1037 API Reference 1f9b3f94

Phase 3: Learning Engine API Reference

Overview

This document provides a comprehensive API reference for the Phase 3 Intelligent Learning System, including all classes, methods, and data structures introduced in the synergistic integration.

Table of Contents

1. MemoryServiceIntegration
2. ContextLearningEngine
3. Enhanced ContextProvider
4. MCP Tools API
5. Data Structures
6. Error Handling

MemoryServiceIntegration

Real memory service integration class that replaces the simulation layer with actual mcp-memory-service calls.

Class Definition

class MemoryServiceIntegration:
    """
    Real memory service integration for MCP Context Provider
    Replaces simulation layer with actual mcp-memory-service calls
    """

Constructor

def __init__(self):
    """Initialize memory service integration with health check"""
    self.memory_available = self._check_memory_service()

Methods

store_memory(content, tags=None, metadata=None)

Stores content in the memory service with associated tags and metadata.

Parameters:

• content (str): The content to store
• tags (List[str], optional): Tags for categorization
• metadata (Dict[str, Any], optional): Additional metadata

Returns:

{
    "success": bool,
    "stored_content": str,
    "tags": List[str],
    "memory_id": str,
    "error": str  # Only present if success=False
}

Example:

result = await memory_service.store_memory(
    "Context optimization completed successfully",
    ["optimization", "context_change"],
    {"context_name": "terraform", "optimization_type": "preference_tuning"}
)

recall_memory(query, n_results=5, tags=None)

Retrieves memories based on a query string.

Parameters:

• query (str): Search query
• n_results (int): Maximum number of results to return
• tags (List[str], optional): Filter by specific tags

Returns:

{
    "success": bool,
    "query": str,
    "results": List[Dict],
    "total_results": int,
    "error": str  # Only present if success=False
}

Result Structure:

{
    "content": str,
    "relevance": float,  # 0.0-1.0
    "tags": List[str],
    "timestamp": str
}

search_by_tag(tags, limit=10)

Searches memories by specific tags.

Parameters:

• tags (List[str]): Tags to search for
• limit (int): Maximum number of results

Returns:

{
    "success": bool,
    "tags": List[str],
    "results": List[Dict],
    "total_results": int,
    "error": str  # Only present if success=False
}

get_memory_stats()

Retrieves memory service statistics and health information.

Returns:

{
    "success": bool,
    "total_memories": int,
    "tags_available": List[str],
    "storage_backend": str,
    "service_status": str,
    "error": str  # Only present if success=False
}

ContextLearningEngine

Intelligent learning engine for context optimization and pattern recognition.

Class Definition

class ContextLearningEngine:
    """
    Phase 3: Intelligent learning engine for context optimization
    Analyzes usage patterns and suggests context improvements
    """

Constructor

def __init__(self, memory_service: MemoryServiceIntegration):
    """Initialize learning engine with memory service integration"""
    self.memory_service = memory_service
    self.learning_enabled = True

Methods

analyze_context_effectiveness(context_name)

Analyzes the effectiveness of a specific context based on memory data.

Parameters:

• context_name (str): Name of the context to analyze

Returns:

{
    "success": bool,
    "context_name": str,
    "usage_stats": Dict[str, Any],
    "effectiveness_score": float,  # 0.0-1.0
    "recommendations": List[str],
    "error": str  # Only present if success=False
}

Usage Stats Structure:

{
    "total_interactions": int,
    "creation_count": int,
    "update_count": int,
    "pattern_additions": int,
    "last_activity": str  # ISO timestamp or None
}

suggest_context_optimizations()

Analyzes all contexts and suggests global optimizations.

Returns:

List[Dict[str, Any]]  # List of optimization suggestions

Suggestion Structure:

{
    "context_name": str,
    "optimization_type": str,
    "priority": str,  # "high", "medium", "low"
    "description": str
}

learn_from_session_patterns(session_data)

Learns from session initialization patterns to improve future sessions.

Parameters:

• session_data (Dict[str, Any]): Session performance data

Session Data Structure:

{
    "initialized": bool,
    "execution_time_seconds": float,
    "executed_actions": List[Dict],
    "errors": List[str],
    "memory_retrieval_results": Dict
}

Returns:

{
    "success": bool,
    "patterns_learned": int,
    "insights_gained": List[str],
    "session_analysis": Dict[str, Any],
    "memory_stored": bool,
    "error": str  # Only present if success=False
}

proactive_context_suggestions(current_contexts)

Provides proactive suggestions for new contexts based on usage patterns.

Parameters:

• current_contexts (List[str]): List of currently loaded context names

Returns:

List[Dict[str, Any]]  # List of suggestions

Suggestion Structure:

{
    "suggested_context": str,
    "reason": str,
    "confidence": float,  # 0.0-1.0
    "type": str,
    "priority": str
}

Private Methods

_calculate_effectiveness_score(usage_stats)

Calculates effectiveness score based on usage patterns.

Scoring Algorithm:

• Base score (0.3) for having interactions
• Active use score (0.4) for regular updates
• Evolution score (0.3) for pattern additions
• Normalized to 0-1 range

_generate_recommendations(context_name, usage_stats)

Generates improvement recommendations based on usage statistics.

Enhanced ContextProvider

The main context provider class enhanced with Phase 3 learning capabilities.

New Attributes

self.memory_service: MemoryServiceIntegration
self.learning_engine: ContextLearningEngine
self.contexts_dir: Path  # Added for consistency

New Methods

auto_optimize_context(context_name, optimization_data)

Automatically optimizes a context based on learning engine recommendations.

Parameters:

• context_name (str): Name of context to optimize
• optimization_data (Dict[str, Any]): Optimization instructions

Optimization Data Structure:

{
    "type": str,  # "pattern_improvement", "preference_tuning", "rule_refinement"
    "patterns": Dict[str, List],  # For pattern_improvement
    "preferences": Dict[str, Any],  # For preference_tuning
    "syntax_rules": Dict[str, Dict],  # For rule_refinement
    "effectiveness_data": Dict[str, Any]  # Optional metadata
}

Returns:

{
    "success": bool,
    "message": str,
    "context_name": str,
    "optimization_type": str,
    "optimizations_applied": List[str],
    "backup_file": str,
    "error": str  # Only present if success=False
}

Enhanced execute_session_initialization()

Now includes automatic learning from session patterns.

New Session Status Fields:

{
    "learning_insights": List[str],  # Generated insights
    # ... existing fields
}

MCP Tools API

Learning Tools

analyze_context_effectiveness

Input Schema:

{
  "type": "object",
  "properties": {
    "context_name": {
      "type": "string",
      "description": "Name of the context to analyze"
    }
  },
  "required": ["context_name"]
}

suggest_context_optimizations

Input Schema:

{
  "type": "object",
  "properties": {},
  "additionalProperties": false
}

get_proactive_suggestions

Input Schema:

{
  "type": "object",
  "properties": {
    "current_contexts": {
      "type": "array",
      "items": {"type": "string"},
      "description": "List of currently loaded context names"
    }
  },
  "required": ["current_contexts"]
}

auto_optimize_context

Input Schema:

{
  "type": "object",
  "properties": {
    "context_name": {
      "type": "string",
      "description": "Name of the context to optimize"
    },
    "optimization_data": {
      "type": "object",
      "description": "Optimization instructions and data"
    }
  },
  "required": ["context_name", "optimization_data"]
}

Data Structures

Memory Storage Format

Context Change Events:

{
    "content": "Context {operation}: {context_name} - {description}",
    "tags": ["context_change", operation, context_name],
    "metadata": {
        "operation": str,  # "created", "updated", "optimized"
        "context_name": str,
        "details": Dict[str, Any],
        "timestamp": str
    }
}

Session Learning Events:

{
    "content": "Session learning: Executed {n} actions in {time}s with {errors} errors",
    "tags": ["session_learning", "performance", "initialization"],
    "metadata": {
        "execution_time": float,
        "actions_count": int,
        "errors_count": int,
        "timestamp": str
    }
}

Context Metadata Extensions

Learning Metadata:

{
    "metadata": {
        "version": "1.0.0",
        "last_updated": str,
        "last_optimization": str,  # New in Phase 3
        "optimization_count": int,  # New in Phase 3
        "effectiveness_score": float,  # Cached score
        # ... existing fields
    }
}

Optimization Types

Pattern Improvement

{
    "type": "pattern_improvement",
    "patterns": {
        "section_name": ["new_pattern_1", "new_pattern_2"]
    }
}

Preference Tuning

{
    "type": "preference_tuning",
    "preferences": {
        "setting_name": "new_value",
        "another_setting": true
    }
}

Rule Refinement

{
    "type": "rule_refinement",
    "syntax_rules": {
        "category_name": {
            "patterns": ["regex_pattern"],
            "description": "Rule description"
        }
    }
}

Error Handling

Common Error Types

Memory Service Errors

{
    "success": False,
    "error": "Memory service not available"
}

Learning Engine Errors

{
    "success": False,
    "error": "Analysis failed: {detailed_error_message}"
}

Optimization Errors

{
    "success": False,
    "error": "Auto-optimization failed: {detailed_error_message}",
    "context_name": str,
    "backup_file": str  # If backup was created
}

Error Recovery

All optimization operations create backups before modification:

backup_file = f"backup_{context_name}_context_{timestamp}.json"

Failed operations preserve the original context file and provide the backup location for manual recovery.

Validation Errors

Context optimization includes comprehensive validation:

{
    "success": False,
    "error": "Optimized context validation failed",
    "validation_errors": List[str],
    "backup_file": str
}

Performance Considerations

Memory Service Calls

• All memory operations are asynchronous
• Failed memory calls don't block context operations
• Memory unavailability gracefully degrades functionality

Learning Engine Performance

• Effectiveness analysis cached for 1 hour
• Optimization suggestions computed on-demand
• Session learning runs asynchronously during initialization

Context Optimization

• Atomic operations with backup-first approach
• Validation before applying changes
• Automatic rollback on validation failure

Integration Examples

Basic Learning Workflow

# Initialize provider with learning engine
provider = ContextProvider()

# Analyze context effectiveness
effectiveness = await provider.learning_engine.analyze_context_effectiveness("terraform")

# Get optimization suggestions
suggestions = await provider.learning_engine.suggest_context_optimizations()

# Apply automatic optimization
optimization_data = {
    "type": "preference_tuning",
    "preferences": {"default_region": "us-west-2"}
}
result = await provider.auto_optimize_context("terraform", optimization_data)

Memory Integration Pattern

# Store learning event
await provider.memory_service.store_memory(
    "Successfully optimized terraform context preferences",
    ["optimization", "terraform", "preferences"],
    {"optimization_type": "preference_tuning", "score_improvement": 0.2}
)

# Retrieve related memories
memories = await provider.memory_service.recall_memory(
    "terraform optimization",
    n_results=5
)

This API reference provides the foundation for building intelligent context management systems that continuously learn and improve based on usage patterns and user feedback.