![]() On the war-torn planet Eternia, the evil warlord Skeletor has seized control of Castle Grayskull, the center of power in the universe. It was a critical and commercial failure, grossing $17 million worldwide against a budget of $22 million, but is now regarded as a classic cult film. Masters of the Universe was released theatrically in the United States on August 7, 1987. It is based on the Mattel toy line of the same name and tells the story of two teenagers who meet He-Man, the most powerful man in the universe, and his friends, who arrive on Earth by chance from their home planet Eternia and go on a mission to save the universe from He-Man’s archenemy, the evil Skeletor. The film stars Dolph Lundgren, Frank Langella, Jon Cypher, Chelsea Field, Billy Barty, Courteney Cox, Robert Duncan McNeill, and Meg Foster. There are other considerations on how to keep the file_roots, pillar_roots, minion keys, and configuration consistent between the masters in the link referenced above.Masters of the Universe (stylized as Masters of the Universe: The Motion Picture) is a 1987 American superhero film directed by Gary Goddard, produced by Yoram Globus and by Menahem Golan and written by David Odell. Once all minions' keys are accepted on both masters, we can run salt '*' test.version from either of the masters and reach all minions. Once the respective services have been restarted, you can check that all minions are available on both masters with salt-key -L: # salt-key -L Then configure salt-minion for multiple masters in /etc/salt/minion: masters: I use the below files from my first/primary server on the second server. In the below explanation I have a multi-master setup with 2 servers. In a nutshell, you configure more than 1 master with the same PKI keypair. One of the primary objectives of your question can be met with a different method of multi-master setup: Which means only that master can run test.version on that minion (and not any other master). So this seems to indicate that the minion is connected to one master at a time. If the master does not yet know the minion, that counts as accepted and the minion stays on that master.Ī test.version on the master the minion is currently connected to should be run to test connectivity. The first master that accepts the minion, is used by the minion. There are a couple of statements worth noticing in the documentation about this method. what is the purpose of the mentioned tutorial? Or do I just have overlooked anything?.Can salt-syndic be used with randomly assigning the minions to the masters based on load or whatever?.Is salt-syndic actually the better approach?. ![]() So if anybody could tell me how to create a proper setup with 3 saltmasters for load distribution?.To me, the scenario described in does simply not work at all. I should mention that my masters are big machines with 16 cores and 128GB RAM, so this is not a matter of resource shortage. Unfortunately, the values of the mines differ badly from minion to minion, so also mines are unusable. I'm using code as follows: ('mine.get', tgt='role:mopsbrokeraggr', fun='network.get_hostname', tgt_type='grain') Is it the load on the master? The number of connected minions?.Īnother problem is the salt mines. The rules that determine under which condition a minion decides to switch are not explained (at least I couldn't find anything). So the minion decides to switch to another master and the salt-call takes ages. And even that is not working well, e.g.: salt-call state.apply So the only way is to use salt-call on a particular minion. In the above example the response would be True for different minions if you ran it on a different master. Salt runs on the master work only if the targeted minions by accident are connected to the master on which you issue the salt command and not to any other master. For various reasons: salt 'tnscass*' test.ping So my config looks as follows (excerpts): Instead I thought the salt-minions should pick a master from a list by random (?) at minion start. salt-syndic appeared not the right choice for me. I decided to install a multi-master setup for load-distribution and fault-tolerance. I have to manage a cluster of ~600 ubuntu (16.04-20.04) servers using Saltstack 3002.
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