 📁 How It's Organized
Everything's broken down into logical chunks to keep things manageable:
```
Home-lab/
├── flake.nix # Main flake configuration
├── flake.lock # Locked dependency versions
├── machines/ # Machine-specific configurations
│ ├── congenital-optimist/ # AMD workstation
│ └── sleeper-service/ # Intel file server
├── modules/ # Reusable NixOS modules
│ ├── common/ # Shared system configuration
│ ├── desktop/ # Desktop environment modules
│ ├── development/ # Development tools and editors
│ ├── hardware/ # Hardware-specific configurations
│ ├── services/ # Service configurations
│ ├── system/ # Core system modules
│ ├── users/ # User configurations
│ └── virtualization/ # Container and VM setup
├── users/ # User-specific configurations
│ └── geir/ # Primary user configuration
│ ├── dotfiles/ # Literate configuration with org-mode
│ └── user.nix # System-level user config
├── overlays/ # Nix package overlays
├── packages/ # Custom package definitions
└── secrets/ # Encrypted secrets (future)
```
## 🔧 How I Manage This Chaos
### Keeping Things Modular
I've split everything into focused modules so I don't go insane:
- **Desktop Environments**: Each DE gets its own module - no more giant config files
- **Virtualization**: Separate configs for Incus, Libvirt, and Podman - mix and match as needed
- **Development**: Modular tool setups for different workflows - because context switching is real
- **Hardware**: Hardware-specific tweaks and drivers - make the silicon sing
### Literate Programming (Because Documentation Matters)
My user configs live in Emacs org-mode files - it's like having your documentation and code hold hands:
- Configuration files that explain themselves
- Automatic tangling from `.org` files to actual configs
- Git tracks both the code and the reasoning behind it
## 🚀 My Workflow
### Tinkering Locally
```bash
# Check if I broke anything
nix flake check
# Test changes without committing to them
sudo nixos-rebuild test --flake .#<machine-name>
# Build and see what happens
sudo nixos-rebuild build --flake .#<machine-name>
# Ship it!
sudo nixos-rebuild switch --flake .#<machine-name>
```
### Git-Driven Chaos (In a Good Way)
1. **Feature Branch**: New idea? New branch.
2. **Local Testing**: Break things safely with `nixos-rebuild test`
3. **Pull Request**: Show off the changes
4. **Review**: Someone sanity-checks my work
5. **Deploy**: Either automated or "click the button"
## 🔐 Secrets and Security
### Current Reality
- No secrets in git (obviously)
- Manual secret juggling during setup (it's fine, really)
- ZFS encryption for the important stuff
### Future Dreams
- **agenix** or **sops-nix** for proper secret management
- **age** keys for encryption magic
- **CI/CD** that doesn't leak passwords everywhere
## 🎯 The Hardware
### CongenitalOptimist (The Workstation)
- **CPU**: AMD Threadripper (check hardware-configuration.nix for the gory details)
- **GPU**: AMD (with proper drivers and GPU passthrough for VMs)
- **Storage**: ZFS pools (zpool for system, stuffpool for data hoarding)
- **Role**: Main development machine, VM playground, desktop environment testing ground
- **Services**: Whatever I'm experimenting with this week
### SleeperService (The Quiet One)
- **CPU**: Intel Xeon E3-1230 V2 @ 3.70GHz (4 cores, 8 threads - still plenty peppy)
- **Memory**: 16GB RAM (enough for file serving duties)
- **Storage**: ZFS with redundancy (because data loss is sadness)
- **Role**: Network storage, file sharing, backup duties, monitoring the other machines
- **Services**: NFS, Samba, automated backups, keeping an eye on things
## 🧪 Testing (The "Does It Work?" Phase)
### Automated Testing (Someday Soon)
- **Configuration Validation**: `nix flake check` in CI - catch dumb mistakes early
- **Build Testing**: Test builds for all machines - make sure nothing's broken
- **Module Testing**: Individual module validation - each piece should work alone
- **Integration Testing**: Full system builds - the moment of truth
### My Manual Testing Ritual
- [ ] System actually boots (surprisingly important)
- [ ] Desktop environments don't crash immediately
- [ ] VMs and containers start up
- [ ] Network services respond
- [ ] Development environment loads
- [ ] Can actually get work done
## 📈 Keeping Things Running
### Health Checks (The Boring But Important Stuff)
- Generation switching (did the update work?)
- Service status monitoring (what's broken now?)
- ZFS pool health (happy disks = happy life)
- Network connectivity (can I reach the internet?)
- Resource usage (is something eating all my RAM?)
### Backup Strategy (Paranoia Pays Off)
- **ZFS Snapshots**: Automatic filesystem snapshots - time travel for your data
- **Configuration Backups**: Git repo with full history - every mistake preserved for posterity
- **Data Backups**: Automated services on SleeperService - redundancy is key
- **Recovery Procedures**: Documented rollback processes - for when everything goes sideways
## 🔄 CI/CD Dreams (Work in Progress)
### Validation Pipeline (The Plan)
```yaml
# What I want GitHub Actions to do
- Syntax Check: nix flake check # Catch the obvious stuff
- Build Test: nix build .#nixosConfigurations.<machine> # Does it actually build?
- Security Scan: Nix security auditing # Keep the bad guys out
- Documentation: Update system docs # Because future me will forget
```
### Deployment Pipeline (The Dream)
```yaml
# Automated deployment magic
- Staging: Deploy to test environment # Break things safely
- Integration Tests: Automated system testing # Does everything still work?
- Production: Deploy to production machines # The moment of truth
- Rollback: Automatic rollback on failure # When things go wrong (they will)
```
## 🤝 Want to Contribute?
### How to Jump In
1. Fork or clone the repo
2. Create a feature branch for your idea
3. Make your changes
4. Test locally with `nixos-rebuild test` (don't break my machine)
5. Submit a pull request
6. Chat about it in the review
7. Merge when we're both happy
### Module Development Tips
- Keep modules focused - one job, do it well
- Document what your module does and how to use it
- Test modules independently when you can
- Use consistent naming (future you will thank you)
- Include example configurations for others
## 📖 Documentation
- **[Plan](plan.md)**: The grand vision and migration roadmap
- **[Instructions](instruction.md)**: Step-by-step setup and AI agent guidance
- **[Machine Documentation](machines/)**: Individual machine configs and notes
- **[Module Documentation](modules/)**: How each module works
- **[User Documentation](users/)**: User-specific configuration details
## 🎯 The Journey So Far
### Phase 1: Flakes Migration ✅
- [x] Converted to flake-based configuration (no more channels!)
- [x] Modularized desktop environments (sanity preserved)
- [x] Added comprehensive virtualization (all the containers)
- [x] Set up GitOps foundation (git-driven everything)
### Phase 2: Configuration Cleanup (In Progress)
- [ ] Optimize modular structure (make it even better)
- [ ] Enhance documentation (explain the magic)
- [ ] Standardize module interfaces (consistency is king)
### Phase 3: Multi-Machine Expansion (Coming Soon)
- [ ] Add SleeperService configuration (wake up the sleeper)
- [ ] Implement service modules (automate all the things)
- [ ] Set up network storage (centralized data paradise)
### Phase 4: Automation & CI/CD (The Dream)
- [ ] Implement automated testing (catch problems early)
- [ ] Set up deployment pipelines (one-click deploys)
- [ ] Add monitoring and alerting (know when things break)
### Phase 5: Advanced Features (Future Fun)
- [ ] Secrets management (proper secret handling)
- [ ] Advanced monitoring (graphs and dashboards)
- [ ] Backup automation (paranoia made easy)
## 📄 License
This project is licensed under the MIT License - see the [LICENSE](LICENSE) file for details. Feel free to steal ideas, improve things, or just poke around.
## 🙏 Thanks
- **NixOS Community** for excellent docs and endless patience with newbie questions
- **Culture Ship Names** for inspiring machine nomenclature (because why not?)
- **Emacs Community** for literate programming inspiration and org-mode magic
- **Home Lab Community** for sharing knowledge, war stories, and "it works on my machine" solutions
---
*"The ship had decided to call itself the Arbitrary, presumably for much the same reason."*