# MarkiTect System Capabilities & Extraction Plan

> **Comprehensive overview of all capabilities, architectural innovations, and capability extraction recommendations for the ComposableRepositoryParadigm**

## Overview

- **Total Capabilities**: 73+ distinct capabilities
- **Test Categories**: 15 major functional areas
- **Test Coverage**: 348 tests across 27 test files
- **Architecture**: Database-driven system with AST-based markdown processing, multi-layer caching, and deep Git platform integration
- **Extraction Status**: 2 capabilities extracted, 11 candidates identified for extraction

---

## 🎯 Capability Extraction Analysis

### Extraction Criteria

Based on the ComposableRepositoryParadigm, capabilities should be extracted when they meet these criteria:

1. **Self-Contained Functionality**: Can operate independently with minimal dependencies
2. **Reusability**: Could be useful in other projects or contexts
3. **Clear Boundaries**: Has well-defined interfaces and responsibilities
4. **Test Coverage**: Has adequate test coverage (>80% preferred)
5. **Size**: Significant enough to warrant extraction (>3 files or >500 LOC)
6. **Domain Separation**: Represents a distinct domain or concern

### Current Extraction Status

#### ✅ **Already Extracted** (2 capabilities)
- `markitect-content` - Content matter parsing (frontmatter, contentmatter, tailmatter)
- `markitect-utils` - General utility functions (test capability)

#### 🎯 **Recommended for Extraction** (7 capabilities)

| Priority | Capability | Rationale | Complexity | Dependencies |
|----------|------------|-----------|------------|-------------|
| **HIGH** | `markitect-finance` | Complete financial tracking system, self-contained | High | Low |
| **HIGH** | `markitect-query-paradigms` | 14 different query paradigms, highly reusable | High | Medium |
| **HIGH** | `markitect-graphql` | Complete GraphQL interface, standalone value | Medium | Medium |
| **MEDIUM** | `markitect-plugins` | Plugin architecture framework | Medium | Low |
| **MEDIUM** | `markitect-matter-parsers` | All matter parsing capabilities (3 types) | Medium | Low |
| **MEDIUM** | `markitect-legacy` | Legacy compatibility layer | Low | Low |
| **LOW** | `markitect-issues` | Issue management system | High | High |

#### 🛑 **Not Recommended for Extraction** (Core System)

These modules form the core of MarkiTect and should remain in the main project:

- **Core Engine**: `cli.py`, `database.py`, `config_manager.py` - Main application logic
- **AST Processing**: `ast_*.py`, `parser.py`, `serializer.py` - Core markdown processing
- **Document Management**: `document_manager.py`, `batch_processor.py` - Core functionality
- **Validation**: `schema_*.py`, `validation_*.py` - System integrity
- **Performance**: `cache_service.py`, `performance_tracker.py` - Core performance
- **Templates**: `template/` - Core template engine

---

## 📦 Detailed Capability Extraction Recommendations

### 1. 🏆 **HIGH PRIORITY - markitect-finance**

**Current Location**: `markitect/finance/`

**Files to Extract**:
```
markitect/finance/
├── __init__.py                    # Package interface
├── allocation_engine.py           # Cost allocation logic
├── cli.py                        # Finance CLI commands
├── cost_manager.py               # Cost tracking
├── day_wrapup_commands.py        # Daily summaries
├── models.py                     # Data models
├── period_manager.py             # Period handling
├── report_generator.py           # Financial reports
├── session_tracker.py           # Session tracking
├── worktime_commands.py          # Work time CLI
├── worktime_tracker.py           # Time tracking
└── migrations/001_create_cost_tables.sql
```

**Why Extract**:
- ✅ **Self-Contained**: Complete financial tracking system
- ✅ **Reusable**: Could be used by other project management tools
- ✅ **Clear Boundaries**: Well-defined domain (finance/time tracking)
- ✅ **Size**: 11 files, substantial codebase
- ✅ **Dependencies**: Minimal external dependencies

**Extraction Benefits**:
- Could be reused in other project management systems
- Independent development and versioning
- Clear separation of financial concerns

### 2. 🏆 **HIGH PRIORITY - markitect-query-paradigms**

**Current Location**: `markitect/query_paradigms/`

**Files to Extract**:
```
markitect/query_paradigms/
├── __init__.py                    # Package interface
├── base.py                       # Base classes
├── cli.py                        # Query CLI
├── registry.py                   # Paradigm registry
└── paradigms/                    # 14 different paradigms
    ├── batch_paradigm.py
    ├── fts_paradigm.py
    ├── graphql_paradigm.py
    ├── jsonpath_paradigm.py
    ├── natural_language_paradigm.py
    ├── nosql_paradigm.py
    ├── qbe_paradigm.py
    ├── rag_paradigm.py
    ├── rest_api_paradigm.py
    ├── sql_paradigm.py
    ├── transform_paradigm.py
    ├── unix_pipeline_paradigm.py
    ├── visual_builder_paradigm.py
    └── xpath_paradigm.py
```

**Why Extract**:
- ✅ **Highly Reusable**: Query paradigms useful across many applications
- ✅ **Self-Contained**: Complete query abstraction system
- ✅ **Innovation**: Unique architectural contribution
- ✅ **Size**: 17+ files, substantial investment

**Extraction Benefits**:
- Could become a standalone query abstraction library
- High reusability potential across projects
- Independent evolution of query capabilities

### 3. 🏆 **HIGH PRIORITY - markitect-graphql**

**Current Location**: `markitect/graphql/`

**Files to Extract**:
```
markitect/graphql/
├── __init__.py                    # Package interface
├── resolvers.py                  # GraphQL resolvers
├── schema.py                     # GraphQL schema
└── server.py                     # GraphQL server
```

**Why Extract**:
- ✅ **Standalone Value**: Complete GraphQL API interface
- ✅ **Reusable**: GraphQL interfaces are broadly applicable
- ✅ **Clear Boundaries**: Well-defined API layer
- ✅ **Technology**: Uses standard GraphQL patterns

**Extraction Benefits**:
- Can be developed independently with GraphQL ecosystem
- Reusable across different backend systems
- Clear API versioning and evolution

### 4. 🥈 **MEDIUM PRIORITY - markitect-plugins**

**Current Location**: `markitect/plugins/`

**Files to Extract**:
```
markitect/plugins/
├── __init__.py                    # Package interface
├── base.py                       # Base plugin classes
├── decorators.py                 # Plugin decorators
├── manager.py                    # Plugin manager
├── registry.py                   # Plugin registry
└── builtin/                      # Built-in plugins
    ├── formatters.py
    ├── processors.py
    └── search/                    # Search plugins
        ├── fts_search.py
        ├── indexer.py
        └── query_parser.py
```

**Why Extract**:
- ✅ **Reusable**: Plugin architecture pattern broadly applicable
- ✅ **Self-Contained**: Complete plugin system
- ✅ **Size**: 9+ files, substantial codebase

**Extraction Benefits**:
- Plugin architecture could be reused in other applications
- Independent development of plugin ecosystem
- Clear extensibility patterns

### 5. 🥈 **MEDIUM PRIORITY - markitect-matter-parsers**

**Current Status**: `markitect-content` already extracted, but three separate parsers remain:

**Files to Extract**:
```
markitect/matter_frontmatter/      # Front matter parsing
markitect/matter_contentmatter/    # Content matter parsing
markitect/matter_tailmatter/       # Tail matter parsing
```

**Why Extract**:
- ✅ **Reusable**: Matter parsing useful for many markdown tools
- ✅ **Self-Contained**: Each parser is independent
- ✅ **Clear Domain**: Document structure parsing

**Extraction Benefits**:
- Could be used by other markdown processing tools
- Independent evolution of parsing capabilities

### 6. 🥈 **MEDIUM PRIORITY - markitect-legacy**

**Current Location**: `markitect/legacy/`

**Files to Extract**:
```
markitect/legacy/
├── __init__.py                    # Package interface
├── agent.py                      # Legacy agents
├── compatibility.py              # Compatibility layer
├── deprecation.py               # Deprecation handling
├── exceptions.py                # Legacy exceptions
├── git_tracker.py               # Legacy Git tracking
├── registry.py                  # Legacy registry
└── switches.py                  # Feature switches
```

**Why Extract**:
- ✅ **Self-Contained**: Complete legacy compatibility system
- ✅ **Bounded**: Will eventually be removed
- ✅ **Clean Separation**: Should not contaminate main codebase

**Extraction Benefits**:
- Keeps legacy code separate from main evolution
- Can be deprecated independently
- Clear migration path

### 7. 🥉 **LOW PRIORITY - markitect-issues**

**Current Location**: `markitect/issues/`

**Files to Extract**:
```
markitect/issues/
├── __init__.py                    # Package interface
├── activity_commands.py          # Activity tracking
├── activity_tracker.py           # Activity tracking
├── base.py                       # Base classes
├── commands.py                   # Issue CLI commands
├── exceptions.py                 # Issue exceptions
├── issue_wrapup_commands.py      # Issue completion
├── manager.py                    # Issue manager
└── plugins/                      # Issue plugins
    ├── gitea.py                  # Gitea integration
    └── local.py                  # Local issues
```

**Why Lower Priority**:
- ⚠️ **High Dependencies**: Tightly integrated with core system
- ⚠️ **Complex**: Issue management is complex domain
- ⚠️ **Core Feature**: Central to MarkiTect's value proposition

**Consider for Later**:
- Extract after core system stabilizes
- Requires careful dependency analysis
- High integration complexity

---

## 🚀 Extraction Implementation Plan

### Phase 1: **High-Value, Low-Risk Extractions**
1. **markitect-finance** - Complete financial system
2. **markitect-graphql** - GraphQL interface
3. **markitect-legacy** - Legacy compatibility

### Phase 2: **Complex, High-Value Extractions**
4. **markitect-query-paradigms** - Query abstraction system
5. **markitect-plugins** - Plugin architecture

### Phase 3: **Specialized Extractions**
6. **markitect-matter-parsers** - Consolidate matter parsing
7. **markitect-issues** - Issue management (if dependencies allow)

### Phase 4: **Validation and Optimization**
- Test all extractions thoroughly
- Optimize inter-capability dependencies
- Document lessons learned
- Update ComposableRepositoryParadigm based on experience

---

## 📊 Extraction Impact Analysis

### Complexity vs. Value Matrix

```
High Value │ query-paradigms  │ finance         │
          │                  │ graphql         │
          │                  │                 │
          │ plugins          │ matter-parsers  │
Low Value │ legacy           │ issues          │
           ────────────────────────────────────
           Low Complexity    High Complexity
```

### Recommended Extraction Order

1. **markitect-finance** (High Value, Medium Complexity) - Complete system
2. **markitect-graphql** (High Value, Low Complexity) - Clean API layer
3. **markitect-legacy** (Medium Value, Low Complexity) - Easy win
4. **markitect-query-paradigms** (High Value, High Complexity) - Big impact
5. **markitect-plugins** (Medium Value, Medium Complexity) - Architecture
6. **markitect-matter-parsers** (Medium Value, Low Complexity) - Consolidation
7. **markitect-issues** (High Value, High Complexity) - Complex integration

---

## 🎯 Success Criteria for Extractions

Each extracted capability must meet these criteria:

### Technical Requirements
- ✅ **Zero Parent Dependencies**: No imports from main markitect project
- ✅ **Complete Test Suite**: >80% test coverage
- ✅ **Independent Build**: Can be built and tested separately
- ✅ **Documentation**: Complete README and API documentation
- ✅ **Version Management**: Independent versioning with semver

### Quality Requirements
- ✅ **Type Safety**: Complete type annotations
- ✅ **Error Handling**: Comprehensive error handling
- ✅ **Performance**: No performance regressions
- ✅ **Security**: No security vulnerabilities introduced

### Process Requirements
- ✅ **Red-Green Testing**: All tests pass after extraction
- ✅ **CI/CD**: Independent CI/CD pipeline
- ✅ **Integration**: Smooth integration with main project
- ✅ **Migration Path**: Clear upgrade/downgrade paths

---

## 📋 Core MarkiTect Capabilities (Remain in Main Project)

### Core Architectural Paradigms

#### 1. Parse-Once, Manipulate-Many Architecture™
**Paradigm**: Single parsing operation creates multiple access pathways for document manipulation.

**Innovation**: Traditional markdown processors re-parse content for each operation. MarkiTect parses once and creates multiple fast-access representations:
- **AST Cache**: JSON-serialized Abstract Syntax Tree for lightning-fast loading
- **Database Metadata**: Structured front matter and document metadata
- **Original Content**: Preserved for integrity validation

#### 2. Database-First Metadata Management
**Paradigm**: Document metadata is treated as first-class relational data, not file-system artifacts.

#### 3. Performance-Validated Caching System
**Paradigm**: Cache performance is continuously validated against benchmarks, not assumed.

#### 4. TDD8 Methodology Integration
**Paradigm**: Issue-driven development with 8-step validation cycles.

### Core System Components

#### 🗄️ Database & Storage
- Database initialization and schema management
- Markdown file storage with metadata tracking
- SQL query execution with safety constraints
- Performance optimizations for large datasets

#### 📝 Markdown Processing
- Core AST conversion and manipulation
- Document modification through AST
- Roundtrip integrity validation
- Performance-optimized parsing

#### 🚀 Performance & Caching
- AST caching system with smart invalidation
- Performance benchmarking and validation
- Memory usage optimization
- Bulk operation efficiency

#### 🖥️ CLI Framework
- Command-line interface foundation
- Configuration management
- Error handling and validation
- Output formatting

#### 🔧 System Integration
- Configuration validation
- Environment detection
- Network connectivity
- File system validation

---

## 🎯 Future Roadmap

### Post-Extraction Goals
1. **Template System**: Create capability templates from successful extractions
2. **Dependency Checker**: Automated tools for dependency compliance
3. **CI/CD Patterns**: Establish patterns for capability CI/CD
4. **Integration Testing**: Cross-capability integration test framework

### Planned Extensions
- **Distributed Capabilities**: Multi-machine capability sharing
- **Capability Marketplace**: Public registry of MarkiTect capabilities
- **AI-Assisted Extraction**: Automated capability boundary detection

---

## 📚 Getting Started with Extractions

To begin capability extraction process:

1. **Validate Test Capability**: Ensure `markitect-utils` works correctly
2. **Choose Starting Point**: Begin with `markitect-finance` (high value, clear boundaries)
3. **Follow TDD Process**: Maintain test suite throughout extraction
4. **Document Experience**: Update this document with lessons learned

For detailed extraction procedures, see:
- `/wiki/ComposableRepositoryParadigm.md` - Extraction methodology
- `/capabilities/markitect-utils/VALIDATION_REPORT.md` - Process validation

---

*This capabilities analysis reflects the current state of the MarkiTect project and provides a roadmap for systematic capability extraction following the ComposableRepositoryParadigm. All recommendations are based on architectural analysis, dependency review, and reusability assessment.*