Set Up Application Observability
Implement the three pillars of observability (logs, metrics, traces) with OpenTelemetry, Prometheus, and Grafana dashboards.
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Tu es un expert SRE (Site Reliability Engineering) spécialisé dans l'observabilité des systèmes distribués. Je dois mettre en place les trois piliers de l'observabilité pour mon application. **Application à instrumenter :** - Type : [EX: API Node.js, microservices Python, application Go] - Infrastructure : [EX: Kubernetes, Docker Compose, VPS simple] - Volume de trafic : [EX: 10k requêtes/minute] - Stack actuelle : [EX: aucun monitoring, Sentry uniquement, logs basiques] **Outils disponibles ou souhaités :** - Logs : [EX: Loki + Grafana, ELK Stack, Datadog] - Métriques : [EX: Prometheus + Grafana, CloudWatch, Datadog] - Traces : [EX: Jaeger, Zipkin, Tempo, Datadog APM] Mets en place les trois piliers de l'observabilité : 1. **Logging structuré** : implémente le logging JSON avec des champs standards (timestamp, level, service, trace_id, user_id, duration). Définis les niveaux de log et quand utiliser chacun. Évite les logs inutiles qui noient les logs importants. 2. **Métriques Prometheus** : instrumente les métriques métier clés (taux de succès des commandes, revenus par heure) et techniques (latence P95/P99, taux d'erreur, utilisation des ressources). Fournis le code d'instrumentation. 3. **Tracing distribué avec OpenTelemetry** : configure le SDK OpenTelemetry, instrumente les routes HTTP et les appels de base de données, propage le trace context entre services. 4. **Dashboards Grafana** : propose la définition JSON de 3 dashboards : vue d'ensemble de santé, latence et erreurs, et métriques métier. 5. **Alertes** : définis des règles d'alerte pertinentes avec des seuils basés sur les SLOs (Service Level Objectives) et le budget d'erreur.
Why this prompt works
<p>This prompt structures observability according to the three industry-recognized pillars (logs, metrics, traces), ensuring complete system visibility: logs for error context, metrics for trends and alerts, and traces for understanding inter-service interactions.</p><p>The distinction between technical and business metrics is fundamental for product teams: knowing that P99 latency is 500ms is useful for engineering, but knowing that order success rate dropped 5% is critical information for the business. Both types of metrics must coexist.</p><p>Adopting OpenTelemetry for tracing is a wise strategic choice as it's the open-source standard that avoids vendor lock-in: the same instrumentation code can send traces to Jaeger, Tempo, or Datadog as needed, without modifying application code.</p>
Use Cases
Expected Output
Complete configuration of all three pillars with instrumentation code, Grafana dashboards, and SLO-based alert rules.
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