cptincrdbl

Since trying 6.2 beta18, on each beta I have noticed a few strange folders being at the / directory upon startup. Folders being created are: /Media /Server/Logs /Shows /Support/Plex /mnt/user/TV I have tracked down the creation of these folders to the rc.docker script in /etc/rc.d/. It seems the for loop in the function do_container_paths() does not like the spaces I have setup in my various docker paths. The function is thinking these folders are missing & is causing these extra folders to be created. "/mnt/user/appdata/Plex/config/Library/Application Support/Plex Media Server/Logs/" & "/mnt/user/TV Shows/" are the paths causing issues. I am able to recreate the issue by deleting these folders and issuing the commands "/etc/rc.d/rc.docker stop" followed by "/etc/rc.d/rc.docker start". Once command has completed, the folders will reappear. The dockers that contain these paths are set to autostart. I can adjust the paths of my dockers to avoid using spaces in the host directory paths to avoid this issue, but this seems like it would be a fairly trivial fix provided you have a decent understanding of linux scripting. However, I do not.

I was able to get this docker to work correctly. I was having troubles similar to you, but the config template that you posted seemed to do the trick. After I got it working, I went back trying to recreate the error you are seeing. I am able to get the authorization error, but the bot continues to run (log shows line below). 2016-03-06 02:31:46,841 INFO success: telegram-couchpotato-bot entered RUNNING state, process has stayed up for > than 1 seconds (startsecs) The only times that I now get the "exit status 1" error is when the syntax of the config file is not correct. Maybe double check your config.json compared to the template you posted.

I am able to pin 7 VCPUs in my Windows 8.1 VM on 6.0.1. In the VM, task manager shows 7 virtual processors. My processor is an Intel Xeon E5-2620v3 - 6 cores (12 w/ hyperthreading). I wonder if your issue is related to pinning VCPUs from separate processors . I would be curious to see what would happen if you tried pinning 3 VCPUs from each processor (i.e. cores 3,4,5,6,7,.