It also allows changing the file compression of a backup, limiting the backup speed and priority, preserving security settings during a backup, splitting an archive into a smaller section, password protecting a backup, and scheduling a backup on a one-time, daily, weekly, or monthly basis. You can restore whole folders and/or individual files to their original location or a custom one. A timeline of backups is shown so that it's easy to choose a particular time from which to restore files. More specifically, you can double-click the backup file to open it in the program, where it looks like File Explorer and is just as easy to use, but you have to have the program installed in order to open the backup. While scheduling a backup, or once one has completed, you can run an incremental, differential, or full backup on the same data.īackups are not readable from File Explorer, so you must use EaseUS Todo Backup to view the data. In addition to particular, custom content, the program can also back up an entire disk, partition, or system drive. If you want to learn more about it, please see the excellent book written by Scott Chacon and available for free.EaseUS Todo Backup can back up individual files and/or whole folders to and from a location on a local drive or network folder, as well as save backups to a free cloud storage service (they even give you free online storage on their own servers, if you need it). Although when you do, it turns into a very powerful and flexible tool. Git is certainly not an easy tool to learn. prune means we want to delete any reference that may exist there if we don’t have such reference in our refs/remotes/origin/* (and tags) references. The + sign indicates that we want to overwrite any reference there may already exist. The local references there will be stored in the refs/heads dir. git/refs/remotes/origin to be the LOCAL references in the new location. Now we’re ready to send those updated references back to the origin repository: $ git push -prune +refs/remotes/origin/*:refs/heads/* +refs/tags/*:refs/tags/* Finally, mirroring the repository to a new location This will update your references to the origin repository and also clean the stale branches reported by git branch -r. We need to clean those old references before mirroring them to a new location. ![]() Why? Cleaning old references to remote branchesīy default, when you do a git fetch or git pull, git will not delete the references to branches that were deleted in the upstream repository (you may view them in your. ![]() If you pay attention to that list, though, you may notice that you have a lot of branches that were already deleted in the upstream repository. But you do have references to remote branches. In this case, you may have a lot of local branches and tags that you don’t want to copy to the new location. Mirroring a git repository if you already have a local working copyīy working copy, we mean a “normal” repository, in which you have the files that are being tracked into git and where you perform commands like git add and so on. Read the next section to discover what to do in these cases.Īlso git clone -mirror is preferred over git clone -bare because the former also clones git notes and some other attributes. It’ll overwrite the remote repository with your local references (and your local branches). Warningĭon’t use git push -mirror in repositories that weren’t cloned by -mirror as well. $ git push -mirror will get all the branches and tags that are available in the upstream repository and will replicate those into the new location. If you haven’t cloned the repository before, you can mirror it to a new home by $ git clone -mirror cd upstream-repository.git Mirroring a git repository without a local copy The difference lays on whether you already have a working copy of that repository or not. You’ll need to do this when migrating your upstream repository to a new “home”, like when switching services like GitHub.Īs with most tools, there’s a lot of ways to accomplish that, but I’ll be focusing on two of them. ![]() By state, we mean all the branches (including master) and all the tags as well. However, what we want with mirroring is to replicate the state of an origin repository (or upstream repository). When people talk about mirroring a git repository, usually we have a simple answer in mind:
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