![]() ![]() It also offers extra capabilities like compression and incremental updates. The rsync command enables you to replicate files and directories while keeping ownership and permissions. Example: scp -r /path/to/source/directory result here is that the directory “directory” will be copied securely to the destination folder on “remotehost” rsync To copy an entire directory using scp, you can also use the -r flag the same way you did with the cp command. This allows for greater security and data integrity, and is commonly used to copy directories between remote servers, although it can also be used locally. ![]() Meanwhile, the scp command will allow you to copy files and directories using an SSH encrypted connection. ![]() The result is that the directory, including all of its contents and subdirectories, will be copied to a different folder on the local server. For instance: cp -r /path/to/source/directory /path/to/destination/directory The -r argument tells cp that you wish to copy a directory recursively, which copies the folder contents as well. You can copy files and folders within the same file system in linux using the cp command. To do so, we’ll be exploring three commands: cp, scp, and rsync. To that end, today’s article talks about multiple ways you can copy an entire directory and its files in linux. No such thing in SSH, unfortunately.As a server admin, even simple tasks can benefit from a fresh perspective. (The latter is actually similar to how RDP's file redirection works – if you RDP into a server, you can access the special \\tsclient\C network share that leads back to the client's C: drive, piggybacking on the RDP connection. (Wouldn't work on a corporate environment, but interesting to think about.) For example, on my personal environments, I have set up automatic /n/ NFS mounts to home directories on all machines, so I can just cp foo /n/laptop and it appears in my laptop's home directory. (In GNOME it is even possible to start an interactive SSH terminal at "current location".)īetween personal systems, NFS can also be used (in both directions – editing server files locally, and having the server copy files back to the client). Your Linux desktop environment may support SFTP in the graphical file manager, using sftp:// URLs, so that you could directly navigate to the file you need, bookmark the location, etc. ![]() (Or, of course, editing everything locally and only deploying to the server via Git.) For example, if you often SFTP files locally just to edit them and put them back, that can be replaced by directly editing the file through an sshfs mount. You might prefer lftp, which is another SFTP client that has a few handy things such as the 'edit' command (which automatically gets a file, runs the local editor, then puts it back).Ī different workflow involving sshfs (SFTP-as-a-filesystem) might be a solution. (It works in specific environments such as your own personal systems, but not when SSH'ing to various random customer servers.)ĭon't forget that the sftp client on Linux supports tab-completion for remote paths. by getting your IP address from $SSH_CONNECTION or by using a prepared "remote forward" -R tunnel, but it's not exactly convenient as a general solution. It might be possible to have a custom get command that would connect back to the client machine (via another SSH session) and upload the file from the remote system to local one, e.g. Running the sz command on the server would initiate a file transfer over the terminal, which the terminal would recognize and ask you where to save the file. Though, there might be terminals that have built-in support for the ancient BBS file transfer protocols such as Xmodem/Zmodem (HyperTerminal is one of them, but it's not a very good terminal emulator I think there are PuTTY forks that support Xmodem). SSH does not have a "client filesystem access" channel the way RDP does. ![]()
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