| The comment is mistaken. I suspect it’s being downvoted not because update control isn’t appreciated, but because it’s very much there with snaps. There are several ways to disable snap updates, and they are really quite nicely balanced for modern operations. For example, if you publish a snap that depends on another snap, say an app which uses a database, you can set things up so the database won’t update until you publish a validation certificate that your app snap version X has been validated with database snap version Y. Updates can be deferred by anybody, and I think there is a plan for snaps themselves to be able to defer their own updates (for example, a movie payer that is playing a movie at the scheduled update time). Enterprise management systems can also control the flow of updates very nicely. For example, they can have a different snap revision as ‘stable’ or ‘beta’, which means they decide when a new revision of a snap will be considered for update by all the machines tracking those channels. They can also prevent any updates from happening on specific machines. Device manufacturers also get a layer of control, similar to snap publishers with their dependencies. So an appliance that uses snaps might see specific revisions of snaps only once those have been certified on that device. Considering how rich the actual reality of ‘software update distribution and managment’ is in practice, it’s nice to see that level of thinking built in to the system. We’ve had simplistic approaches around for decades and the results in practice are too or, there are millions of vulnerable machines out there because of neglect. I’m interested to see if these mechanisms achieve a better result all round, and the simple thing you are focused on is certainly already there. |
(That's what I took out of the shitty design decision and disgusting justification you wrote. I'll be damned if I have to defend myself against open source apps in some shitty all-in-1 format with fascists at the helm.)