Diagnose container-runner issues blocking agent execution across host and container.
npx skills add https://github.com/thmtz/nanoclaw-fleet --skill debug-thmtz
Please help me install this Agent Skill. Skill: debug Source: https://github.com/thmtz/nanoclaw-fleet/tree/main/.claude/skills/debug Command: npx skills add https://github.com/thmtz/nanoclaw-fleet --skill debug-thmtz
Debug container agent issues and misbehaving container runtimes to keep NanoClaw Fleet running smoothly.
Begin by checking the main logs, environment mounts, and session directories to identify the root cause and guide corrective actions.
High-intent search queries and answers about installing and using this skill.
To debug container agent issues, check the main logs, environment mounts, and session directories to identify the root cause. This skill diagnoses container-spawn and log propagation problems across both host and container to guide corrective actions.
Session resume fails when container runner paths and environment variable passing are misconfigured. You can validate session resume paths and troubleshoot environment variable passing to the container to fix the execution block.
To troubleshoot MCP startup and Claude Code integration failures, diagnose the IPC workflows and container environment. This involves checking environment variable mounts and validating the IPC communication channels between the host and container.
The best way to fix container log propagation problems is to diagnose log paths across both the host and container. This skill helps trace where logs fail to propagate and validates the environment mounts required for proper log output.
This debugging approach targets container-runner issues that specifically block agent execution, such as NanoClaw Fleet. It is suited for diagnosing MCP startup, session resume failures, and IPC workflows within that environment.
When container spawn is not working, first check the main logs, environment mounts, and session directories. Identifying the root cause in these areas helps resolve container-spawn failures and environment variable passing issues.
IDEA-XLDiagnose MolClaw container runtime issues via logs, env, mounts, and authentication.
Runchuan-BUDiagnose containerized BioClaw agent execution issues by analyzing logs, mounts, and environment variables.
NVIDIA-BioNeMoMonitors detached KERMIT scientific workflows by parsing logs and querying Docker container statuses.
TeninqDiagnose NanoClaw container issues with logs, env vars, mounts, and sessions.
