ConsoleSpy and MCP Integration
This section explores how ConsoleSpy can leverage the Model Context Protocol (MCP) to enhance console monitoring and debugging capabilities.
MCP Server Implementation for ConsoleSpy
class ConsoleSpyServer extends MCPServer {
capabilities = {
tools: {
'monitor-output': this.handleOutputMonitoring,
'analyze-logs': this.handleLogAnalysis,
'detect-patterns': this.handlePatternDetection
},
resources: {
'console-history': this.handleConsoleHistory,
'pattern-library': this.handlePatterns,
'analysis-results': this.handleResults
}
}
}
Key Features
-
Real-time Monitoring
- Console output capture
- Pattern matching
- Error detection
- Performance metrics
-
Log Analysis
- AI-powered log parsing
- Anomaly detection
- Trend analysis
- Issue correlation
-
Debugging Support
- Interactive debugging
- Variable inspection
- Stack trace analysis
- Memory leak detection
Best Practices
Monitoring Strategy
- Implement efficient buffering
- Use smart filtering
- Manage memory usage
- Handle high-volume output
Performance Impact
- Minimize overhead
- Optimize pattern matching
- Use sampling when appropriate
- Implement rate limiting
Common Use Cases
-
Development Debugging
- Real-time error tracking
- Variable state monitoring
- Performance profiling
- Memory usage analysis
-
Production Monitoring
- Error detection
- Performance monitoring
- Security audit logging
- User behavior tracking