Phase 04: Memory & Context Management - 3 gap closure plans to address verification issues - 04-05: Personality learning integration (PersonalityAdaptation, MemoryManager integration, src/personality.py) - 04-06: Vector Store missing methods (search_by_keyword, store_embeddings) - 04-07: Context-aware search metadata integration (get_conversation_metadata) - All gaps from verification report addressed - Updated roadmap to reflect 7 total plans
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phase, plan, type, wave, depends_on, files_modified, autonomous, gap_closure, must_haves
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| 04-memory-context-management | 05 | execute | 1 |
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Purpose: Close the personality learning integration gap identified in verification Output: Working personality learning system fully integrated with memory and personality systems
<execution_context>
@/.opencode/get-shit-done/workflows/execute-plan.md
@/.opencode/get-shit-done/templates/summary.md
</execution_context>
Reference existing personality components
@src/memory/personality/pattern_extractor.py @src/memory/personality/layer_manager.py @src/resource/personality.py
Reference memory manager
@src/memory/init.py
Task 1: Implement PersonalityAdaptation class src/memory/personality/adaptation.py Create src/memory/personality/adaptation.py with PersonalityAdaptation class to close the missing file gap:-
PersonalityAdaptation class with time-weighted learning:
- update_personality_layer(patterns, layer_id, adaptation_rate)
- calculate_adaptation_rate(conversation_history, user_feedback)
- apply_stability_controls(proposed_changes, current_state)
- integrate_user_feedback(feed_data, layer_weights)
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Time-weighted learning implementation:
- Recent conversations have less influence (exponential decay)
- Historical patterns provide stable baseline
- Prevent rapid personality swings with rate limiting
- Confidence scoring for pattern reliability
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Stability controls:
- Maximum change per update (e.g., 10% weight shift)
- Cooling period between major adaptations
- Core value protection (certain aspects never change)
- Reversion triggers for unwanted changes
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Integration methods:
- import_pattern_data(pattern_extractor, conversation_range)
- export_layer_config(layer_manager, output_format)
- validate_layer_consistency(layers, core_personality)
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Configuration and persistence:
- Learning rate configuration (slow/medium/fast)
- Adaptation history tracking
- Rollback capability for problematic changes
- Integration with existing memory storage
Follow existing error handling patterns from layer_manager.py. Use similar data structures and method signatures for consistency. python -c "from src.memory.personality.adaptation import PersonalityAdaptation; pa = PersonalityAdaptation(); print('PersonalityAdaptation created successfully')" PersonalityAdaptation class provides time-weighted learning with stability controls
Task 2: Integrate personality learning with MemoryManager src/memory/__init__.py Update src/memory/__init__.py to integrate personality learning and export PersonalityLearner:-
Import PersonalityAdaptation in memory/personality/init.py:
- Add from .adaptation import PersonalityAdaptation
- Update all to include PersonalityAdaptation
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Create PersonalityLearner class in MemoryManager:
- Combines PatternExtractor, LayerManager, and PersonalityAdaptation
- Methods: learn_from_conversations(conversation_range), apply_learning(), get_current_personality()
- Learning triggers: after conversations, periodic updates, manual requests
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Integration with existing MemoryManager:
- Add personality_learner attribute to MemoryManager.init
- Implement learning_workflow() method for coordinated learning
- Add personality data persistence to existing storage
- Provide learning controls (enable/disable, rate, triggers)
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Export PersonalityLearner from memory/init.py:
- Add PersonalityLearner to all
- Ensure it's importable as from src.memory import PersonalityLearner
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Learning workflow integration:
- Hook into conversation storage for automatic learning triggers
- Periodic learning schedule (e.g., daily pattern analysis)
- Integration with existing configuration system
- Memory usage monitoring for learning processes
Update existing MemoryManager methods to support personality learning without breaking current functionality. Follow the existing pattern of having feature-specific managers within the main MemoryManager. python -c "from src.memory import PersonalityLearner; pl = PersonalityLearner(); print('PersonalityLearner imported successfully')" PersonalityLearner is integrated with MemoryManager and available for import
Task 3: Create src/personality.py with memory integration src/personality.py Create src/personality.py to integrate with memory personality learning system:-
Core personality system:
- Import PersonalityLearner from memory system
- Maintain core personality values (immutable)
- Apply learned personality layers as overlays
- Protect core values from learned modifications
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Integration with existing personality:
- Import and extend src/resource/personality.py functionality
- Add memory integration to existing personality methods
- Hybrid system prompt + behavior configuration
- Context-aware personality layer activation
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Personality application methods:
- get_personality_response(context, user_input) -> enhanced_response
- apply_personality_layers(base_response, context) -> final_response
- get_active_layers(conversation_context) -> List[PersonalityLayer]
- validate_personality_consistency(applied_layers) -> bool
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Configuration and control:
- Learning enable/disable flag
- Layer activation rules
- Core value protection settings
- User feedback integration for personality tuning
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Integration points:
- Connect to MemoryManager.PersonalityLearner
- Use existing personality.py from src/resource as base
- Ensure compatibility with existing conversation systems
- Provide clear separation between core and learned personality
Follow the pattern established in src/resource/personality.py but extend it with memory learning integration. Ensure core personality values remain protected while allowing learned layers to enhance responses. python -c "from src.personality import get_personality_response; print('Personality system integration working')" src/personality.py integrates with memory learning while protecting core values
After completion, verify: 1. PersonalityAdaptation class exists and implements time-weighted learning 2. PersonalityLearner is integrated into MemoryManager and exportable 3. src/personality.py exists and integrates with memory personality system 4. Personality learning workflow connects all components (PatternExtractor -> LayerManager -> PersonalityAdaptation) 5. Core personality values are protected from learned modifications 6. Learning system can be enabled/disabled through configuration<success_criteria>
- Personality learning integration gap is completely closed
- All personality components work together as a cohesive system
- Personality layers learn from conversation patterns over time
- Core personality values remain protected while allowing adaptive learning
- Integration follows existing patterns and maintains code consistency
- System is ready for testing and eventual user verification </success_criteria>