system_analyzer_tool.md · 5.2 KB

System Analyzer Tool Documentation

Overview

The SystemAnalyzerTool performs holistic analysis of the mindX system state, including codebase structure, performance metrics, resource usage, and improvement backlogs. It uses LLM-powered analysis to generate actionable insights and improvement suggestions.

File: tools/system_analyzer_tool.py Class: SystemAnalyzerTool Version: 1.0.0 Status: ✅ Active

Architecture

Design Principles

  • Holistic Analysis: Analyzes entire system state
  • LLM-Powered: Uses LLM for intelligent analysis
  • Data Integration: Integrates multiple data sources
  • Actionable Insights: Generates concrete improvement suggestions
  • Fallback Support: Works without LLM if needed
  • Core Components

    class SystemAnalyzerTool:
        - belief_system: BeliefSystem - Shared belief system
        - llm_handler: LLMHandlerInterface - LLM for analysis
        - coordinator_ref: CoordinatorAgent - System state access
        - performance_monitor: PerformanceMonitor - Performance metrics
        - resource_monitor: ResourceMonitor - Resource usage
    

    Usage

    Basic Analysis

    from tools.system_analyzer_tool import SystemAnalyzerTool
    from core.belief_system import BeliefSystem
    from llm.llm_interface import LLMHandlerInterface
    from orchestration.coordinator_agent import CoordinatorAgent

    tool = SystemAnalyzerTool( belief_system=belief_system, llm_handler=llm_handler, coordinator_ref=coordinator )

    Perform analysis

    result = await tool.execute(analysis_focus_hint="performance optimization")

    Focused Analysis

    # Analyze specific area
    result = await tool.analyze_system_for_improvements(
        analysis_focus_hint="memory management"
    )
    

    Response Format

    Success Response

    {
        "improvement_suggestions": [
            {
                "target_component_path": str,
                "suggestion": str,
                "justification": str,
                "priority": int  # 1-10
            }
        ]
    }
    

    Error Response

    {
        "error": str,
        "improvement_suggestions": []
    }
    

    Data Sources

    1. Performance Metrics

    From PerformanceMonitor:

  • Execution times
  • Success rates
  • Error frequencies
  • Throughput metrics
  • 2. Resource Usage

    From ResourceMonitor:

  • CPU usage
  • Memory usage
  • Disk usage
  • Network usage
  • 3. Improvement Backlog

    From Coordinator:

  • Top 10 backlog items
  • Pending improvements
  • Prioritized tasks
  • 4. Campaign History

    From Coordinator:

  • Last 5 campaigns
  • Campaign results
  • Historical patterns
  • Features

    1. LLM-Powered Analysis

    Uses LLM to:

  • Synthesize system data
  • Identify patterns
  • Generate insights
  • Prioritize improvements
  • 2. Fallback Support

    If LLM unavailable:

  • Returns basic suggestions
  • Focuses on critical issues
  • Provides actionable recommendations
  • 3. Focused Analysis

    Can focus on specific areas:

  • Performance optimization
  • Memory management
  • Security improvements
  • Code quality
  • Limitations

    Current Limitations

  • LLM Dependency: Requires LLM for best results
  • Limited Data: Only uses coordinator data
  • No Historical: No trend analysis
  • Basic Fallback: Simple fallback suggestions
  • No Validation: Doesn't validate suggestions
  • Recommended Improvements

  • Enhanced Data Sources: More data sources
  • Historical Analysis: Trend analysis
  • Better Fallback: Improved fallback logic
  • Suggestion Validation: Validate suggestions
  • Multi-Model: Use multiple LLM models
  • Real-Time: Continuous analysis
  • Visualization: Charts and graphs
  • Integration

    With Coordinator Agent

    Accesses system state:

    self.performance_monitor = self.coordinator_ref.performance_monitor
    self.resource_monitor = self.coordinator_ref.resource_monitor
    

    With LLM Handler

    Uses LLM for analysis:

    response_str = await self.llm_handler.generate_text(
        prompt,
        model=self.llm_handler.model_name_for_api,
        max_tokens=2000,
        temperature=0.2,
        json_mode=True
    )
    

    Examples

    Performance Analysis

    result = await tool.analyze_system_for_improvements(
        analysis_focus_hint="performance optimization"
    )

    for suggestion in result["improvement_suggestions"]: print(f"Priority {suggestion['priority']}: {suggestion['suggestion']}")

    Technical Details

    Dependencies

  • core.belief_system.BeliefSystem: Belief system
  • llm.llm_interface.LLMHandlerInterface: LLM handler
  • orchestration.coordinator_agent.CoordinatorAgent: System access
  • llm.model_selector.ModelSelector: Model selection (optional)
  • LLM Prompt Structure

    prompt = (
        "You are a Senior Systems Architect AI...\n"
        f"System State Snapshot:\n
    json\n{system_state}\n``\n\n" "Analysis Task:\n" "1. Synthesize data...\n" "2. Propose improvements...\n" "3. Provide priority...\n" ) ``

    Future Enhancements

  • Multi-Source Data: More data sources
  • Historical Trends: Trend analysis
  • ML Integration: ML-based predictions
  • Real-Time Analysis: Continuous monitoring
  • Visualization: Charts and dashboards
  • Validation Framework: Validate suggestions
  • Automated Implementation: Auto-implement suggestions

  • All DocumentsDocument IndexThe Book of mindXImprovement JournalAPI Reference