Main changes are: Removed automatic addition of a trailing slash to source and destination directories, updated new functionalities of 1.1.0 for Maemo, added "Rsync command line" menu item + more. You need the rsync command line tool installed in your system in order to make something useful with this rsyncįrontend, but don't worry because most distributions come with it preinstalled. If you want to compile it yourself or want to see other sources of precompiled packages, see the download page. Some ready-made packages for linux distributions have been made by third parties, so if you want to run grsync, check your standard package tool first Having gtk and autotools, but it has been compiled under windows as well and there is a Macintosh OS X port available. Online backup sections for more information.īrief: Grsync is available on some linux flavors like Ubuntu (see their respective application managers),ĭetailed: Only sources are directly available in this home page they can be compiled on various flavors of unix, like linux and freebsd, Partition to another one, mirroring of files, etc. Sample uses of grsync include: synchronize a music collection with removable devices, backup personal files to a networked drive, replication of a It can be effectively used to synchronize local directories and it supports remote targets as well (even though it doesn't support browsing the remote folder). It doesn't need the gnome libraries to run, but can of course run under gnome, kde or unity pretty fine. Grsync makes use of the GTK libraries and is released under the GPL license, so it is opensource. Rsync is the well-known and powerful command line directory and file synchronization tool. Here is the command for syncing two directories.Brief: Grsync is used to synchronize folders, files and make backups.ĭetailed: Grsync is a rsync GUI (Graphical User Interface). In this example, we will sync the contents of one directory to another. The most basic use of the rsync command in Linux is to sync files and directories. Syncing directories using the rsync command You simply need to change the destination address for remote backups (demonstrated in subsection 5 here) 1. The commands remain the same local and remote backups and for this demonstration, I’ll perform local backups. Here we explore some common useful applications of the rsync command. Now that we understand how the rsync command in Linux works, it is time to learn how to use it. Practical Use of the rsync command in Linux Make sure to check the other options using the man command to utilize the full functionality of the rsync command. These were only the most commonly used options available with the rsync command in Linux. This is used to display the help page for the rsync command and exit. This is useful to make the destination ‘mirror’ the source. This option tells the rsync command to delete all irrelevant files at the destination location while syncing it with the source. Here, all the messages, which aren’t an error message, are not displayed on the output screen. This makes the rsync utility to work in archive mode. This is an important function in the event of transferring large files over an unstable or slow connection. Further, it retains files that have been transferred only partially. It is helpful in case the sync is taking place over a weak network connection.ĭisplay a progress bar when a data transfer is underway. This option is used for forcing the rsync utility to compress data before the transfer. All block and special devices are transferred and all meta-data like symbolic links, ownerships and permissions are preserved. Here, all the directories are synced in a recursive manner. This is used to specify the IPv4 (for -4) or IPv6 (for -6) resolution of IP address for bridging a connection to the remote machine. Here is a list of some of the most popular rsync options. The rsync command provides a long list of options to customize the data we receive while analyzing our network.
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