overlayfs-diagnosis

A no space left on device error with available disk space often indicates inode exhaustion within the overlay2 layer. This Skill correlates system-level mount configurations with kernel-level mechanisms to pinpoint this exact root cause and provide targeted cleanup steps.

To troubleshoot OverlayFS mount point inconsistencies, this Skill applies dual-track analysis by correlating real-time system state like mounts and dmesg logs with kernel-level logic to isolate the root cause and generate structured remediation plans.

Diagnosing container storage driver performance degradation is best handled by correlating system-level symptoms with kernel-level behavioral mechanisms like copy-up and readdir. This approach eliminates guesswork and provides evidence-based fault isolation for Linux environments.

Yes, you can use automated branching to identify opaque whiteouts and cross-device configuration errors. This Skill automatically recommends and executes specific diagnostic scripts based on detected error patterns in the kernel and system state.

Yes, this dual-track OverlayFS diagnosis works without external dependencies. It relies entirely on built-in scripts and references to analyze kernel-level behavioral mechanisms and system-level mount configurations for automated root cause analysis.

You should not use an automated OverlayFS diagnostic tool when the filesystem failure is unrelated to container storage drivers or mount point inconsistencies. This Skill is specifically designed for Linux overlayfs issues involving kernel-level copy-up, readdir, and whiteout mechanisms.