This directory contains the complete feature specification for MetaGraph - the mathematical core that provides the foundation for TurtlGraph and other graph-based asset management systems.
| Feature ID | Name | Priority | Dependencies |
|---|---|---|---|
| F.001 | Core MetaGraph Data Model | Critical | F.010, F.011 |
| F.002 | Binary Bundle Format | Critical | F.001, F.007, F.011 |
| F.003 | Memory-Mapped I/O Operations | Critical | F.010, F.009, F.011 |
| F.004 | BLAKE3 Cryptographic Integrity | High | F.002, F.010, F.011 |
| F.005 | Graph Traversal Engine | Critical | F.001, F.008, F.011 |
| F.006 | Dependency Resolution Algorithm | Critical | F.001, F.005, F.011 |
| F.007 | Asset ID and Addressing | Critical | F.010, F.011 |
| F.008 | Thread-Safe Graph Access | High | F.001, F.010, F.011 |
| F.009 | Memory Pool Management | High | F.010, F.011 |
| F.010 | Platform Abstraction | Foundation | None |
| F.011 | Error Handling and Validation | Foundation | None |
| F.012 | Bundle Creation and Serialization | High | F.001, F.002, F.004, F.006, F.011 |
| F.013 | DPOI Matcher & QCA Evolution Loop | Critical | F.001, F.003, F.008, F.009, F.011 |
- F.010 - Platform Abstraction
- F.011 - Error Handling and Validation
- F.001 - Core MetaGraph Data Model
- F.007 - Asset ID and Addressing
- F.009 - Memory Pool Management
- F.002 - Binary Bundle Format
- F.003 - Memory-Mapped I/O Operations
- F.004 - BLAKE3 Cryptographic Integrity
- F.005 - Graph Traversal Engine
- F.008 - Thread-Safe Graph Access
- F.006 - Dependency Resolution Algorithm
- F.012 - Bundle Creation and Serialization
- F.013 - DPOI Matcher & QCA Evolution Loop
graph TD
F010[F.010 Platform Abstraction] --> F001[F.001 MetaGraph Data Model]
F010 --> F007[F.007 Asset ID & Addressing]
F010 --> F009[F.009 Memory Pool Management]
F010 --> F003[F.003 Memory-Mapped I/O]
F010 --> F008[F.008 Thread-Safe Access]
F010 --> F004[F.004 BLAKE3 Integrity]
F011[F.011 Error Handling] --> F001
F011 --> F002[F.002 Binary Bundle Format]
F011 --> F003
F011 --> F004
F011 --> F005[F.005 Graph Traversal]
F011 --> F006[F.006 Dependency Resolution]
F011 --> F007
F011 --> F008
F011 --> F009
F011 --> F012[F.012 Bundle Creation]
F001 --> F002
F001 --> F005
F001 --> F006
F001 --> F008
F001 --> F012
F007 --> F002
F009 --> F003
F002 --> F004
F002 --> F012
F005 --> F006
F008 --> F005
F004 --> F012
F006 --> F012
F001 --> F013[F.013 DPOI & QCA Loop]
F003 --> F013
F008 --> F013
F009 --> F013
F011 --> F013
classDef foundation fill:#e1f5fe
classDef critical fill:#fff3e0
classDef high fill:#f3e5f5
class F010,F011 foundation
class F001,F002,F003,F005,F006,F007,F013 critical
class F004,F008,F009,F012 high
- Mathematical meta-graph data structures
- Binary serialization and deserialization
- Memory-mapped I/O operations
- Cryptographic integrity verification
- Core graph algorithms (traversal, dependency resolution)
- Platform abstraction (basic file I/O, threading, memory)
- Thread-safe concurrent access primitives
- Error handling and validation
- Streaming and prefetching systems
- Platform-specific optimizations (DirectStorage, PS5, mobile)
- CDN integration and delta patching
- Hot reload and live updates
- Asset transform pipelines
- Neural optimization and ML features
- Developer tools and IDE integrations
- Build system integrations
- Enterprise features and marketplace
Each feature document follows this structure:
- Feature Overview - Purpose and importance
- User Stories - "As a X, I want Y, so that Z" with formal IDs
- Acceptance Criteria - Specific, testable requirements
- API Design - C function signatures and data structures
- Implementation Notes - Technical considerations
- Test Plan - Validation strategy
- Dependencies - What this feature requires
- Mermaid Diagrams - Visual representations
Begin with the foundation features (F.010, F.011) and work through the dependency graph. Each feature document provides comprehensive specifications for implementation.