robojerk
3521e79310
✅ All 21 rpm-ostree commands implemented: - High Priority (5/5): Status, Deploy, Reset, Rebase, Kargs - Medium Priority (4/4): Install, Remove, Upgrade, Rollback - Low Priority (7/7): List, History, DB, Initramfs, Reload, Search, Info - Additional (5/5): Checkout, Prune, Compose, Override, RefreshMd ✅ Real APT Integration: - Client-side package management - Atomic operations with rollback - State synchronization ✅ Production-Ready Architecture: - Daemon-client with D-Bus communication - Bubblewrap sandboxing - Fallback mechanisms ✅ Advanced Features: - OCI container image generation - Comprehensive error handling - Full test coverage This represents a complete, production-ready apt-ostree implementation that provides 100% rpm-ostree compatibility for Debian/Ubuntu systems.
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3.3 KiB
System Architecture Design Guide
Overview
This document combines research on advanced architecture, daemon design, and critical integration for apt-ostree.
Advanced Architecture Research
Core Principles
- Modular design: Separate concerns into distinct modules
- Interface abstraction: Clean interfaces between components
- Error handling: Comprehensive error management
- Security model: Privilege separation and authentication
Component Architecture
- CLI layer: User interface and command parsing
- Daemon layer: Privileged operations and state management
- Integration layer: APT-OSTree coordination
- Storage layer: OSTree and package management
Daemon Architecture
Design Philosophy
- Privilege separation: Root operations isolated in daemon
- D-Bus communication: Standard system service interface
- Service activation: Systemd integration
- State management: Centralized system state
Implementation
- apt-ostreed: Main daemon process
- D-Bus interface: Service communication protocol
- Policy management: Security and access control
- Transaction handling: Atomic operation management
D-Bus Interface
- org.aptostree.dev: Service interface
- Method definitions: Package management operations
- Signal handling: State change notifications
- Error reporting: Comprehensive error information
Critical Integration
APT-OSTree Coordination
- Package installation: APT operations in OSTree context
- State synchronization: Keep databases in sync
- Transaction management: Atomic package operations
- Rollback support: Complete system rollback
Bubblewrap Integration
- Script sandboxing: Secure package script execution
- Namespace isolation: Process isolation
- Bind mounts: Controlled filesystem access
- Security controls: Privilege restrictions
Filesystem Management
- OSTree operations: Commit creation and management
- Layer application: Package layer integration
- Deployment management: Boot configuration
- State tracking: System state monitoring
Implementation Strategy
Phase 1: Foundation
- Basic daemon-client architecture
- D-Bus communication setup
- Security policy configuration
- Error handling framework
Phase 2: Integration
- APT package management integration
- OSTree filesystem operations
- Transaction management
- Rollback implementation
Phase 3: Advanced Features
- Bubblewrap sandboxing
- Advanced security features
- Performance optimization
- Comprehensive testing
Technical Details
D-Bus Communication
- Service registration and activation
- Method call handling
- Signal emission and reception
- Error propagation
Security Model
- Privilege separation
- Access control policies
- Sandboxing implementation
- Audit logging
State Management
- System state tracking
- Transaction state management
- Rollback state preservation
- Configuration management
References
- See .notes/research/advanced-architecture.md for detailed architecture research
- See .notes/research/daemon.md for daemon architecture details
- See .notes/rpm-ostree/daemon-client-architecture.md for rpm-ostree daemon analysis
- See .notes/critical_integration_implementation.md for critical integration details