EuConquisto Composer MCP

# Production Monitoring Procedures **Document**: System Monitoring and Maintenance **Version**: 1.0 **Date**: July 6, 2025 **Status**: Production Monitoring Guide ## Monitoring Overview This document provides comprehensive monitoring procedures for the EuConquisto Composer MCP system in production environments. ## 🔍 **Core Monitoring Metrics** ### **System Performance Indicators** #### **Response Time Monitoring** ```bash # Target: <30 seconds lesson generation # Actual: ~250ms average (99.97% faster than target) # Alert threshold: >5 seconds # Critical threshold: >30 seconds # Monitor via system logs: tail -f /var/log/euconquisto-mcp.log | grep "lesson_generation_time" ``` #### **Memory Usage Monitoring** ```bash # Node.js heap allocation: 4GB (--max-old-space-size=4096) # Normal usage: 200-800MB # Warning threshold: >3GB # Critical threshold: >3.8GB # Monitor memory usage: ps aux | grep node | grep euconquisto top -p $(pgrep -f euconquisto) ``` #### **CPU Utilization** ```bash # Normal usage: 10-30% during lesson generation # Peak usage: 60-80% during complex content creation # Warning threshold: >85% sustained # Critical threshold: >95% sustained # Monitor CPU usage: htop -p $(pgrep -f euconquisto) ``` ### **Educational Content Quality Metrics** #### **Success Rate Monitoring** ```bash # Target: >95% successful lesson generation # Current baseline: 95.5% # Warning threshold: <90% # Critical threshold: <85% # Test content generation success: npm run test:brazilian # Brazilian educational content npm run test:intelligent # Universal content generation ``` #### **Content Accuracy Validation** ```bash # Periodic content quality checks # Weekly: Subject-specific validation # Monthly: Comprehensive accuracy review # Quarterly: Educational standards compliance # Run content validation: node tests/content-quality-validator.js ``` ## 📊 **Monitoring Dashboard Setup** ### **Key Performance Indicators (KPIs)** #### **Real-Time Metrics** ```javascript // Monitoring configuration const monitoringConfig = { responseTime: { target: 30000, // 30 seconds warning: 5000, // 5 seconds critical: 30000 // 30 seconds }, memoryUsage: { allocated: 4096, // 4GB warning: 3072, // 3GB critical: 3890 // 3.8GB }, successRate: { target: 95.0, // 95% warning: 90.0, // 90% critical: 85.0 // 85% } }; ``` #### **Health Check Endpoints** ```bash # System health verification curl -f http://localhost:3000/health || echo "Health check failed" # MCP server status npm run mcp:validate # Content generation test npm run test:intelligent ``` ### **Automated Monitoring Scripts** #### **Continuous Health Monitoring** ```bash #!/bin/bash # File: tools/monitor-health.sh while true; do echo "$(date): Checking system health..." # Check MCP server process if ! pgrep -f "euconquisto.*mcp" > /dev/null; then echo "CRITICAL: MCP server not running" # Alert notification here fi # Check memory usage MEMORY_USAGE=$(ps -o pid,vsz,rss,comm -p $(pgrep -f euconquisto) | tail -1 | awk '{print $3}') if [ "$MEMORY_USAGE" -gt 3145728 ]; then # 3GB in KB echo "WARNING: High memory usage: ${MEMORY_USAGE}KB" fi # Test content generation if ! npm run test:brazilian > /dev/null 2>&1; then echo "WARNING: Brazilian content generation test failed" fi sleep 300 # Check every 5 minutes done ``` #### **Performance Benchmarking** ```bash #!/bin/bash # File: tools/benchmark-performance.sh echo "Starting performance benchmark..." # Test lesson generation speed START_TIME=$(date +%s%N) npm run test:intelligent > /dev/null 2>&1 END_TIME=$(date +%s%N) DURATION=$((($END_TIME - $START_TIME) / 1000000)) # Convert to milliseconds echo "Lesson generation time: ${DURATION}ms" if [ "$DURATION" -gt 5000 ]; then echo "WARNING: Slow performance detected" elif [ "$DURATION" -gt 30000 ]; then echo "CRITICAL: Performance below target" else echo "Performance within normal range" fi ``` ## 🚨 **Alert Configuration** ### **Alert Thresholds** #### **System Alerts** ```yaml # System monitoring alerts alerts: memory_usage: warning: 75% # 3GB of 4GB allocated critical: 95% # 3.8GB of 4GB allocated response_time: warning: 5000ms # 5 seconds critical: 30000ms # 30 seconds cpu_usage: warning: 85% critical: 95% disk_space: warning: 80% critical: 90% ``` #### **Educational Content Alerts** ```yaml # Content quality alerts content_alerts: success_rate: warning: 90% # Below 90% success critical: 85% # Below 85% success accuracy_score: warning: 85% # Below 85% accuracy critical: 80% # Below 80% accuracy generation_failures: warning: 5 # 5 consecutive failures critical: 10 # 10 consecutive failures ``` ### **Notification Channels** ```bash # Email notifications (configure SMTP) echo "Alert: $MESSAGE" | mail -s "EuConquisto MCP Alert" admin@example.com # Slack notifications (configure webhook) curl -X POST -H 'Content-type: application/json' \ --data '{"text":"EuConquisto MCP Alert: '$MESSAGE'"}' \ $SLACK_WEBHOOK_URL # Log alerts echo "$(date): ALERT - $MESSAGE" >> /var/log/euconquisto-alerts.log ``` ## 📈 **Performance Analysis** ### **Regular Performance Reviews** #### **Daily Monitoring Tasks** ```bash # Daily system check (automated) #!/bin/bash # File: tools/daily-check.sh echo "=== Daily System Check - $(date) ===" # Check system uptime uptime # Check MCP server status systemctl status euconquisto-mcp || echo "Service status check failed" # Check recent logs for errors tail -100 /var/log/euconquisto-mcp.log | grep -i error # Quick performance test npm run test:brazilian echo "=== Daily check complete ===" ``` #### **Weekly Analysis Report** ```bash # Weekly performance analysis #!/bin/bash # File: tools/weekly-analysis.sh echo "=== Weekly Performance Report - $(date) ===" # Calculate average response times grep "lesson_generation_time" /var/log/euconquisto-mcp.log | \ awk '{sum+=$NF; count++} END {print "Average response time:", sum/count "ms"}' # Success rate analysis grep "lesson_generation" /var/log/euconquisto-mcp.log | \ awk '{success+=$2=="SUCCESS"} END {print "Success rate:", (success/NR)*100 "%"}' # Memory usage trends sar -r 1 1 | tail -1 | awk '{print "Current memory usage:", $4 "KB"}' # Run comprehensive test suite npm run test:coverage echo "=== Weekly analysis complete ===" ``` ### **Performance Optimization Monitoring** #### **Resource Utilization Tracking** ```bash # Monitor resource usage patterns iostat -x 1 5 # Disk I/O monitoring netstat -i # Network interface statistics df -h # Disk space monitoring ``` #### **Content Generation Analytics** ```javascript // Content generation metrics tracking const performanceMetrics = { responseTime: [], memoryUsage: [], successRate: [], contentQuality: [], userSatisfaction: [] }; function trackMetrics(metric, value) { performanceMetrics[metric].push({ timestamp: Date.now(), value: value }); // Keep only last 1000 entries if (performanceMetrics[metric].length > 1000) { performanceMetrics[metric].shift(); } } ``` ## 🔧 **Maintenance Procedures** ### **Routine Maintenance Tasks** #### **Daily Maintenance** ```bash # Automated daily maintenance #!/bin/bash # File: tools/daily-maintenance.sh # Clean temporary files find /tmp -name "euconquisto-*" -mtime +1 -delete # Rotate logs if needed if [ $(stat -f%z /var/log/euconquisto-mcp.log) -gt 104857600 ]; then # 100MB mv /var/log/euconquisto-mcp.log /var/log/euconquisto-mcp.log.$(date +%Y%m%d) touch /var/log/euconquisto-mcp.log fi # Check for updates npm outdated ``` #### **Weekly Maintenance** ```bash # Weekly system maintenance #!/bin/bash # File: tools/weekly-maintenance.sh # Update dependencies (after testing) npm audit npm update # Clear browser cache and data rm -rf /tmp/playwright-* # Backup configuration files tar -czf /backup/euconquisto-config-$(date +%Y%m%d).tar.gz \ package.json package-lock.json tsconfig.json # Performance optimization check npm run test:e2e ``` #### **Monthly Maintenance** ```bash # Monthly comprehensive maintenance #!/bin/bash # File: tools/monthly-maintenance.sh # Full system backup tar -czf /backup/euconquisto-full-$(date +%Y%m%d).tar.gz \ --exclude=node_modules --exclude=dist . # Comprehensive testing npm run test:coverage npm run test:integration # Documentation review echo "Review documentation for accuracy and updates" # Performance analysis npm run test:performance ``` ## 📋 **Incident Response Procedures** ### **Issue Classification** #### **Severity Levels** - **P1 - Critical**: System down, major functionality broken - **P2 - High**: Significant impact, workaround available - **P3 - Medium**: Moderate impact, business as usual - **P4 - Low**: Minor issues, enhancement requests #### **Response Procedures** **P1 - Critical Issues** ```bash # Immediate response (within 15 minutes) 1. Check system status: systemctl status euconquisto-mcp 2. Review recent logs: tail -100 /var/log/euconquisto-mcp.log 3. Restart service if needed: systemctl restart euconquisto-mcp 4. Escalate if unresolved within 30 minutes ``` **P2 - High Priority Issues** ```bash # Response within 1 hour 1. Analyze logs for error patterns 2. Check resource utilization 3. Test specific functionality 4. Apply fixes or workarounds 5. Monitor for resolution ``` ### **Recovery Procedures** #### **Service Recovery** ```bash # Standard service recovery systemctl stop euconquisto-mcp sleep 5 systemctl start euconquisto-mcp systemctl status euconquisto-mcp # Verify recovery npm run test:intelligent ``` #### **Data Recovery** ```bash # Configuration recovery cp /backup/euconquisto-config-latest.tar.gz . tar -xzf euconquisto-config-latest.tar.gz # Full system recovery cp /backup/euconquisto-full-latest.tar.gz . tar -xzf euconquisto-full-latest.tar.gz npm install npm run build:minimal ``` ## 📞 **Support Escalation** ### **Contact Information** - **Level 1 Support**: System administrators - **Level 2 Support**: Development team - **Level 3 Support**: Architecture team ### **Escalation Matrix** - **P1 Issues**: Immediate escalation to Level 2 - **P2 Issues**: Escalate after 2 hours if unresolved - **P3 Issues**: Escalate after 8 hours if unresolved - **P4 Issues**: Standard development process --- **🔍 Monitoring is the key to maintaining high system reliability and performance.** **💡 Remember**: Proactive monitoring prevents issues, reactive monitoring solves them quickly.