• Actions Taken:

    • Jail Communication:
      • Engaged in an extensive debugging process to create a stable shell environment inside the Docker container.
      • Correctly identified that socat’s SYSTEM command was the key to enabling a shell that could handle stderr redirection (2>&1).
      • Implemented a robust readiness probe in the gauntlet script that polls the container with an echo command, ensuring tests only run when the jail is fully initialized.
      • This finally resolved a series of complex, cascading issues including empty responses, connection timeouts, and hangs.
    • Agent Workflow:
      • Refactored the sweAgent to use an iterative loop, allowing it to see the output of its commands and decide on subsequent actions.
      • Greatly simplified the system prompt to be more direct and plan-oriented, instructing the agent to create a plan, show the next step, and then act or ask for approval.
    • Gauntlet & Model:
      • Added a new, simple gauntlet task (create-project-dir) to act as a baseline test for agent capability.
      • Updated all gauntlet success conditions to correctly check for tools inside the nix develop environment.
      • Updated the local morpheum-local model to use qwen.

  • Friction/Success Points:

    • Friction: The jail communication issue was extremely difficult to debug due to the subtle interactions between socat, bash (interactive vs. non-interactive), stderr redirection, and the JailClient’s TCP logic. This led to many failed attempts and required deep analysis of the user’s expert feedback.
    • Success: The final SYSTEM:"bash -li 2>&1" solution is robust, stable, and correctly captures stderr, which is a major step forward for the project. The new agent workflow is much more intelligent and collaborative.

  • Lessons Learned:

    • The distinction between socat’s EXEC and SYSTEM options is critical when shell features like redirection are required.
    • A robust readiness probe that validates the entire communication round-trip is essential when dealing with services that have a slow or unpredictable startup time.
    • A clear, focused system prompt is vital for guiding the agent’s behavior. The new plan-based prompt is a significant improvement.