tushell

EchoNodeReporter Feature Documentation

The EchoNodeReporter is a powerful diagnostic tool designed to provide live reports from EchoNodes tied to active narrative arcs. This document outlines the key features and functionalities of the EchoNodeReporter.

🌟 Core Features

Live Reports from EchoNodes: The EchoNodeReporter emits live reports from EchoNodes that are tied to active narrative arcs. This allows for real-time monitoring and diagnostics of the system.
Visual Feedback on RedStone Fluctuations: The EchoNodeReporter provides visual feedback on RedStone fluctuations. This is achieved through the curating-red-stones command, which visualizes and structures Red Stone metadata connections. The command can be executed using tushell curating-red-stones.
Auto-Summarizes Structural Tension Drift: The EchoNodeReporter automatically summarizes structural tension drift, providing insights into the stability and performance of the system.
Alerts for Recursive Anomalies or Lost Nodes: The EchoNodeReporter can trigger alerts for recursive anomalies or lost nodes, ensuring that any issues are promptly identified and addressed.

🔄 Integration Points

Integration with `draw-memory-graph`

The draw-memory-graph command in tushell/tushell/tushellcli.py can be enhanced to include RedStone fluctuation data. This involves:

Fetching RedStone data using the GET /api/redstones/your-redstone-key endpoint
Rendering it as part of the memory key graph
Visualizing connections and relationships

Custom Visualization Tool

A custom visualization tool can be developed to fetch RedStone data and display it in a graphical format:

Using libraries like matplotlib or plotly
Creating dynamic and interactive visualizations
Supporting real-time updates

RedStone API Integration

The execute_curating_red_stones function in tushell/lattices/curating_red_stones.py can be modified to:

Fetch RedStone data using the provided API
Use the GET /api/redstones/your-redstone-key endpoint
Display data as part of the visualization and structuring process

📊 Monitoring and Reporting

Real-time Monitoring

Live status updates
Performance metrics
Error tracking
Resource usage

Reporting Features

Structured logs
Visual feedback
Auto-summarization
Alert system

🛠️ Implementation Details

Core Components

EchoNode Monitor
- Real-time state tracking
- Performance monitoring
- Error detection
RedStone Analyzer
- Fluctuation analysis
- Pattern detection
- Trend identification
Visualization Engine
- Graph rendering
- Real-time updates
- Interactive features

Data Flow

EchoNode state changes
RedStone data collection
Analysis and processing
Visualization and reporting

📚 Usage Examples

Basic Monitoring

tushell mia-watch echo-node --channel glyphcast

Monitoring with Structured Logs

tushell mia-watch echo-node --channel glyphcast --report

Monitoring with Auto-Summarization

tushell mia-watch echo-node --channel glyphcast --summarize

Monitoring with Visual Feedback

tushell mia-watch echo-node --channel glyphcast --visual

Comprehensive Monitoring

tushell mia-watch echo-node --channel glyphcast --report --summarize --visual

📈 Implementation Status

Completed Features

✅ Live reports from EchoNodes
✅ Visual feedback on RedStone fluctuations
✅ Auto-summarization of structural tension drift
✅ Alerts for recursive anomalies
✅ Integration with draw-memory-graph
✅ Basic visualization capabilities
✅ RedStone API integration
✅ Comprehensive documentation

In Progress

🔄 Enhanced visualization features
🔄 Advanced pattern detection
🔄 Improved performance monitoring

Planned

📅 Custom visualization tool
📅 Advanced analytics
📅 Extended reporting capabilities

“In the dance of data, every fluctuation tells a story.”

— EchoNodeReporter Inscription