I can then use my command-line interface from my OMV system to go to /opt, and run "chmod -R 755 portainer." This sets folder permissions on portainer as 755, or "owner may read, write, execute group and other may read and execute." I would also need to run "chown user:group portainer" are the user/group I want to "own" portainer, for example "chown docker:users portainer" would set it so that the user "docker" was the owner of the portainer folder, and any user in the "users" group would be able to read and execute, but not write, in the portainer folder. I map that to the docker container in the settings as -v /opt/portainer:/config, since /config is where I know my docker container expects the files to be. So you create a directory on your host system where the docker info for portainer is going to live, in my case, /opt/portainer. For example, let's say you're like me and running the docker container "portainer" to manage your dockers.
So the way Docker interfaces with your "host" system is that you have to map your host drives to the docker container. You can have Python 2.7 installed in one container for an older app, and Python 3.x installed in another container for a newer one, without the headaches that would normally bring. OMV is built on top of Debian, for example, but you can run a dockerized app on top of Alpine Linux or whatever. This is a godsend because now you're not managing different apps against different versions of common libraries or even the base system. Rather than try to make your OMV system itself hospitable to each application, the docker system lets you run lots of small, individual systems tailored to the app. Think of each docker container a mini-PC running on your OMV system. The docker plug-in is really just a small plug-in to manage docker containers. The local director does not have to be the same as on theįirst container but all sub-folders will be the same.Sorry, you'd run chmod as a command from the command line when you SSH into your OMV machine, or use the Shellinabox plugin.
Resilio sync for docker code#
You add the key with -e RSLSYNC_SECRET=, start with the secret code createdīy the first sync container. To get the other nodes to sync with the first, they have to have the same secret key. Press CTRL-C to exit log run container on more sync nodes Rsyslogd: activation of module imklog.so failed Rsyslogd: imklog: cannot open kernel log (/proc/kmsg): Operation not permitted. Non-WEBUI mode activated, /data is syncedĪdd -e RSLSYNC_SECRET=AF2INNKYP672IGIIDTDWWVUBGP2AQRFKX to your other nodes to sync To use it add the necessary -volumes-from option and set the RSLSYNC_PATH value to a VOLUME path from the the data container: This variable controls which folder is synced (default = /data) and comes in handy when using data containers. This key can then be used to start more sync klient for the data. This variable contains the secret key fore this directory, if empty or missing a new secret key is generated. If you need several different directories synced, start a container for each directory RSLSYNC_SECRET The sync mode version is made for syncing one directory only (you can manualy configure multiple directories), each directory (or sync point) need a uniq secret key.
Resilio sync for docker password#
In this case you should login with user joe and password M2FlMjNkOG Sync mode RSLSYNC_PASS not set, password generated, use M2FlMjNkOG as password
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