Demonstrating the Reflection Design Pattern for Dynamic Data Processing via Agent-Based Architecture
This repository demonstrates how to apply the Reflection Design Pattern in a data processing context using an agent-based architecture. The goal is to enable dynamic method invocation and flexible behavior modification at runtime, promoting extensibility and reducing tight coupling between components.
- Reflection Design Pattern: Enables dynamic inspection and invocation of classes, methods, and fields at runtime.
- Agent-Based Architecture: Each agent encapsulates specific processing logic and can be dynamically triggered based on runtime conditions.
- Decoupled Processing: Agents are not hardcoded, allowing for scalable and maintainable data workflows.
📈 Why Reflection Pattern?
Traditional systems use static processing pipelines. Our reflective approach enables:
Runtime Adaptation to unknown data types
Continuous Improvement through learned preferences
Reduced Configuration through intelligent auto-discovery
Enhanced Maintainability with clear separation of concerns
Description of Flowchart:
Data → processed by Agent
Agent → invokes Reflection Invoker
Reflection Invoker → dynamically selects and calls Processing Logic
Processing Logic → returns results back to the agent for further steps.
🛠️ Technology Stack
Python 3.8+ with advanced metaprogramming
- Clone the repository:
git clone https://github.com/your-username/reflection-agent-data-processing.git curl -fsSL https://ollama.com/install.sh | sh ollama server ollama pull ollama3 # pull one of this model: gemma4B_v gemma12B_v qwen3 gemini ollama3.2 deepseek cd data_processing_agentic uv add -r requirements.txt uv run main.py