experimental-hutch-python

Hutch-python configuration involves defining beamline devices and startup scripts to load them automatically. This Skill provides reference documentation to guide your setup and ensure devices initialize correctly within your session.

Yes, you can execute live commands via an IPython bridge. This Skill supports a Live Bridge mode using a JSON command protocol to send operations to a running hutch-python session, complete with safety prompts for write operations.

Debugging a hutch-python session is handled through Documentation mode for answering configuration questions and Live Bridge mode for interactive troubleshooting. The Skill offers reference docs and step-by-step bridge setup to identify and resolve issues.

Yes, IPython is a required dependency for the hutch-python live bridge. The bridge relies on an IPython integration to execute commands across active sessions, and you must have it installed before beginning the bridge setup workflow.

The JSON command protocol formats commands sent to the hutch-python session via the IPython bridge. For write operations, it triggers a formal confirmation protocol with safety prompts, ensuring potentially destructive beamline changes are explicitly approved.

Beamline device loading failures during hutch-python startup often stem from configuration errors. Use this Skill's Documentation mode to verify your configuration settings and reference docs, or switch to Live Bridge mode to debug the active session.