*š¾š§š®šš£š šš£ šš¼šš* š„²
ā¬ļø šš šš®šš šš¼ š²š³š³š²š°šš¶šš²š¹š šš²šÆšš“ šššÆš²šæš»š²šš²š š¶šššš²š:
1. š Utilize kubectl commands for quick diagnostics.
2. š„ Leverage the Kubernetes Dashboard for visual debugging.
3. š Use ephemeral containers for troubleshooting without modifying pod state.
4. š Explore logs with stern for efficient log monitoring.
5. šŖ Use kubectl port-forward for direct access to services.
6. ā Implement probes for automated health checks.
7. š Analyze cluster events with kubectl get events.
8. š Network troubleshooting with netshoot.
9. š Performance monitoring with Prometheus and Grafana.
10. š» Inspect container filesystems with kubectl exec.
11. š Analyze resource usage with Metrics Server.
Repost this to help other DevOps Engineers ā»ļøš¤
#kubernetes #k8s #devops
ā¬ļø šš šš®šš šš¼ š²š³š³š²š°šš¶šš²š¹š šš²šÆšš“ šššÆš²šæš»š²šš²š š¶šššš²š:
1. š Utilize kubectl commands for quick diagnostics.
2. š„ Leverage the Kubernetes Dashboard for visual debugging.
3. š Use ephemeral containers for troubleshooting without modifying pod state.
4. š Explore logs with stern for efficient log monitoring.
5. šŖ Use kubectl port-forward for direct access to services.
6. ā Implement probes for automated health checks.
7. š Analyze cluster events with kubectl get events.
8. š Network troubleshooting with netshoot.
9. š Performance monitoring with Prometheus and Grafana.
10. š» Inspect container filesystems with kubectl exec.
11. š Analyze resource usage with Metrics Server.
Repost this to help other DevOps Engineers ā»ļøš¤
#kubernetes #k8s #devops
