After the recent upgrade, where I rebuilt the node supervision infrastructure on h1guardian0, I did not yet get around to re-creating and restarting all of the nodes that had been running previously. Arnaud and I are now restarting all the SUS nodes, but just in case, this should be an easy issue to resolve:
The guardctrl utility will tell you which nodes are currently running:
Once the node is created, it is ready to start. Before starting, I usually pop open a window viewing the log from the node so I can watch the start up. This is most easily done by opening up the medm control panel for the node via the GUARD_OVERVIEW screen, and clicking on the "log" link.
We're working on making all the guardians smart enough to identify the current state of the system on startup, and identify the correct state to jump to. The SUS guardians are programmed to go to the ALIGNED state on startup. We're now working on enabling them to identify if the optic is currently misaligned and to go to the MISALIGNED state in that case.
After the recent upgrade, where I rebuilt the node supervision infrastructure on h1guardian0, I did not yet get around to re-creating and restarting all of the nodes that had been running previously. Arnaud and I are now restarting all the SUS nodes, but just in case, this should be an easy issue to resolve:
The
guardctrl
utility will tell you which nodes are currently running:Any node you think should be there but is not showing up, you can just create:
Once the node is created, it is ready to start. Before starting, I usually pop open a window viewing the log from the node so I can watch the start up. This is most easily done by opening up the medm control panel for the node via the GUARD_OVERVIEW screen, and clicking on the "log" link.
Finally, just start the node:
We're working on making all the guardians smart enough to identify the current state of the system on startup, and identify the correct state to jump to. The SUS guardians are programmed to go to the ALIGNED state on startup. We're now working on enabling them to identify if the optic is currently misaligned and to go to the MISALIGNED state in that case.