![]() ![]() When she's done, she tells git-annex which to keep and which to remove. ![]() High in the sky or in a remote cabin, she catches up on podcasts, videos, and games, first letting git-annex copy them from her USB drive to the netbook (this saves battery power). At a coffee shop, she has git-annex download them to her USB drive. When she has 1 bar on her cell, Alice queues up interesting files on her server for later. git-annex manages all these data sources as if they were git remotes. She stores data, encrypted in the Cloud.Īll these things can have different files on them, but Alice no longer has to deal with the tedious process of keeping them manually in sync, or remembering where she put a file. It also helps Bob keep track of intentional, and unintentional copies of files, and logs information he can use to decide when it's time to duplicate the content of old drives.Īlice is always on the move, often with her trusty netbook and a small handheld terabyte USB drive, or a smaller USB keydrive. Run in a cron job, git-annex adds new files to archival drives at night. He knows his files will be accessible in the future even if the world has forgotten about git-annex and git. Indeed, every drive knows what is on every other drive.īob thinks long-term, and so he appreciates that git-annex uses a simple repository format. When Bob needs access to some files, git-annex can tell him which drive(s) they're on, and easily make them available. He can reorganize his files using that tree, committing new versions to git, without worry about accidentally deleting anything. With git-annex, Bob has a single directory tree that includes all his files, even if their content is being stored offline. Bob has many drives to archive his data, most of them kept offline, in a safe place.
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