$ ltrace -o tar-ltrace.log tar -tf tarball. But some punk projects put everything at the root :-( This results in a total mess when unarchiving. In this case simply extracting the tarball outside of the virtual file system should help: $ sudo mkdir /home/$-tempĪnyway, try to trace it to get more information: $ strace -o tar-strace.log tar -tf tarball.tar Respectable projects release tar archives that contain a single directory, for instance zyrgus-3.18.tar.gz contains a zyrgus-3.18 folder which in turn contains src, build, dist, etc. And if you create a file with 254 byte name long you get an error because it will try to append a suffix to it. The trick is when you mount a directory with fusecompress (for example) and create a file name foo.bar the virtual filesystem creates a file called and compress it transparently, but hides the real file name from you. You use a "virtual" file system like fusecompress or ecryptfs (with selective file copmpression/encryption) and your file name is a bit shorter or equal to the file system limit. The tarball is corrupted, check it by: $ tar -tvf tarball.tar It means any file packed by tar may be extracted without error. Linux File Systems support at least 256 bytes per file name. Once you have pulled the file the tar operation will work as expected, most modern versions of linux/bsd have. The following article will help you to extract (unpack) and uncompress (untar) tar, tar.gz and tar.bz2 files from the Linux command line. Wildcard file expansion (the ) does not work for the get command. Most of the Linux files that can be downloaded from the Internet are compressed with a tar, tar.gz and tar.bz2 compression formats and it is important to know how to extract such files. I've found it to be slower than scp or tar/ssh when using it to transfer files that don't already exist on the other end.Tar limit file names to 256 bytes (with GNU extensions). Firstly, if you want to use wildcards for the file name that youre getting from the server you need to use mget instead of get. Rsync is another option, but its strong suit is in updating files that already exist on the receiving end. The manual page for GNU tar ( man tar, GNU tar is default on Debian) specifies that you can use: -I, -use-compress-program PROG filter through PROG (must accept -d) and xz supports the -d option, so you can use: tar -use-compress-program xz xvf file.txz. Then right-click the files and select Extract. You can decompress with xz and untar with tar. | ssh remotehost 'cd /destination & tar xzvf -' To add the extension taz, goto the Control Center->KDE Components->File Associations, tar.Z is under application/x-tarz If you click on it it brings up a list on the right of the file patterns for this type. In my opinion, using flags is a much quicker way to extract files than. Ssh has a -C option to compress its data stream, or you can use GNU tar's builtin compressing ability: tar zcf - files. One way is to extract the tar file in the current directory and then copy it to. If you need this to run automatically, you can set up an ssh key that lets you make connections without a passphrase, and use that key for these connections. While doing untar, files should be deleted from disk which are. x, -extract, -get extract files from an archive -v, -verbose verbosely list files processed -f, -file ARCHIVE use archive file or device ARCHIVE. The advantage of doing it this way over Evan's netcat solution is that the whole thing can be started from one computer you don't have to coordinate two netcat invocations. Unix & Linux Stack Exchange is a question and answer site for users of Linux, FreeBSD and other Unx-like operating systems. One is 7.7G, another is about 4G, and a couple around 1G. Most of the tar.gz files are actually pretty small, but the ones with images are large. Or, if you want to start transfers from the receiving end: ssh remotehost 'cd /source & tar cf - files' | tar xvf - Ask Question Asked 10 years, 9 months ago Modified 10 years, 9 months ago Viewed 3k times 2 I have some tar.gz files that total many gigabytes on a CentOS system. | ssh remotehost 'cd /destination & tar xvf -' For the record, the basic procedure is to run: tar cf - files. Two people have mentioned tar over ssh, but didn't say how to do it. No need for cat or gzip: tar xvzf The option string tells tar to extract (x) in verbose mode (v) the compressed (z) archive following the f flag.
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